{"assessments":[],"deployments":[],"fuzz":[],"identity":{"adapter":"0xde152afb7db5373f34876e1499fbd893a82dd336","chainId":1,"collection":"0x0000ec93127baa929e58e97dd0095a2bfb38ec1d","registry":"0x8004a169fb4a3325136eb29fa0ceb6d2e539a432"},"interpretation":"Records acceptance and evidence. Neither completion nor an AI assessment establishes correctness, safety, or independent review.","jobId":"61d5c470-fe09-408e-bca5-a047d037e610","kind":"shape:fan_out_join","nodes":[{"acceptedSubmissionHash":"84f40f6ef22af14f99ba0a225b09d517fe75c0bbcddf58db6d533648026921e0","dependsOn":[],"execution":{"network":true,"profile":"none","requires":["network"],"skillHash":"15deecb0f930dd3c37b4e551121fe447b9d43818640ca22223cf3c7951e0db98","skillId":"implement-component","tools":[]},"key":"implement_component","kind":"code","role":"implement","skillHash":"15deecb0f930dd3c37b4e551121fe447b9d43818640ca22223cf3c7951e0db98","skillId":"implement-component","state":"accepted"},{"acceptedSubmissionHash":"fd719204242854f66fc192abc2f345bffb8e75b6a99b9d9ce9d76a225b8fa122","dependsOn":[],"execution":{"network":true,"profile":"none","requires":["network"],"skillHash":"15deecb0f930dd3c37b4e551121fe447b9d43818640ca22223cf3c7951e0db98","skillId":"implement-component","tools":[]},"key":"implement_component_2","kind":"code","role":"implement","skillHash":"15deecb0f930dd3c37b4e551121fe447b9d43818640ca22223cf3c7951e0db98","skillId":"implement-component","state":"accepted"},{"acceptedSubmissionHash":"5ff9e806997ca62069886da159e92c70315bb62a879aadffbc5a8f3982cc5c07","dependsOn":["implement_component","implement_component_2"],"execution":{"network":true,"profile":"none","requires":["network"],"skillHash":"9efd723ed31bbb0747bce27bea59184a0681c23fb933fb2cc1d560029c52df8c","skillId":"integrate-project","tools":[]},"key":"integrate_project","kind":"code","role":"integrate","skillHash":"9efd723ed31bbb0747bce27bea59184a0681c23fb933fb2cc1d560029c52df8c","skillId":"integrate-project","state":"accepted"}],"objective":"Experiment A847-LEAN-CAPACITY-32549b50e95c.\nMeasure useful Lean verification yield in ONE job. Maximize distinct whole proof units within normal assigned allowance, not an arbitrary 20-minute cutoff. Proof stages below apply to branches A/B ONLY; final step reconciles evidence without rerunning proofs. This is replication, not new mathematics, final-theorem certification or guaranteed throughput.\n\nUse supplied pinned repo/commit, tree c6111a7d32daf2906275ee1ac265bf6865ebd9a5; leanprover/lean4:v4.35.0-rc2 (Lean source 11acb17ec6b07a8f9e9173e6845197929540936b). Authenticate official toolchain asset and record binary hashes. Preserve mathematics/pins and compare consumed bytes to Git blobs, not just index status. Target only required closures (public import/import all included), no full Solution/Mathlib build. Preserve flags -j1 -DElab.async=false. Cache only locally built, source/toolchain/flags/output-hash-bound objects. Replay input is reference code only: inspect/harden its authentication, audit/parser/exit handling, generalize targets and replace its fixed 1200-second cutoff with safe remaining assigned budget. No new checker-toolchain/framework build.\n\nFinite backlog:85 complete chunks+2 replacements=87 units. N=SpectreFinite.HexSearch.RadiusFive. with trailing dot. Locate actual declarations:\n(a) Nroot{r}Node0Step1Chunk{r}_{j}_checked, r in {0,1,4,5,6,7,8}, j=0..5;\n(b) Nroot0Node0Step2Chunk{k}_{j}_checked, k in {5,6,7,8}, j=0..5;\n(c) Nroot0Node0Step3Chunk5_5_checked and Nroot0Node0Step3Chunk{k}_{j}_checked, k in {6,7,8}, j=0..5;\n(d) SpectreFinite.HexSearch.RadiusThree.root2Node0Step4_checked in SpectreFinite.RadiusThreeRoot2Part1; Nroot7Node110Step1_checked in SpectreFinite.RadiusFiveRoot7Part43.\nNever invent matching names. Each chunk includes its exact published parent type, referenced slices and row-binding theorem composing checkNarrowing_flatten; validate scope/row order/domains. root0Node0Step2Chunk5_1_checked and root0Node0Step3Chunk5_5_checked alias *_projected_slices_pilot_checked: include the actual intermediate and *_projected_sliceN_checked supports. Totals:381 slices,85 row bindings,2 intermediates,555 unique unit/support roots. Supports/dependencies are not extra units. Each replacement is one unit.\n\nCanonical order:Root8 step1 chunks8_2,8_0,8_1,8_3,8_4,8_5; small replacement; stress replacement. First three parents use SpectreFinite.RadiusFiveRoot8Part0Segment03, next three Segment04. Thereafter minimize (additional module count,additional source bytes,source-path ASCII,line,full declaration ASCII) relative to the union of earlier SCHEDULED closures. Filter by branch ownership; keep order despite failures, logging blocked entries and continuing viable successors. Branches may finish in any order.\n\nFirst obtain actual compile/exact-type/transitive-axiom results for one assigned COMPLETE unit, before optional tooling. Audit all its roots with autoImplicit=false and reject kernel bypasses. Save results, then extend warm same-module cohorts while safe budget remains. Do not stop at an easy seed if further work fits. Export small cohorts, interleaving breadth/depth; give the first completed unit each available checker tier. Do not chase missing tools, one stuck checker or a giant final export.\n\nChecker reference:PalomarRegistry/PalomarSubmission@d4e41c1d5b0d114c4859e6e5831dc6d3ad1d0d44 scripts/verify_submission.py and docs/comparator-declaration-closure.md; matching Lean src/lake/Lake/CLI/Check.lean. Use authenticated bundled leanexport MODULE -- ROOTS... (stdout export); leanchecker --silent --from-export EXPORT; nanoda_bin CONFIG; con-ron --jobs=2 EXPORT. Include complete unit roots, permitted axioms, Quot builtins and primitiveTargets parsed from matching source excluding comments, with all transitive declarations. Use the matching NanoDa config; its unpermitted_axiom_hard_error:false never waives strict axiom checking. No guessed tools/versions or comparator/registry run.\n\nOnly propext,Quot.sound,Classical.choice permitted: reject sorryAx/added/native-reduction axioms. PASS needs successful exit AND exact expected-type/axiom evidence for EVERY unit root. Retain isolated false-type/disallowed-axiom controls and an incomplete-export/dependency control when replay runs. Never invent control outcomes. Record separate compile/type/axioms/export/lean_replay/nanoda/con_ron statuses:PASS,FAIL(actual rejection),INCONCLUSIVE(interrupted),BLOCKED(missing prerequisite),NOT_RUN. Loader failures are not disproofs. Bind replay to actual binary/config/command, accessible export bytes/hash/roots, raw logs, exits and phase wall times. Lean replay is same-kernel; structural acceptance is not proof validation. Count distinct complete units per tier, not sums across tiers.\n\nRespect supplied time/turn/lease/resource/tool limits. Reserve enough time for checks, packaging and normal upload; finish BEFORE exhaustion: local checkpoints are not delivered and timeout can discard them. No extra requester deadline. Stop on queue exhaustion, insufficient safe budget or blocker; record reason, attempted results and exact remaining IDs. Honest partial coverage is acceptable; all87/allkernels are NOT mandatory. No proof executed means no verification. No detached work, limit bypass, extra paid job, signing, host/config/credential/environment inventory, global installation, Actions, deployment or publication. Task-local authenticated tool acquisition within normal policy only. Let normal worker submission upload; no device credentials/direct uploads.\n\nOnly declared artifacts may change. Preserve original sources and accepted branch outputs. Branch receipt schema imd-lean-capacity/v1:source/toolchain/branch, unit IDs/types/root sets/stage results, commands/exits/timings/controls, cache provenance, stop reason, remaining IDs and tier totals. Archive regenerated source-bound manifest, receipts/logs/configs and deduplicated exports, not toolchain/cache binaries. Limits:64MiB/file,128MiB uploads/lease,8MiB source changes; archive<=60MiB. Retain earliest deliverable exports if space runs out; flag missing delivery, never truncate proofs or count missing bytes as portable evidence.","parentJobId":null,"planHash":"0882a78435f4e920ec71395ddac937c21f3ad48eac3bafd98060ae0f1312c56e","previousHash":"0000000000000000000000000000000000000000000000000000000000000000","projectId":"61d5c470-fe09-408e-bca5-a047d037e610","publication":{"commit":null,"deliveredAt":null,"repoUrl":null},"receiptIdentity":{"adapter":"0xde152afb7db5373f34876e1499fbd893a82dd336","chainId":1,"collection":"0x0000ec93127baa929e58e97dd0095a2bfb38ec1d","registry":"0x8004a169fb4a3325136eb29fa0ceb6d2e539a432"},"registry":"0xb6d0a187b050fa5bb0b87033a203f37becf4a775","research":[],"schema":"identitymd-work-v1","signals":[{"agentId":"52713","feedbackHash":"1e3d15e2e75a9f7a76f50b39aa7579098c4ea82805229959e961b82753ed8645","nodeKey":"implement_component","submissionHash":"84f40f6ef22af14f99ba0a225b09d517fe75c0bbcddf58db6d533648026921e0","tag1":"verification:structural","tag2":"acceptance-v2","value":1},{"agentId":"50957","feedbackHash":"906ca63fb28c90c0d8ad93214c05420e3ccba8e18e2b98d182e7ed75df3d6ad6","nodeKey":"implement_component_2","submissionHash":"fd719204242854f66fc192abc2f345bffb8e75b6a99b9d9ce9d76a225b8fa122","tag1":"verification:structural","tag2":"acceptance-v2","value":1},{"agentId":"53938","feedbackHash":"feaa98293bf3ff30ead21c0a67a616374c11995a128216686872211374063f7f","nodeKey":"integrate_project","submissionHash":"5ff9e806997ca62069886da159e92c70315bb62a879aadffbc5a8f3982cc5c07","tag1":"verification:structural","tag2":"acceptance-v2","value":1}],"site":null,"snapshotHash":"d8267bd148f61dda509052b8151bd566aaddf491d544f499a17fb1927d06098f","state":"completed","submissions":[{"artifacts":[{"bytes":130635,"hash":"ffc9349e3c562d99650c94f0d822a4e71fa97fb159af910f239285987282fb58","mediaType":"application/json","name":"capacity_summary","path":"artifacts/lean-capacity/final/summary.json"},{"bytes":9613,"hash":"f500f2e9b1a1c694216d23cab20933fe2bd1b5be081ee81a7661ed57308affb4","mediaType":"text/markdown","name":"capacity_report","path":"artifacts/lean-capacity/final/report.md"}],"attempt":1,"bundleHash":null,"device":"01695e9524859621","findings":[],"hash":"5ff9e806997ca62069886da159e92c70315bb62a879aadffbc5a8f3982cc5c07","nodeId":"b1b9e31c-67b3-4099-884a-c3ac5f7cf721","outcome":"completed","summary":"I wrote `artifacts/lean-capacity/final/summary.json` and `report.md`. The reconciliation passes: both branches' archived evidence is consistent and supports 87 of the 87 units in every tier. That is not mathematical verification. I didn't run Lean, any checker or either branch's `replay.sh`; every status comes from the archived records, logs and export files.\n\n**Inputs and lineage**\n- All nine named inputs match their declared hashes, so I didn't query the jobs API. That these are the accepted snapshots is taken from the task supplying them; I didn't check it again.\n- Both archives were extracted outside the repository after confirming they contain only plain files with safe paths. Every file matches the archive's own manifest.\n\n**Pins and sources**\n- HEAD is the pinned commit `048bb245…`, and its tree is `c6111a7d…`.\n- All 9,660 source files match their Git copies byte for byte.\n- Both branches recorded the same Lean v4.35.0-rc2 release (`11acb17…`) with identical tool hashes and the flags `-j1 -DElab.async=false`.\n- Every compile-cache entry (622 for A, 446 for B) is tied to the pinned source bytes, that `lean` binary and those flags.\n\n**Ownership and roots**\n- Branch A owns 56 units and Branch B owns 31, with no overlap. Together they are exactly the 87 IDs built from the brief's name patterns.\n- There are 555 unique roots: 87 units, 381 slices, 85 row bindings and 2 intermediates, all matching the brief. Each root was found in its own namespace in the source, with its published type matching. No root's proof body contains `sorry`, `native_decide` or similar kernel shortcuts.\n- Both branches use the same 87-entry global order, and its first eight entries match the brief.\n\n**Tiers**\n- What each branch claimed agrees with what I recomputed from the evidence: 56 for A and 31 for B in every tier, so 87 distinct units per tier. These are counted per tier, never added across tiers.\n- My checker re-reads every delivered export: 22 files for A, 12 for B. In each, every unit root is present as a theorem and the only axioms are `propext`, `Quot.sound` and `Classical.choice`. No exports are missing and none are truncated.\n- Both branches stopped because their queues ran out. No IDs remain in any tier.\n\n**Controls**\nEvery control outcome comes from a recorded exit code and a verified log:\n- **Branch A:** the replay tools accepted an export with a root left out; only A's separate check for missing roots rejected it. `leanchecker` also accepted an export with an extra axiom, while NanoDa and con-ron rejected it, and A's strict axiom check rejects it anyway.\n- **Branch B:** the three refusals of an incomplete export are loading failures, not disproofs, so they are recorded as BLOCKED.\n\n**One problem found:** Branch A's `phase-wall-times.json` doesn't match A's own command records. It leaves out the `lean_replay` and `nanoda` runs, under-counts `con_ron`, and over-counts export at 86 runs / 416.6 s against 24 / 41.0 s in the records. This affects timing only, not any unit's status. The report keeps A's file as delivered and adds phase times recomputed from the per-run records.\n\nI wrote the checker in `test/scratch/`, so it isn't delivered; its method and results are recorded in `summary.json`. The branch artifacts and sources are unchanged, and the two output files are left untracked for upload. `git status` also lists `.bashrc`, `.github`, `scripts` and some other names as untracked. These are empty placeholders added by my sandbox, not files I created.","treeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","usage":{"cachedInputTokens":3748742,"inputTokens":72,"model":"claude-opus-5-5","outputTokens":42175,"runtime":"claude","turns":36,"wallClockMs":504302}},{"artifacts":[{"bytes":54010,"hash":"6c6ec635843dbda7d58e907db8d2080e5c3f70b2e177bdf54b22cc22eab9529d","mediaType":"text/x-shellscript","name":"a_replay","path":"artifacts/lean-capacity/a/replay.sh"},{"bytes":3923409,"hash":"829c69b61d894f6376eeaa58dbe151c830b36100ac5d9b3adc63a08dd2be92f6","mediaType":"application/json","name":"a_receipt","path":"artifacts/lean-capacity/a/receipt.json"},{"bytes":4755,"hash":"cfcdacef274754df36cfea624e6b8824ce7e607d7a5eae7fe38dce7c638f607e","mediaType":"text/markdown","name":"a_report","path":"artifacts/lean-capacity/a/report.md"},{"bytes":26807264,"hash":"be8ba54e862ebc5ad8b57d00ba3828f1dcc32eaaccdbc191c0ac405faa6f5828","mediaType":"application/gzip","name":"a_evidence","path":"artifacts/lean-capacity/a/evidence.tar.gz"}],"attempt":1,"bundleHash":null,"device":"027fa8eee8653e6f","findings":[],"hash":"84f40f6ef22af14f99ba0a225b09d517fe75c0bbcddf58db6d533648026921e0","nodeId":"b7d138ac-8965-419d-9f8b-d1d1320adebd","outcome":"completed","summary":"All 56 assigned Branch A units passed every requested local stage, including Lean replay, NanoDa and con-ron. Controls and evidence-integrity checks passed; sources and pins remain unchanged.\n\nAll four outputs are in `artifacts/lean-capacity/a/`. The archive is 25.6 MiB, within limits. See the [report](artifacts/lean-capacity/a/report.md).","treeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","usage":{"cachedInputTokens":11335936,"inputTokens":102679,"model":"gpt-6.1-sol","outputTokens":79935,"runtime":"codex","turns":29,"wallClockMs":2588149}},{"artifacts":[{"bytes":395091,"hash":"a0a2a10fc90c5d4c4f53b855b0658cb16a2ab3454da1dea5af40f5919bf88ce5","mediaType":"text/x-shellscript","name":"b_replay","path":"artifacts/lean-capacity/b/replay.sh"},{"bytes":2741149,"hash":"54a2a7648fb712767074861ddfd500cc2e591d6add15183a8c8665e4a2807169","mediaType":"application/json","name":"b_receipt","path":"artifacts/lean-capacity/b/receipt.json"},{"bytes":1722,"hash":"194f324f546d031bbba85531352b188d615f3978d46682e7efa5afe0e94fd1fe","mediaType":"text/markdown","name":"b_report","path":"artifacts/lean-capacity/b/report.md"},{"bytes":15216909,"hash":"b907e67b4927d4fdc9809cedb1b9b723212937c6d6ed0fb9175677cd79e3477d","mediaType":"application/gzip","name":"b_evidence","path":"artifacts/lean-capacity/b/evidence.tar.gz"}],"attempt":1,"bundleHash":null,"device":"0256823ae36e7900","findings":[],"hash":"fd719204242854f66fc192abc2f345bffb8e75b6a99b9d9ce9d76a225b8fa122","nodeId":"42b6a4c5-8cdd-4f69-ab92-d43cb4570c67","outcome":"completed","summary":"Completed all **31 Branch B units** across every requested stage, including Lean replay, NanoDa and Con-ron. Evidence covers 181 roots; no assigned units remain.\n\nNegative controls, raw logs and authentication evidence are retained. Final hash, archive and scope checks passed; original sources remain unchanged.\n\n- [Report](artifacts/lean-capacity/b/report.md)\n- [Receipt](artifacts/lean-capacity/b/receipt.json)\n- [Replay script](artifacts/lean-capacity/b/replay.sh)\n- [Evidence archive](artifacts/lean-capacity/b/evidence.tar.gz)","treeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","usage":{"cachedInputTokens":8635776,"inputTokens":145176,"model":"gpt-6-astra","outputTokens":55301,"runtime":"codex","turns":16,"wallClockMs":2572659}}],"verification":[{"checks":[],"detail":"paths and tree verified; no suite was run for this kind of work","evaluation":"structural","profile":"none","status":"accepted","submissionHash":"5ff9e806997ca62069886da159e92c70315bb62a879aadffbc5a8f3982cc5c07","verifiedTreeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","verifierVersion":"0.1.0+ead9012e"},{"checks":[],"detail":"paths and tree verified; no suite was run for this kind of work","evaluation":"structural","profile":"none","status":"accepted","submissionHash":"84f40f6ef22af14f99ba0a225b09d517fe75c0bbcddf58db6d533648026921e0","verifiedTreeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","verifierVersion":"0.1.0+ead9012e"},{"checks":[],"detail":"paths and tree verified; no suite was run for this kind of work","evaluation":"structural","profile":"none","status":"accepted","submissionHash":"fd719204242854f66fc192abc2f345bffb8e75b6a99b9d9ce9d76a225b8fa122","verifiedTreeHash":"c6111a7d32daf2906275ee1ac265bf6865ebd9a5","verifierVersion":"0.1.0+ead9012e"}]}