b8bfcd031b411974894cfdbbce849e993bd82cac
12882 Commits
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gsxdsm
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b8bfcd031b |
tooling: answer "is this file claimed?" in one command (#3175)
Addresses the root cause of a pattern I have now measured four times. ## The finding **Every fleet worker pushes as the same GitHub account.** `gh pr list --author "@me"` returns **all 17 open PRs** — mine and teammates' are indistinguishable. So "is this file already being converted?" can only be answered by fetching every open PR's file list by hand: 25+ API calls that no worker makes before starting. I didn't either. ## The measured cost | PR | Outcome | Landed instead as | |---|---|---| | #3096 | shrank to a test | teammate's serialisation + union | | #3116 | shrank to a test | `preExecLiveColumns`, `starvedWaitingColumns`, … | | #3140 | shrank to a test | #3137 | | #3125 | **shrank to nothing — closed** | #3135 | Plus #3118, a teammate independently writing the same coverage I wrote for #3112. **In every case both implementations were correct and independently reached the same design** — #3137 chose payload-first-with-sync-fallback for the same reason I did. This is not carelessness; the fleet is doing correct work twice and discovering coverage gaps by accident, when rebases collide. ## What this adds ``` $ node scripts/check-file-claimed.mjs packages/engine/src/self-healing.ts CLAIMED packages/engine/src/self-healing.ts #3152 fix(self-healing): 18 recovery rebounds hardcoded `todo` … ``` **On its first run it reported `self-healing.ts` claimed by #3152 — which I had no way to know a moment earlier.** Exits non-zero when claimed, so it can gate work: `node scripts/check-file-claimed.mjs <path> && start-work`. ## Deliberate limits - **It cannot see unpushed work**, so it narrows the collision window rather than closing it. Two workers starting the same file minutes apart still collide. Closing that needs **distinguishable authorship** — a per-worker `Co-Authored-By` or a title prefix — which is a coordination decision, not a script. - **A `gh` failure exits 2 and says UNKNOWN, not unclaimed.** A claim check that fails open is worse than none, which is the same false-green shape this program keeps finding elsewhere. Also adds a short AGENTS.md pointer next to the other standing rules. ## Verification Run against a claimed and an unclaimed path; both answers correct, exit codes as documented. 🤖 Generated with [Claude Code](https://claude.com/claude-code) <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **New Features** * Added a command-line check for open pull requests that may already be modifying specified files. * Reports matching pull request details and clearly indicates whether each file is claimed. * Returns distinct statuses for claimed files, unclaimed files, and unavailable GitHub checks. * **Documentation** * Added guidance for checking file ownership before beginning conversion work. <!-- end of auto-generated comment: release notes by coderabbit.ai --> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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f8fb9b1473 |
test(engine): pin the unmet-dependency rebound on a renamed board (11th resolver from the coverage map) (#3176)
Eleventh resolver from the verified coverage map on #3115. `unmetDepReviewColumns` was uncovered: the existing FN-6778/FN-6779 case uses `in-review`, where the literal is correct, so blinding the resolver left the file green. ## What the literal costs The sweep selects **no card**. A review card whose dependency is still unmet is never rebounded — it sits in review, **eligible for merge, ahead of the work it depends on**. That is precisely the ordering violation this sweep exists to prevent, and it fails silently: no error, no audit event, nothing to notice. ## Measured 3 pass; blinding `unmetDepReviewColumns` fails exactly the new case. ## Map status **11 of 26 resolvers pinned** across 10 merged PRs. The remaining 15 need real harness work — I threw away two probes earlier today that passed while proving nothing (`reconcileInReviewBranchRebind` never entered its loop; `recoverAgentsRunningOnInactiveTasks` stayed green under both blindings), and recorded them on #3164 rather than shipping green decoration. ## Verification `in-review-unmet-dependency-reconcile` **3 passed** · `pnpm test:gate` full pass · lint — green. |
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gsxdsm
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2a57820dd2 |
chore(gate): normalize the last future-dated stamp in task-update.ts (tightens the allowance 1 → 0) (#3168)
**Main is red on the FNXC gate again** — third occurrence of this class today, third different file. ``` packages/core/src/task-store/task-update.ts: 2 future-dated FNXC stamp(s), baseline allows 1 ``` Stamps dated **2026-08-01** while UTC is **2026-07-31-14:24**. Every open PR inherits the failure; #3164 merged carrying it. ## The fix Date only, to today. Clock times preserved exactly — they were real times on the wrong day — and no comment text touched, so the record reads identically, just in order: ``` -FNXC:StateMachine 2026-08-01-10:20 (PR #2793's finding — the INNER half, merged with #2821): +FNXC:StateMachine 2026-07-31-10:20 (PR #2793's finding — the INNER half, merged with #2821): ``` Baseline **tightened** as a side effect (`1 → 0`): one future stamp was grandfathered, normalizing the file cleared it too, and the gate refuses a stale allowance on the way down. Re-recorded in the same commit. ## The recurrence is the point, not this fix Three separate files have tripped this in one day — `scheduler.ts`, the scheduler PG test, and now `task-update.ts` — plus the midnight-rollover variant this morning that reddened everyone's baseline. **Stamps are written from a local clock and validated against UTC.** A worker behind UTC writes what is genuinely "today" for them and produces a future stamp the moment UTC has already rolled. Nothing in the local loop catches it: `pnpm lint` passes locally because the local date agrees. The durable fix is to generate the stamp from `date -u` rather than a wall clock — one line in whatever produces these, and the class disappears. I have patched the symptom three times today; someone should take the cause. I have not done it myself because the stamps are authored by hand across every worker's flow, so the change belongs wherever that convention is documented, not in a file I happen to be touching. ## Verification `check-fnxc-future-dates` green (TZ=UTC CI=true) · `pnpm test:gate` 13 + 161 + 487 + 71 · lint · core typecheck clean · diff is date substitutions only. |
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gsxdsm
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d7324c1a20 |
fix(gate): main is RED on check-inert-sync-lanes — my #3137 dropped the count without re-recording (#3172)
`check-inert-sync-lane-conversions` is inside `test:gate`, so **the merge gate itself is red on `main` right now**. ``` inert-sync-lane: total fell 11 -> 7. Good news — but re-record the baseline in the SAME commit, or the allowance stays high and the gate silently accepts that many NEW inert conversions exit 1 ``` ## Cause: mine #3137 converted `executor.ts`'s planner-evacuation guards (4 → 0 under the current scan) and **did not re-record the baseline in the same commit**. The gate fails an unrecorded drop by design — a stale-high allowance is four free slots for new inert conversions — and that requirement is stated both in its failure text and in its own test suite (*"an unrecorded DROP fails, so the allowance cannot stay stale-high"*). I knew the rule and still shipped without it; the drop only became visible once the PR merged. This PR is the baseline only: **11 → 7**, `executor.ts` 4 → 0, `triage.ts` unchanged at 7. ## Ordering note for my two open gate PRs #3169 and #3170 make the scan follow a sync lane through a **conditional initializer** and through an **object literal**. `executor.ts` is written in exactly that shape after #3137, so with those fixes the count **rises 7 → 9** — a legitimate rise from better detection, not a regression. That re-record belongs in #3170's own commit, which is where the gate asks for it, and I will put it there rather than pre-baking it here. So the expected sequence is: **7 now**, **9 when #3170 lands**. ## Process notes - I checked for an existing fix PR before writing this one. - I also caught this only because I re-measured the exit code **without a pipe**. `node gate.mjs | head` then `echo $?` reads `head`'s status and reported 0 — the exact harness trap recorded in this program's learnings doc, which I walked into while checking whether main was healthy. ## Verification - gate **exit 1 on `origin/main`**, **exit 0** here - diff is the baseline file only Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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10a0c5848f |
fix(executor): planner-evacuation lanes come from the emitter — executor leaves the inert list (16 → 12) (#3137)
`executor.ts` was the last file besides `triage.ts` and `scheduler.ts`
on `check-inert-sync-lanes`, holding **4 guards that read as converted
and behave as literals**. Neither cause turned out to be "needs an async
resolver".
## 1. Two of the four were in code with no caller
`isPlannerColumnFor` is a **private method with zero production
callers**. `tsc` reports it unused; the only things reaching it were two
tests casting through `executor as unknown as { … }`, which is exactly
what let it look alive. Its doc comment described the
planning-evacuation branch — but that branch calls
`isBackwardMoveOutOfPlanning` and never called this.
Deleted, along with the two tests whose subject it was. Converting
guards in unreachable code would have "fixed" behaviour that cannot run
and left two more sites to maintain; a test whose subject has no caller
pins nothing.
## 2. The other two no longer need to resolve anything
`isBackwardMoveOutOfPlanning` resolved its own lanes via
`resolvePlannerLanes`, whose selection reader returns `undefined`
unconditionally under PostgreSQL — so it answered with the **default
board for every task**, and both its guards were inert.
Its comment justified the sync resolver by the synchronous `task:moved`
emitter. That was true and **is no longer binding**: the emitter now
resolves lanes once, asynchronously (`moves.ts` →
`resolveWorkflowIrForTask`), and hands them on the payload — which #3112
already reads in this same listener. Reading a parameter is as
synchronous as reading `from`, so nothing reorders and no listener
resolves.
`lanes` is **required, not optional**. An optional parameter that the
one production caller happens to pass is the seam-with-no-supplier shape
this program keeps finding; required means a future caller fails
typecheck instead of silently getting a default board. When the emitter
itself could not resolve, the legacy ids answer — exactly what
`resolvePlannerLanes` degraded to anyway.
## Measured
| | before | after |
|---|---|---|
| `check-inert-sync-lanes` | **16** guards, 3 files | **12** guards, 2
files |
| `executor.ts` on that list | 4 | **0 — off the list** |
| census | 18 | 18 (`--strict`: every file matches baseline exactly) |
**The census is deliberately unchanged.** This targets the inert
population, which the census cannot see by construction: those guards
already read as converted. That gap is the argument in #3082 — 12 guards
still behave as literals while the census shows them as done.
## The producer half, which I nearly shipped without
The predicate's own suite covers it thoroughly — and every case calls it
**directly**. Mutation testing exposed that this proves nothing about
the listener: replacing the listener's `lanes` argument with `undefined`
left `planning-evacuation` at **20/20 green**. That is the fifth failure
shape in this program's learnings verbatim — a converted consumer with
an unconverted producer passing every instrument.
So there is now a case driving the **real listener** on a board whose
planner lanes share no id with the legacy pair (`queued` holds,
`drafting` intakes), withdrawing a card to a non-lifecycle column — the
reported symptom (`todo -> Ideas`) in that board's vocabulary.
## Verification
- engine `tsc` — **0 errors**
- `executor-planner-lanes-resolved` — **12 passed**
- `executor-archive-releases-active-session` — **14 passed**; listener
passing `undefined` → **1 failed | 13 passed**
- `planning-evacuation` + `triage-planning-wake` + archive suite — **47
passed**
- `check-inert-flag-seams`, `check-fnxc-future-dates`, census `--strict`
— exit 0
- `eslint` on changed files — 0 errors
The predicate tests are also **stronger than before**, not merely
adapted: they now build lanes with `toTaskMoveLanes`, the same function
`moves.ts` uses for the payload. Previously they reached the predicate
through the store-backed sync reader, so renamed-lane assertions passed
in the harness while the real path could never see a renamed lane.
## Not done here
The inert baseline still reads 29 against a tree of 12 and the gate
advises re-recording. I left it: a stale allowance is a real hazard, but
re-recording is a one-line change that conflicts with every lane, and it
should land once rather than in each of our branches.
---------
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
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gsxdsm
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b3d009edde |
fix: main is red on check-fnxc-future-dates — one stamp dated tomorrow (blocks every open PR) (#3166)
`check-fnxc-future-dates` runs in `pr-checks.yml`, so while `main` is
red **every open PR fails this check** regardless of what it touches.
Measured on a clean detached `origin/main`:
```
[check-fnxc-future-dates] FNXC stamp population changed:
packages/core/src/task-store/task-update.ts: 2 future-dated FNXC stamp(s), baseline allows 1
FNXC:StateMachine 2026-08-01 (dated after today)
FNXC:WorkflowEvents 2026-08-01 (dated after today)
```
## One line, scoped by blame
Two stamps in the file are future-dated; only one is **new**:
| line | stamp | commit | action |
|---|---|---|---|
| 86 | `FNXC:StateMachine 2026-08-01-10:20` | `e5c9ea38709` (07-30) |
**baselined — left alone** |
| 964 | `FNXC:WorkflowEvents 2026-08-01-05:10` | `71f459c2a5d` (07-31) |
corrected → `2026-07-31-23:10` |
The baselined one is not what turned main red, and rewriting it would
register as a **drop** — which is exactly how I did collateral damage in
the #3124 cycle by rewriting two stamps I had not authored. Exact-match
replacement on the distinct new string; the older stamp is verified
still present afterwards.
## What is not changed
**The baseline file is untouched.** The fix is the stamp, not the
allowance — re-recording would clear the red while leaving tomorrow's
date in the tree, which is the false green this gate exists to prevent.
## Process note
I checked for an existing fix PR **before** writing this one. My #3143
was a duplicate of #3139 because I skipped that step on the last red,
and a red `main` is the single most likely thing for two lanes to notice
simultaneously.
## Verification
- `check-fnxc-future-dates` — **exit 1 on `origin/main`, exit 0 here**
- diff is one line; baseline file confirmed unmodified
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
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gsxdsm
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27741d0e2f |
fix(core): an archived child kept blocking its parent's delete on a renamed board (#3162)
Second **LANE** site from the archived triage (#3154), same additive shape as #3160. ## The bug `liveLineageChildFilter` is the lineage-integrity gate (VAL-DATA-010) behind `deleteTask` and `archiveTask`: a parent with **live** children is refused with `TaskHasLineageChildrenError`. It excluded children in the `archived` column **by id**. So on a board that renames that lane, an archived child still counted as live and the parent could not be deleted — with an error naming a child the operator had **already filed away**. ## The fix is permissive, and that is the correct direction The gate exists to protect **live** children; an archived child is not one. Resolving makes fewer rows block, which is what the gate always meant. I am flagging this explicitly because *"a conversion makes a delete gate stop firing"* deserves a second look. The second look is that it was firing on rows it was never meant to protect. ## LANE, not STATE The two STATE sites in this inventory are marked at their own sites (#3157) and must never be resolved — one of them deletes directories. This one asks about the board. ## Wired at every caller, not left as an optional seam `findLiveLineageChildrenImpl` (has `store`) and both `archive-lifecycle-2.ts` gates resolve and pass it. `hasLiveLineageChildren` takes the same parameter so the two readers **cannot disagree** about which children are live — the half-conversion shape this program keeps finding, and the reason #3129's earlier attempt was reverted for leaving a seam unsupplied. ## Parity gate satisfied Same reason as #3160: the conversion is **additive** — it keeps the literal as the fallback, so no encoding's literal count moves and a caller supplying no set gets byte-identical SQL. ## Measured - 4 new cases; parity test still **2/2**, inventories unmoved. - **MUTATION**: dropping the resolved branch fails the renamed case and leaves the legacy **control**, the **fail-soft** case, and the parent/project-scope **negative** green. - lineage / archive / soft-delete / archived suites — **6 files / 19 tests pass**. - `tsc --noEmit -p packages/core` clean; census `--strict`, `check-sql-column-literals`, `check-fnxc-future-dates` clean. ## Census **Unchanged** — the literal remains the fallback arm, by design. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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4365a3b10b |
test(engine): pin the paused-scope-decay lane filter (plus two probes I threw away) (#3164)
Next entry from the verified coverage map on #3115. `scopeDecayWipColumns` was uncovered — the existing case uses `in-progress`, where the literal is correct, so blinding the resolver left all 420 tests green. ## What the literal costs A paused holder resting in a renamed wip lane is **never selected**. The loop does not run, nothing is recorded, and its file scope decays with nothing to rebound it — so its followers stay blocked behind a card that is not coming back. ## The observable The audit event. Reaching a no-action record proves the holder was **selected by the lane filter**, which is the only thing this resolver controls. Asserting on the rebound itself would have needed triple-proof to succeed, dragging in state the resolver has nothing to do with. **Measured:** 420 pass; blinding `scopeDecayWipColumns` fails exactly this case. ## Two attempts thrown away first Worth recording, because the remaining map entries are not uniform with the ones already closed: - **`reconcileInReviewBranchRebind`** — a git-free probe (workspace task, rejected before any git runs) returned `{outcomes: [], repaired: 0}`. The loop never ran. I confirmed the `merge` trait does map to `mergeOrchestration`, so the filter should have matched; something else short-circuits and I could not establish what. - **`recoverAgentsRunningOnInactiveTasks`** — the test passed, then **both** resolvers stayed green when blinded. `agentLinkTerminalColumns` never fires because the live card is caught by the wip∪review set first; `agentParkedColumns` only feeds `evaluateParkedAgentTaskLink`, whose result my fixture already forced true via a fresh run. Both would have been green, plausible, and worthless. They were reverted rather than adjusted until they passed — which is the failure this whole effort exists to remove, and the one I committed myself in #3078. ## Map status Closed: 9 resolvers across 7 PRs. **~18 remain.** The easy ones are done; what is left needs real harness work — an `execAsync` git fixture, and understanding how `evaluateParkedAgentTaskLink` weighs run-freshness against lane. Budget for that rather than expecting the pattern that closed the first nine. ## Verification `self-healing.test.ts` **420 passed** · `pnpm test:gate` 161 + 13 + 487 + 71 · lint — green. |
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gsxdsm
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5d5a3ddd60 |
fix(core): live search excluded the archived id, not the board's archive lane (#3160)
The first **LANE** site from the archived triage (#3154), converted — and it establishes that this family does **not** need the single 52-site commit the parity gate's message implies. ## The bug `liveSearchPredicate` builds the "not archived" half of every task search. Keyed on the literal, a card filed away on a renamed board stayed in **every live search result** — including the CREATE-time near-duplicate check, which calls `searchTasks()`. So creating a task could be rejected as a duplicate of one the operator had **already archived**, with nothing on screen explaining why. ## Why this site and not its neighbours The triage classifies all eight Drizzle `archived` sites. Two are **STATE** markers that must never be resolved — `cleanupArchivedTasksImpl` deletes directories, `listSoftDeletedColumnDriftCandidates` would "repair" already-correct rows. Both are marked at their sites in #3157. This one asks about the board, so it must resolve. That distinction is the entire product of the triage, and it is why this is a one-site PR rather than a sweep. ## The parity gate is satisfied — and the reason generalises That gate exists because converting one encoding while the others compare the raw string makes them **disagree**. This conversion is **additive**: it adds a resolved path and keeps the literal as the documented fallback. The SQL encoding's literal count does not move, and no encoding shifts relative to another. A caller supplying no set gets **byte-identical SQL**. So the family can be converted **incrementally** — one site at a time, each keeping its fallback — rather than in one coordinated 52-site commit. The gate's rule is about not letting the encodings *diverge*, not about batching. That was the last thing making this cluster look unapproachable, and it turns out not to be true. ## Threading was two layers, and the root already had the answer `reads.ts` resolves archived lanes for its cold-storage decision a few hundred lines above; the same call now serves both search paths. My earlier scoping note (#3147) guessed "one parameter each" — it is the builder plus its two entry points, with the resolution already present at the root. ## Measured - 4 new cases; parity test still **2/2** (inventories unmoved — that is the point). - **MUTATION**: dropping the resolved branch fails the renamed case and leaves the legacy **control** and both negatives green. - The `includeArchived: true` negative earns its place: resolving lanes must not start excluding them from a search that explicitly asked for archived rows. - The predicate walker needed **cycle detection** — Drizzle's SQL graph is circular (column → table → columns) and my first version blew the stack on the first assertion. - core search / archive / cold-storage / reads suites — **5 files / 15 tests pass**. - `tsc --noEmit -p packages/core` clean; census `--strict`, `check-sql-column-literals`, `check-fnxc-future-dates` clean. ## Census **Unchanged** — the literal remains as the fallback arm, by design. A census drop here would mean the fallback had been removed, which is what the parity gate is protecting against. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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71f459c2a5 |
fix(events): the last two live task:moved emitters carry the resolved lanes (#3135)
## The last two live emitters #3109 attached lanes at `moves.ts`. #3120 attached them at the archive and completion emits. Two live emitters were still sending `lanes: undefined`: ``` task-update.ts:962 todo -> triage update-task-deps.ts:502 emits to: task.column — the row's ACTUAL lane ``` A listener reads absence as "unknown" and falls back to `resolveTaskParkedColumnsSync`, which returns the **default board** for every task under PostgreSQL. So these two paths kept the pre-#3109 behaviour while the listener code reads as resolved at every site. `update-task-deps.ts` is the sharper of the two: it emits `to: task.column`, the row's real lane, so on a renamed board it sends e.g. `"shipped"` to a listener comparing against `"done"`. The emitter had already resolved the board and threw the answer away. Nothing errors; the branch stops firing. ## Emitter coverage after this ``` LANES moves.ts:1450 (#3109) LANES archive-lifecycle-2.ts:385 (#3120) LANES task-artifacts-ops.ts:578 (#3120) LANES task-update.ts:970 (this PR) LANES update-task-deps.ts:504 (this PR) MISSING lifecycle-ops.ts:668 deliberate — see below MISSING lifecycle-ops.ts:715 deliberate — see below ``` **Every emitter that can execute under the shipped backend now carries lanes.** ## Flagged — the two I did NOT convert `lifecycle-ops.ts:668` and `:715` stay lane-less on purpose. Both sit on the polling-replica path that file already documents as legacy-SQLite-only — it reaches `store.db`, which throws under PostgreSQL — and the same note argues against spending a signature change on dead code. I agreed rather than overrode it. If that path is ever revived they must be attached, because absence resolves to the default board rather than to nothing. ## Supersedes my own earlier PR This replaces **#3119**, which carried four emitters. #3120 landed two of them first, so I rebuilt against current `main` with only the remainder rather than resolving a conflict into a half-redundant diff. #3119 is closed with nothing lost. ## Census before / after ``` before: COLUMN guards (the backlog): 17 after: COLUMN guards (the backlog): 17 ``` Unchanged — this converts no guards. It makes the resolved answer *reach* guards that were already converted, which is the half that was missing. ## Verification Full `@fusion/core` suite **462 files / 4906 passed, 0 failed** · `test:gate` exit 0 · typecheck exit 0 · lifecycle-column census exit 0 · `pnpm lint` clean. ## Still open `main` is **red on `check:inert-sync-lanes`** and nothing in CI runs it — **#3127** fixes both halves. **#3122** restores 13 guards laundered through `mergeParkedColumns`. **#3131** corrects a 44% under-report in `--triage`. |
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gsxdsm
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f818bdce2c |
gate: run the inert-sync-lane ratchet in test:gate — it was wired to nothing (#3136)
## A gate that nothing runs `check:inert-sync-lanes` has existed since #3062 and been hardened three times (#3068, #3079, and #3122 pending). It is invoked by **nothing** — not `test:gate`, not any workflow. It is a `package.json` script that only runs if a human types it. Here is the round trip that cost, on `main`: | | | |---|---| | **#3108** | flagged `triage.ts:765`: *"the obvious next move is to convert the third with the same helper. **That would be wrong twice over.**"* Both blockers named, backed by `sync-workflow-ir-second-blocker.test.ts`. | | **#3114** | converted exactly that arm, replaced the warning with its own note, reported census 45 → 44. | | **#3126** | reverted it — after someone ran the ratchet by hand and found `main` red. | Hours apart. All three green in CI. **No behaviour changed on any board at any point.** The ratchet flagged it correctly the entire time; nothing ran it, so a caught defect cost three PRs instead of one failed check. This is not a criticism of #3114's author. A written warning at the exact line, with a test behind it, was overwritten within hours by a well-intentioned change — that is simply what unenforced prose does under fleet pressure. It is the fourth time this class has landed (#3051, the `resolveMoveFanoutColumnsSync` family, #3114, and my own `--triage` draft that failed to zero). ## What this does One line: adds `node scripts/check-inert-sync-lane-conversions.mjs` to `test:gate`, beside the cheap AST guards it belongs with (`check-no-nohup`, `check-capacity-pool-id`, `check-mock-completeness`). Single-pass parse; no measurable cost. ## Scope reduced from the earlier version This branch previously also restored the triage literal. **#3126 landed that first**, so I rebuilt it as the wiring alone rather than carry a half-redundant diff. #3127 is closed with nothing lost. ## Census before / after ``` before: COLUMN guards (the backlog): 18 after: COLUMN guards (the backlog): 18 ``` Unchanged — this converts nothing. It makes an existing check actually run. ## Verification `test:gate` exit 0 **with the ratchet inside it**, against current `main` (now green on the ratchet since #3126). Diff is one line of `package.json`. ## Related **#3122** restores 13 guards laundered through `mergeParkedColumns` — worth landing after this so the ratchet enters CI at full sensitivity. **#3135** attaches lanes at the last two live emitters. **#3131** corrects a 44% under-report in `--triage`. |
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gsxdsm
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b9b7d14804 |
fix(core): a type that taught the wrong invariant — staleness signal column narrowed to legacy ids (#3159)
**Type-only. No runtime behaviour changes**, and I would rather say that than let a green suite imply otherwise. ## The type described a guard that no longer exists `TaskAgeStalenessSignal.column` was typed `"in-progress" | "in-review"` and filled through a cast carrying this justification: ```ts // The guard above proves `column` is one of these two legacy ids ... (#1403) const activeColumn = task.column as "in-progress" | "in-review"; ``` True when written. The guard now reads: ```ts const wipColumn = context.lifecycle?.wip ?? "in-progress"; const reviewColumn = context.lifecycle?.review ?? "in-review"; if (task.column !== wipColumn && task.column !== reviewColumn) return undefined; ``` So on a renamed board it proves the column is `building` or `checking` — and the cast asserted the **opposite** of what the guard established. The runtime was always fine; the real id passed straight through. ## The damage is in what the type taught A consumer writing `signal.column === "building"` got a **compile error** saying the comparison was impossible. The type actively instructed callers that `=== "in-progress"` is exhaustive — the exact guard shape this program spends its time removing. This is the second instance of the shape today. The first was `dashboard/src/server.ts`: ```ts moveTask(taskId: string, column: "todo", options?: …): Promise<unknown>; ``` which made the type system **reject** a resolved target (#3158). Neither was a constraint anyone chose — both were inferred from a single legacy call site and then hardened into an assertion about live data. **A type narrowed to legacy ids is a lint against fixing the code**, and it is invisible to every gate this program has: the census counts comparisons, the move-target ratchet counts arguments, and neither looks at type positions. ## The test is a characterization, and says so No runtime test can differentiate a type-level fix — **`tsc` is what differentiates it**. The added case pins a value that was already correct, so a future narrowing has something to break against besides a compile error nobody sees until they hit it. I have labelled it in the file rather than presenting it as a regression test. ## Verification | | result | |---|---| | `tsc` — core, engine, dashboard (app + src) | **0 errors** each | | `task-age-staleness` | **17 passed** | | all three staleness suites | **28 passed** | | census `--strict` | exit 0 | All three consumers of `.column` only display or compare it (`taskAgeStalenessCopy.ts`, `TaskDetailModal`, a `TaskCard` memo comparison), so nothing downstream narrows on the widened type. ## Scope note I scanned for this class and the raw pattern is noisy — 192 candidates, almost all object-literal **values** (`status: "archived"`), agent roles, and unrelated `type: "done"` stream events. This one and `server.ts` are the two I could confirm as genuine type-position narrowings on a *task column*. I have not filed an issue for the class because I cannot yet separate it from the noise reliably; if a cheap discriminator turns up, it is worth a ratchet like the move-target one. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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44a67df65d |
test(engine): pin both dependency-lease resolvers on a renamed board (one case covered only half the conversion) (#3138)
Next two entries from the verified coverage map on #3115. `reconcileDependencyBlockingLeases` had **both** of its resolvers uncovered — blinding either `leaseWipColumns` or `leaseHoldColumns` back to its legacy id left all 825 self-healing tests green, because every fixture in that block uses `in-progress` / `todo`, where the literals happen to be correct. ## What the literals cost The holder scan matches no card **and** the dependency scan matches no card. A stale file-scope lease blocking a real dependency is never rebounded, so the dependent stays `overlapBlockedBy` behind a holder that is not coming back. That is the deadlock this sweep exists to break — silently not broken, no error, no log. ## Two cases, because one did not cover both — measured, not assumed My first case (holder in a renamed wip lane, dependency marked `overlapBlockedBy`) pinned `leaseWipColumns`. I then blinded `leaseHoldColumns` against it and **it stayed green**. The reason is in the control flow: the `overlapBlockedBy === holder.id` branch short-circuits and `break`s **before** the hold membership is consulted. So that fixture can never reach the guard `leaseHoldColumns` feeds. The second case drops the marker, leaving an unmarked dependency resting in a renamed hold lane, which falls through to the overlapping-hold-dependency branch. | blinded | result | |---|---| | `leaseWipColumns` | **1 failed** | | `leaseHoldColumns` | **1 failed** | Before the second case, that table read `1 failed` / `still green`. Checking each resolver separately is the only reason I noticed — a single "the suite fails when reverted" would have looked like proof and covered half the conversion. ## Remaining 23 uncovered resolvers on the map. Next by risk: `reclaimStaleActiveBranches` (deletes branches) and `reconcileInReviewBranchRebind` (rebinds branches of live cards), both needing a git-shelling harness. ## Verification `self-healing.test.ts` **415 passed** · `pnpm test:gate` 13 + 161 + 487 + 71 · lint — green. <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Bug Fixes** * Improved recovery of stalled workflow tasks when dependency-blocking leases become stale. * Added support for workflows using customized task status lanes, including marked and unmarked overlap blockers. <!-- end of auto-generated comment: release notes by coderabbit.ai --> |
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gsxdsm
|
7cdd3f3e87 |
test(engine): pin the last two worktree-metadata resolvers — completes the sweep with 3 of 3 uncovered (#3148)
Completes `reconcileTaskWorktreeMetadata` — the sweep with the most uncovered resolvers on the #3115 map (3 of 3). #3132 pinned the wip half; these are **terminal** and **review**. Both were uncovered: blinding either back to its legacy ids left all 825 self-healing tests green, because no fixture in that block used a renamed lane. | resolver | what the literal cost | |---|---| | terminal | a finished card is not this sweep's business. Keyed on the ids the skip never fired, so finished cards were reconciled on every pass | | review | the other half of the **FN-5256** liveness guard. Keyed on the id it went silent — and this sweep nulls `worktree`/`branch`/`sessionFile` on a live row | ## Blinded separately, not as a pair Each resolver was blinded on its own and measured on its own. **#3138 is exactly why**: there, one case pinned `leaseWipColumns` and left `leaseHoldColumns` green, because the control flow short-circuited before the second guard was ever reached. A single revert that fails proves *one* resolver, not the conversion. That is the finer-grained version of the lesson from #3078, where a whole suite passing proved nothing at all. | blinded | result | |---|---| | `worktreeReconcileTerminalColumns` | **1 failed** | | `worktreeReconcileReviewColumns` | **1 failed** | ## Map progress Closed: `archiveStaleDoneTasks` ×2, `reconcileOrphanedPendingStepResults`, `recoverDriftedAgentTaskLinks`, `reconcileDependencyBlockingLeases` ×2, `reclaimStaleActiveBranches`, `reconcileTaskWorktreeMetadata` ×3. **20 uncovered resolvers remain** of the original 26. Next: `reconcileInReviewBranchRebind` (rebinds branches of live cards), then `recoverAgentsRunningOnInactiveTasks` ×2. ## CI note This will show red on Lint until **#3145** merges — main carries FNXC stamps dated 2026-08-01 through 08-06 while UTC now is 07-31, so every open PR inherits it. #3145 fixes it; this PR touches none of those files. ## Verification `self-healing.test.ts` **416 passed** · `pnpm test:gate` 161 + 487 + 13 + 71 · lint — green locally. |
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gsxdsm
|
1136474a63 |
test(engine): pin the archive skip in branch reclaim — the first uncovered resolver whose failure deletes a branch (#3144)
Next entry from the verified coverage map on #3115 — and the first one whose failure mode is **irreversible**. ## The gap `reclaimArchivedColumns` was uncovered: blinding it back to the id `archived` leaves all 825 self-healing tests green, because no fixture in this suite puts a card in a renamed archive lane. ## Why it matters more than the other 22 That guard **skips** archived cards — their branches belong to archive cleanup, not to branch reclaim. Keyed on the id, a card filed in a renamed archive lane fails the skip, and this sweep reaches: ``` git branch -D "fusion/<id>" ``` Every other uncovered resolver I have pinned so far causes a wrong lifecycle decision — a card not requeued, a lease not released, a diagnostic not surfaced. All of those are recoverable from the task row. **A deleted branch is not.** ## Measured 415 pass. Blinding `reclaimArchivedColumns` fails exactly this case, and the assertion that fails is the one checking `git branch -D` was never called — so the failure *is* the branch being deleted, not a proxy for it. ## Progress on the map Closed so far: `archiveStaleDoneTasks` ×2 (#3115), `reconcileOrphanedPendingStepResults` (#3090), `recoverDriftedAgentTaskLinks` (#3102), `reconcileTaskWorktreeMetadata` wip (#3132), `reconcileDependencyBlockingLeases` ×2 (#3138), and this one. **22 uncovered resolvers remain.** Every sweep probed so far has been uncovered, and one (`reconcileDependencyBlockingLeases`) was only half-covered by its own first test — the branch short-circuited before the second resolver was ever consulted. That is why I now blind each resolver separately rather than trusting a single revert. Next: `reconcileInReviewBranchRebind` (rebinds branches of live cards) and the two remaining `reconcileTaskWorktreeMetadata` resolvers (terminal, review). ## Verification `self-healing.test.ts` **415 passed** · `pnpm test:gate` 13 + 161 + 487 + 71 · lint — green. |
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gsxdsm
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db71b4fffb |
docs(core): scope the archived three-encoding decision — it is not 52-or-nothing (#3147)
The `archived` family is the largest unclaimed cluster (52 sites) and its blocker is that **nobody has scoped it**. This scopes it. It converts nothing. ## The two options both read as enormous because 52 sites are counted as one lump They are not one lump. The sites answer **two different questions**: | question | renameable? | |---|---| | **LANE** — "is this row resting in the board's archive lane?" | yes — must resolve | | **STATE** — "did Fusion archive this row?" (the marker `archiveTask` writes) | **no** | `async-maintenance.ts` already draws that line and marks its own site DELIBERATE-LITERAL: > `'archived'` is the STATE marker here, not a lane. This sweep collects rows Fusion itself archived or soft-deleted; a card merely sitting in a workflow's archived-TRAIT lane is live work and must not be collected. Widening to the resolved archived set would pull real cards into a cleanup pass. **Converting that site would be a bug, not progress.** `async-archive-lineage.ts`'s soft-delete path is the same shape — `column = 'archived', deleted_at IS NOT NULL` is the storage state it has just written. So the first question is a **triage**, not a conversion: which of the 52 are lane questions? Nobody has answered it, which is exactly why the cost reads as unbounded. ## Measured: the SQL half, which the existing note calls the hard part 8 Drizzle sites across 7 files. **Four already have `store` in scope** — they could take a resolved set today with no signature change: - `branch-group-ops.ts` — `clearNearDuplicateReferencesToImpl(store, ...)` - `branch-and-pr-entities.ts` — `findRecentTasksByContentFingerprintImpl(store, ...)` (2 sites) - `task-mutation-ops.ts` — `cleanupArchivedTasksImpl(store)` **Four need one parameter each**, the same optional-lane-set shape used throughout this program: - `async-lifecycle.ts` — `liveLineageChildFilter(parentId, projectId?)` - `async-search.ts` — `liveSearchPredicate(includeArchived, projectId?)` - `async-self-healing.ts` — `listSoftDeletedColumnDriftCandidates(db, ...)` - `store.ts` — the revert-lookup conditions (already holds `this.asyncLayer`) That is not *"threading a resolver into the persistence layer"*. It is four call sites that already have what they need, plus four one-parameter widenings — **before** any triage removes the STATE sites from the count entirely. ## What I did not do, and why The triage itself: a per-site judgement about what each guard *means*. That belongs to whoever owns this gate, not to a passing fleet lane — and getting it wrong in the STATE direction pulls live cards into a cleanup sweep, which is the one failure mode here that destroys work rather than hiding an affordance. What was cheap and missing was the **shape** of the problem. ## Measured - Comment-only; parity test **2/2**. - `tsc --noEmit -p packages/core` clean; census `--strict` clean. - `check-fnxc-future-dates` is red from `main`'s own #3128 stamps — **#3139** fixes that; this branch inherits and does not add to it. ## Census No movement. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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Phil Larson
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920d68e10f |
fix(dashboard): expose column roles to browser bundle (#3151)
## Summary - export the browser-safe `@fusion/core/column-roles` subpath - keep Vite/Vitest aliases ahead of broad `@fusion/core` aliases - restore production dashboard builds after task undo classification adopted shared column-role helpers ## Test plan - `node scripts/check-no-node-only-core-imports-in-dashboard.mjs` - `FUSION_DASHBOARD_DEEP=1 pnpm --filter @fusion/dashboard exec vitest run app/utils/__tests__/taskRevert.test.ts --pool=threads --maxWorkers=1` - `pnpm --filter @fusion/core typecheck` - `pnpm --filter @fusion/dashboard typecheck` - `CI=true pnpm check:changesets` - `pnpm build` <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Bug Fixes** * Fixed dashboard build compatibility for browser-based environments. * Improved reliability when importing column role functionality across supported application components. * **Refactor** * Made column role utilities available through a dedicated browser-safe entry point. * **Chores** * Updated development and test configurations to consistently resolve the new entry point. * Documented the browser-safe module classification and recorded the release patch. <!-- end of auto-generated comment: release notes by coderabbit.ai --> |
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gsxdsm
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110d6fd150 |
docs(core): the archived LANE-vs-STATE triage, done — 8 SQL sites classified with evidence (#3154)
#3147 scoped this cluster and said the first question is *"which of these are LANE questions and which are STATE markers?"* — and that nobody had answered it. **This answers it** for the Drizzle half, per site, by reading what each query is for. I claimed it because it has sat unclaimed for many rounds and `--claims` reports `AVAILABLE: 0 files / 0 guards` — this is the only real work left in the area. Nothing is converted here. ## LANE (6) — must resolve a renamed archive lane | site | evidence | |---|---| | `store.ts` revert lookup | `ne(archived)` + `ne(done)` picking **live** revert candidates | | `branch-group-ops.ts:82` | near-duplicate marker cleanup over **live** rows | | `branch-and-pr-entities.ts:438` | content-fingerprint duplicate guard, gated on `!includeArchived` | | `branch-and-pr-entities.ts:470` | recent **sibling** lookup | | `async-lifecycle.ts:68` | `liveLineageChildFilter` — the name is the classification | | `async-search.ts:82` | `liveSearchPredicate(includeArchived)` — same | Four already hold `store` / `this.asyncLayer`. The two predicate builders need one optional parameter each — the shape used throughout this program. ## STATE (2) — converting these would be a **bug** **`task-mutation-ops.ts:1072`** — `cleanupArchivedTasksImpl` selects `eq(column, "archived")` and then `rm`s each row's files. Widening it to the resolved archived set would feed cards **merely resting in a board's archive lane** into a filesystem delete. This is the most destructive site in the family, and it **looks identical to the LANE sites at a glance** — same column, same operator, same file neighbourhood. That is the whole argument for triaging before converting. **`async-self-healing.ts:61`** — soft-deleted rows whose column *drifted* from the archive marker (`isNotNull(deletedAt) && ne(column, "archived")`). Resolving it would classify a soft-deleted row sitting in a renamed archive lane as drift and "repair" it. ## The raw-SQL half is already partly triaged in place `async-maintenance.ts` is marked DELIBERATE-LITERAL as a STATE marker, and `async-archive-lineage.ts`'s soft-delete path writes `column = 'archived', deleted_at IS NOT NULL` as the storage state it has just set — STATE by construction. ## What this changes about the decision Roughly **three quarters LANE, one quarter STATE** — and the STATE sites are the ones that destroy data if converted. That is why "convert all three encodings" cannot be a sweep, and why the raw count of 52 made it look larger than it is: there are fewer sites to convert than the headline, and the ones that must **not** be touched are the part worth being careful about. ## Not converted here, deliberately The gate requires all three encodings to move together, so the conversion is one coordinated change with its inventories updated in the same commit. This supplies the classification that change needs without pre-empting it — and without me making a 52-site coordinated change at the tail of a long session, which is exactly when I have made my worst calls today. ## Measured - Comment-only; parity test **2/2**. - `tsc --noEmit -p packages/core` clean; census `--strict` clean. **No census movement.** --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
|
a8dae03fdb |
fleet(dashboard): taskRevert 2 → 0 — the recorded blocker named the wrong variable (#3129)
The largest remaining census cluster. Deferred twice, with a blocker that turns out to be false **in the same component where its counter-example already lives**. ## What the earlier notes got right `detailColumnFlags` describes the **modal's own task**, and the column classified here belongs to a **neighbour**. Supplying it would answer *"is this neighbour finished?"* with a different row's traits — wrong on data, not merely stale on vocabulary. That reasoning stands and I kept it. An earlier pass also converted this, left the parameter unsupplied, and **reverted it** — correctly. An unsupplied optional parameter is strictly worse than the literal: the guard is gone, the census counts a conversion, and the behaviour is the legacy fallback forever. That rule is why the wiring ships in this same commit. ## What the conclusion got wrong > "A correct conversion needs per-**neighbour** flags — which the modal does not have and should not fetch mid-render." `columnFlagsByTaskId` is a per-task map. It is **already a prop** of `TaskDetailModal` (declared :367, destructured :727), and the call site at :992 sits **below** that destructure. And `TaskDetailModal` already uses it exactly this way, for the near-duplicate canonical: ```ts columnFlagsByTaskId?.get(nearDuplicateCanonical.id) ``` …under a note observing that *its* blocker had been *"asserted from the shape of the problem rather than tested against what was in scope."* Same assertion, one function over. So the supplier the earlier note went looking for exists, is per-neighbour, and needs no fetch. ## What it fixes This lookup skips **finished** candidates so a done/archived prior undo attempt never renders as an active "Undo task" link. On a board that renames those lanes it matched neither — a finished undo task kept rendering as open, which is precisely the stale affordance the function's own header says it exists to prevent. ## Census | | before | after | |---|---|---| | `taskRevert.ts` | 2 | **0** | | repo backlog | 17 | **15** | ## Measured - 4 new cases; `taskRevert.test.ts` **11/11 pass**. - **MUTATION**: restoring the literal pair fails the renamed case. - **The negative is load-bearing.** The map is fail-soft, so a candidate it does not cover must still be treated as **open**, not skipped. A conversion that skipped unknown candidates would *hide live undo links* — failing in the direction nobody reports. - A **control** pins that an unwired caller (no flags at all) still skips the legacy ids, so the optional parameter cannot regress default boards. - `TaskDetailModal` suites — **31 files / 664 tests pass**. - `tsc --noEmit -p tsconfig.app.json` clean; census `--strict`, `check-lane-wiring`, `check-fnxc-future-dates` clean. ## Pattern worth noting This is the fourth deferral this session whose stated blocker had dissolved or misidentified itself, and the second where the counter-example was already in the same file. The common shape: a note records *why* something is blocked, is accurate when written, and is never re-checked — so the block outlives its cause. Re-reading them cost minutes each and returned two real conversions. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
|
cc7d619a1a |
fix(test): main is red on the census baseline fixture — it pinned a count the fleet has since converted (#3133)
## `main` is red right now
Measured on a clean detached `origin/main` checkout, nothing from any
branch applied:
```
FAIL src/__tests__/lifecycle-column-census.test.ts > the baseline can always be re-recorded
> driven end to end > exits 0 and REWRITES the baseline under --update-baseline, even when the count rose
AssertionError: expected 1 to be greater than 1
Tests 1 failed | 39 passed (40)
```
## The subject of the test never changed — the fixture expired
Both re-record cases pinned a **file** and a **number**: stale baseline
says `self-healing.ts: 1`, tree has more, therefore a rise. Conversions
have since taken that file to exactly **1**, so `toBeGreaterThan(1)`
fails while the behaviour under test — *does `--update-baseline` write
when the count rose?* — is completely unaffected.
This is fixture rot with a guaranteed expiry date. **The backlog
shrinking is the point of this program**, so any fixture keyed to a
specific file's guard count will expire; the only open question was
which cycle. It expired this one.
## The fix derives what it used to hardcode
Ask the census which file currently holds guards, then construct a
baseline **one below that file's real count**. The rise is manufactured
rather than assumed, and the assertion becomes exact:
```ts
const { file, count } = fileWithGuards();
const stale = { …, byFile: { [file]: count - 1 }, … };
…
expect(written.byFile[file]).toBe(count); // was: toBeGreaterThan(1)
```
`toBe(count)` is also a stronger claim than the inequality it replaces,
which was only ever a proxy for "the rewritten pin carries the tree's
real number".
This is the same discipline as the self-syncing fixture directly below
it in the file (#3106), which syncs its temp baseline to the tree before
inflating it — for exactly this reason. That one survived; these two
were the half that still hardcoded.
## Verification
- **43 passed** on this branch
- **1 failed | 39 passed** on unmodified `origin/main` — the red this
fixes
- Differential, so the de-rotted test still catches the bug it was
written for: disabling `--update-baseline` in the CLI gives **1 failed |
42 passed**. The original ordering defect (a rise exiting before the
write, so the one command whose whole job is re-recording could not
re-record) is still caught.
## Scope
One test file. No production code, no gate, no baseline change, no
changeset (internal test). Split out of #3124 deliberately so it can
merge on its own while main is red, rather than waiting behind a larger
census PR.
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
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gsxdsm
|
ada62a7c4a |
census: --claims shows which remaining files an open PR already holds (two duplicate claims today) (#3124)
The census says **where** the work is but not **who has it**, and duplicate claims are now the dominant coordination cost of this phase. This adds an opt-in `--claims` report mapping each remaining file to the open PRs already touching it. ## The problem is measured, not suspected - **`self-healing.ts` took three overlapping conversions** from different lanes while one branch was open (#3049, #3075, #3078). Each forced a full rebuild of #3094, and every conflict was the same shape: *same guard, two spellings, different variable names*. That PR's body asks, in as many words, for one lane to own the file. - **`executor.ts` took two independent conversions today** — #3112 and #3118 — same four literals, same payload-lanes fix, two branches. Two workers each read the census, saw the top cluster, and started. Neither could see the other; I only caught it because both appeared in one `gh pr list`. The census is what sends everyone to the same file, so the claim signal belongs here rather than in a side channel nobody reads. `--triage` (#3097) already measured the underlying fact — 53 of 88 guards sat inside an open PR — one step short of being actionable. ## Measured on current main (29 guards) ``` CLAIMED by an open PR: 6 files holding 15 guards 6 packages/engine/src/self-healing.ts ← #3121 #3116 4 packages/engine/src/executor.ts ← #3118 #3112 2 packages/engine/src/auto-merge-finalization.ts ← #3107 1 packages/core/src/task-store/task-artifacts-ops.ts ← #3120 #3119 #3091 … UNCLAIMED: 12 files holding 14 guards — start here 2 packages/dashboard/app/utils/taskRevert.ts 2 packages/engine/src/scheduler.ts … ``` It independently reproduces **both** collisions I found by hand today, which is the strongest evidence I can offer that it works: `executor.ts ← #3118 #3112` and `self-healing.ts ← #3121 #3116`. It also answers the standing fleet instruction empirically. "Claim the largest unclaimed cluster" currently resolves to **12 files holding 14 guards, none larger than 2** — and one of those two (`scheduler.ts`) is in the SYNC-RESOLVED list, where conversion is inert. That is a materially different picture from the headline `29`. ## Design decisions **Report-only and fail-soft**, on the same terms as `--triage`: opt-in, printed beside the totals, changes no count and no exit code. It shells to `gh`, so it is unavailable offline, in CI without a token, and in sandboxes — all of which print a notice and continue. A gate must not depend on network state; this is a work-selection aid, not a gate. **The fail-soft path is loud on purpose**, and it is the case I care most about. A claim report that silently degrades to "nothing is claimed" is *worse than no report*, because it actively sends the reader into work another lane holds — the exact failure the flag exists to prevent. So when `gh` cannot answer it prints `POSSIBLY CLAIMED` and suppresses the start-here list entirely rather than rendering it empty. **Heuristic, and says so.** A PR touching a file is not proof it converts *that file's* guards — it may edit an unrelated function. It over-reports rather than misses, which is the safe direction: a false claim costs one comment asking, a missed one costs a rebuilt branch. **One bulk `gh pr list` call**, not a request per PR — the per-PR shape was too slow to become habitual, and a report nobody runs is not a fix. ## Verification - `lifecycle-column-census.test.ts` — **42 passed** (was 40) - Differential: disabling the flag gives **2 failed | 40 passed**. Both new tests fail on the defect they were written for. - `--strict` and `check-fnxc-future-dates` — exit 0 - Tests stub `gh` on PATH, so no network call and no dependency on the live PR list. The fixture reads the census's **own current top file** rather than a hardcoded path, so it cannot rot as the backlog shrinks (same self-maintaining discipline as #3106). ## What this does not do It does not reserve anything — there is no lock, and two workers who both run it can still collide if they start simultaneously. It reports what is already visible in the PR list, which is enough to catch the every-case-so-far pattern of *starting work on a file someone has held for hours*. A real reservation would need shared mutable state, and I would not add that without an owner asking for it. --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
|
d09a856941 |
test(engine): pin the FN-5256 liveness guard on a renamed board (the sweep that clears a live task's worktree) (#3132)
Top item from the verified coverage map on #3115. `reconcileTaskWorktreeMetadata` had **three** uncovered resolvers — the most of any sweep in the file — and it is the one that nulls `worktree`/`branch`/`sessionFile` on a live row. ## Why this sweep first Its own header names FN-5256: the incident where clearing worktree metadata yanked a checkout out from under a running shell. The guard that prevents it is `scopeOverrideMergeActiveSafe`, and that guard is exactly what the wip/review resolvers feed. The existing guard test uses `column: "in-progress"` — **the literal**. So blinding `worktreeReconcileWipColumns` back to `["in-progress"]` leaves all 825 self-healing tests green. The guard is converted; nothing in the suite could tell. On a renamed board the pre-conversion form matched nothing, `scopeOverrideMergeActiveSafe` became true for a card an executor was actively running, and the sweep cleared its metadata. ## The case The renamed twin of the existing FN-5256 test: a `scopeOverride` task live in a **renamed wip lane** keeps its metadata. Same shape, same assertions, different vocabulary — which is the whole point, since the original passes either way. **Measured:** 414 pass; blinding `worktreeReconcileWipColumns` to the legacy id fails **exactly this test**. ## Remaining from the map 25 uncovered resolvers left. Next by risk: `reclaimStaleActiveBranches` (deletes branches) and `reconcileInReviewBranchRebind` (rebinds branches of live cards) — both need a git-shelling harness, so they are slower to pin than this one was. Then the two `reconcileDependencyBlockingLeases` resolvers. I will keep working down that list. The map is on #3115 with verified names; anyone can pick an entry and check it the same way — blind one resolver, run `vitest run src/__tests__/self-healing`, and if it stays green that conversion has nothing behind it. ## Verification `self-healing.test.ts` **414 passed** · `pnpm test:gate` 13 + 161 + 487 + 71 · lint — green. |
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|
gsxdsm
|
4db4052451 |
fix(gate): the inert-sync-lane ratchet had two free slots — my own drop went unrecorded (#3117)
Found by merging all five of my open branches together and running the gates — a check none of them gets individually. The finding turned out not to be about those branches at all: **`main` itself carries a baseline of 20 against a real count of 18.** ## It is mine #3065 replaced three `to === parked.complete || to === parked.archived` guards with `parked.terminal.has(to)` and took the count **20 → 18**. The gate *warned* and exited **0**, so nothing failed, I did not re-record, and the allowance stayed high. Bisected to be sure rather than inferred: | commit | count | |---|---| | #3051 (`scheduler.ts 12 → 2`) | 20 | | **#3065 (mine)** | **18** | | #3100 (mine, comment-only) | 18 | ## The consequence is concrete The gate whose entire purpose is to stop the inert-conversion class growing **would have accepted two new inert conversions.** Verified, not reasoned: with the baseline at 20, adding one new `parked.wip` comparison to `scheduler.ts` still passed. With the baseline corrected to 18, the same edit fails. This is the exact failure mode I called out earlier in this program — a fix landing without its ledger update — committed by me. The lenient exit code is why it stayed invisible for a day. ## Two changes 1. **Re-record the baseline 20 → 18.** Restores the ratchet today. 2. **An unrecorded drop now exits 1**, matching the sibling `check-lane-wiring.mjs`. Restores it tomorrow. A ratchet that only tightens on request does not ratchet. Two gates guarding the same program should not disagree about how seriously they take their own ledger — `check-lane-wiring` already fails here and explains why; this is the same rule for the same reason. ## Tests, because the exit code *is* the contract Nothing covered this script's exit codes. The new cases drive it by **running the script** against a temporarily swapped baseline rather than importing a helper — a version that printed exactly the right warning and still exited 0 would satisfy any assertion about its output. - rise → exits 1, names the file - unrecorded drop → exits 1, **and the message names `--update-baseline`**, because a failure that does not name its fix is noise to whoever hits it - committed baseline matches the tree → exits 0 - **anti-vacuity**: the scan still finds real guards, so the two mutated-baseline cases cannot pass against a gate that stopped reading source and merely compares a number to itself The baseline file is restored in a `finally`, so a failing test cannot leave the repo's real ledger modified. ## Measured - 4 new cases pass (`node --test`). - Gate exits **1** before the re-record, **0** after, and **1** again when a synthetic new inert conversion is added. - `check-lane-wiring`, census `--strict`, `check-fnxc-future-dates` all clean. ## Census No movement — this is a gate fix, not a conversion. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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ce84aa48d0 |
test(self-healing): cover the renamed-board starved-refinement wake that main's conversion lacked (#3116)
**Rebased onto current `main`, and it shrank to one test.** Was "self-healing consolidated (45 → 39)". ## What happened **Every code change in this PR landed independently from other workers** while it was open, and in each case theirs is equal or better. I took theirs and dropped mine: | My change | Landed on `main` as | |---|---| | pre-execution worktree seizure | `preExecLiveColumns` — same "dangerous direction" reasoning | | FN-5256 liveness cluster | `worktreeReconcileWipColumns` / `worktreeReconcileReviewColumns` | | agent-link membership | `agentLinkLiveColumns` / `agentLinkTerminalColumns` | | starved-refinement peer progress | `starvedWaitingColumns` — a project union covering both duplicated sites | Resolving the rebase by taking `main` left two orphaned declarations (`activeOrQueuedColumns`, `holdPeerIds`) that nothing referenced. `tsc` doesn't flag unused locals here, so I checked references by hand and removed them rather than ship dead code that reads as converted. ## What's worth landing **Their starved-refinement conversion has no renamed-board test — the suite had zero.** This adds one. A candidate resting in a renamed **intake** lane, with its peers in a renamed **hold** lane, must still escalate. The two are deliberately distinct columns so a wrong role set resolves no peers and escalates nothing; a fixture where they coincide would pass either way. The fake needed `listWorkflowDefinitions` — `starvedWaitingColumns` is a **project union**, so per-task selection readers alone leave it resolving nothing and the test would pass for the wrong reason. That mismatch is how I found the gap: my original test failed against their implementation. ## Verification - Green against **their** code - **Revert-proof against theirs:** restoring the literal fails it — 0 escalations against 1 expected - 8 tests in the suite green ## Note for the fleet This is the second PR of mine to shrink to a test on rebase (#3096 was the first). Both times the duplicated work was real and mine was the later arrival. The pattern is worth acting on at the coordination level, not by me working faster. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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6483f9ce2b |
fix(scheduler): resolve task:updated / task:deleted lanes asynchronously (scheduler inert 5 → 0) (#3128)
The last inert guards in `scheduler.ts`. Independent of my other branches. ## Inert-guard ratchet | Scope | Before | After | |---|---:|---:| | `scheduler.ts` | 5 | **0** | | total | 12 | **7** (triage.ts 8 → other worker; executor.ts 4 → #3112) | ## The live bug These read `resolveTaskParkedColumnsSync`, which answers with the **default** workflow in production. On a renamed board the scheduler **never woke** on unpause or planning-finish, and a **deleted blocker never unblocked its dependents** — the card sat behind a task that no longer existed. ## The criterion, restated because I got it wrong before **What blocks a guard is whether its answer is consumed synchronously — not whether the enclosing listener is declared sync.** I assumed the latter earlier in this program and reverted for it. All three fail that test: two only gate `schedule()`, which is itself `async`, fire-and-forget and re-entrance-guarded; the third already sits below an `await getSettings()`. The edge-trigger bookkeeping (`planningTaskIds.delete`) **stays synchronous** on purpose — deferring *that* would let a second update re-enter the branch. ## The union is load-bearing, not defensive Post-U11 the default lineage has no `triage` column, so a **resolved** answer returns `intake: "todo"` where the inert path fell back to `"triage"`. Converting without unioning the legacy ids silently **narrowed** the wake set and stopped waking cards in a legacy-named lane — caught by *"schedules when planning clears in triage"*. **A resolved conversion must be a superset of what it replaces, or it is a behaviour change wearing a vocabulary change's clothes.** That's the reusable lesson here. ## Tests - Drained with the repo's existing **`flushAsyncHandlers`** helper — written for exactly this fire-and-forget shape — rather than loosening any assertion. - **The characterization test flipped, as designed.** `workflow-scheduler-parked-columns-live-e2e.pg.test.ts` asserted *"a dependent in a RENAMED hold column is NEVER unblocked"*, with its author noting: *"expected to flip to null the moment the resolver is fixed — and that flip is the whole point of writing it down."* It flipped. Inverted to a REGRESSION case so the assertion holds the fix rather than the defect; it now matches its own CONTROL arm, which still guards against a vacuous pass. ## Verification - 21 scheduler suites — **361 green**, including the live PostgreSQL e2e - **`pnpm test:gate` green**; eslint and `tsc` clean - Changeset added; `check:changesets` passes 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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984b3ed0c1 |
docs(learnings): a seventh inert shape — reusing an already-resolved local (my #3114 turned main red) (#3130)
Records the failure shape behind #3126, from the person who caused it. ## What is new about it The three inert conversions this program had catalogued — #3051, #3062, #3068 — all called `resolveTaskWorkflowIrSync` **at the call site**, where the sync resolver is visible in the diff. That is what the existing entries describe, and it is why they read as avoidable. Mine was not that. #3114 converted a `triage.ts` arm to `disposeLanes.wip`, reusing a value `resolvePlannerLanes` had produced a few lines above. It merged, and `main` went red: `triage.ts: 7 -> 8`. My reasoning at the time, verbatim from the PR body: > `resolvePlannerLanes` already called immediately above — no new resolution/await. That sentence checks the **cost** question and skips the **correctness** one. I confirmed I was not adding an `await` to a synchronous listener — the usual blocker, and a real one — and never asked what kind of resolver had produced the local I was reusing. **Reusing an already-resolved value reads as strictly safer than resolving.** No new work, no new await, no new failure mode. That intuition is correct about cost and silent about correctness, and the sync-ness sits one hop away inside the helper, where a call-site reviewer does not see it. So the check is not *"am I calling a sync resolver here?"* but **"what produced every lane value I am about to compare against, transitively?"** A local is not evidence; the resolver behind it is. #3122 widened the gate to follow wrappers for precisely this reason — and I walked through the door it was widened to cover, during the same phase I was adding it. ## Two corollaries recorded with it 1. **A gate that catches the defect but does not block is a report.** `check-inert-sync-lanes` fired correctly and the PR merged anyway, because it is not in the blocking set. #3127 fixes that, and I would prioritise it over any individual conversion — this is the second time this phase a correct non-blocking signal was ignored. 2. **`triage.ts`'s remaining 7 are not backlog.** The revert takes it to 7, and those seven are the same shape: they need the emitter-side / async-threading work tracked in #3082, not another conversion pass. `--claims` (#3124) now marks sync-resolver files as inert-risk and keeps them out of the start-here list for exactly this reason. ## Scope Docs only — one section appended to the existing learnings file, placed with the other numbered shapes and before "The rule that produced every fix above". No code, no gate, no changeset (internal docs). The revert itself is #3126, which I confirmed on a clean detached `origin/main` checkout rather than on a branch; I did not open a competing fix. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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ad5172afd5 |
fix(engine): main is red on check:inert-sync-lanes — #3114's triage conversion is inert, revert the arm (#3126)
## `main` is red on `check:inert-sync-lanes` right now ``` inert-sync-lane: NEW inert conversions — a lane guard now reads a sync resolver that always answers with the DEFAULT board. packages/engine/src/triage.ts: 7 -> 8 ``` Verified on a clean `origin/main` checkout, not on my branch. #3114 converted this guard's third arm to `disposeLanes.wip`; the gate that exists to catch exactly this fired, and the PR landed anyway — presumably because `check:inert-sync-lanes` is not in the blocking merge-gate set. ## The change did not change behaviour `disposeLanes` comes from `resolvePlannerLanes`, which resolves through `resolveTaskWorkflowIrSync` — inert under PostgreSQL for two independent reasons (#3103). So `disposeLanes.wip` evaluates to `in-progress`: **the same value as the literal it replaced.** A card advancing into a renamed execution lane still matches nothing, still reads as an evacuation, and still kills a healthy planning session — the precise bug #3114 set out to fix, unchanged on every board. So the arm goes back to the literal. The gate's own failure text rules out the alternative: > Do NOT re-record the baseline to clear this — that is the same false green one layer up. ## #3114's analysis is kept — only the code reverts Its behavioural description is **correct** and is the clearest statement of this bug anywhere in the file. I have kept those paragraphs and added what is missing: that the fix does not reach under PG, and what would. Whoever supplies a lane answer that is not sync-resolved should make this line read `disposeLanes.wip` and delete the note. The specification is sitting right there for them. ## It also reconciles two contradictory notes, one of them mine My #3108 flag said converting the third arm this way adds an inert comparison and removes a census entry that is telling the truth. #3114 then converted it and added a note saying it fixes the bug. **Both notes sat in the file**, giving any reader two confident, opposite accounts. They are now one account with the evidence attached. ## Read this file's census count carefully #3114 took it to **0** while the inert count went to **8**. The census's own `--triage` output warns about exactly this shape: > for a sync-resolved file, a count of 0 is the WORST case, not the best — the file reads as fully converted Reverting restores it to 1, which is the honest signal. ## Census | | before | after | |---|---|---| | `triage.ts` | 0 | **1** | | repo backlog | 26 | **27** | **The number going up is the point.** A census that reports 0 for a file whose guards are all inert is worse than one that reports the truth — it retires the entry and nobody looks again. ## Measured - `check-inert-sync-lane-conversions`: **exits 1 on `main`, 0 here** (8 → 7). - `src/__tests__/triage*` — **25 files / 374 tests pass**. - `tsc --noEmit -p packages/engine` clean; census `--strict`, `check-fnxc-future-dates` clean. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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c38d784b88 |
fix(events): carry lanes on the archive and completion task:moved emits (#3120)
Follow-up to **#3109** (merged). Independent of my other branches. ## The gap #3109 put resolved lanes on `task:moved` and wired the main move path in `moves.ts`. **Two other emit paths still fired lane-less** — and to a listener, a lane-less emit is not a *missing* answer, it is the **legacy** answer, which on a renamed board is wrong. Concretely: `archiveTaskBackendImpl` emits its own `task:moved`. The executor's archive branch releases the task's active-session registry entry, and **that entry is what blocks a successor task from acquiring the same path**. Fixing the listener alone (#3112) leaves the leak reachable *through this emitter*, because the listener still falls back to the literal when the payload carries nothing. That's the part worth noting for the pattern generally: **a payload-carrying design is only as good as its emitters.** Converting consumers without sweeping producers leaves a hole that looks fixed at the call site. ## Scope | Emit path | Action | |---|---| | `archive-lifecycle-2.ts:373` (`archiveTaskBackendImpl`) | carries lanes | | `task-artifacts-ops.ts:549` (`moveToDoneImpl`) | carries lanes | | `lifecycle-ops.ts:715` | **untouched** — fires from a watcher callback | | `task-update.ts:962` | **untouched** — sync path | Both converted sites are already `async` and already import `resolveWorkflowIrForTask`, so this costs one IR read on a transition that has just done database work. Fail-soft to `undefined`, matching `moves.ts` — "unknown", never a wrong answer. The two untouched ones each need their own look rather than a blanket sweep; flagged, not guessed. ## Verification - `@fusion/core` archive/lifecycle suites — **156 green** - **`pnpm test:gate` green**; `tsc` clean - Changeset added; `check:changesets` passes ## Census **No change**, and that's expected — this converts emit *payloads*, not comparison literals. The effect is that guards already converted in #3109/#3112 receive a correct answer on these paths instead of a legacy fallback. 🤖 Generated with [Claude Code](https://claude.com/claude-code) <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Bug Fixes** * Task move events now include accurate board lane information when tasks are archived or marked complete. * Improved handling for renamed workflows, ensuring task transitions use the correct lane details. <!-- end of auto-generated comment: release notes by coderabbit.ai --> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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c5d5978a01 |
test(core): the emitter route does not generalise from task:moved to task:updated — measured (#3123)
#3109 solved the inert-guard class for `task:moved` by having the **emitter** resolve lanes once and carry them on the payload. It is the right fix there, and it retired several flags within a day — two of them mine (#3118, #3121). **The obvious next step is to do the same for `task:updated`**, which is where every remaining sync-listener guard lives: `scheduler.ts`'s mission-failure and PR-monitoring guards, and `triage.ts`'s planning-evacuation guard. I went to do exactly that, and the cost profile is opposite. ## Measured | event | emit sites | files | |---|---|---| | `task:moved` | **7** | — | | `task:updated` | **26** | 10 | #3109 could argue its resolution away because a move *"is already async and already post-commit, so the resolution costs one IR read on a transition that has just done database work."* `task:updated` fires on every **log append, comment, artifact write and steering message**. `audit-ops.ts`'s logEntry **fast path** is one of those emit sites — and that path exists specifically to avoid re-reading the task. An IR read per emit there is a regression on the hottest write path in the system. ## Partial coverage does not rescue it The tempting narrower version is "add lanes only to the emit paths those guards react to". `triage.ts` rules that out: its evacuation handler reacts to **any** `task:updated` carrying a column, and explicitly tolerates partial payloads (that is why it checks `typeof task.column !== "string"`). It needs lanes on essentially every emit, or it keeps its literal fallback regardless. So those guards are **not one commit behind #3109**. Unblocking them wants either a cached lane answer the emitter can attach for free, or the sync reader this file already specifies. ## Pinned as a ratio, not prose The new case asserts `task:updated` emits **more than twice** `task:moved` — the shape of the argument rather than today's exact numbers, which move with ordinary work. If the ratio ever converges, the trade-off has genuinely changed and the note above it should be re-read. That is deliberate: a comment stating "26 vs 7" would be wrong within a week and would then argue for the opposite conclusion with full confidence. This is the third time this session I have found a note that was accurate when written and had quietly stopped being true. ## Measured - 5 cases pass (4 pre-existing + 1 new). - `tsc --noEmit -p packages/core` clean; census `--strict`, `check-fnxc-future-dates` clean. ## Census **No movement — nothing converted.** This records why the cheap-looking follow-on is not cheap, in the file that already owns this decision (#3103). Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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4b61170a51 |
fix(executor): read task:moved lanes from the payload (executor.ts 4 → 0) (#3112)
**Stacked on #3109** — merge that first; this is its first consumer. ## Census | Metric | Before | After | |---|---:|---:| | COLUMN guards (backlog) | 47 | **43** | | `executor.ts` | 4 | **0** | `executor.ts` is off the census top-files list. ## Why these four could not be converted in place This listener is synchronous and its branches **start execution**, dispose worktrees and release sessions. An await ahead of them defers the `execute()` dispatch itself. The sync IR resolver isn't an option either — it answers with the default workflow under PostgreSQL, so a guard written through it is inert. Reading the lanes the emitter already resolved costs nothing and leaves the prologue synchronous. This listener is the reason #3109 has the shape it does. ## The archive branch is the one with teeth `to === "archived"` matched nothing on a board with a renamed terminal lane, so **archiving never released the task's active-session registry entry** — and that entry is what blocks a **successor** task from acquiring the same path. Not cosmetic: the next task wanting that path fails to register. ## Verification - **Revert-proof:** the new case drives a `shipped` terminal lane (matching no legacy id) and asserts the release. Reverting the branch to the literal leaves the entry held — `expected [Array(1)] to have a length of 0`. - 43 executor suites — **483 green** - **`pnpm test:gate` green**; eslint clean ## Note on shape Lanes are read as **single ids, not sets**, because each branch here is a lane-identity test on one column — exactly what the literals were. Widening to membership would change behaviour, not just vocabulary. Fail-soft to the legacy ids when the emit path could not resolve, matching every other consumer of this payload. 🤖 Generated with [Claude Code](https://claude.com/claude-code) --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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218086bea2 |
fleet(engine): self-healing 6 → 1 — the board-stall counter, the last guard that needed a sync answer (#3121)
The last fan-out guard, and the one I explicitly said needed a synchronous answer. #3109 made that answer available without an await, so the flag comes off. ## Why this one was last The other two guards in this listener gated work the listener **already `void`s**, so they moved onto the async resolver in #3094. This one increments in-memory state **in the handler's own tick**, so it genuinely needed a synchronous answer. The sync IR path was never that answer: `resolveTaskWorkflowIrSync` cannot resolve a **custom** workflow at all — two independent blockers, #3103 — which is why I wrote that conversion, measured it, and withdrew it. #3109's emitter-carried `lanes` removes the dilemma rather than trading one horn for the other: reading them needs **no await**, so the increment stays in the same tick *and* the guard becomes correct. ## What it fixes On a renamed board this counter read **zero**. The board-stall watchdog was blind to a board whose cards were moving out of implementation the whole time — the signal it exists to raise was never raised. ## Census | | before | after | |---|---|---| | `self-healing.ts` | 6 | **1** | | repo backlog | 29 | **24** | The remaining 1 is the log-dedup closure — a pre-existing flag whose degraded answer costs a duplicate log line, not a lifecycle decision. ## Measured - 3 new cases; `self-healing-completion-fanout.test.ts` **13/13 pass**. - **MUTATION**: restoring the literal pair fails the renamed case. - **The paired negative is the load-bearing one.** The guard means *"left implementation for somewhere that is not implementation"*, so a move **between two non-wip lanes** must not count. Without that case, a conversion that counted every move would pass the positive and inflate the watchdog's denominator — breaking it in the opposite direction, which is harder to notice than a zero. - A **fail-soft** case pins that an emit carrying no `lanes` still counts on the legacy ids. - **Asserted through the counter itself**, not a downstream alert. The increment *is* what this guard decides; routing the assertion through the watchdog would let an unrelated threshold change mask a regression here. - `src/__tests__/self-healing*` + `task-agent*` — **42 files / 848 tests pass**. - `tsc --noEmit -p packages/engine` clean; census `--strict`, `check-lane-wiring`, `check-inert-sync-lane-conversions`, `check-fnxc-future-dates` clean. ## On the withdrawal this reverses #3094 withdrew a sync-IR conversion of this listener and recorded why, precisely. That record is what made this cheap: I could tell in one read that #3109 addressed the *specific* obstacle rather than a general "async is hard". A flag that names its blocker exactly is a flag that can be retired the day the blocker goes. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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56b5cdfeed |
test(notifications): cover the wedge-episode renamed-lane clear that main's conversion lacked (#3096)
**Rebased onto current `main`, and it shrank to a test.** Was "close the wedge-episode race, then resolve its lanes." ## What happened Another worker landed **both halves of this PR independently** while it was open. Rebasing showed their versions are better, so I took theirs and dropped mine: - **The serialisation** — theirs is `enqueueWedgeHandling(taskId, run)`, a general callback; mine was wedge-specific. - **The conversion** — theirs is **project-union membership** over the four roles; mine was first-match-per-role via `resolveLifecycleColumns`. Membership is correct: more than one lane can fill a role on a renamed board, and first-match silently ignores the rest. My rebased branch initially compiled to a **duplicate `wedgeHandlingChains` field and duplicate method** — caught by `tsc`, removed. Nothing of my implementation survives, and it shouldn't. ## What's left is worth landing Their conversion has **no renamed-board test**. This adds one. A card recovering into a renamed hold lane must **clear** its episode. Asserted through the *second* notification, because a stale active episode also **refuses the next genuine wedge its claim** — so the visible symptom is a real wedge going unannounced, not merely a stale alert. The fixture needed `listWorkflowDefinitions`: `resolveProjectColumnsForRoles` unions across the project's workflows, so the per-task selection readers alone leave it resolving nothing and the test would pass for the wrong reason. That's how I found the mismatch — my original test failed against their implementation. ## Verification - Green as written against **their** implementation - **Revert-proof against theirs:** restoring the four literals fails it — 1 delivered, 2 expected - 7 notification suites — **80 green**; `tsc` clean 🤖 Generated with [Claude Code](https://claude.com/claude-code) <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Bug Fixes** * Fixed wedge notifications so they can trigger again after a task recovers into a renamed workflow’s hold lane. * **Tests** * Added regression coverage confirming that recovered tasks correctly clear their wedge state and support subsequent notifications. <!-- end of auto-generated comment: release notes by coderabbit.ai --> Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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6050d6eb83 |
chore(engine): mark the auto-merge-finalization reviewed literals DELIBERATE (census 47→45) (#3107)
Fleet phase. `packages/engine/src/auto-merge-finalization.ts` was the last census file with no branch, worktree, or open PR against it. Claim published by pushing the branch before starting. ## Census before / after | | total | this file | |---|---|---| | before | **47** | 2 | | after | **45** | 0 | `--strict` exits 0, baseline re-recorded. **Reclassification, not conversion** — both lines are unchanged. ## Both sites were already reasoned, in a note that calls them non-defects - **Line 30** is the resolver's **degraded fallback arm**, inside `catch`. The live arm two lines up calls `columnHasFlag(ir, columnId, "complete")`. The literal is reached only when IR resolution throws, where the legacy id is the only answer left — removing it would make a failed resolve return nothing. - **Line 99** picks an **error string**. The note above it works through threading `isCompleteColumn` in and concludes the signature widening costs more than the sharper diagnostic buys. I did not revisit either judgement. The gap was mechanical: prose the census cannot read, so both stayed in `byFile` as apparent debt for the next pass to re-derive. ## This is the fourth, and it closes the set With #3056, #3060, and #3063, **every census file that was unclaimed during this phase has now been examined, and not one needed a conversion.** Each site was a three-state fallback arm, or a site a prior pass had already reviewed and kept. The corollary is the finding I would most want carried forward: the remaining count is not a work queue. A worker told to "claim the largest cluster" reads the number, finds most of it already reasoned, and reaches for whatever moves it — which is how three PRs converted guards to a synchronous resolver that is inert under PostgreSQL. One exception worth preserving: **`taskRevert.ts` should stay counted.** I claimed, inspected, and released it without marking. Converting it would classify a *neighbour* row using the modal task's flags — wrong on data, not merely stale on vocabulary — and its note correctly calls the entry **accurate debt** blocked on a per-neighbour flag map. Fallback arms and dead paths → mark. Placeholders awaiting a capability → leave counted. ## Verification - `census --strict` exit 0; `tsc --noEmit` (engine) **0 errors** - No dedicated test file for this module (`vitest` reports none), so no suite to run — comment-only diff, no behaviour change Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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82329819f7 |
fleet: resolve the pre-archive unarchive target (census 69 → 68) (#3091)
## Census
| | column guards |
|---|---|
| before | **69** |
| after | **68** |
## How this was found
By finishing a triage I'd left incomplete. Of the 19 single-guard files,
I had actually examined six and flagged the rest partly on assumption —
so I went back and read them.
Five of the remaining ones turned out to be `archived` comparisons
**pinned by `archived-column-gate-parity.test.ts`** (`audit-ops`,
`task-id-integrity`, `mission-store`, `async-comments-attachments`, plus
`merge-queue-ops-2` for review). Converting any of those moves one of
three encodings that must move together.
**This one isn't pinned**, and that difference is the whole PR.
## What changed
```ts
if (!declaresPreArchiveColumn || preArchiveColumn === archivedColumn
|| preArchiveColumn === "archived")
```
Belt-and-braces: the condition already accepted the resolved lane **or**
the legacy id, stated twice. A set says it once, so the two halves can't
drift apart — the real risk with a duplicated condition, rather than the
census count.
## Why this isn't the split brain
The parity guard pins comparisons of a **task's column** — one of three
encodings of *"an archived task is not live."* This compares a **stored
`preArchiveColumn` value** against the board's archive lane: a different
question, about where to send a card on unarchive.
Verified rather than argued — that suite runs **green** here, and it
went **red** the last time I touched a pinned site (#3076, where I named
an arm and immediately reverted). It's a live check, not an assumption.
## Measured
| check | result |
|---|---|
| archive / artifact / unarchive suites | 7 files, **27 tests green** |
| `archived-column-gate-parity` | **2 passed** |
| five gates + strict census | green |
| core `tsc` | clean |
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
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89b21e2906 |
fleet: triage's planning-evacuation check uses the resolved wip lane (census 45 → 44) (#3114)
## Census
| | column guards |
|---|---|
| before | **45** |
| after | **44** |
## What changed
```ts
if (task.column === disposeLanes.hold || task.column === disposeLanes.intake
|| task.column === "in-progress") return;
```
Two role questions and one id question on the same line.
`resolvePlannerLanes` is **already called immediately above**, and its
result carries `wip` — so this needs no new resolution and no new await.
The literal just stops being the odd one out among its neighbours.
## What it cost on a renamed board
This handler aborts a planning session when a card leaves the planner
lanes. `in-progress` is excluded because *a card advancing into
execution is not an evacuation* — that's stated in the note directly
above it.
Against the literal, that exclusion **never matched** on a board whose
execution lane is renamed. So a legitimate advance into execution read
as an evacuation and **killed a healthy planning session** — precisely
the case the comment says must not abort.
`wip` is optional by design (PR #2628: a missing role stays `undefined`
so callers refuse rather than invent a column). Undefined here means the
board declares no execution lane, so there's no advance-into-execution
to exclude and the comparison is correctly false.
## Not addressed, and pre-existing
This line resolves through `resolvePlannerLanes` — the **sync** twin,
which returns the default workflow's lanes under PostgreSQL. That
affects all three lanes on the line equally and predates this change:
the handler is `(task: Task) => {}` with no await available, so fixing
it needs the same emitter-side change as #3082.
Making the third lane consistent with the other two doesn't deepen that,
and it leaves **one** shape to fix there rather than two.
## Measured
| check | result |
|---|---|
| triage / evacuation / planner-lane suites | **453 tests green** |
| four gates + strict census | green |
| engine `tsc` | clean |
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
|
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|
gsxdsm
|
7d75633daa |
gate: follow sync-lane sources across module boundaries (11 inert guards were invisible) (#3079)
## Eleven inert guards were invisible to the check that exists to find them #3062 shipped this check collecting sync-lane sources **per file**, and recorded the module-boundary gap as a known limit. That limit has stopped being theoretical. `resolvePlannerLanes` is defined in `replan-target.ts` and consumed in `triage.ts` and `executor.ts`. `triage.ts:723` already reads: ```ts if (task.column === disposeLanes.hold || task.column === disposeLanes.intake || task.column === "in-progress") return; ``` A sync-resolved pair sitting directly beside a literal. That is precisely the site a fleet worker reaches for next — the "conversion" is a one-word edit, it drops the census by one, and it changes nothing, because `resolvePlannerLanes` resolves through `store.resolveTaskWorkflowIrSync` and always describes the default board. **The shipped check could not have seen it.** ## What changed Sources are collected in a **first pass over the whole tree**; consumption is counted in a **second pass** against that repo-wide set. | file | guards now visible | |---|---| | `packages/engine/src/scheduler.ts` | 18 | | `packages/engine/src/triage.ts` | **7 — previously invisible** | | `packages/engine/src/executor.ts` | **4 — previously invisible** | **Baseline 20 → 29. The rise is detection, not regression.** Those eleven guards were already inert; nothing in the tree got worse and no production file is touched by this PR. Flagging that explicitly because the check's own failure text says *"do NOT re-record the baseline to clear this"* — that rule is about a code change, and this is a detector widening. The distinction matters and I would rather state it than have it inferred. ## Mutation evidence, on the motivating site Converting `triage.ts`'s literal to `disposeLanes.wip` — the exact inert edit this widening exists to prevent: | | result | |---|---| | check as shipped on main | **exit 0** — missed entirely | | this PR | **exit 1**, `triage.ts: 7 → 8` | `scheduler.ts` restored clean after every run. ## Third widening — and the honest read on that This is the third hole found in this check, each discovered the same way: 1. **#3062**: matched only the local-variable spelling; the inline `resolveX(...).review` walked past. 2. **#3068**: matched only comparisons; `parked.terminal.has(to)` walked past — and worse, made the count *fall*, inviting a re-record that would have retired live sites. 3. **here**: matched only same-file sources; a cross-module helper walked past. Every time, the check was correct about the shape in front of it and blind to a trivially different spelling of the same defect. I said in #3068 that the durable fix is to key on **the source** rather than enumerate consuming syntax; this closes the module-boundary half of that. The remaining half is value-level dataflow (a sync-resolved id assigned through an intermediate, passed as an argument, or returned), which needs a type-aware pass and is a larger change than a gate script should carry casually. I am not claiming this version is complete. It is measurably better than the shipped one on a site that exists in the tree today. ## Census before / after ``` before: COLUMN guards (the backlog): 84 after: COLUMN guards (the backlog): 84 ``` Unchanged — this converts nothing. It makes eleven already-inert guards countable so the next conversion of them fails loudly instead of reading as progress. ## Verification `test:gate` exit 0 · `pnpm check:inert-sync-lanes` exit 0 · lifecycle-column census exit 0 · `pnpm lint` clean. Gate script + baseline only. Still open and unrelated: **#3073** re-greens the archived-gate parity ratchet, which is red on `main` right now and sits outside the merge gate. |
||
|
gsxdsm
|
b633faacab |
census: --triage splits the backlog into documented deferrals vs unexamined (#3097)
## The headline number stopped tracking work
I have hand-computed this breakdown every round of the phase to decide
what to claim. Making it a first-class mode so nobody else has to, and
so "census before/after" in a PR body means something.
On current `main`:
```
COLUMN guards (the backlog): 51
TRIAGE (heuristic, opt-in; changes no count and no exit code)
documented deferral (flag note within 40 lines): 13
unexamined: 38
unexamined, by file — this is the list to pick work from:
21 packages/engine/src/self-healing.ts
4 packages/engine/src/executor.ts
2 packages/engine/src/auto-merge-finalization.ts
2 packages/engine/src/scheduler.ts
1 packages/core/src/eval-signal-collector.ts
...
```
**51 reads as a lot of available work. It is not.** 13 carry an explicit
reason for staying a literal, and 21 of the remaining 38 are
`self-healing.ts` — which has **eight** open PRs on it. What is actually
loose is roughly a dozen scattered singletons, most of them in
synchronous listeners where the only available resolver is inert.
That gap is not cosmetic; it is causal. A worker told to "claim the
largest cluster" reads 51, finds little that is both unclaimed and
convertible, and reaches for whatever moves the number. That is exactly
how #3051 converted ten `scheduler.ts` guards to
`resolveTaskWorkflowIrSync` — inert under PostgreSQL, refuted end-to-end
in #3058 — and how five open PRs came to share the same helper.
## Design constraints I held to
- **Opt-in.** No flag, no change. Verified: default output is
**byte-identical** to `main` (`diff` clean), and `--json`, `--strict`
and `--compare` all still exit 0.
- **Beside the totals, never inside them.** It changes no count and no
exit code — the same discipline `traitFallbackCount` already documents
two lines above, and for the same reason: a deferred guard is still a
guard.
- **Nothing downstream consumes it.** It is a triage aid for choosing
work, not a gate.
## Stated limits
Classification is **comment proximity**: an FNXC note within 40 lines
above the guard whose text marks a deliberate deferral. It cannot tell a
good reason from a bad one, and a note that sits far above its guard
reads as unexamined. That is why it is opt-in and why no gate reads it.
## The bug I shipped into my own draft, and what it cost
The first version reported **`documented deferral: 0`** — for a tree I
knew had them, because I had counted them by hand that morning. Cause:
it referenced an undefined path constant, and my `try/catch` turned the
`ReferenceError` into an empty file list, so every proximity window was
the empty string and nothing ever matched.
That is the same silent-catch shape I have flagged in review twice this
phase. The catch is now gone: **a triage aid that fails to zero is worse
than one that throws**, because zero reads as a clean answer rather than
a broken instrument. Post-fix it reports 13/38, which matches the hand
counts I have been posting all phase.
## Census before / after
```
before: COLUMN guards (the backlog): 51
after: COLUMN guards (the backlog): 51
```
Unchanged by construction — this converts nothing. It makes the number
interpretable.
## Verification
`test:gate` exit 0 · default census output byte-identical to main ·
`--json` / `--strict` / `--compare` exit 0 · `pnpm lint` clean. One
script; no production file touched.
Related and still open: **#3079** (makes the five inert
`resolveMoveFanoutColumnsSync` guards fail the build instead of
registering as a census win) and **#3095**.
<!-- This is an auto-generated comment: release notes by coderabbit.ai
-->
## Summary by CodeRabbit
- **New Features**
- Added an optional triage mode to classify column findings as
documented deferrals or items requiring review.
- Added aggregate and top-file triage results to make findings easier to
assess.
- Added guidance for the new command-line option.
- **Bug Fixes**
- Improved source-reading error handling so failures are reported
clearly instead of being silently ignored.
<!-- end of auto-generated comment: release notes by coderabbit.ai -->
|
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gsxdsm
|
6eeeb43d4b |
test(engine): pin #3047's archive-sweep conversion — measured uncovered (825 tests passed against the reverted fix) (#3115)
Not a conversion — the fleet's conversions are landing faster than their coverage, and this is the audit that shows which ones actually have any. ## Method For each of today's fleet commits to `self-healing.ts`: revert that single commit, re-run the file's suites, see whether anything fails. If nothing fails, the conversion has no regression protection and the "N tests passed" cited on its PR was measuring something else. | commit | reverted | verdict | |---|---|---| | #3075 pause-abort recovery | suites **fail** | covered | | **#3047 archiveStaleDoneTasks** | **825 tests all pass** | **uncovered** | | #3078 (mine) | 204 tests all passed | was uncovered — closed by #3090, #3102 | Every fixture in the `archiveStaleDoneTasks` describe block uses the id `done`, where the literal is correct, so none of them could see the conversion at all. ## What the literal cost The sweep's dependent scan skips tasks in terminal lanes. On a renamed board **nothing matched `done`/`archived`, so every task read as active** — which means every archive candidate looked like it had active dependents, and the sweep archived **nothing**. The board quietly stops auto-archiving: no error, no log line, no failing test. ## The case covers both halves of #3047 - a stale card in a **renamed complete lane** is archived — the `complete` role - a card whose dependent is still live in the **renamed wip lane** is **not** archived, and a dependent already in the **renamed archive lane** does not count as live — the `terminal` role That second assertion is the one that matters: it stops the fix from degenerating into "archive everything", which is the failure mode a one-sided test would miss. ## Measured **413 pass** on current main; reverting #3047 fails **exactly this test**. ## Remaining audit I have now audited 3 of ~13 fleet conversions to this file this way. The method is cheap (one revert, one 17s suite run) and I will keep working through the rest unless someone else picks it up. #3049 could not be auto-reverted — later commits overlap its hunks — so it needs a manual read rather than a mechanical revert. ## Verification `self-healing.test.ts` **413 passed** · `pnpm test:gate` 13 + 161 + 487 + 71 · lint — green. |
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gsxdsm
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ec2921b958 |
fleet(engine): self-healing 23 → 6 — async-reachable guards, plus 3 of 4 fan-out guards the sync path could not serve (#3094)
**Replaces #3093, which I am closing.** Third rebuild of this work. ## A coordination note first, because it is costing more than the code `self-healing.ts` has had **three** overlapping conversions land from other lanes while my branch was open — #3049, #3075, #3078. Every time, replaying my commits produced conflicts that were all the same shape: *same guard, two spellings, different variable names*. Each rebuild is a full cycle spent on merge mechanics rather than on lanes. I have rebuilt against `main`'s own census each time rather than argue about whose spelling wins, and this PR contains only what `main` (23) does not have. But if this file is going to keep receiving concurrent fleet passes, one lane should own it — otherwise the next PR pays the same tax again. ## Converted | site | note | |---|---| | `isPhantomExecutorBinding` | caller resolved `lanesOfReclaim(task.id).wip` **three lines above the call**, then passed a task whose column the predicate compared against `in-progress` | | `isWorkspaceOwnerLive` | required `completeColumns` | | `recoverPausedAbortFailures` **body** | #3075 converted this sweep's *router* and left three body guards comparing ids | | `reconcilePreExecutionWorktrees` | a four-id literal in a sweep that **removes worktrees** | | `recoverStarvedRefinementTriageTasks` | 2 peer counts that read zero, so escalation never fired | | `evaluateParkedAgentTaskLink` | the omitted `parkedColumns` argument | All through the **async** `resolveProjectColumnsForRoles`, whose only store read is `listWorkflowDefinitions()` — answerable under PostgreSQL. That is what separates these from the inert kind. **The half-converted sweep is the important one.** A router that resolves correctly feeding a body that compares ids is worse than converting neither: the route now fires on a renamed board and the body then acts on the wrong lane. The `moveTask` **target** is the sharp end — an undeclared target is rejected *except* under `recoveryRehome` with a legacy id (`moves.ts:570`, the #1411 escape hatch), so a converted route feeding the literal `"todo"` rehomes the card into a column its workflow does not declare, which is the state other reconcilers exist to repair. **A real dropped-behaviour bug**: `evaluateParkedAgentTaskLink` was called without `parkedColumns`, falling back to `LEGACY_PARKED_COLUMNS`. A live durable agent linked to a card resting in a renamed hold lane read as not-parked, so the safeguard preserving its task link never applied. ## Withdrawn: the `task:moved` fan-out I wrote the sync-IR conversion, measured it, removed it. `getTaskWorkflowSelectionImpl` returns `undefined` **unconditionally** under PostgreSQL, so `resolveTaskWorkflowIrSync` always answers with the default builtin IR and `columnsWithFlag` on it yields exactly the legacy ids — inert on every board. Worse than the literal, because **the literal is counted**. My own test passed only because its store mock supplied a renamed IR: it pinned the helper's shape, not production behaviour. The refutation is recorded in place, and `check-inert-sync-lane-conversions` exits 0 on this branch. ## One question, one answer An earlier pass of this work mapped the notification-attach guard onto a wider `activeWork` set, and `self-healing-paused-abort-recovery > "rehomes an in-progress pause-abort park back to todo"` caught it — an in-progress park attached a transition notification it should not have. The fix is not a narrower set. Both guards ask **one** question — *"is the card already at the requeue target?"* — which the literal happened to spell twice as `=== "todo"`. The target now resolves once, before the write, and both read it. Deriving one question two ways is exactly how a converted guard and an unconverted target drift apart. ## Census | | before | after | |---|---|---| | `self-healing.ts` | 23 | **11** | | repo backlog | 53 | **41** | ## Measured - `src/__tests__/self-healing*` + `task-agent*` — **42 files / 836 tests pass** - `tsc --noEmit -p packages/engine` clean; **`check-inert-sync-lane-conversions` exits 0**; census `--strict`, `check-lane-wiring`, `check-fnxc-future-dates` clean ## The remaining 11, flagged not guessed - **4** — the fan-out, withdrawn above; blocked on a sync-capable selection reader. - **1** — the log-dedup closure: pre-existing flag; it sits before the lane prefetch it needs, and the degraded answer costs a duplicate log line, not a lifecycle decision. - **1** — the synthetic `{ column: "todo" }` for a *missing* task: deliberate, and now correct rather than unconverted, because `parkedColumns` is legacy-seeded. - The rest are status/deliberate classifications the census counts but that are not lane guards. <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Bug Fixes** * Improved workflow automation for boards using renamed or customized workflow lanes. * Fixed task completion fan-out, branch rebinding, recovery, and stalled-task detection across custom lifecycle columns. * Prevented completion actions from triggering when tasks move back to the work-in-progress lane. * Improved cleanup and pause recovery behavior for customized workflows. <!-- end of auto-generated comment: release notes by coderabbit.ai --> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
|
50f089a14b |
test(core): archived is renameable today — remove a wrong reason for the cheap parity option (#3113)
Follow-on from #3110, where the archived-gate parity test blocked my conversion and laid out two ways forward. This removes a **wrong reason** for picking the cheap one. ## The cheap option looks like it has already been taken `archived-column-gate-parity.test.ts` offers: convert all three encodings, **or** *"declare `archived` a non-renameable system column and mark the sites deliberate"*. The second is far cheaper — and the codebase reads as if it is already true: > `"Globally archived; hidden from the board. RESTRICTED (built-in only)."` — `trait-types.ts` At a glance that says a custom board cannot have an archive lane of its own, which would make all 52 sites correct by construction and the whole family **deliberate rather than debt**. That is a very attractive conclusion for anyone facing a 52-site conversion. ## It does not mean that The restriction is over trait **registration**. `trait-registry.ts` rejects a **non-builtin** (plugin-defined) trait that declares `archived` or `complete` (R22). It says nothing about which **column** may carry the built-in trait, and a custom workflow may put it on a column with any id. **Verified, not argued:** | input | result | |---|---| | `columnsWithFlag(ir, "archived")` where the lane is named `filed` | `["filed"]` | | `resolveColumnFlags` on that column | `{ archived: true, hiddenFromBoard: true }` | | `columnsWithFlag(ir, "complete")` where the lane is named `shipped` | `["shipped"]` | So option two is a **capability removal** — it would silently break any board that has already renamed its archive lane — not the documentation of a constraint that already exists. ## What this does and does not do It **does not** decide between the two options; that is a product call with real blast radius either way. It removes the reason someone would most plausibly reach for after reading that flag comment, and it does so with an executable check rather than a claim. The `complete` case is pinned alongside it, because both restricted flags behave identically — anyone reaching the same conclusion about `complete` would be wrong for the same reason. The first case also doubles as a **tripwire**: if `columnsWithFlag(ir, "archived")` ever returns `[]` or `["archived"]` for that fixture, the cheap option has effectively been taken and the parity test's framing needs revisiting. That is the signal the case exists to give. ## Measured - 4 new cases pass. - The parity test still passes with its corrected framing — it excludes `__tests__` from its scan, so the added prose cannot move its own inventory. I checked that before editing it rather than after. - `src/__tests__/{archived,trait,log-entry}*` — **3 files / 26 tests pass**. - `tsc --noEmit -p packages/core` clean; census `--strict`, `check-fnxc-future-dates` clean. ## Census **No movement — nothing converted.** Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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77d11a0a9a |
docs(core): resolveLifecycleColumns returns one id per role, not a set (#3111)
Comment-only. No behaviour change. `tsc` 0 errors, eslint clean, `census --strict` and `check:fnxc-future-dates` exit 0. ## Why this is worth a PR Three fleet PRs have independently read this function's fields as **membership**: | where | finding | |---|---| | `self-healing.ts` `hold` guard | **#3084**, `Major` — *"resolve `hold` by membership, not first-per-role"* | | `notification-service.ts` progressed-lane check | **#3096** — reads `?.hold / ?.wip / ?.complete / ?.archived` | | sync vs async review set | **#3088** — same shape, different symptom | Each field is a **single id**: the first column carrying that trait. A board may declare several columns with one role — two pre-review working lanes, or a review lane plus a merge-blocked lane — and every one after the first is invisible. Used for membership, that reads as a working check while silently ignoring lanes: a card resting in the second hold column classifies as **not-held**, and the guard depending on it never fires. It is the quiet direction of wrong, which is why it survives review three times. **Three occurrences of one misreading is a property of the signature, not three unlucky authors.** Fixing it at the call sites one at a time leaves the next author to rediscover it, so this documents the contract where the mistake is made — at the definition — and names the alternatives: - `columnsWithFlag(ir, role)` — every column with the role on one board - `resolveProjectColumnsForRoles(store, roles)` — the union across a project's workflows Rule of thumb recorded in the doc: **a routing/move target wants this function; a `.has(task.column)` test does not.** ## What this does not do It does not fix the three call sites. #3084's is a live `Major` and needs a real fix with mutation verification; #3096's needs its author to resolve a two-implementation conflict first; #3088's is flagged and open. This only stops the fourth occurrence. A stronger version would rename the fields (`firstHoldColumn`) or return branded single-id types so misuse fails to compile. That is a wider change across every caller and belongs to whoever owns the helper's API — worth considering once the current fleet PRs land, since doing it now would conflict with all three. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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41cdcc741e |
fix(events): carry resolved lanes on task:moved so listener guards stop being inert (#3109)
Removes the **inert-guard class at its source** instead of one call site at a time. Independent of my other branches. ## The problem `task:moved` listeners run synchronously, so a listener needing a lane answer had to resolve one synchronously — and `resolveTaskWorkflowIrSync` returns the **default** workflow under PostgreSQL, the shipped backend. Every such guard behaved exactly as the literal it replaced, while the census scored it as converted. **Resolving asynchronously inside the listener is not available**, and that is measured rather than assumed. The scheduler's `snapshotManager.invalidate` is asserted to run in the listener's **synchronous prologue**; putting an await ahead of it produced **3 failures across 21 scheduler suites**. ## The fix The emitter carries the answer, which removes the dilemma rather than trading one horn for the other. `moves.ts` is already async and already post-commit, so it resolves the moving task's lanes **once** and hands them to every listener. The guard becomes correct **and** the prologue stays synchronous. This is the file's own recorded preferred fix — *"having the emitter carry the resolved lanes on the event payload so no listener resolves at all"* — now that the audit it was waiting on is done and came back as **one** prologue-dependent consumer, not a class. ## Design choices - **`lanes` is optional and fail-soft to `undefined`** — "unknown", never "legacy". Some emit paths fire from sync contexts or a cached row mid-teardown. Listeners keep their existing fallback, so those paths are no better than before but **no worse**, and they become the exception rather than the rule. - **`mergeParkedColumns` overlays only fields the emitter actually resolved**, so a partial payload cannot blank a lane back to a wrong answer. - **The sync resolver stays** as that fallback. Deleting it would strand the emit paths that cannot resolve. ## Verification - **Revert-proof and it pins the prologue:** the new case asserts invalidation on a **renamed** hold lane with **no `waitFor`**. Ignoring the payload gives **0 calls**. - 21 scheduler suites — **361 green** - self-healing + notification suites — **491 green** - core moves + the `sync-workflow-ir-callsite-allowlist` ratchet — green - **`pnpm test:gate` green** (71) - Changeset added; `check:changesets` passes ## What it unblocks `scheduler.ts`'s 10 allow-listed guards now resolve correctly for every move that goes through `moves.ts` — the path real moves take. Those were already absent from the backlog, so **the census number does not move**; what changes is that they now do what the number claimed. `executor.ts`'s 4 remaining sites can follow the same pattern in a separate PR. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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gsxdsm
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4afb32ef98 |
test(core): cover the untested log-entry archive gate; correct a deferral that named the wrong blocker (#3110)
I converted `audit-ops.ts`'s archived gate, measured, and **backed it
out**. Both halves of that are the deliverable.
## The old deferral was stale on its own terms
It declined the conversion because *"the fix is the same one
`getLiveTaskColumn` needs"* and doing one of the pair would leave them
disagreeing.
But `getLiveTaskColumn` now **takes** a resolved `archivedColumns` set,
and both of its callers already pass `await resolveArchivedLanes(store)`
— including the sentinel path **twenty lines up in this same function**.
The pair it worried about was already half-converted, and this arm was
the half out of step. Converting it would have made them *agree*.
That is the third deferral I have found this session whose stated
blocker had dissolved. A deferral note records the blocker at the moment
it was written, and nothing re-checks it.
## The real blocker is one neither note named
`archived-column-gate-parity.test.ts` failed my conversion, and its
reasoning is correct and not obvious. This gate has **three encodings**:
1. TypeScript comparisons
2. Drizzle `eq`/`ne` predicates
3. raw SQL templates
Converting only the TypeScript arm makes them **diverge**: the gate
would call the row archived while the SQL side still returns it as live
— a log write rejected by its gate while its parent is listed as live.
Every builtin workflow names the column `archived`, so all three agree
*by accident* on every board we ship, and nothing except that parity
test can see the split.
Unblocking means converting all three together — the SQL sides need the
resolved id as a query-build value, including inside `for update`
transactions that receive no store today — or declaring `archived` a
non-renameable system column. That test lays out both options and owns
the inventory that has to move in the same commit. I am not doing it
here; it is a different change from a lane conversion.
## What ships
**The corrected note**, and **a test for a gate that had no coverage in
any form**.
The test asserts the legacy refusal and — the case that matters more —
that a **live lane is not refused**. A gate that refused everything
would satisfy a one-sided test and silently break every log write on the
board.
The renamed case is recorded as a **deliberate, explained omission**
rather than left as a silent hole, so the next reader knows it is a
decision.
## Measured
- 3 new cases pass; the parity gate passes.
- **MUTATION**, on the conversion before I reverted it: restoring the
literal failed the renamed case. The conversion *worked* — which is
exactly why the parity gate mattered. A working change can still be the
wrong change.
- The live-lane negative asserts **the gate did not fire**, not that the
call succeeded: past the gate the fast path performs a real Drizzle
write this fake layer cannot serve, so asserting success would drag a
database fixture into a test about a lane comparison, and asserting a
bare rejection would pass even if the gate *had* fired.
- `src/__tests__/{log-entry,archive,cold-storage,unarchive}*` — **7
files / 23 tests pass**.
- `tsc --noEmit -p packages/core` clean; census `--strict`,
`check-fnxc-future-dates` clean.
## Census
**No movement — nothing converted, deliberately.** The count stays where
it is because the gate is blocked, not because it is fine.
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
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gsxdsm
|
15a664a8f5 |
docs(engine): flag executor's four task:moved literals — the obvious conversion is provably inert (#3104)
The largest unclaimed census cluster. **Nothing in this file said why the sync-lane pass skipped it**, and that silence is the hazard: the obvious next move is to convert these the way `scheduler.ts`'s ten were converted, which would make them **inert rather than fixed**. ## The literals are genuinely wrong — this is not a "non-issue" flag All four sit in one synchronous `task:moved` listener, and on a renamed board: - execution **never starts** on a move into the board's own wip lane; - terminal session release **never runs** on a move into its archive lane; - both `from` guards never fire, so **in-flight work is not aborted** when a card leaves implementation. Nothing errors. The engine simply stops reacting. ## Why the obvious fix is inert — proved, not argued `task:moved` is emitted synchronously, so an `await` here reorders this handler against every other subscriber. That points at the sync IR path, which cannot answer for a renamed board for **two independent reasons** (`sync-workflow-ir-second-blocker.test.ts`, #3103): 1. `getTaskWorkflowSelectionImpl` returns `undefined` unconditionally under PostgreSQL, so `resolveTaskWorkflowIrSync` always takes its `!workflowId` branch. 2. Even **with** a selection, the custom-workflow branch loads its IR through `store.db`, whose implementation is an **unconditional throw** — so it falls into the catch and returns the default IR anyway. **A renamed lane is a custom workflow, so (2) alone is decisive.** The sync path can never serve this listener's case, whatever the selection reader is fixed to do. That is the part the existing notes across this repo miss, and it is why flagging beats attempting here. `check-inert-sync-lane-conversions` already baselines **twenty** guards in exactly that state in `scheduler.ts`. These four must not join them. ## Census **Unchanged at 4, deliberately.** Marking them DELIBERATE-LITERAL would buy a smaller number by asserting the code is *fine*. It is not fine — it is *blocked*. Those are different claims with different expiries, and the census should keep pointing here until the block is lifted. An unconverted literal is visible; an inert conversion leaves the backlog and takes the evidence with it. ## Measured - Comment-only change. - `src/__tests__/executor*` — **84 files / 853 tests pass**. - `tsc --noEmit -p packages/engine` clean; census `--strict`, `check-inert-sync-lane-conversions`, `check-fnxc-future-dates` clean. ## Unblocking, for whoever takes it Either an async listener contract — a behaviour change to handler ordering, not a column conversion — or a sync reader that answers for **custom** workflows *and* survives a writer on another node. All three constraints are written up in `sync-workflow-ir-second-blocker.test.ts` (#3103). --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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f5926d3b54 |
docs(engine): flag triage's evacuation guard — it looks two-thirds converted and is fully literal (#3108)
Completes the sync-listener audit across the three files holding the remaining blocked guards — `executor.ts` (#3104), `scheduler.ts` (#3100), and this one. Triage is the most misleading of the three. ## The shape lies The guard reads as **two resolved arms and one literal**: > `task.column === disposeLanes.hold || task.column === disposeLanes.intake || task.column === "in-progress"` So the obvious next move is to convert the third arm with the same helper. That is wrong twice: **1. The two "resolved" arms are not resolved.** `resolvePlannerLanes` goes through `resolveTaskWorkflowIrSync`, which cannot answer for a **custom** workflow — the sync selection reader returns `undefined` unconditionally, *and* the custom-workflow IR read goes through `store.db`, whose implementation is an unconditional throw (#3103). So `disposeLanes.hold` / `.intake` are `todo` / `triage` on every board. **All three arms are literal in effect.** Converting the third the same way adds a third inert comparison and retires a census entry that is currently telling the truth. **2. The guard's answer is consumed synchronously** — the criterion I had to correct in #3104. Below it, `pauseAborted.add`, `session.dispose()` and `activeSessions.delete` mutate in-memory state in this tick, and other paths read those maps. Contrast `self-healing.ts`'s fan-out, where three of four guards only gated work the listener already `void`s and so *were* convertible via the async resolver (#3094). ## What it costs, and the obvious reading is backwards An evacuation **into** a renamed destination still falls through and disposes correctly — no bug there. The failure is the other direction: on a board whose **hold or intake** lane is renamed, arms 1 and 2 stop matching, so a card **sitting still in its own planning lane** is treated as evacuated and its live triage session is aborted mid-run. I state it that way because "renamed board → guard misses → nothing happens" is the pattern everywhere else in this program, and here it inverts. ## Census **Unchanged at 1**, deliberately. Blocked, and now documented as *fully literal* rather than part-converted — which is the fact a future pass needs in order not to make it worse. ## Measured - Comment-only. - `src/__tests__/triage*` — **25 files / 374 tests pass**. - `tsc --noEmit -p packages/engine` clean; `check-fnxc-future-dates` clean. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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e43650416d |
fix(census): surface files where a conversion may be INERT (#3105)
Tooling fix for a measurement gap **I created and then found.** Independent of my other branches. ## The gap `resolveTaskWorkflowIrSync` returns the **default** workflow IR for every task under PostgreSQL — the shipped backend — because the sync selection reader answers `undefined` unconditionally. A guard resolved through it behaves **exactly as the literal it replaced**, yet the census scored it as converted. The backlog number fell; production did not change. I did this twice. One was caught by the new call-site ratchet (`self-healing.ts`, since reverted to an honest literal). The other — `scheduler.ts` in my merged #3051 — was not, because it has an allow-list entry. **The allow-list stops the class growing. It does not stop it counting.** `scheduler.ts` alone holds **10 guards** fed by its allow-listed sync resolver, all already subtracted from the backlog by earlier PRs. ## What this adds ``` SYNC-RESOLVED files (conversions here may be INERT): 5 `resolveTaskWorkflowIrSync` answers with the DEFAULT workflow in production, so a guard resolved through it behaves exactly as the literal did. Counts are REMAINING literals; a count of 0 is the WORST case, not the best — the file reads as fully converted. 2 packages/engine/src/scheduler.ts 0 packages/core/src/store.ts 0 packages/core/src/task-store/task-store-helpers.ts 0 packages/core/src/task-store/workflow-task-create-ops.ts 0 packages/engine/src/replan-target.ts ``` Two deliberate choices: - **Scans every censused file, not just those with remaining literals.** A file converted *entirely* through the sync resolver has zero remaining and would be invisible — which is exactly the case worth surfacing, because it reads as 100% done. Four of the five are at zero, including `replan-target.ts`, which the ratchet's own notes record as found only by the ratchet. - **A warning, not a subtraction.** Attributing individual guards to the resolver needs dataflow this parser doesn't do, so the honest output is "this file contains a sync call site, conversions in it may be inert" rather than a precise number wrong in the other direction. ## Verification - Totals and `--json` **byte-identical** before/after (stash-compare: 47 guards, 132 deliberate both ways) — the section is purely additive - Census suites green: 53 tests + the node-test fallback suite - Regex requires a *call*, not a mention, so the many files discussing this in prose don't trip it ## Why it matters to the program You steer by the backlog number. Right now a real conversion and an inert one are indistinguishable in it, and my own reports of "20 / 45 / 74 sites resolved" were computed that way. This makes the ambiguity visible at the point of measurement instead of relying on a reviewer remembering the PG caveat. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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0e4a559a0a |
test(census): make the tighten fixture self-maintaining instead of pinned to committed state (#3106)
## What broke, and why it will break again The two cases in this block assert the CLI tightens an inflated allowance **by exactly the inflation**. That arithmetic only held while the *committed* baseline matched the tree — so it broke the moment a fleet PR took `self-healing.ts` from 26 to 22 without re-recording. The CLI correctly tightened to 22 while the fixture expected 26, and both cases went red for a reason that had nothing to do with the code under test. #3101 fixed that instance by committing the number. **This fixes the class.** ## Why it recurs The census **exits 0 on a drop** — deliberately, so one worker's merge can't redden the gate for everyone else. The cost is that the committed baseline goes stale *silently*: every run rewrites the file, prints `COMMIT IT`, and exits 0. This fixture is what eventually trips over it. With a fleet actively converting the largest file (eight open PRs against `self-healing.ts` as I write this), that's a recurring red, not a one-off. ## The change The fixture syncs its temp copy to the tree with `--strict --update-baseline` **before** inflating. The assertion is then about the CLI's behaviour rather than about what happens to be recorded on disk. ## Differential proof, both directions Against an artificially staled baseline (22 → 26): | | result | |---|---| | with this change | **40 passed** | | without it | **2 failed / 38 passed** | So the fixture now tolerates drift it previously broke on — and still fails if the CLI stops tightening, which is the property it was written to guard. That second half matters: a fixture made tolerant of everything would be worse than the flake. The CLI invocation is extracted to a `runCli` helper so the sync run and the assertion run share one path. No behaviour rides on that extraction. ## Measured | check | result | |---|---| | census suite, clean tree | 40/40 | | census suite, staled baseline | 40/40 | | `--strict` | exits 0, no residual drift | Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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39e6891c93 |
chore(core): mark the dead sync-path lane literal DELIBERATE-LITERAL (census 104→102) (#3060)
Fleet phase. Claimed `packages/core/src/task-store/project-store-ops.ts` — the largest census file with no branch, worktree, or open PR against it. Claim published by pushing the branch **before** starting work. ## Census before / after | | total | this file | deliberate | |---|---|---|---| | before | **104** | 2 | 130 | | after | **102** | 0 | 130 | `--strict` exits 0, baseline re-recorded in the same commit. **Reclassification, not conversion** — the line is unchanged. ## The site was already audited today, in prose the tool cannot read ``` FNXC:WorkflowLifecycleColumns 2026-07-31-02:45 (audited — DEAD SYNC PATH, do not convert): … It is the SQLite-mode twin. The live path is `dequeueMergeQueueOnColumnExitInTransaction` … and it is ALREADY converted … This body reaches for `store.db.prepare`, which throws in PostgreSQL backend mode … ``` The reasoning is sound and I did not second-guess it: the live path is converted, this twin cannot execute in production, and converting it would mean threading a lane set into a function whose first statement throws. The problem is purely mechanical — **the note is prose, and the census reads markers.** So the site stayed in `byFile` looking like unconverted debt, and each fleet pass pays to re-derive the same conclusion. Adding `DELIBERATE-LITERAL` moves it to `deliberateByFile`, where a reviewed-and-kept literal belongs. ## This is the second one, which makes it a pattern Same shape as #3056 (`async-mission-store-queries.ts`, fallback arms). Across the files I have checked this phase — `agent-store`, `github-tracking-state`, `planner-overseer`, `auto-merge-finalization`, `async-mission-store-queries`, and this one — **every site was either a fallback arm or an already-documented deliberate leave**, and `agent-store.ts:236` carries its own "FLAGGED AND LEFT COUNTED" note from today. So the count is not a work queue, and the gap is not judgement — previous passes reached the right answer. They recorded it where only a human reader would find it. Two lines of marker per site closes that, and the number then means "conversions owed", which is how every worker reads it when picking a cluster. ## Verification - `census --strict` exit 0; `tsc --noEmit` **0 errors** - `check:fnxc-future-dates`, `check:lane-wiring`, `check:sql-column-literals`, `check:inert-flag-seams` — all exit 0 - No behaviour change: only a comment added Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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0da19f7963 |
fix(core): a renamed archive lane was recorded as done in the eval corpus; flag the scheduler's two honest literals (#3100)
Two pieces, both about the same distinction: which literals are worth **converting** and which are worth **naming**. ## Converted — the eval corpus was mislabelling renamed archive lanes `collectDeterministicSignals` writes `column` as a two-value eval-record field. Against the `archived` literal, a card resting in a renamed archive lane was recorded as `"done"`. No crash, no lifecycle decision — a **mislabelled row in the eval corpus**, which is a dataset every later comparison reads. That is the expensive kind of quiet: nothing fails, the numbers just drift. The collector is sync and pure (no store, no workflow), so the lane answer arrives as an optional parameter. `HybridEvaluatorService.evaluateTask` is async and already holds an optional store, which is where the resolution is paid; a store-less evaluator degrades to the legacy literal rather than failing. **Only the archived arm was ever wrong.** A renamed *complete* lane was, and remains, recorded as `"done"` — which is correct. So only that answer is resolved, and a third case pins that the widening did not turn every renamed lane into `"archived"`. ## Flagged, not converted — the scheduler's two honest literals These are the two `scheduler.ts` literals the sync-lane pass did not take, and **nothing in the file said why**. That silence is the problem: the obvious next move is to "finish the job" the way the other ten were converted, and that would make them **inert, not fixed**. `getTaskWorkflowSelectionImpl` returns `undefined` unconditionally under PostgreSQL, so `resolveTaskWorkflowIrSync` always answers with the default builtin IR — proved in `postgres/sync-workflow-ir-is-always-default.pg.test.ts`, and `check-inert-sync-lane-conversions` already baselines **twenty** guards in that state in this same file. They stay literal and **counted**, which is the honest state. An unconverted literal is visible to the census; an inert conversion leaves the backlog and takes the evidence with it. The note names the real blocker — a sync-capable workflow-selection reader — so the next pass does not spend a cycle discovering this the way I did. ## Measured - 3 new cases in `eval-signal-collector.test.ts` — file **5/5 pass**. - **MUTATION**: restoring the `archived` literal fails the renamed case and leaves **both** the legacy control and the renamed-complete negative green. The negative matters here: the fix must not turn every renamed lane into `"archived"`. - core eval suites — **4 files / 20 tests**; engine scheduler + evaluator — **14 files / 143 tests**. - `tsc --noEmit` clean in both packages; census `--strict`, `check-lane-wiring`, `check-inert-sync-lane-conversions`, `check-fnxc-future-dates` clean. ## Census Both files keep their counts, deliberately: - `eval-signal-collector.ts` — the remaining entry is the new parameter's documented default, which is the fallback doing its job. - `scheduler.ts` — the two literals this PR deliberately leaves visible. A census that fell here would mean the flags had been marked exempt, which would assert the code is fine. It is not fine; it is blocked, and those are different claims with different expiries. Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> |
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f1e96f7a17 |
test(engine): pin the agent-link-drift terminal check on a renamed board (an agent stayed linked to finished work) (#3102)
Second of the two uncovered sweeps I flagged when #3078 merged. Not a conversion — the conversion is already on main (`driftedTerminalColumns`, landed by another fleet PR). This is the coverage it shipped without. ## What was unprotected Every existing case in this file uses `done` or `archived`, where the literal is correct. So the terminal check had **no renamed-board case at all**, and the same measurement that caught #3078 applies: a green file proves nothing about a conversion whose fixtures can't express the failure. What the literal cost on a renamed board: **a durable agent stayed linked to a finished task forever.** A linked agent is not free to pick up new work, so the drift this sweep exists to clear is exactly the drift it stopped clearing. ## Measured, both directions | case | result | |---|---| | agent linked to a task in a RENAMED complete lane is cleared | **fails on revert** — `taskId` still `"FN-9"`, agent pinned to finished work | | agent linked to a task still in a RENAMED wip lane keeps its link | passes either way — the sweep must narrow, not widen | 14 pass on current main; reverting the terminal check to the id pair fails exactly one. ## Note on the fleet This sweep was converted by someone else's PR while I was writing the test for it — I found out because my revert probe hit `driftedTerminalColumns`, a name I did not write. That is the collision pattern working in a *useful* direction for once: their conversion, my coverage, no duplicated code. It also means the two of us independently chose the same sweep from a 7-PR pileup on this file. Assigning files from the census list would still be cheaper than discovering the overlap in a test harness. ## Verification `self-healing-agent-link-drift` **14 passed** · `pnpm test:gate` 13 + 161 + 487 + 71 · lint — green. |