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f765365d03 |
fix(release): ancestry check fetches canonical branch on divergent classification
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Observed live on deploy 7449 (SHA
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600008482d |
fix(release): monotonic promotion — stale deploy candidates fenced at promotion time (DEPLOY-MONOTONIC-001)
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Root cause of the 2026-09-13 deploy-order race (deploys 7355/7359): deploy_stage.py promoted unconditionally in job-finish order — no comparison against the currently-deployed commit, no lock, unconditional PROMOTED claim. Two overlapping deploys (tranche push + auto-bump push) could finish out of order and move current BACKWARD. Repair (governed through the Tranche 4 live Scaffolding path — decision trace + contract DEPLOY-MONOTONIC-001 durably saved BEFORE edits): - deploy_promotion.py: promotion authority with GIT ANCESTRY ordering (canonical release branch; Rune's flow is linear master history): same -> NOOP_ALREADY_CURRENT (idempotent), descendant -> PROMOTED, ancestor -> STALE_SUPERSEDED (truthful non-error refusal), divergent or unknown -> fail closed. flock'd critical section: the ancestry check against the commit current ACTUALLY points to, the last-good refresh, and the symlink swap happen atomically — no check/swap interleaving window. Symlink swaps are os.replace(2) over temp links: current is never absent, never half-updated (crash-safe). - deploy_stage.py: promotion routed through the authority; truthful outcome reporting — STALE_SUPERSEDED prints no PROMOTED claim, mutates nothing, exits 0 (the newer build legitimately won); divergent/unknown exit 1 (fail closed). - deploy.yml: promotion truthfulness check reads the deployment authority (current symlink) after staging; runtime verification only runs for real promotions — build/stage success != promotion success. Test matrix (brief §20 A-M): 21 tests — the exact race shape with B promoting then A fenced, forward order, same-candidate idempotence, retry-after-promotion last-good integrity, stale mutation-freedom (current AND last-good untouched), divergent orphan-branch fail-closed, qualification gate regression, stage/promote distinction, promoted- outcome proven from deployment authority, auto-bump overlap shape, crash-safety coherence across mixed outcomes, red-candidate refusal regression, green forward deploy, concurrent-thread serialization, and the §21 LIVE two-process race: old process paused at its promotion barrier, new promotes, old resumes and is fenced — current remains the newer build, deterministic via file barrier (no sleeps). Suite 1497 green; henxels rc=0; pyright clean. |
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36ee604646 |
fix(release): required-checks verdict evaluates needs results — fail-closed deploy
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ROOT CAUSE (red-CI promotions 0.66.28/29): the required-checks 'Publish protected-branch gate' step read /tmp/need_* files that no step ever wrote and echoed 'All required CI checks passed' UNCONDITIONALLY. With if: always() the needs gate is overridden, so the job ran on red needs and published success — deploy_qualify correctly trusted it and promoted red commits ( |
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57a274d97d |
docs(phase-d): research_inward_context consumes Spine-generated view
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Phase D consumer migration: the INWARD context builder reads structural facts from the Spine store's generated compatibility view (same schema — zero code-path change), documented as TEMPORARY SPINE-BACKED COMPATIBILITY. Graceful degradation to a manual manifest if Spine is not seeded in a checkout. |
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ce40acbb1f |
feat(spine): V1 — evolvable structural self-model as the single structural authority
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Open-world entity/relationship store (schema_version 1): kinds, relationship types and metadata are open tags — unknown future capabilities enter as data, never as core edits (extensibility test included, synthetic capability round-trips with zero core change). Evidence-gated maturity ladder DECLARED<PRESENT<WIRED<REACHABLE<EXERCISED<LIVE_PROVEN — no evidence, no promotion; demotion rejected and recorded. Umbrella migration Phase A→C: manifest ingested once (generated-view refusal guard prevents the ingest cycle; manual truth archived at config/umbrellas.manual.json), canaries preserved as obligated_canary relationships, config/umbrellas.json now a GENERATED compatibility view for legacy consumers (CI umbrella_impact gate + henxels) — single-authority route proven by registering module:spine through Spine alone (one store edit; the legacy view flows out; contract tests validate the round-trip). Dynamic observations: deployed identity (_build_identity.json), drift classes incl. registered_but_absent, present_but_unowned, registered_no_static_importers (D6 dead-subnet now mechanical), version_surfaces_disagree, relationship_disappeared. Deterministic snapshots + diff. Scaffolding V1 now consumes Spine for ownership/deps/ consumers (spine_maturity surfaced in every card). 31 spine tests; full gates green. |
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7f47969128 |
feat(scaffolding): V1 tranche 1 — projection engine over existing authorities
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scripts/scaffold_projection.py derives per-component cards (subsystem, dependencies, consumers, mirrors, proof obligations + evidence state) from the umbrella manifest, canary registry, AST import graph (incl. relative lazy imports), and tests/ filesystem. No new authority: projections only. docs/SCAFFOLDING.md records the mechanism audit (KEEP/EVOLVE/REPLACE/RETIRE) and the real-change proof on the context-discovery fix. |
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f182ab8601 |
feat(reconciliation): canonical issue reconciliation artifact + consistency checker (T15 Parts J/K/L)
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- docs/GITEA_ISSUE_RECONCILIATION.md: human-readable projection (states, bug-label audit with per-issue evidence, open-issue reconciliation table) - docs/gitea_issue_reconciliation.json: machine-readable authority (72 records; all open issues covered; single live defect #324). Placed under docs/ because state/ is the gitignored runtime dir. - scripts/gitea_reconciliation_check.py: deterministic drift check — state/label/coverage invariants; bug-label invariant applies to OPEN issues (closed labels are historical); exit 1 with itemized drift. - Part K audit: closed #139 #157 (FIXED_VERIFIED with evidence comments); bug labels removed from #204 #145 #126 #37 #16 (not defects) and the stuck label on closed #314. Open bug-labelled: 8 → 1. - 1289 tests green; ratchet 352/80; henxels clean. |
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9a05fdfa1f |
fix(convergence): decision JSON omits boundary_sha — consumers re-derive it from git
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Every debug session of the release pipeline (T15 Part F forensics included) had to re-derive the release boundary by hand. The decision JSON now carries boundary_sha on every return path. |
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c35018f543 |
fix(release): numeric semver comparison — lexicographic order skipped warranted bumps
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_version_lt(): '0.66.9' < '0.66.10' is False lexicographically ('9' > '1'),
so a legitimate patch bump after v0.66.9 surfaced as
version_ahead_of_target and the release was silently skipped (run 6781,
2026-09-11). Both comparison sites (test-injection + production) now
compare numerically per segment. Regression tests added; 1284 green.
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9e0b85534a |
fix(release): boundary grep must match subjects only, not bodies
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git --grep matches the commit BODY by default: a fix commit whose body
mentions 'chore(release)' was misdetected as the release boundary,
swallowing its own warranted bump (observed live:
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d01df797c1 |
fix(release): wire release boundary into convergence (duplicate-bump root cause)
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release_convergence() never assigned from last_release_boundary() — the production path classified ALL commits (959+) as unreleased, so the warranted bump (minor, from an ancient feat) never converged and every queued push wrote its own bump commit (5x 0.66.9 observed 2026-09-11 20:21). Now the boundary is the one source of truth: last chore(release) commit, falling back to the latest tag. Post-boundary subjects only. Also: local path was NOT reached when _boundary_subject was injected; test_cli_prints_plan_json expectation updated to boundary semantics (feat below the tag no longer warrants minor). |
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4eefc15837 |
fix(lifecycle+auth): canonical gitea auth path, terminalization helper, fault-injection gaps (T15 Parts A-E)
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- scripts/gitea_auth.py: single credential ladder (env -> 0600 token file -> git credential fill); 6 consumers migrated off direct os.environ reads - rune_operator: consolidate 5 duplicated failure blocks into _terminalize_execution_failure; fix 3 fault-injection gaps: (1) dual-module PreparedTool identity split crashed approval-path saves, (2) fallback-model failure escaped send_task (created/pending orphan), (3) running-transition save uncaught (running-with-no-owner) - envelope task.status now agrees with canonical ledger (awaiting_approval) - orphan task_ac35f4e287c8 terminalized failed with durable evidence - tests: gitea auth ladder (6), lifecycle fault matrix (9 boundaries + restart/reload + helper contract); 1280 green in ci-venv; ratchet 352/80 |
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2bf43eafcd |
test: #314 forced association regression + Gitea auth helper + lifecycle tests
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- tests/test_recall_mode_regression.py: deterministic fixture proving association-merged entries carry mode=association_merged (fails on old impl). #314 closed FIXED_VERIFIED. - scripts/gitea_auth.py: canonical Gitea API auth helper (GITEA_TOKEN env or git credential fill, never remote URL parsing) - tests/test_task_lifecycle.py: fault injection at route/model_selection/ execute boundaries — all terminalize, no immortal RUNNING - tests/test_route_isolation.py: task-scoped route instruction isolation - tests/test_release_convergence.py: correct target-version algorithm 1268 tests green; ratchet 352/80; henxels clean. |
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ca4f7593d7 |
feat(corrections): #314 defect fix, credential rotation, release guard, task lifecycle, route scoping, PL1 records + metrics
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CORRECTION 1: #314 reopened — recall_with_associations mode field defect CONFIRMED in current source and FIXED (mode: association_merged). CORRECTION 3: Gitea credential removed from remote URL (credential helper). TOKEN EXPOSED: yes (in diagnostic output). TOKEN ROTATED: not yet (requires Gitea web UI access). Remote URL now shows username only, no secret. CORRECTION 4: duplicate-release-commit defect ROOT CAUSE: convergence computed warranted bump from commits-since-tag without checking if master version already satisfies the bump. FIX: already-converged guard in version_convergence.py (master version > last tag → no commit). Repo-aware (args.repo passed to read_version/latest_tag). CORRECTION 6: lifecycle terminalization — execution exception now guarantees task terminalizes as failed with evidence (no immortal RUNNING). CORRECTION 7: route instruction task-scoped on RuneTask.route_instruction (NOT shared operator state). Read-only leading-verb override. Isolation tests prove no cross-contamination between interleaved tasks. PL1-01/02/03/05: pl1_records.py (route resolution, proof level, failure class, candidate status), metrics with honest NOT_YET_MEASURABLE semantics, route-instruction learning loop (PE-1789102658-0269 SEED). 1253 tests green; ratchet 352/80 (shrink); henxels clean. |
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24537e46e7 |
fix(release): already-converged version guard (prevents duplicate same-version release commits)
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The duplicate-release-commit defect: each queued push ran the release workflow from its own pre-bump checkout, computed the same warranted bump, and created another identical-version commit. The convergence script now checks if master __version__ > last tag — if so, already converged, no commit needed. This is the definitive fix for the 5x 0.66.8 defect. |
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a8ae37df21 |
fix(pl1): document RUNE_EXPERIENCE_LEDGER env override on ledger default
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a125c023e6 |
feat(PL1): first tranche — structured records, failure classification, route-instruction learning loop, metrics
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PL1-01: scripts/pl1_records.py — compact structured Experience evidence from canonical task state + route.jsonl (route resolution by task_id+timestamp, proof level, failure class, candidate status). PL1-02: failure classes in the PL0 vocabulary, evidence-grounded; UNKNOWN valid; research_dispatch never failure. PL1-03: first learning loop — recurring prose-instead-of-mutation family → structural correction (route-driven instruction appended to the user context block for mutation routes) + replay contract (NOT_COMPLETED gate) — recorded as PE-1789102658-0269 (SEED; held-out = next deployed mutation tasks). PL1-05: metrics module (first_pass_accepted, false_completion_rate=0.0 structurally, mutation_failures, research_dispatches, candidate/evidence split). Intent state updated: PL1 first tranche live; ADAPT-LIVE acceptance proven on deployed runtime; remaining ADAPT obligations deferred to their epics. |
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afa276aaf4 |
fix(deploy): startup canary runs in CANDIDATE mode with --stage (gate fail-closed correctly but never tested the candidate after the two-mode refactor)
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c2528c1d9d |
feat(deploy): two-mode TUI canary (candidate scrub vs current), negative deployment regression, release-recursion invariant
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Handoff 2026-09-11 Part A-C:
A. tui_startup_canary two modes: candidate (--stage, sys.path SCRUBBED of
/mnt/workdrive/rune-code/current + imported-rune purge + contamination
check that rune resolves from the stage) and current (consuming path).
Scrub proven: candidate mode on the
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76f71fc7e6 |
fix(canary): tui_startup_canary self-bootstraps against the current deployment
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a1d1b838b7 |
feat(ADAPT-LIVE correction): completion truth + escalation-before-terminal lifecycle + probe runtime policy
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Handoff 2026-09-10 §5–§8 corrections: 1. Completion truth (§6): mutation-class tasks (build route AND change/defect language) terminate 'completed' only with observable evidence — verification method or a completed mutating tool event. Text-only responses on mutation tasks now fail with NOT_COMPLETED_NO_MUTATION_EVIDENCE (retryable). Neutral-verb tasks (inspect/read/check...) remain conversation-complete. The 'I don't have the capability → completed' defect is structurally impossible for mutation tasks. 2. Escalation lifecycle (§7): the adaptive decision happens BEFORE the terminal transition. Verification failure on a local route → ONE probe → unresolved = task transitions research_required (nonterminal, research consumer continues) and returns ESCALATED_TO_RESEARCH — never a false terminal failure. GROUNDED probe → honest failed terminal (route was right, attempt slipped). 3. Action-verb governance (§10): 'inspect the failing test' is read-only despite containing 'failing' — leading inspection verbs override defect/change words. Structural evidence over lexical fragments. 4. p1_01/p1_03 fixtures updated to the completion-truth contract. 1233 tests green; ratchet 353/80. |
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8d75efb1de |
feat(ADAPT-LIVE): route discriminator, DESIGN-LITE, probe-on-verification-failure, probe-grounded downgrade
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ADAPT-LIVE tranche (handoff 2026-09-10): 1. LOCAL_FIX vs STANDARD_CHANGE discriminator (epic #284 doctrine): defect language (fix/bug/broken/regression) routes LOCAL_FIX; clear change language (add/implement/extend/refactor) routes STANDARD_CHANGE. Recorded in sufficiency provenance (task_class_language). Legacy compat path keeps body-scan defect detection. 2. Verifiability NONE (no test surface named) no longer blocks LOCAL for defect-class narrow tasks — self-evident fixes verify by inspection; UNKNOWN still escalates (could not determine ≠ determined absent). 3. Route-specific execution context: LOCAL_FIX = focused verification, no research; STANDARD_CHANGE = integration verification + DESIGN-LITE (bounded build-contract: objective, owning surfaces from the task text, verification class, invariants, escalation policy — no model call, no dossier). 4. Probe-on-verification-failure (ADAPT-LIVE §4/§6): a real verification failure on the operator spine triggers ONE bounded Evidence Probe. GROUNDED → downgrade-eligible evidence; STILL_UNKNOWN/CONTRADICTED → recorded ESCALATION to RESEARCHED_CHANGE (route change, not task failure). Opt-in via MIMO_PROBE_ENABLED=1 (runtime policy, now in the TUI launcher); tests stay deterministic. 5. Probe-grounded downgrade (§7): after ALL probes ground and local authority is established, STANDARD_CHANGE downgrades to LOCAL_FIX with recorded trigger probe_grounded_local_authority. Canary evidence (live, deployed Rune): - LOCAL_FIX: 'Fix the failing test in tests/test_example.py' → LOCAL_FIX route event, task_language=defect, no research stages - STANDARD_CHANGE: 'Add config validation...' → STANDARD_CHANGE, task_language=change - Escalation: LOCAL_FIX + verification failure + probe STILL_UNKNOWN → ESCALATION event (verification_failure_probe_unresolved) → RESEARCHED_CHANGE persisted with evidence - Route latency: 0.2-16ms (vs fixed-depth 384s+ wasted on LOCAL tasks) 1227→1231 tests green; ratchet 353/80; henxels clean. |
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51e14d6d95 |
fix(deploy): runner-workspace awareness + idempotent restage
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deploy_stage.py resolves the repo from GITHUB_WORKSPACE (the runner's own checkout) with safe.directory — the runner user cannot resolve HEAD in a foreign working copy (dubious ownership), which failed the first real deploy run. Re-deploying an already-staged SHA now restages cleanly. |
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97c604d0c5 |
fix(deploy): prefix-match required-checks context (Gitea appends ' (push)' to job contexts)
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ece67c6c73 |
fix(lint): narrow deploy_qualify status-probe except (ratchet back to baseline)
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9e9ddfc10f |
fix(deploy): move pipeline logic into scripts (YAML block-scalar parse failure)
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The embedded multi-line python in the workflow run blocks terminated the YAML literal scalars — Gitea could not parse deploy.yml at all (dispatch 500: 'could not find expected :'), which is why no deploy runs appeared. Logic now lives in scripts/deploy_qualify.py + deploy_stage.py; the workflow is pure shell + script calls. |
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bf5eb53d1e |
fix(lifecycle): research_required nonterminal disposition + recall A/B honesty + hook hardening
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Pre-PL1 closure (handoff 2026-09-10): 1. research_required: new nonterminal task status (records enum, state machine edges created/running -> research_required -> running/ completed/failed/cancelled/superseded). The operator's RESEARCHED_CHANGE disposition now transitions to research_required instead of failed — research routing is not failure. Live canary: status=research_required, outcome_ref=research_dispatch, route_ref set. 2. Experience consumer skips research-dispatch tasks — no false failure-learning evidence in PL0 (verified: 0 FAILURE records for research tasks). 3. recall_uplift A/B documented honestly in the module: latency 521-1213ms → 14-18ms; terms bounded (893-1665 → 16-21); recall ROW COUNTS identical per query but 1/8-7/7 of recalled IDs differ (expansion terms differ → different lexical candidates). Marked PROVISIONAL — quality not proven equivalent; harness original retained for rollback. 4. Hook hardening: durable fire-trace (/tmp/rune-bridge-fire.log, one line per actual injection with token count) + harness-internal-step guard (checkpoint-writer/compaction steps no longer receive capsules). 5. QX7 canary fully purged: entries, contentless-FTS ghosts, both stores; retrieval-level verification shows zero hits. 1227 tests pass; ratchet 353/80; henxels clean. |
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d59b8a1800 |
feat(core): Option C unified route authority + builder bridge + PL0 qualification
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Handoff 2026-09-10 §§2–10. One canonical implementation, not copied logic: 1. Route authority moved into Rune Core (src/rune/): adaptive_router.py, route_risk_flags.py (renamed — the old name collided with the research-stage concept), evidence_probe.py. Dependency direction enforced: executor imports Core; Core never imports the executor. Research executor consumes via rune.adaptive_router / rune.evidence_probe (dual-import guards for standalone script execution). 2. derive_sufficiency() in Core (unified grounding semantics): the research path passes contract-compiler fields; the operator path grounds from task-text absence-of-defeaters. NONE vs UNKNOWN fixed (no test surface = determined NONE, not unknown). 3. Live operator consumption: send_task routes every task via the same authority, persists INITIAL_ROUTE to ~/.rune/routes/route.jsonl, records task.route, and attaches an actionable research dispatch (executor-consumable payload) for RESEARCHED_CHANGE. Proven live: local task → STANDARD_CHANGE (research chain not entered); floor architecture task → RESEARCHED_CHANGE + dispatch recorded. The dispatch's downstream consumer is still the MiMo session (documented §11 gap, not solved here). 4. builder_bridge.py: thin adapter over Rune Core — preflight(task) runs derive_sufficiency → classify_route → (optional) memory selection. Zero model calls, bounded capsule (12 memory / 6 lesson lines). lesson_lines stays empty until PL1 promotes its first lesson — the seam exists, the pressure does not. 5. PL0 qualification: qualify_experience() (TELEMETRY vs CANDIDATE, cheap rule-based, no model). Live ledger: 132 raw → 54 candidates. Raw outcomes preserved verbatim; SEED never auto-VALIDATED. 6. Umbrella manifest updated (4 new modules → capability umbrella). Verification: 1213 tests pass; ruff clean; silent-handler ratchet at baseline (353/80). The audit's §1 qualification is honored: the earlier spine canary proved model routing, not task-class routing — task-class routing on the live spine is proven HERE. |
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ec2cba62ee |
feat(reachability): Live Rune Slice P0 — outcome producer edge + spine defect fixes
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Runtime Reachability audit (reports/RUNTIME_REACHABILITY_AUDIT_2026-09-10.md, 4 parallel tracers + live canaries) established: ONE real end-to-end path exists (send_task → ContextBroker → Ollama tool loop → durable events), proven live by canary during the audit. The spine exists; the missing pieces were edges, not architecture. P0 implemented (choice-free items): 1. task.outcome producer edge: send_task emits a typed journal event on EVERY terminal transition (completed AND failed) with task/model/ verification/route fields — the producer PL0/PL1 needs (outcome_ledger was de-wired; experience ledger had zero producers). 2. Experience consumer: scripts/process_experience.py record_operator_outcomes() reads the authoritative task-state checkpoint (the journal is a one-way integrity journal — payload_hash only) and appends idempotent SEED experience records. 132 live records created; rerun = 0 (idempotent). 3. Spine defect: _routing_profiles_path and the profile-save site had bare relative imports that fail in standalone CLI mode — trace recording degraded to tier-2 on every CLI run (mislabeled 'inference_trace'). Fixed with the established dual-import pattern; verified clean run. 4. Standalone bootstrap: package parent now on sys.path for script execution. 5. hook_engine.fire dead call removed (rune_tui called a nonexistent function; AttributeError silently swallowed — hooks never ran). Left as an honest note, not a false-liveness surface. Verification: Phase 8 canary through the real spine — all 9 rungs observable from persisted state (trace v5 fields incl. memory abstention + broker budget, routing reason, checkpoint outcome, journal event, idempotent experience record). 1213 tests pass; ruff clean; ratchet at baseline. The route-authority placement choice (A/B/C) is presented in the audit report §G and awaits Nick's decision before wiring adaptive routing into the operator path. |
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7111695cdd |
style: ruff format on ADAPT-2 tranche (CI format gate on added files)
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d45d717a59 |
fix(ADAPT-2): remove dead ARTIFACT_MISSING block, restore fail-loud else branch
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The OUTWARD artifact-missing handler was stranded after an unconditional return (~100 lines of unreachable code including a legacy stdout parser). Worse: a missing OUTWARD artifact fell through to legacy stdout parsing instead of failing loud per ADAPT-9 authority. This restores the intended else branch: declared file absent → ARTIFACT_MISSING, full stop. Also narrows _pipeline_sha's blind except to its actual failure modes (OSError, SubprocessError) — keeps the silent-handler ratchet at baseline rather than adding debt. Unblocked CI lint/unit-tests: the changed-file lint now reaches this file (first PR to touch it since the F821 landed), so the pre-existing undefined-name debt in this block had to be paid. 1213 tests pass in the CI-identical venv (requirements-ci.txt pinned). |
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8dfa76b003 |
feat(ADAPT-2): Targeted Evidence Probe + verification-driven escalation
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Handoff 2026-09-10 §20.D–E, canaries 2–4: - evidence_probe.py: bounded uncertainty-resolution operation OUTSIDE the canonical stage chain. Fixed 5-key schema (QUESTION/SOURCE/ANSWER/ IMPLICATION/STATUS); GROUNDED requires a cited source; STILL_UNKNOWN/ CONTRADICTED are honest findings, not schema violations. Executor-owned artifact path (ADAPT-9); no stdout rescue. Probe budget caps recursion (MAX_PROBES_PER_TASK=2) — unresolved unknowns escalate, never loop. - Dispatch wiring: material unknowns on non-floored tasks are resolved by bounded probes BEFORE the route becomes final. GROUNDED probes fold into sufficiency inputs with citation provenance; failures record an ESCALATION route event (previous_route/trigger/evidence) and enter the canonical chain as RESEARCHED_CHANGE. - Real probing is OPT-IN (MIMO_PROBE_ENABLED=1 or injected runner): dispatch stays deterministic by default — a worker call from the dispatch path is minutes of cognition, never an implicit side effect. - escalate_on_verification_failure(): production hook for the local lane; refuses bare 'test failed' evidence (must name the material uncertainty). - ROUTED_LOCAL_FIX contract message names the exact escalation call. - Canaries: grounded probe returns to local lane without deep research; unresolved probe escalates with recorded transition; no probe recursion; verification-driven escalation persisted; bare evidence refused. - Suite: 1185 passed (3 pre-existing env failures excluded) Refs #291 |
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69a233cf63 |
feat(ADAPT-2): wire route authority into production dispatch path
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The router had zero production callers — architecturally implemented but cognitively dead. This makes it operational (handoff 2026-09-10 §1/§20.A–C): - ISSUE stage (production dispatch entry) now classifies route before the fixed-depth chain; LOCAL_FIX terminally routes out to the local implementation/verification lane (ROUTED_LOCAL_FIX, tree records route) - Sufficiency inputs replace substring inference as primary evidence: 5 questions with traceable provenance; non-establishable facts recorded as UNKNOWN and forced upward (never manufactured certainty) - Mechanism-uncertainty language (performance/timing/concurrency) makes local_authority honest — measurement questions are not source-readable - Escalation/downgrade/FINAL_ROUTE are persisted events in the same append-only authority (route.jsonl); transition identity fields (previous_route/trigger/evidence) mandatory - Deep-research floor: narrow, objectively detectable triggers; FloorViolation on efficiency-driven downgrade bypass - Legacy boolean API preserved as marked compat shim (legacy semantics) - Canaries: local-route behavioral effect, research floor entry, escalation transitions, floor non-bypass, full audit trail reconstruction (tests/test_adaptive_router_wiring.py) - Suite: 1178 passed (3 pre-existing env failures excluded, reproduced on clean master) Refs #291, #324 (checkpoint defect, unrelated) |
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6b5ca4ec71 |
feat(ADAPT-2): canonical adaptive route authority — LOCAL_FIX | STANDARD_CHANGE | RESEARCHED_CHANGE (closes #291)
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scripts/adaptive_router.py: - classify_route(): deterministic-first routing by uncertainty and risk, NOT by 'bug vs feature' - RouteDecision dataclass: route, reasons, risk_flags, uncertainty_flags, escalation_conditions, downgrade_conditions, confidence, decided_by, decided_at, task_description, baseline_sha - LOCAL_FIX: all conditions met (reproducible, owned, testable, narrow, reversible) + zero risk/uncertainty flags → skip research entirely - STANDARD_CHANGE: clear change, existing authority, no tech selection → bounded DESIGN-LITE, no external research - RESEARCHED_CHANGE: any risk or uncertainty trigger → the full ratified research pipeline (this is the proven path from #161/#163/#165) - Routes are reversible: escalation and downgrade triggers are first-class - record_route_decision(): append-only JSONL for auditability - Semantic arbiter reserved for future use (not needed for deterministic cases) The B3-v3 baseline (#165, 4897s wall, 12 stages, all completed) provides the measured fixed-depth RESEARCHED_CHANGE baseline. The B1/B2 probes provide the measured evidence that LOCAL/STANDARD work wastes 384-733s on research stages that produce zero implementation-relevant findings. 8 tests; full suite 1187 passed; ruff clean. |
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b7501b9804 |
feat(B3-v3): clean immutable baseline — #165 SimpleMem/A-MEM/Letta through full fixed-depth pipeline
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ADAPT-1 CLOSED. B3-v3 clean baseline on frozen SHA 5a1ad11/v0.64.0. Zero pipeline modifications during run. Zero manual artifact edits. Chain: ISSUE(0.16s) → INWARD(0.34s) → OUTWARD(1106s, 12 sources/8 read) → APPLICABILITY(970s, 10 candidates, INNOVATION_WARRANTED) → INNOVATION(386s, BUILD, 5 candidates) → ADVERSARIAL(809s after TIMEOUT retry, 21 attacks, 5 survivors, SURVIVES_WITH_MITIGATIONS) → SYNTHESIS(444s) → QUALIFY(REFINE_SYNTHESIS ×2 → PROCEED 13/13). Total wall ~4897s (~82 min) across 12 stage executions. First-attempt pass: ISSUE, INWARD, APPLICABILITY, INNOVATION, SYNTHESIS v1. Native retries: OUTWARD (schema-variant normalization), ADVERSARIAL (stuck process → retry succeeded), SYNTHESIS (2 REFINE_SYNTHESIS loops). Also fixes OUTWARD artifact resolution: the file-channel path now uses _resolve_worker_artifact (shared helper) instead of a bespoke check, so prose-stdout + valid file works correctly (the #165 GATE_RETRY pattern). 1179+ tests pass (baseline suite unchanged). |
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deba21fe54 |
feat(TASK-I): PL0 passive Experience Ledger — 10 seed Process Experiences from real runs
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scripts/process_experience.py: ExperienceLedger with 12 root-cause layers, 3 result types, confidence tracking, evidence references, correction tracking, recurrence classification, cost measurement, reusable flag. 10 seed Process Experiences from real runs (#161/#163/#164/#310/#311): - 5 failures (schema drift, field naming, missing disposition, validator mismatch, duplicate contract authority) - 3 successes (gate blocked missing M1, INNOVATION correctly skipped, real external evidence produced decision-changing results) - 2 inefficiencies (routing waste, detection gap) All 10 marked reusable_lesson=True. No autonomous self-editing — observation and evidence capture only. |
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6f58ba3f94 |
feat(TASK-D): single-source stage contracts — one authority for required fields, prompts, validators, aliases (epic #284 TASK D)
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scripts/stage_contracts.py: - STAGE_CONTRACTS: one authoritative definition per cognitive stage (INWARD/OUTWARD/APPLICABILITY/ADVERSARIAL/INNOVATION/SYNTHESIS/QUALIFY) - Each contract: required_fields (name/type/description/enum) + optional_fields - COMPATIBILITY_ALIASES: documented field-name mappings (bounded, not open-ended) - get_prompt_field_description(): prompt text derives from the contract - get_aliases(): normalization aliases derive from the contract Contract-drift tests (test_stage_contracts.py): - All cognitive stages have contracts - ADVERSARIAL disposition in contract (the #164 root cause: template had it, inline prompt didn't) - INNOVATION conclusion in contract - APPLICABILITY route in contract - Contract-drift: validator-checked fields must be in the contract (required + optional) - Compatibility aliases must target known fields - Prompt derives from contract SYNTHESIS contract promoted data_flow to required (the drift test caught it). 8 tests; full suite 1171 passed; ruff clean. |
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470348493d |
fix(D5-A/B): authority audit — exception-path verification + task_tree structural limitation documented
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TASK C D5 authority audit results: D5-B (exception-path verification) FIXED: - _execute_stage exceptions are now caught (try/except/else) in execute() - mutation verification runs in ALL paths including exceptions - exception is captured, mutation check runs, result is STAGE_FAILED - the exception is NOT re-raised past the mutation check (which would bypass the STAGE_FAILED result) - test_d5b_exception_path_still_verifies: worker mutates source then raises → mutation caught, result FAILED ✓ D5-A (task_tree authority) — STRUCTURAL LIMITATION DOCUMENTED: - task_tree.json remains in the allowlist because advance() runs inside _execute_stage (the executor writes it). A worker that also modifies it cannot be distinguished by fingerprint alone. - The structural fix (separating worker execution from executor advance) is tracked for ADAPT-2 (#291) route authority - The test documents the current boundary honestly — it does NOT pretend the check catches what it can't Lint baseline: BLE001 352→353 (new exception block in execute()). 1171 tests pass; ruff clean. |
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203e6ed41d |
fix(RESEARCH): schema-variant normalization + disposition prompt + multi-dimension matching + URL check narrowing
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Findings from B3-v2 fresh Route-C run on #164 (real research task): 1. Schema-variant normalization: the worker emitted search_receipts/ read_receipts/sources/evidence_claims at top level instead of discovery/reading subsections. _normalize_outward_artifact now maps documented variants to the canonical structure (a documented mapping, not a rescue — the worker DID produce the data). Also maps worker 'urls' (list) → 'url' and 'classification' → 'source_class'. 2. ADVERSARIAL prompt now demands the disposition field explicitly (the template predated the disposition contract — the worker omitted it). 3. Adversarial gate: multi-dimension matching — an attack with 'duplicate_authority / Rune constraint violations' addresses BOTH dimensions. Removed the break-after-first-match. 4. OUTWARD URL check narrowed: sources with no URL are legitimately discovered-but-not-fetched (the receipt check handles READ status). 5. SYNTHESIS gate caught a real design gap on #164: mitigation M1 (decide the integration surface FIRST) was not represented — the gate refusing is the system working. B3-v2 paused for synthesis v2. Real acceptance on #164: OUTWARD 13 sources/6 read (415s), APPLICABILITY 7 candidates/STANDARD_SOLUTION_SUFFICIENT (369s), ADVERSARIAL 10 attacks/SURVIVES_WITH_MITIGATIONS (reconciled), SYNTHESIS gate correctly blocked. All artifacts on Gitea master. 1168 tests pass; ruff clean. |
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31a3d42535 |
fix(D5.1-D5.3): mutation boundary tightening — content fingerprints, explicit per-stage allowlist, all-terminal-path verification
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D5.1 — CONTENT FINGERPRINTS, not porcelain-line diffs: capture_worktree_state() now records a sha256 per tracked+untracked file. verify_no_source_mutation() compares hashes — a change to an already-dirty file is detected (porcelain comparison would produce the same line and miss it). require_clean_worktree() added for baseline methodology. D5.2 — EXPLICIT PER-STAGE ALLOWLIST, not artifact_dir-wide: the executor passes exactly: the declared stage artifact file, this stage's event/err files, telemetry/, consumed markers, and task_tree.json (executor-owned — advance() writes it, not the worker). An OUTWARD worker can no longer silently modify another stage's artifact or the task-tree authority — cross-stage writes are detected. D5.3 — VERIFY ON EVERY TERMINAL PATH: the mutation check runs for COMPLETED, GATE_FAILED, GATE_RETRY, FAILED, TIMEOUT and INTERRUPTED — a worker that mutates source and then fails still has the mutation identified. 3 new tests: fingerprint-catches-already-dirty-file-mutation, cross-stage-artifact-write-detected, HEAD-movement-without-file-changes. 1168 tests pass; ruff clean. |
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a997a0ae4c |
feat(D4+D5): executor-owned artifact targets + cognitive-stage mutation boundary (closes #298 scope)
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D4 — ARTIFACT TARGET CONTRACT IS EXECUTOR-OWNED: - _declared_artifact_path(stage): absolute path computed from artifact_dir + STAGE_ARTIFACT_FILES[stage]; injected verbatim into every worker prompt (APPLICABILITY/ADVERSARIAL/SYNTHESIS/INNOVATION/OUTWARD/QUALIFY) - Worker never derives its own path — producer and consumer share one authoritative output location (the B3-v2 root cause: worker's prompt said research/issue-162/ but executor's artifact_dir was research/issue-162-b3v2/) - Acceptance: nonstandard artifact_dir (issue-162-b3v2) now gets the correct path injected D5 — COGNITIVE_STAGE_MUTATION_BOUNDARY: - mutation_boundary.py: capture_worktree_state (status porcelain + HEAD) before cognitive stages; verify_no_source_mutation after; new changes outside declared artifact paths → UNAUTHORIZED_STAGE_MUTATION - HEAD movement detected (cognitive stages must never commit) - allowed paths: declared artifact + telemetry + consumed markers - Wired into execute(): cognitive stages only (ISSUE/IMPLEMENT skip); failure → STAGE_FAILED, no advancement - Tests: clean stage passes; source mutation detected → FAILED + no advancement + mutation visible for human review BLE001 narrowed in mutation_boundary (git errors are OSErrors). 1164 tests pass; ruff clean. |
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f5ee557ee3 |
fix(CORRECTION-1/2): D2 producer contract + sentinel-tolerant reader; D3 telemetry wired into production path
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ADAPT-1 baseline corrections (per handoff: fix D2+D3, record D1 as FIXED_DEPTH_ROUTE_INAPPLICABLE — no OUTWARD semantics change). CORRECTION-1 (D2): producer contract enforced - Worker prompts updated: artifact file must contain exactly one JSON document; StageCompleted markers go to stdout ONLY - _load_worker_artifact_file(): canonical reader requires pure JSON; LEGACY_COMPATIBILITY_ONLY permits exactly the known 'StageCompleted: <STAGE>' trailing sentinel (regex-anchored, no arbitrary salvage); corrupt JSON is never masked - Acceptance: pure JSON OK; exact sentinel OK; arbitrary trailing text rejected; corrupt JSON rejected; all 6 stage prompts carry the contract CORRECTION-2 (D3): StageAttempt telemetry wired into real production path - research_event_relay: marks tool windows on tool running/completed/error/ failed events (observational, never changes classification) - StageExecutor._run_relay_with_telemetry: marks model windows around relay.run(); attempt threaded through _execute_stage into all 8 stage methods (telemetry_attempt kwarg, default None) - PROVEN on a real production-path execution: ADVERSARIAL record shows wall=0.3006, model_time=0.3001 (1 window), tool_time=0.3001 (1 window) — overlapping by design, non-additive model respected - telemetry failures never raise into the stage path (observational) D1 NOT a code correction: recorded as FIXED_DEPTH_ROUTE_INAPPLICABLE_TO_LOCAL_EVIDENCE_TASKS — EXPECTED_ROUTING_LIMITATION / ADAPTIVE_REQUIREMENT. OUTWARD external- evidence semantics preserved unchanged. 1163 tests pass (was 1158); ruff clean. |
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cbe0d61500 |
feat(ADAPT-9): artifact authority + retry authority (closes #298)
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Two problems, bounded exactly:
1. ARTIFACT AUTHORITY — the declared structured artifact file is truth;
stdout is observability only.
- _resolve_worker_artifact(): reads the declared stage artifact file
(STAGE_ARTIFACT_FILES) as the sole canonical channel
- stdout JSON extraction demoted to LEGACY_COMPATIBILITY_ONLY behind
allow_stdout_fallback=False (canonical default: OFF — proven by test);
marked 'NOT CANONICAL — REMOVE AFTER legacy tests rewritten'
- prose stdout + missing file → STAGE_FAILED, error=ARTIFACT_MISSING
(no advancement, no accepted artifact) — the nasty case from #163
is now structurally impossible
- stdout prose + valid file → PASS (file wins; single authority —
precedence test included)
- both APPLICABILITY and ADVERSARIAL/INNOVATION/SYNTHESIS resolution
paths rewired to the shared helper
2. RETRY AUTHORITY — attempt/event identity is append-only.
- retry = new attempt/event ID (never marker deletion; no marker
deletion exists anywhere in scripts/)
- failed attempt cannot advance the tree
- duplicate delivery of a COMPLETED event → DUPLICATE no-op
- failed attempt history retained after successful retry
- acceptance sequence proven: FAILED → retry → GATE_FAILED → retry →
COMPLETED → duplicate delivery = 3 genuine attempts retained,
1 duplicate no-op, exactly one advancement
Note: StageExecutor constructs its own tree from the persisted dir — tests
must assert on ex.tree for post-execute state.
6 tests. Full suite 1158 passed; ruff clean.
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2da0afb324 |
feat(PROV-1): deterministic Source Ledger — renderer, persisted metadata, idempotent Gitea publication (closes #282)
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scripts/source_ledger.py — pure deterministic projection: - build_records: accepted OUTWARD artifact + SOURCE_READ/TOOL_FAILED receipts → ledger records with receipt_id (deterministic hash of stage+tool+ canonical_url+timestamp+seq), source_id, requested_url+resolved_url, domain, status, tool, timestamp, source_type, claim_ids, contradiction_ids, blocked_reason - THE safety invariant: READ impossible without a successful machine receipt; artifact-claimed-read with no matching receipt downgrades to FAILED honestly; BLOCKED/FAILED/NOT_SELECTED back ZERO accepted claims - NOT_SELECTED distinct from BLOCKED (never attempted ≠ attempted-refused) - explicit contradicts_source_ids used when present; legacy nesting labeled in render; plain-string contradictions not linked (labeled honestly) - render_markdown: fixed template; runner/model from persisted factual fields only, UNKNOWN if absent — never reconstructed scripts/publish_source_ledger.py — idempotent Gitea publication: - comment identified by marker containing artifact hash; same hash UPDATES, new hash creates; publication failure raises VISIBLY (never silently falsifies the ledger) and does not alter stage outcomes research_stage_executor.py: model + runner persisted into the accepted OUTWARD artifact (smallest authority point; PROV-1 metadata fields) Real acceptance on #161: 16 records (4 READ with machine receipts replayed from the genuine events file, 12 NOT_SELECTED backing zero claims), ledger live on Gitea issue 161 (comment 3510), idempotency proven (second publish updates same comment). Legacy artifact honestly labeled UNKNOWN for runner/model and legacy-nesting noted in render. 14 ledger tests; full suite 1151 passed; ruff clean. |
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1cbf2b4b18 |
feat(OBS-1): StageAttempt telemetry — per-attempt lifecycle, observational invariant (closes #287)
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scripts/stage_telemetry.py: - StageAttempt: attempt_id/event_id/stage/issue/process_id, started/finished ISO timestamps, terminal_status (COMPLETED|GATE_FAILED|FAILED|TIMEOUT| INTERRUPTED), observed windows (model/tool/gate/persistence) with monotonic pairs, counters (model_calls, tool_calls, repo_reads, external_queries, sources, retries, reconciliation, implementation corrections, ci_failures), provider tokens as UNKNOWN_NOT_EXPOSED when unavailable (never estimated-as-measured) - TelemetryLedger: append-only attempts.jsonl — survives restart; every attempt (success AND failure) persists independently; persist() NEVER raises into the stage path (observational invariant, narrowed excepts) Wired into StageExecutor.execute(): every attempt gets a lifecycle record at the terminal path; duplicate no-ops are not attempts. Explicitly non-additive: wall_time ≠ model_time + tool_time when MiMo waits on tools or relay overhead overlaps — records carry window counts and an overlap note; reports must distinguish exclusive/overlapping/residual. Sanity matrix proven: success → fail → retry → successful retry, all four attempts present independently with unique attempt_ids; restart/reload preserves them; DUPLICATE no-ops not recorded; telemetry-absent runs produce identical process decisions (observational invariant as a test). 8 tests. Full suite 1138 passed (was 1130). Ruff clean; lint counts at baseline (80/352). |
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6c85b8066c |
feat(RP12): post-cleanup real-progression re-run on #163 + pipeline fixes proven live
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RP12/#275 — real issue #163 (temporal graph backend spike) through the FULL canonical path on post-RP11 code: ISSUE ✓ → INWARD ✓ → OUTWARD ✓ (45 sources, 10 read w/ receipts, 34 tool calls) → APPLICABILITY ✓ (10 candidates, route INNOVATION_WARRANTED — first live exercise of the conditional route) → INNOVATION ✓ (conclusion ADAPT, 1 candidate with kill_test — NOT manufactured novelty) → ADVERSARIAL ✓ (13 attacks; honest finding: graph tier is NOT bi-temporal as claimed — survivors carry per-candidate dispositions; disposition SURVIVES_WITH_MITIGATIONS) → SYNTHESIS ✓ → QUALIFY REFINE_SYNTHESIS (3 concrete interface gaps — narrowed semantics working) → SYNTHESIS v2 ✓ (refine findings addressed) → QUALIFY v2 PROCEED ✓ (13/13 checks). Pipeline COMPLETE, artifacts persisted to Gitea master. Fixes proven live during the run: - OUTWARD prose-stdout file-channel fallback (RP4 fix backported; first exercise on this path) - INNOVATION executor + gate built (RP5/#268 — first run needing it; conclusion enum enforced, derived_from/kill_test required, NO_INNOVATION_ WARRANTED valid) - adversarial prompt now demands the disposition enum (pre-correction template gap) - adversarial normalizer carries disposition through - synthesis prompt carries QUALIFY refine findings as round-2 constraints - readiness invariant correctly blocked misplaced blocking-unknowns (caught my own error — semantics verified live) Also: retired-workflow references removed from test fixture; no retired code on tree (verified: 0 run_full_research/--watch references). 1130 tests pass; ruff clean. |
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851d66c43c |
fix(RP11): placement gate accepts the registered desktop runner identity
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CI exposed a latent validator defect masked locally: the desktop runner's Gitea-registered name is 'rune-desktop' (label 'rune-ci-desktop'), but validate_placement required the LABEL string inside runner_name — so every CI-executed stage was PLACEMENT_REJECTED while local runs passed (local: prefix path). Fix: desktop identity = label in name/labels, OR the registered rune-desktop runner name, OR verified local execution. Pi rejection semantics unchanged (regression-tested: rune-pi/rune-infra-pi still rejected via name, hostname, and labels). Found via RP11 PR CI — exactly what RP12's post-cleanup re-run is designed to catch, caught one run early. |
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3a22d99e9b |
feat(RP11): conservative retirement of superseded ResearchProcess paths (closes #274)
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RP10 proven (PR #279 merged, v0.56.0) — retirement per doctrine: REPLACEMENT PROVEN FIRST, RETIREMENT SECOND. Step 1 — consolidate: merged rp2-canonical-stage-model into master (zero conflicts). Master now carries the canonical stage model (ISSUE→INWARD→OUTWARD→APPLICABILITY→conditional INNOVATION→ADVERSARIAL (disposition)→SYNTHESIS→QUALIFY) plus the #161 harness. Step 2 — retire (each classified before removal): - scripts/research_backend.py: run_full_research() self-walking loop + --watch poll supervisor (SUPERSEDED, §26.6/26.7) - scripts/run_research_stage.py + scripts/run_agent_stage.py (+ its test): legacy single-stage runners (SUPERSEDED; no live imports — research_artifact references build_receipt in a docstring only) - .gitea/workflows/research-{dispatcher,stage-headless,backlog-sweep}.yml: legacy trigger paths (SUPERSEDED; trigger label stripped RP0) - prompts/research-stages/{define,outward_discovery,outward_reading}.md: split-stage templates (concepts survive as outward.md subsections) - repo-level research-pending trigger label deleted from Gitea (no issue carried it) KEPT (canonical reuse / compatibility): - research_artifact.py, research_event_relay.py, research_router.py, research_inward_context.py, research_prompt_compiler.py, research_define.py (ISSUE-gate compiler), research_task_tree.py + research_stage_executor.py (canonical authorities) - RETIRED_STAGES guard: retired names remain ONLY as the block that prevents them executing (they cannot authorize a live stage — regression-tested) - All historical evidence (research/issue-*, closed issues) preserved Docs updated: classification manifest (RETIRED entries), pipeline registry (retired-workflows section), lint-baseline shrunk 82→80 S110 / 356→352 BLE001 (deleted files carried lint debt). Regression: 1129 passed (was 1069 pre-merge — canonical pipeline tests joined), 0 henxel failures. |
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25afdc7024 |
merge: canonical Research-to-Build pipeline (rp2-canonical-stage-model) into master
RP11/#274 step 1 — consolidate to ONE canonical authority. The RSC0-9 research scripts on master (DEFINE/OUTWARD_DISCOVERY/OUTWARD_READING stage model) are superseded by the canonical pipeline proven through RP2-RP10 (epic #257, children #264-#273): ISSUE→INWARD→OUTWARD→APPLICABILITY→ conditional INNOVATION→ADVERSARIAL(disposition)→SYNTHESIS→QUALIFY. Zero conflicts vs current master; the #161 harness (PR #279) is preserved. |
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f957387181 |
fix(ci): propagation applies to pull_request runs only
CI Pipeline / best-practices (push) Successful in 2s
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CI Pipeline / lint (pull_request) Successful in 34s
CI Pipeline / canary (pull_request) Successful in 29s
CI Pipeline / documentation (pull_request) Successful in 3s
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CI Pipeline / best-practices (pull_request) Successful in 3s
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CI Pipeline / gitea-offline (pull_request) Successful in 15s
CI Pipeline / unit-tests (pull_request) Successful in 59s
CI Pipeline / type-check (pull_request) Successful in 27s
CI Pipeline / required-checks (pull_request) Successful in 1s
Auto-version and Release / release (pull_request) Successful in 34s
Push-event runs have no PR body, so the propagation requirement was structurally unsatisfiable there (UMBRELLA_SKIP_PROPAGATION=1 for bodyless runs). The pull_request run — the gate that actually blocks merge — still enforces it fully. UNMAPPED check unchanged on both event types. |