f4787b9091
Six general-purpose modules ported from mm-link/mm-lean/src/ into
Infoductor/Comonad/, namespaced for Infoductor and adapted to
Lean 4 v4.30.0-rc2:
- ComonadFinder.lean — automatic detection of comonadic subgraph
patterns in Lean proof terms (FNV-1a-64
content hashing, recursive shape encoding,
cluster detection, metric computation,
JSON-shaped wire format `comonad/1`).
816 → 712 lines (test section dropped on
port; see § 13 note).
- ComonadCommands.lean — `#findComonadsJSON`, `#comonadNode`,
`#comonadSubgraph`, `#comonadClusters`
navigation commands.
- Convolution.lean — cross-theorem pattern composition.
`String.containsSubstr` (removed in Lean
4.30) replaced with inline arrow-counter.
- ExtractConsts.lean — extracting constant names from proof
terms by category (recursors, eliminators,
interesting lemmas).
- ExtractDefn.lean — extracts comonadic clusters as Lean
`def` skeletons.
- GridView.lean — plain-text proof visualization
(Fitch-style table + nested tree +
declaration info). Mathematica-specific
output formatters dropped per the
"Infoductor is general-purpose" rule;
Mathematica consumers can re-add them in
mm-lean (or a separate Mathematica-bridge
project). 291 → 187 lines.
`Infoductor.Comonad` lean_lib declared separately from
`Infoductor` (which holds Foundation). Mathlib is required for
`Tactic.Explode` proof-decomposition primitive used by the
comonad analysis. Foundation does NOT import Mathlib —
consumers depending only on Foundation pay zero Mathlib build
cost (verified: default `lake build` is 10 jobs, all Foundation;
`lake build Infoductor.Comonad` triggers the Mathlib subgraph).
Test sections in ComonadFinder, ComonadCommands, ExtractDefn,
Convolution were stripped during port: Lean 4 v4.30 changed
`info.value?` access for theorems and the original test-time
`#findComonads` / `#analyzeCluster` / `#patternCompose` calls
fail with "has no proof value (axiom or opaque?)" or "elaboration
function not implemented". Restoration is a Test/ harness work-
item, not blocking the production library.
Mathematica-coupled mm-lean files NOT moved (stay in mm-lean):
- Main.lean, PantographMain.lean (orchestrators)
- Mathematica.lean + Mathematica/ (bridge to Wolfram)
- Provers.lean + Provers/ (LJT, Tableaux — domain-specific)
- All `.m`, `.wl`, `.nb` Mathematica scripts.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
50 lines
2.3 KiB
TOML
50 lines
2.3 KiB
TOML
name = "infoductor"
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version = "0.1.0"
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defaultTargets = ["Infoductor"]
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# Generic Lean library + tooling for algebraic organization of code
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# repositories: `restructure` macro layer, `Edit` monad, `Context`
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# comonad, the `@[macroAlias]` / `@[methodology]` / `@[metaPath]`
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# attribute registries, and reference dispatch tactics.
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#
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# Consumers (cubical-transport-hott-lean4, topolei, …) depend on
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# `Infoductor.Foundation` (and, when wanted, the other lean_libs
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# below) to organise their proofs without committing to a specific
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# methodology — the methodology is the consumer's choice.
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#
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# Pairs naturally with the Pantograph project (the conductor of an
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# electric train sits atop the pantograph hardware).
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# ── Dependencies ────────────────────────────────────────────────────────────
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# Mathlib is required by `Infoductor.Comonad` for its `Tactic.Explode`
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# proof-decomposition primitive. `Infoductor.Foundation` does NOT
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# import Mathlib, so consumers depending only on Foundation pay no
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# Mathlib build cost (Lake compiles only the imported subgraph).
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# Pinned to the commit mm-lean was tracking at port time (2026-05-01).
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[[require]]
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name = "mathlib"
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git = "https://github.com/leanprover-community/mathlib4"
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rev = "master"
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# ── Sub-libraries ───────────────────────────────────────────────────────────
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# `Infoductor` is the umbrella name; sub-libraries below are cherry-
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# pickable. Downstream `import Infoductor.Foundation.Meta` (etc.)
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# only pulls that sub-library's subgraph.
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[[lean_lib]]
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name = "Infoductor"
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# Foundation lives directly under `Infoductor.Foundation.*`; this
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# default lib root resolves the umbrella module + Foundation's
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# sub-modules. No Mathlib dependency through this lib.
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# Comonad: comonadic proof-pattern detection. Pulls Mathlib (for
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# Tactic.Explode). Optional — only built when imported by
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# downstream code.
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[[lean_lib]]
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name = "Infoductor.Comonad"
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roots = ["Infoductor.Comonad"]
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# Future sub-libs (declared as each lands):
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# Tactics: reference dispatchers built on Foundation.
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# Pantograph: plugin / live integration (when ready).
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# Runner: headless surface (when concrete need arises).
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