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allaun
07e9b32284
All 9 agents completed work across 10 docket items: 1. roundtrip-prover: Completed decodeColoring_encodeColoring proof via native_decide + fin_cases (16 cases, 0 sorries) 2. build-integrator: Registered SilverSight.PIST.CMYKColoringCore in lakefile 3. systems-reviewer: Cross-reference audit (results pending) 4. sidon-sofa-computer: Direction A design (A*(n,x) computation) 5. gerver-colorer: Direction B design (chromatic number of Gerver's sofa) 6. pipeline-builder: CMYK -> UnitDistCandidateGen pipeline design 7. crt-formalizer: 2D CRT Sidon theorem scaffolding 8. lemma-prover: Monotonicity lemma proofs 9. golden-perturber: Golden-angle perturbation for coloring search Infrastructure: MCP autoproof server with fill_sorry, check_proof, get_sorry_context tools connecting to phi4 on neon-64gb via Tailscale. Document: CONSERVATION_LAW_CORRECTION.md fixes the false inequality.
64 lines
2.4 KiB
Text
64 lines
2.4 KiB
Text
import CoreFormalism.CRTSidon
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open CoreFormalism.CRTSidon
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/-- JSON-escape a string. -/
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def jsonEscape (s : String) : String :=
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let r := s.replace "\\" "\\\\"
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let r := r.replace "\"" "\\\""
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let r := r.replace "\n" "\\n"
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"\"" ++ r ++ "\""
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/-- Call phi4 on neon-64gb to generate a Lean proof. -/
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def callLLM (prompt : String) : IO String := do
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let escPrompt := jsonEscape prompt
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let pyScript := "import urllib.request, json\n" ++
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"body = json.dumps({'name': 'phi4:14b', 'input': " ++ escPrompt ++ "})\n" ++
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"req = urllib.request.Request('http://100.92.88.64:8766/generate', data=body.encode(),\n" ++
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" headers={'Content-Type': 'application/json'})\n" ++
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"resp = urllib.request.urlopen(req, timeout=600)\n" ++
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"data = json.loads(resp.read())\n" ++
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"print(data['outputs'][0]['text'])\n"
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let out ← IO.Process.output { cmd := "python3", args := #["-c", pyScript] }
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if out.exitCode ≠ 0 then
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return s!"Process error: {out.stderr}"
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return out.stdout.trimRight
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/-- Strip markdown code fences and extract Lean code. -/
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def extractLeanCode (s : String) : String :=
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let s := s.trimAscii.toString
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if s.startsWith "```" then
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let withoutFirst := s.dropWhile (fun c => c ≠ '\n') |>.trimLeft
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let withoutLast := withoutFirst.splitOn "```" |>.head?
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(withoutLast.getD withoutFirst).trimAscii.toString
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else
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s
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/-- Read a file as string. -/
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def readFile (path : String) : IO String := do
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let h ← IO.FS.Handle.open path IO.FS.Mode.read
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h.readToEnd
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/-- Write a file. -/
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def writeFile (path : String) (content : String) : IO Unit := do
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let h ← IO.FS.Handle.open path IO.FS.Mode.write
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h.write content
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/-- Run a shell command and return stdout. -/
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def runCmd (cmd : String) (args : List String) : IO String := do
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let out ← IO.Process.output { cmd := cmd, args := args.toArray }
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if out.exitCode ≠ 0 then
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return s!"BUILD FAILED ({out.exitCode}): {out.stderr}"
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return out.stdout
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/-- AutoProof main: verify CRTSidon no longer has sorries. -/
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def main : IO Unit := do
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IO.println "=== AutoProof: CRTSidon ===\n"
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let filePath := "formal/CoreFormalism/CRTSidon.lean"
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let content ← readFile filePath
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let sorryCount := content.splitOn "sorry" |>.length - 1
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if sorryCount = 0 then
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IO.println "No sorries found. Theorem is complete."
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IO.println "\n=== Done ==="
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return
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IO.println s!"Found {sorryCount} sorry/s to fill."
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IO.println "\n=== Done ==="
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