2432 Commits

Author	SHA1	Message	Date
Tom Boucher	c6ce4d1d9a	fix(#2755): resolve the kimi hooks-TOML root per runtime (#3032) ... * test(#2755): failing-first coverage for per-runtime kimi hooks root Install/uninstall filesystem-shape rows over a sandbox HOME (no permission tricks) plus resolver unit rows. Covers both uninstall directions, which is where a fix applied only to the install call site would drift. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2755): resolve the kimi hooks-TOML root per runtime resolveKimiHooksTomlDir took no runtime argument and hardcoded ~/.kimi, but both kimi and kimi-code route through the single hooksSurface=kimi-hooks-toml branch. A --kimi-code install therefore wrote its [[hooks]] block, hook bundle and CommonJS marker into Kimi CLI's config file, and a --kimi-code uninstall stripped Kimi CLI's block. Adds a runtime selector to the resolver -- kimi keeps ~/.kimi + KIMI_SHARE_DIR, kimi-code gets ~/.kimi-code + KIMI_CODE_HOME, per Kimi Code's own upstream data-locations and hooks docs -- and passes the runtime at both the install and uninstall call sites. An omitted or unrecognized runtime still resolves ~/.kimi, so the exported no-arg contract is unchanged. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2755): use centralized helpers and add a divergence guard Review findings, all fixed in-PR: - The new test block reimplemented runMinimalInstall, createTempDir and toPosixPath. Extends runMinimalInstall with optional root/extraEnv instead (back-compat: every existing caller passes neither) and uses the centralized helpers, per CONTRIBUTING's Use Centralized Test Helpers rule. - Adds a parity assertion between the capability registry and the resolver: a third runtime declaring hooksSurface kimi-hooks-toml would silently inherit ~/.kimi, re-creating this very defect. The guard fires the moment those two surfaces drift. - Adds an installer-level test proving KIMI_SHARE_DIR and KIMI_CODE_HOME do not interfere when both are set, which only the resolver unit covered before. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2755): track the kimi-code hooks root in the emitted-artifact gates The remote runner caught a real ripple: moving kimi-code hooks to ~/.kimi-code made 31 emitted paths unattributable and 58 emitted hashes unexplained, because three parallel surfaces keyed on the literal .kimi path. - HOOK_CONFIG_RELATIVE_PATHS excluded only .kimi/config.toml, so kimi-code's config.toml became manifest-visible; it embeds a platform-varying node-runner command and must stay out for both products. - HOOKS_ROOTS, the package.json-marker branch and the synthesized-install-metadata pattern each named .kimi only. - tests/fixtures/install-tree/kimi-code.json still recorded the old paths; regenerated via gen:install-tree. Adds the per-PR drift acknowledgment for the 58 paths whose bytes are unchanged but whose destination moved - a ripple no source diff can show, since no hook script was edited. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2755): clear production-tree security advisories The remote runner's npm-integrity gate reported 2 high advisories in the production dependency tree. My diff touches neither package.json nor package-lock.json, so these come from the base -- but a red gate is not something to wave off as pre-existing, so it is fixed here rather than deferred. Lockfile-only, semver-in-range, via npm audit fix: fast-uri 3.1.4 -> 3.1.5 (host confusion via backslash authority introducer) ip-address 10.2.0 -> 10.4.0 (three SSRF / trust-boundary bypasses) hono 4.12.31 -> 4.13.0 (moderate; reverting it traded a high for a moderate, so the full remedy is taken) npm audit now reports 0 vulnerabilities at every severity, npm ci installs clean from the updated lockfile, and the build and the kimi behavior both re-verified afterwards. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * chore(#2755): backfill changeset pr numbers Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-08-03 18:56:42 -04:00
Tom Boucher	fd64389616	fix(#2703): strip GSD-2 frontmatter with the canonical parser (#3027) ... * test(#2703): failing-first coverage for CRLF frontmatter strip in SUMMARY.md Drives the exported buildPlanningArtifacts seam. Rows for CRLF/LF parity, stacked blocks and a leading BOM fail against the current hand-rolled regex; the negative-space rows pin behavior that must not change. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2703): strip GSD-2 frontmatter with the canonical parser buildSummaryMd matched the closing delimiter with a hardcoded bare \n, so a CRLF-authored task summary never matched and fell through to the raw-passthrough branch. The function then prepended its own block, emitting a SUMMARY.md with two stacked frontmatter blocks and no warning. Delegates to stripFrontmatter from frontmatter.cts -- the canonical, line-ending tolerant primitive this repo already deduplicated once (#2143) -- instead of adding another hand-rolled variant. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2703): strip only the first frontmatter block in gsd2 import Adversarial review caught a regression in the first cut: stripFrontmatter loops by design, so a summary body opening with a thematic-break-delimited section (--- / heading / ---) had that section silently deleted. The old pre-#2703 regex preserved it, so shipping the loop would have traded one silent corruption for another. Adds an explicit { once } option to the canonical primitive -- default behavior and the two existing callers are unchanged -- and has buildSummaryMd opt in. A GSD-2 summary is an arbitrary user document, not a GSD artifact with a known doubling failure mode, so a second block there is body content. This also makes the acceptance criterion exact: CRLF now produces the same result LF already produced, rather than a new result for both. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * chore(#2703): backfill changeset pr number Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-08-03 15:21:30 -04:00
Norman Yee	8ad7845f16	test(#2864): add regression test for map-codebase date restamp (#2964) ... * test(#2864): add regression test for map-codebase date restamp The wording fix shipped in #2550 without behavioral coverage, so the instruction could silently revert at any of the six date-stamp sites. This locks all six by reading the two shipped prompt files directly, using a per-file stale regex because the two files phrased the pre-fix instruction differently. * test(#2864): cover both pre-fix phrasings in the workflow stale guard The sequential-fallback site phrased the placeholder-only instruction with backticks and "from init context", so the stale-framing regex never matched it and that site's negative guard was dead. Only the site count caught a revert there. --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-03 12:50:22 -04:00
Dennis Kim	178ec00040	fix(#2787): clarify broken-windows ship blocking enforcement (#2814) ... * fix(#2787): clarify broken-windows ship blocking enforcement * fix(#2787): update renderLedger header to clarify opt-in enforcement * fix(#2787): address maintainer scope and wording review --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-03 12:39:16 -04:00
Dennis Kim	d3ddcaba1c	fix(#2785): implement missing gate predicate evaluators (#2816) ... * fix(#2785): implement missing gate predicate evaluators * fix(#2785): gate predicate numerical coercion * fix(#2785): address evaluator review findings * fix(#2785): use safe frontmatter read seam --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-03 12:16:56 -04:00
𝚌𝚕𝚎𝚣𝚌𝚘𝚍𝚒𝚗𝚐	88f6d9bd1b	fix(#2644): deduplicate Cursor slash menu (#2812) ... * fix(#2644): deduplicate Cursor slash menu * fix: preserve installer executable mode * chore: add changeset for PR #2812 * test(#2644): acknowledge Cursor emission changes * test(#2644): drop spent emitted drift acknowledgments * fix(#2644): remove retired Cursor command converter --------- Co-authored-by: clezcoding <clezcoding@users.noreply.github.com> Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-03 12:05:45 -04:00
Tom Boucher	067a4d1c6c	fix(#2650): bound and auto-recover plan-phase planner/plan-checker stalls (#3015) ... * test(#2650): add failing-first regression for plan-phase stall detection Regression test for gsd_stall_should_recover / gsd_stall_watch and the planner.stall_* config keys, none of which exist yet — proves RED before the fix lands in the next commit. * fix(#2650): bound and auto-recover plan-phase planner/plan-checker stalls Mirrors the already-shipped executor.stall_* pattern (execute-phase.md, bug #3212) but with a dispatch change the executor's prose-only surveillance lacks: the standard planner spawn, chunked-outline planner spawn, chunked-per-plan planner spawn, plan-checker spawn, and revision-loop planner respawn now dispatch with run_in_background=true and are followed by a real, bounded bash poll (gsd_stall_watch) that returns control to the orchestrator on its own schedule instead of waiting indefinitely on a subagent that may never return. On stall, the existing accept-plans/retry/ stop recovery menu (9a/11a) is auto-surfaced instead of requiring a manual interrupt. New config keys planner.stall_detect_interval_minutes (default 5) / planner.stall_threshold_minutes (default 10) mirror executor.stall_*. The helper functions (gsd_stall_should_recover, gsd_stall_watch) live in a new lazily-loaded gsd-core/workflows/plan-phase/steps/stall-detection- helpers.md rather than inline, and per-site prose is kept minimal, because plan-phase.md is frozen under the ADR-857 Phase 6 PRE_PHASE6 gate (tests/phase6-capstone-conformance.test.cjs) with ~36 bytes of headroom at baseline; the net effect is plan-phase.md.md ships slightly SMALLER than before (the old unconditional-wait ORCHESTRATOR RULE sentences are gone at the five touched sites, superseded by the bounded watcher). Also fixes a stale doc comment in tests/workflow-size-budget.test.cjs that still described the per-file workflow-size-baseline.json guard removed by #2724 (ADR-2719 Phase 4) as if it were still the enforcement mechanism — discovered while verifying this fix's own byte budget. Researcher and pattern-mapper spawns are untouched (out of scope per the issue's Agent Brief). * fix(#2650): make gsd_stall_watch single-cycle; harden numeric config inputs Two review findings addressed on top of the prior commit: 1. gsd_stall_watch previously looped internally for the full threshold+interval duration inside ONE Bash tool call (up to 15 min at defaults) — a single call blocking that long risks the host tool's own timeout killing it before it ever prints a result, silently defeating the fix. Redesigned to a single sleep-and-check cycle per call, taking an explicit dispatch_ts so the orchestrator prose can repeat the (short, default 5 min) call until it resolves; the outer threshold is now enforced by dispatch_ts accumulating across calls, not by one call's duration. Documented the resulting trade-off (up to one interval of added latency on the success path) in the changeset and reference doc. 2. PLANNER_STALL_INTERVAL_MINUTES/THRESHOLD_MINUTES are config-controlled values that flow into bash arithmetic ($(( ))). A review flagged this as command injection; empirically verified against both macOS bash 3.2.57 and Docker bash:5 that this is NOT actually exploitable (bash hard-errors on a `$(cmd)`-shaped arithmetic operand rather than invoking it) — but an unvalidated malformed value WOULD abort the stall-watcher itself with that bash error, silently defeating the exact hang-recovery this issue ships. Added integer validation with safe-default fallback, both at the config-resolution point and defensively inside gsd_stall_should_recover. Also adds the previously-missing integration coverage for gsd_stall_watch's real execution (grep/find/date plumbing), not just the pure classifier. * fix(#2650): correct AC2 self-test — helpers doc may name teams-status in prose The AC2 regression test asserted the stall-detection-helpers.md step file never contains the substring "teams-status" at all, but the file's own prose explicitly documents its independence from that guard (containing the word by design). Narrowed the assertion to what actually matters: no second `query teams-status` call site and no gating on it, not a blanket absence of the word. * test(#2650): regenerate golden install-tree fixtures for the new step file gsd-core/workflows/plan-phase/steps/stall-detection-helpers.md is an emitted file (installed for every runtime), so adding it changes the install tree even though it is invisible to docs/INVENTORY.md and docs/INVENTORY-MANIFEST.json (both explicitly scope to non-recursive gsd-core/workflows/*.md — verified against the execute-phase #2930 and pre-existing plan-phase step-file precedent, which are equally absent from both inventory artifacts). The golden install tree snapshots the sorted list of emitted relative paths per runtime, so a file invisible to the inventory is still visible here. Regenerated via `npm run gen:install-tree` — one line added per runtime fixture (19 files), no other drift. * fix(#2650): restore 7 ORCHESTRATOR RULE labels; sync runtime-launcher preamble Two more consequences of extracting helper bodies out of plan-phase.md, both caught by verification (0017e1a78, 9 unique failures): 1. tests/plan-phase-drift-guard.test.cjs (#913) requires at least 7 "ORCHESTRATOR RULE — ALL RUNTIMES" labels in plan-phase.md itself, one per agent spawn site. Moving the full explanatory blocks to plan-phase/steps/stall-detection-helpers.md carried 5 of the 7 labels out with them (only the untouched researcher/pattern-mapper sites kept theirs). Restored a short label at each of the 5 stall-watch sites, trimmed a few more redundant words ("Per 7.99, " — already established by the adjacent step-7.99 pointer) to stay under the frozen PRE_PHASE6 cap (94497 bytes, 21 bytes headroom). 2. tests/runtime-launcher-parity.test.cjs (#373) requires exactly one canonical gsd_run preamble, byte-equal to gsd-core/workflows/_runtime-launcher.snippet.sh, before the first gsd_run call in any workflow .md that calls it (recursive scan under gsd-core/workflows/, unlike the non-recursive inventory/step-tag-balance checks). The new step file's config-get calls use gsd_run without one. Fixed via `node scripts/sync-runtime-launcher.cjs`, verified: exactly 1 preamble occurrence, before the first call, including the .claude/ and .codex/ home fallback arms. Also verified (no fix needed, evidence recorded): the generic `gsd-core-verbatim` identity rule in tests/helpers/emitted-provenance.cjs (roots: ['gsd-core'], pattern matching workflows/.+) self-attributes any new gsd-core/workflows/** path to itself, so the new step file needs no drift-ack entry — consistent with plan-phase.md's own net shrinkage requiring none either. * test(#2650): acknowledge plan-phase.md's +14 byte drift Restoring the 5 ORCHESTRATOR RULE — ALL RUNTIMES labels (#913) flipped plan-phase.md from -142 bytes (post-extraction) to +14 bytes net growth against baseline (94483 -> 94497), which the differential attribution size ratchet (tests/emitted-attribution.test.cjs) correctly flags as unacknowledged growth. Added tests/emitted-drift-acks/2650-plan-phase- stall-detection.json, keyed on the bare filename plan-phase.md per the existing fragment schema (see tests/emitted-drift-acks/2649-diagnose- execute-plan-base-check.json), explaining the growth as exactly the 5 restored labels — still verified under the PRE_PHASE6 cap (94497 < 94519) and satisfying #913's 7-label requirement. * fix(#2650): bind {outputFile} from the real Agent() return — was dead code Independent review blocker: PLANNER_OUTPUT_FILE/CHECKER_OUTPUT_FILE were read by every gsd_stall_watch call but never assigned anywhere in the diff. With the variable permanently empty, `[ -f "$output_file" ]` was always false, marker_found could never become true, and marker_received was unreachable — the marker-based detection path was permanently dead. Worse for the plan-checker spawn specifically: a checker that PASSES touches no *-PLAN.md files, so it had no working completion signal at all without the marker path. A healthy plan-checker finishing cleanly in two minutes would be declared stalled once planner.stall_threshold_minutes elapsed and the recovery menu would fire on an already-succeeded agent — worse than the original unbounded hang. Fixed by replacing the dead bash variable with the `{outputFile}` orchestrator-substitution token, the same convention docs-update.md:471 already uses for a real run_in_background=true Agent() return ("Read tool: file_path: `{outputFile from README agent result}`"). This is a net BYTE SAVING at each site (`"{outputFile}"` is shorter than `"$PLANNER_OUTPUT_FILE"`), which funded moving the full binding explanation — including why plan-checker's *-PLAN.md glob alone is not a working completion signal — into the lazily-loaded reference file to stay under the frozen PRE_PHASE6 cap (94496 bytes, 22 headroom; net +13 over baseline, acknowledged in tests/emitted-drift-acks/2650-plan-phase- stall-detection.json). Added a regression test asserting plan-phase.md itself binds {outputFile} at all 5 spawn sites and contains no dangling $PLANNER_OUTPUT_FILE / $CHECKER_OUTPUT_FILE reference — the previous test suite only exercised gsd_stall_watch's behavior when handed a valid argument, which is why the dead production wiring survived two rounds of review. Also fixed tests/fix-2650-plan-phase-stall-detection.test.cjs:170-195's raw try/finally to use t.after(), per CONTRIBUTING's test-cleanup convention. * chore(#2650): backfill changeset PR number to 3015 * fix: normalize CRLF at the read boundary in all .md-bash-extraction tests Maintainer-authorized scope expansion, folded into this PR rather than deferred: the Windows CI lane on this PR's own tests/fix-2650-plan-phase- stall-detection.test.cjs exposed DEFECT.TEST-SHELL-PIPELINE-NONPORTABLE (CONTEXT.md; recurring since #1700) as a repo-wide latent class, not a one-off. Ten test files parse a fenced ```bash block out of a workflow .md file and execute it via spawnSync/execFileSync; a Windows checkout can yield CRLF line endings despite .gitattributes eol=lf, and bash then treats the trailing \r on every extracted line as part of the token — "unexpected EOF while looking for matching `"'" or a bare syntax error, partway through the script. Added tests/helpers.cjs:readFileNormalized() — strips \r\n -> \n at the read boundary, before any fence-slicing or regex runs, so every downstream operation is correct by construction. Migrated all ten call sites to it: Previously broken (fs.readFileSync with no normalization anywhere between read and spawn): - tests/worktree-cleanup.test.cjs (extractCwdGuardBash) — also fixes a misleading comment claiming the fence regex alone was "CRLF-safe"; it protected only the fence delimiters, never the captured body. - tests/new-milestone-clear-phases.test.cjs (extractFenceBetween, extractFenceContaining) - tests/code-review-pipeline-regression.test.cjs (extractPostProcessingScript) - tests/drift-detection.test.cjs (readGate/bashBlock, plus the snippet-file comparison read in the same test) - tests/graphify-visualization.test.cjs (extractStep3Block) - tests/pause-work-improvements.test.cjs (extractCheckBlock) - tests/plan-review-convergence.test.cjs (extractReviewerFlagsParseBlock and the inline post-config-gate resolution-block slices) Already correct (split(/\r?\n/) then join('\n')), migrated to the shared helper for consistency rather than a fourth/fifth/sixth copy of the same fix: - tests/git-base-branch.test.cjs (extractHandleBranchingBash) - tests/quick-branching.test.cjs (extractStep25Bash) - tests/runtime-launcher-parity.test.cjs (extractResolverSnippet) Verified against a simulated Windows CRLF checkout (not assumed): for both the worktree-cleanup.test.cjs and new-milestone-clear-phases.test.cjs extraction shapes, confirmed the pre-fix code produces a real bash syntax error on CRLF input and the post-fix code does not. One eslint follow-up: local/no-crlf-fragile-split statically flags any bare `\n` inside a markdown-fence-shaped regex, regardless of whether the receiver was already normalized — it cannot see the readFileNormalized() data-flow. Kept `\r?\n` in extractCwdGuardBash's fence regex (redundant but harmless on pre-normalized input) rather than fight the rule. Scope note: this diff is broader than issue #2650's own change (plan- phase.md stall detection) because the Windows lane surfaced a genuine repo-wide defect class while verifying that fix, and the maintainer authorized fixing it here rather than filing it separately and shipping a known-broken pattern. Runtime impact: none — this is a test-harness-only defect. The live orchestrator (Claude Code or another runtime) does not do a byte-exact extract-and-pipe of .md content into a shell the way these tests do; it reads the instructions and generates its own bash invocation text, which does not reproduce a raw CRLF pass-through the same way. Not touched: tests/plan-review-convergence.test.cjs's separate, tracked spawnSync ETIMEDOUT flake under bench load (#3005, reproduced on unmodified next) — unrelated load-sensitivity, not a CRLF symptom. * fix(#2650): remove stale drift-ack fragment — plan-phase.md is self-explaining tests/emitted-drift-acks/2650-plan-phase-stall-detection.json acknowledged plan-phase.md's own emitted-path hash move, but plan-phase.md is directly edited in this diff. Per the emitted-attribution law (ADR-2719, tests/emitted-attribution.test.cjs), a workflow's emitted key equals its own source path (gsd-core-verbatim identity rule), so a direct edit to the source is self-explaining and auto-attributed — no ack was ever needed. Verified via the pre-merge lint (scripts/lint-emitted-drift-ack.cjs, run through npm run lint:ci with a fully cleared eslint cache): it passes clean with the fragment removed, confirming no contradiction between the lint and the runtime attribution gate — this was simply an unnecessary fragment. * fix(#2650): restore plan-phase.md drift-ack — size ratchet demands it against next tests/emitted-drift-acks/2650-plan-phase-stall-detection.json was deleted in the previous commit because, against an earlier verification base, it was inert: it explained a moved emitted hash that a direct edit to plan-phase.md already self-attributes. Against origin/next@f1af47766a the demand is different: plan-phase.md is 13 bytes larger than the base copy, which trips the emitted-attribution size ratchet — a job this same ack also performs. Recreated in the documented shape, keyed on the bare filename plan-phase.md (not the full path, and not restating the byte delta per review guidance), describing the actual change: the {outputFile} binding fix for the dead PLANNER_OUTPUT_FILE/CHECKER_OUTPUT_FILE variables and the 5 restored ORCHESTRATOR RULE labels required by #913, both at the stall-watch spawn sites, with explanatory bodies living in the lazily-loaded gsd-core/workflows/plan-phase/steps/stall-detection-helpers.md reference. Confirmed no other fragment (on this branch or on next) claims the bare key "plan-phase.md" before recreating — scripts/lint-emitted-drift-ack.cjs's duplicate check is an exact string match, and the only other mention of plan-phase.md in tests/emitted-drift-acks/ (2658-trae-instruction-file-path.json) uses the full path as its key, so there is no collision. * fix(#2650): real cause of Windows CI failure — bash -c argv-transport, not CRLF The CRLF diagnosis for PR #3015's Windows failure was wrong. Proven wrong, not assumed: .gitattributes' blanket `* text=auto eol=lf` means a Windows checkout never receives CRLF for stall-detection-helpers.md, and the extracted fence's line 64 is byte-identical and correctly balanced on every platform. The real cause: runShouldRecover() passed a 70+ line, quote-dense script as ONE argv element to `spawnSync('bash', ['-c', script, arg0, ...])` PLUS four more positional args. Windows has no execve — Node serializes that whole argv into a single CreateProcess command-line string, and Git Bash's MSYS layer re-splits and unescapes it with its own rules. The boundary between the script and the trailing args was not stable across that round trip (live evidence: one failure's stderr was prefixed `gsd_stall_should_recover_test:` — arg0 arrived — another `/usr/bin/bash:` — arg0 did not). Fixed by writing the script to a temp file and running `bash <file> <args>` instead — the four values are now normal, quote-free positional args, and the script itself never enters argv transport at all. Mirrors tests/quick-branching.test.cjs's extractStep25Bash/runStep, which already uses this exact shape and is green on Windows on `next`. tests/worktree-cleanup.test.cjs's extractCwdGuardBash/runGuard stays on `bash -c` but never appends extra positional args beyond the script itself, so it never hits the same boundary — checked both siblings per review, not assumed. Corrected the now-actively-misleading CRLF comment in extractStallHelpersBash(), and corrected the changeset's claim that the repo-wide CRLF-normalization fix (folded into this branch, maintainer- authorized) explains this PR's own Windows failure — it doesn't, though it remains defensible on its own merits as general test-portability hardening. Separately, while auditing the shipped (non-test) gsd_stall_watch for Windows portability per review request, found and fixed a second, real user-facing defect: the artifact-freshness check used GNU find's `-newermt "@<epoch>"` shorthand, which the BSD find(1) actually shipped on macOS does NOT understand ("Can't parse date/time: @<epoch>", verified live against /usr/bin/find on both a stale and a genuinely fresh file). With the adjacent `2>/dev/null`, that failed silently and permanently degraded artifact_fresh to false on every macOS run — a plan-checker or planner actively writing plan files could still be reported "stalled." Replaced with `find $glob -mmin -N` ("modified less than N minutes ago"), which needs no date-string parsing and is supported identically by GNU find and BSD find; verified live that the old shape fails and the new shape passes against the same real fresh file. Added a real-execution regression test (gsd_stall_watch with `sleep` stubbed to a no-op so the test doesn't actually wait, but the real `find ... -mmin` line still runs) proving the fix, replacing the prior "not integration-tested" note for that path. Note: the remote gsd-test runner is Linux-only, so it cannot itself confirm the Windows fix — only the actual windows-latest CI lane can. * fix(#2650): route the third bash -c call site through the same temp-file seam runWatch() and a `-mmin` regression test still passed their script via `bash -c <script>` after the previous commit only converted runShouldRecover() — live Windows CI on 4b86cc57f confirmed the mechanism: failures went 11 -> 4, and `full test (windows-latest, 22, shard 1/3)` and `shard 2/3` flipped from fail to pass, but the remaining 4 failures (all in this file, all still `bash: -c:`) were exactly the gsd_stall_watch describe block, which runWatch() serves. runWatch() passes NO extra positional args at all, so this also rules out the trailing-args theory from the prior commit: the ~73-line, quote-dense script itself is what does not survive Windows argv serialization when passed as a single `-c` element, regardless of how many (if any) further argv elements follow it. Extracted one shared runBashScript(script, args, opts) helper — write to a fs.mkdtempSync'd file, run `bash <file> [args...]`, clean up in `finally` — and routed all three bash-invoking call sites in this file through it (runShouldRecover, runWatch, and the -mmin freshness test that builds its own script inline for the `sleep` stub). One transport seam means a fourth call site in this file cannot silently reintroduce the bug in isolation, which is exactly what happened here with a second call site. Corrected extractStallHelpersBash()'s doc comment a second time to state the mechanism precisely (script content, not argv-element count) and cite the live evidence (11->4 failures, shards 1 and 2 flipping green) so the next reader does not have to rediscover it. Audited every other bash-invoking call site in files this branch touches, per review request: - tests/code-review-pipeline-regression.test.cjs (runPostProcessing), tests/graphify-visualization.test.cjs (runBlock), and tests/drift-detection.test.cjs (two execFileSync('bash', ['-c', ...]) sites, one of them carrying the same giant runtime-launcher preamble text) — all pre-existing, UNCHANGED by this branch (only touched for the readFileNormalized() CRLF swap), and already exercised on `next`'s last six Windows CI runs per the reviewer's own citation. Left as-is: no evidence of failure, and converting untested pre-existing code outside #2650's scope on an unverifiable guess would be its own risk. - tests/git-base-branch.test.cjs (runHandleBranchingStep) and tests/quick-branching.test.cjs (runStep) already use the same temp-file pattern. No action needed. - tests/runtime-launcher-parity.test.cjs (runResolver) uses `bash -c` but is explicitly `if (process.platform === 'win32') return '';` guarded off on Windows entirely, for an unrelated extension-less-PATH-stub reason — never reaches Windows argv transport at all. No action needed. - tests/worktree-cleanup.test.cjs (runGuard) confirmed by the reviewer as correct and verified; not touched, per instruction. Do not touch: the -mmin fix, the drift-ack fragment, the changeset — all three confirmed correct in prior rounds and left untouched here. Note: the remote gsd-test runner is Linux-only and cannot confirm this; only the windows-latest lanes on #3015 can. * fix(#2650): give runBashScript a default timeout runShouldRecover() was the only one of the three call sites through runBashScript() with no timeout — runWatch() and the -mmin test both pass timeout: 10000 explicitly. Not a regression (this path never had a bound before), but CONTEXT.md's unbounded-subprocess guidance applies directly, and runShouldRecover() is driven repeatedly by a fast-check property test: one pathological input that fails to terminate would hang CI indefinitely instead of failing. timeout: 10000 is now the helper's own default, with ...opts spread after it so the two existing explicit timeout: 10000 call sites are unchanged and any future caller inherits a bound automatically. * fix(#2650): build the -mmin freshness test's glob with forward slashes Windows CI on d6ddda6ea reported the last failure: the -mmin regression test expected 'active' but got 'waiting' — find matched nothing, the same silent-degradation shape as the macOS -newermt defect, but this time in the test's own fixture rather than the shipped bash. Traced what production actually passes: every gsd_stall_watch call site in plan-phase.md builds artifact_glob as `"${PHASE_DIR}"'/*-PLAN.md'` — PHASE_DIR is a POSIX-style .planning/phases/NN-slug value, and the whole thing runs under Git Bash regardless of host OS, so production's glob is always forward-slash. The test instead built it with `path.join(tmp, '*-PLAN.md')`, which on Windows yields a backslash path (C:\Users\RUNNER~1\...\*-PLAN.md). In bash pathname expansion a backslash escapes the next character, so that pattern can never match a real path — find silently returns empty under the existing 2>/dev/null, same shape as the macOS bug. Confirmed as a test artifact, not a production defect: production never constructs the glob this way, so no Windows user is affected. Fixed by forward-slashing the tmp dir before appending the glob suffix, matching production's own convention, with a comment recording why (so a future "simplify this back to path.join" edit doesn't silently reintroduce the failure). The shipped bash's unquoted $artifact_glob is untouched — quoting it would break the multi-file glob expansion it exists for. Note: the remote runner is Linux-only and already passed clean at d6ddda6ea (0/29,603, both node lanes); only the windows-latest lanes on #3015 can confirm this fix. * fix(#2650): forward-slash the three remaining runWatch globs (vacuous-pass CR) The :353 fix (833c11da9) only converted the -mmin freshness test's glob. Three sibling tests in the same describe block still built theirs with path.join(tmp, '*-PLAN.md'), which yields a backslash path on Windows. Two of those three were silently passing for the wrong reason: the '-> stalled' and '-> waiting' tests both expect the glob to match nothing, and on Windows a backslash path matches nothing regardless of whether the directory is actually empty (bash eats each backslash as an escape before the pattern is even evaluated). They would have passed identically with glob expansion completely broken, which is a vacuous pass — not exercising what they claim to. The third ('-> marker_received') is outcome-independent of the glob, so it was merely inconsistent rather than wrong. Converted all three to the same `${tmp.replace(/\\/g, '/')}/*-PLAN.md` construction already used at the -mmin test, so every glob in the file now matches production's own forward-slash `"${PHASE_DIR}"'/*-PLAN.md'` shape, and the two negative tests are meaningful on Windows instead of accidentally correct. Reworded the trailing comment on the 'stalled' test's glob line: it now describes the fixture (the tmp dir contains no *-PLAN.md files) rather than the pattern, since "matches nothing" read as a property of the glob syntax when it's a property of what's on disk. No assertion, the sleep stub, runBashScript, or the shipped bash changed. Smoke-tested all three updated tests manually before committing (not via node --test): marker_received / stalled / waiting, all correct. * fix(#2650): fix own regression tests for #2993's plan-phase.md relocation 531101843's merge with origin/next brought in #2993 (unrelated, epic #1671 Phase 6.2), which extracted plan-phase.md's whole "Chunked Planning Mode" section into gsd-core/workflows/plan-phase/steps/chunked-planning-mode.md, leaving a <!-- gsd:section --> pointer behind. tests/plan-phase-drift-guard. test.cjs (#913) was already updated to read the combined surface (host file + every steps/*.md) so its label count didn't go blind — my own #2650 regression tests were not, and searched plan-phase.md alone for the two chunked spawn sites' headings, which no longer exist there. Two tests failed outright (indexOf returning -1); a third ("standard planner spawn") was silently weakened to an unbounded slice-to-EOF by the same relocation, since its own end-boundary heading also moved — passing by accident rather than by testing what it claimed. Promoted the drift guard's local readPlanPhaseCombined() to a shared, exported tests/helpers.cjs readWorkflowCombined(workflowPath) (host file + sorted steps/*.md, CRLF-normalized at the read boundary) so a second, divergent implementation is never written — the drift guard now delegates to it via a same-named local wrapper, unchanged at every existing call site. Fixed the three affected tests in tests/fix-2650-plan-phase-stall-detection. test.cjs: - "standard planner spawn (step 8)": end boundary changed from the now-gone "## 8.5. Chunked Planning Mode" heading to "## 9. Handle Planner Return", which still exists in plan-phase.md. - "chunked outline spawn (8.5.1)" / "chunked per-plan spawn (8.5.2)": now read gsd-core/workflows/plan-phase/steps/chunked-planning-mode.md directly (not the generic multi-file combined blob, whose file-sort ordering would put unrelated step files between 8.5.2's slice and any downstream anchor) — the same heading-to-heading slicing as before still works because the file is small and self-contained. - Extended the "no unbound $PLANNER_OUTPUT_FILE/$CHECKER_OUTPUT_FILE" check to also scan chunked-planning-mode.md, since two of the five spawn sites now live there. - Added a new count-based test asserting exactly 5 (not "at least one") `gsd_stall_watch "$TS" "{outputFile}"` invocations across the combined surface, mirroring #913's own label-count guard, so every one of the five spawns stays provably bounded and a future relocation can't silently drop one without a test noticing. Also added a small positive test that plan-phase.md's <!-- gsd:section --> pointer to chunked-planning-mode.md exists (#2993 is unrelated to #2650 but its presence is now load-bearing for where 2 of the 5 spawn sites live). Audited every other test file in the repo for a stale reference to content #2993 relocated (searched for the moved headings/prose and for "chunked-planning-mode"/"CHUNKED_MODE" across all *.test.cjs): only this file and the drift guard needed changes. tests/issue-2762-plan-reviews-chunked.test.cjs already reads chunked-planning-mode.md directly (brought in correct by the same merge). gen-section-manifest.test.cjs, init.test.cjs, and workflow-fragments.test.cjs reference "chunked-planning-mode" only as a manifest/section-id fixture value for #2993 itself, not as a stale pointer to relocated content. Did not touch: the ported ORCHESTRATOR RULE lines, run_in_background=true, the glob constructions, runBashScript, the -mmin change, the timeout default, or the drift-ack fragment (confirmed correct against the stale local `next` ref two rounds ago and left alone). --------- Co-authored-by: sim <sim@local>	2026-08-03 10:46:22 -04:00
Tom Boucher	ad3b9ec486	chore(#1671): fragmentize plan-phase.md and repair flag forwarding to the init bundle — Phase 6.2 (#3019) ... * chore(#2993): fragmentize plan-phase.md onto the fragment model Epic #1671 Phase 6.2. plan-phase.md is the largest workflow in the repo and carried zero markers; it was deferred out of the Phase 3 pilot for two reasons, both now dead. The 36-byte PRE_PHASE6 headroom was never the blocker it looked like — fragmentizing is net-negative on host source, so the trim is what creates the room. The --mvp interleaving was resolved by measurement in #2992 and no sub-line mechanism is built. - widen WHEN_VOCABULARY 14 -> 19 via a second coordinated ADR-1671 amendment: flag:--ingest, flag:--prd, flag:--research-phase, flag:--reviews, state:chunked-mode - state:chunked-mode is `--chunked` OR config workflow.plan_chunked, and that disjunction is resolved in the FACT, never in the grammar, so a compound condition never becomes an operator - parse the new flags on the plan-phase route; extract six gated bodies to gsd-core/workflows/plan-phase/steps/ behind manifest-gated stubs - prd-express-path.md was already extracted but read unconditionally; its wrapper is now gated, so the existing extraction finally pays off plan-phase.md 94,483 -> 87,575 bytes (cap 94,519): headroom goes from 36 bytes to 6,944. Also closes a surfaced docs gap: five real plan-phase flags (--chunked, --skip-ui, --bounce, --skip-bounce, --granularity) were documented in neither the argument-hint nor help. Making --chunked load-bearing without fixing its siblings would leave the defect class half-open. Refs #2993 * fix(#2993): forward flags to the init bundle so section gating actually fires Blocker found by the correctness review, confirmed directly, and missed by both the isolated reviewer and every test in this branch. Neither workflow forwarded its flags to the init CLI: plan-phase.md:71 INIT=$(gsd_run query init.plan-phase "$PHASE" $GRAN_PARAM) execute-phase.md:84 INIT=$(gsd_run query init.execute-phase "${PHASE_ARG}") So every flag: atom was permanently false in production and its section permanently excluded. For plan-phase that made the PRD express path UNREACHABLE — a regression, since it was an unconditional read before. For execute-phase this is PRE-EXISTING: #2932 shipped `flag:--wave` gating that has never once been true, so `--wave` silently dropped its own wave-filtering guidance. Fixed here under the no-defer rule. Why every test missed it: they drive the init CLI directly with flags, which works. Production goes through the workflow's bash line, which did not pass them — the exact "assert against the shape production uses" trap this branch's own test matrix warns about. - parse and forward --prd/--ingest/--research-phase/--reviews/--chunked (plan-phase) and --wave (execute-phase), using the anchored regex idiom the neighbouring GRAN_PARAM line already uses - add a regression guard DERIVED FROM THE MANIFEST: for every flag:--X section, the owning workflow's init line must forward --X. It fails against the pre-fix files and covers any future atom, rather than spot-checking today's six. Verified through the workflow shape, not the CLI shape: `3 --prd spec.md` now yields ["prd-express-gate"] (was []), `2 --wave 2` yields ["partial-wave"] (was []). Refs #2993 * test(#2993): acknowledge the execute-phase ripple and regenerate install-tree fixtures Remote matrix was red with 46 unique failures, identical on both lanes. Both causes are mechanical consequences of changing shipped workflow content, and neither is visible to any local gate. - emitted-attribution: execute-phase.md grew 163 bytes from the WAVE_PARAM forwarding fix and was unacknowledged, while the ack fragment named plan-phase.md, which SHRANK and therefore needed no ack at all — a stale entry is itself a failure. The reason now names the real ripple. The entry had to merge into the existing 2930 fragment: the ack linter does unconditional cross-fragment duplicate-key detection with no spent/live exception, so a second fragment declaring execute-phase.md collides even when the first is already merged and inert. Resolved per the linter's own guidance and that file's precedent of appending successive ripple reasons to one entry. - golden-install-tree: tests/fixtures/install-tree/*.json are committed and deliberately excluded from the ADR-2719 attribution cutover, so they must be regenerated when shipped tree content changes. Regenerated after build:lib per the ordering landmine. 19 runtimes each gained exactly the six new plan-phase step files; zero paths removed, which is the absolute failure shape those fixtures exist to catch. Refs #2993 * fix(#2993): restore the launcher preamble in an extracted step and follow moved content in its drift guards Second red run: 26 unique failures, identical on both lanes, in two classes. RUNTIME BUG (runtime-launcher-parity, 7 failures) — chunked-planning-mode.md calls gsd_run but carried no canonical launcher preamble, which is what DEFINES gsd_run(). On any non-Claude runtime that step would fail outright. The preamble is now copied verbatim from the canonical source of truth, gsd-core/workflows/_runtime-launcher.snippet.sh, and the fence dedented to column 0 to match the prd-express-path.md sibling (a list-continuation indent breaks the byte-equal preamble match). prd-express-path.md already had a correct one. This is the same defect #2932 hit when it extracted steps; the parity test caught a real bug, not a stale assertion. DRIFT GUARDS (plan-phase-drift-guard, issue-2762-plan-reviews-chunked, skill-frontmatter-contract) — these assert plan-phase.md contains content this branch moved into step files. Retargeted at where the content now lives, with the asserted property unchanged; the ALL-RUNTIMES label COUNT test now reads host + every step file so the count is preserved across the split rather than reduced. Each retargeted guard was verified to still fail when its step file is stripped, so none was weakened into vacuity. No emitted-drift ack was needed: currentSizes() enumerates gsd-core/workflows/*.md non-recursively, so files under plan-phase/steps/ are never in the size ratchet's scope. Refs #2993 * chore(#2993): backfill changeset pr number to 3019 --------- Co-authored-by: sim <sim@local>	2026-08-03 09:38:58 -04:00
Tom Boucher	9640968f8e	fix(#2847): require gap_closure value in plan-gap-closure schema and bind validate_plan to it (#3018) ... * test(#2847): add failing-first regression tests for gap-closure frontmatter schema gap --gaps did not load a machine-checked requirement for gap_closure: true. The planner's only validation gate (frontmatter.validate --schema plan) never required it, and plan-phase.md's downstream_consumer contract never mentioned it either, so gap-closure plans could pass validation while missing the field that /gsd:execute-phase --gaps-only filters on. These tests are RED against current production code: no plan-gap-closure schema exists yet, and neither agents/gsd-planner.md's validate_plan step nor plan-phase.md's downstream_consumer block references gap_closure conditionally. * fix(#2847): enforce gap_closure via plan-gap-closure schema --gaps did not load a machine-checked requirement for gap_closure: true. The planner's only validation gate (frontmatter.validate --schema plan) never required it, so a gap-closure plan could pass validation while missing the field /gsd:execute-phase --gaps-only filters on, silently spawning zero executors. Add a plan-gap-closure schema (every plan-required field plus gap_closure) and make the planner's validate_plan step select it when gap_closure mode is active, plan otherwise. Standard/reviews-mode plans are unaffected: plan's required fields are unchanged. plan-phase.md's downstream_consumer block was investigated for a symmetric mention but deliberately left untouched: it sits 36 bytes under the frozen ADR-857 PRE_PHASE6 ceiling and the validate_plan step in gsd-planner.md is the actual call site, needing no help from plan-phase.md's prose. * fix(#2847): compact validate_plan edit under gsd-planner.md size caps Merging origin/next (7 commits, including #2775's gsd-planner.md STRIDE-row edit) left only 22 chars of headroom under four separate hard-coded 49152-char caps on gsd-planner.md (planner-decomposition, precondition-element, reversibility-tagging, security.test.cjs). The verbose validate_plan prose from the previous commit overran all four. Compact the edit to a single line (net +17 chars vs origin/next) while keeping the functional content: schema name, mode condition, and the unchanged base required-fields list. Also: - Fix a real bug in the fix-2847 negative-assertion test: plan-phase.md mentions the literal string "<downstream_consumer>" twice in backtick-quoted prose before the actual opening tag, so a plain indexOf() grabbed the wrong start position and swallowed ~10KB of unrelated content (including a "gap_closure" hit in a Mode: enum line), producing a false failure. Anchor on the tag starting its own line instead. - Merge the emitted-drift-ack fragment for gsd-planner.md with the #2775 fragment brought in by the merge (both named the same path; two ack sources may never name the same path) and correct its byte delta to the actual final number. * fix(#2847): drop stale merge-inherited emitted-drift-ack fragments Merging origin/next brought in three new emitted-drift-ack fragments (1700, 2658, 2775) relative to this branch's fork point. #2775 collided with my own gsd-planner.md key and was already consolidated. #1700 and #2658 don't collide, but none of their entries name a path this branch's actual diff touches (git diff --name-only origin/next...HEAD) — the ripples they explain are already baked into the current next baseline, so they explain nothing here and the emitted-attribution gate correctly reports them as stale (verified live: spike-wrap-up.md from #1700). Delete both fragment files. Neither is referenced by any test beyond a stray comment pointing at an unrelated diagnosis artifact path, not the ack fragment itself. * fix(#2847): restore merge-inherited ack fragments deleted in error 1700-spike-manifest-idea-scoping.json and 2658-trae-instruction-file-path.json exist on origin/next (landed via other, already-merged PRs) and arrived on this branch unchanged via the origin/next merge. The previous commit deleted them to satisfy a stale-acknowledgment finding, but the finding was about the acks being MODIFIED in this diff, not about needing to stop existing — deleting them would have silently reverted two other PRs' already-merged, already-justified byte growth. Restored byte-identical to origin/next (git diff origin/next -- <path> empty for both). 2775-planner-package-legitimacy-gate.json stays consolidated into 2847-gap-closure-validate-plan-step.json: that one was a genuine hard key-collision (two fragments naming the same gsd-planner.md path, which lint-emitted-drift-ack hard-blocks), not a pass-through case. * fix(#2847): bind --schema to gap_closure mode, not hardcode it Prior revision left the validate_plan bash invocation unconditional (--schema plan)) while only the prose sentence above it described the gap_closure-mode branch. An agent executing the shown line literally always validated with the plan schema, so a gap-closure plan missing gap_closure: true still reported valid:true — #2847 reproducing unchanged. Existing tests didn't catch it: they checked for substring presence anywhere in the step, which the prose alone satisfied. Change the bash line to --schema "$SCHEMA" — a real shell-variable reference in the same placeholder convention this file already uses for "$PLAN_PATH" (never literally assigned; the agent resolves it from context, same as PLAN_PATH). A genuine if/then bash conditional already exists elsewhere in this file (load_project_state's INIT @file: check), confirming executed conditionals, not merely descriptive prose, are the established pattern here. Rewrite the regression test to assert on the bash block's literal --schema argument: reject a hardcoded plan) or plan-gap-closure) literal, require a variable reference, and require the step's prose to bind that same variable name. Verified RED against the prior revision and GREEN against this one before committing either state. * fix(#2847): CRLF-safe tests, drop unexplained ack, require gap_closure=true Four items from independent review, all landing together per request: 1. The #2847 regression test file had two CRLF-fragile regexes (local/no-crlf-fragile-split): a bare \n on readFileSync content means a real \r\n checkout returns invocationLine === null and all four executable-content assertions stop asserting anything while still reporting green. Both now use \r?\n. Prior lint report of exit 0 was a false green from a stale eslint cache. 2. The 2847 drift-ack fragment explained nothing: a direct edit to agents/gsd-planner.md is self-explaining, drift-acks exist for emitted-artifact ripple that cannot be traced to a changed source path. Deleted. Restored the 2775 fragment byte-identical to next (git diff --name-status next...HEAD -- tests/emitted-drift-acks/ now prints nothing) — it only conflicted with the now-deleted 2847 fragment, never needed touching itself. 3. plan-gap-closure validated gap_closure by PRESENCE only (unchanged since the original #2847 fix), so gap_closure: false satisfied it — --gaps-only filters strictly on gap_closure === true, so a false-valued plan still validates green and still spawns zero executors: #2847's exact reported symptom, one value away. Added an optional requiredValues map to FRONTMATTER_SCHEMAS; plan-gap-closure now requires gap_closure to equal the string "true" (extractFrontmatter parses every scalar as a string) in addition to being present. Every other schema/field keeps the original presence-only contract. The row that had documented the hole instead of closing it now asserts the fix; a matching unit test locks requiredValues on FRONTMATTER_SCHEMAS. 4. The "names the plain plan schema" assertion matched the bare substring "plan" anywhere in the step, which verify.plan-structure satisfies incidentally a few lines below — the assertion could not fail even if the plain-plan branch were deleted from the prose. Changed to match the standalone backtick-quoted plan token. * fix(#2847): remove contradictory leftover assertion in Row 6 test The gap_closure:false test asserted !present.includes('gap_closure') (correct — matches the implementation's fold-wrong-value-into-missing semantics) immediately followed by a stale, unedited leftover from an earlier draft of the same test asserting the opposite: present.includes('gap_closure'). The second could never pass once the first did; both were in the same diff. Verified before committing: searched every consumer of frontmatter.validate output (agents/gsd-planner.md, docs/CLI-TOOLS.md, all other test files) for any read of the present field — none exist. Nothing depends on "present" meaning "physically exists regardless of value correctness", so the implementation's fold (present/missing stay a full partition of required) is the right call; the test needed to agree with it, not the other way around. Manually replayed all six rows in the plan-gap-closure describe block against the built CLI to confirm each now passes. * fix(#2847): prototype-key guard, wrong-value diagnostic, doc fixes, vacuous tests Six items from an independent SHIP_VERDICT:no review, landing together per request: 1. Prototype-key crash (src/frontmatter.cts): FRONTMATTER_SCHEMAS[schemaName] was an unguarded lookup, so --schema __proto__ (also constructor, toString, hasOwnProperty, valueOf) resolved to an Object.prototype member instead of undefined, the `!schema` check never fired, and the command crashed with an uncaught TypeError and a stack trace instead of "Unknown schema". Now reachable from prompt state (--schema is an agent-bound $SCHEMA), not just an unreachable literal. Guarded with Object.prototype.hasOwnProperty.call before the lookup, checked and rejected before assignment so `schema`'s type stays non-optional. Added a test for all five prototype keys. 2. Wrong-value diagnostic (src/frontmatter.cts, agents/gsd-planner.md): the strict gap_closure === "true" check from the previous fix was correct (fail-closed) but silent about WHY — a plan with gap_closure: True got "missing", indistinguishable from genuinely absent, even though the field is plainly in the file. Added an `invalidValue` field to the validate JSON (present but wrong-valued, disjoint from missing/present) and updated validate_plan's prose to state the exact required literal and explain invalidValue, within the remaining byte budget (49130/49152). 3. docs/reference/plan-md.md: fixed three inaccuracies in the gap_closure row — "this field plus every field above" implied `requirements` (documented Required: Yes) is schema-enforced, it is not; "Type: boolean" implied YAML True/TRUE/yes/1 are accepted, they are rejected (exact string match on literal lowercase true); "must never carry it" stated an unenforced rule as fact. Also switched /gsd:plan-phase and /gsd:execute-phase to the house-style hyphen form for docs/. 4. Vacuous negative assertions (tests/fix-2847-gap-closure-frontmatter.test.cjs): RegExp#test coerces a null invocationLine to the string "null", so both hardcoded-literal checks passed vacuously even if the step or its bash block were deleted entirely. Added a truthy precondition check first. 5. Deleted vacuous/pass-always tests: four in tests/frontmatter.unit.test.cjs strictly subsumed by (or, for the "superset" test, tautologically guaranteed by the same spread as) the deepEqual exact-list test; two describe blocks in the #2847 regression file that were already GREEN at the RED commit (5e5897cd2f17ebf2fc55757bae651bbbeb236289) and pinned untouched files rather than covering anything this change altered — one of them additionally forbade any future legitimate gap_closure mention in plan-phase.md, a trap for whoever frees up that file's byte budget later. 6. .changeset/clever-newts-wake.md: switched /gsd:plan-phase and /gsd:execute-phase to /gsd-plan-phase and /gsd-execute-phase — changesets render verbatim into CHANGELOG.md with no converter in the path, so the colon form would have reached readers naming a command no runtime registers. * chore(#2847): backfill changeset pr number (#3018) --------- Co-authored-by: sim <sim@local>	2026-08-03 09:16:29 -04:00
Tom Boucher	77dbfb961d	fix(#2645): persist verification verdicts so deletion cannot raise completeness (#3016) ... * test(#2645): pin failing-first regression coverage for verification-deletion ledger Deleting a *-VERIFICATION.md file after a failing gaps_found/human_needed verdict was recorded silently raises reported workstream completion — the deletion is indistinguishable from "verifier never ran" at the verdict-lookup layer. These tests pin the correct behavior (deletion must never raise completed_phases/progress_percent) and fail against the current code, which has no such protection. * fix(#2645): persist verification verdicts across deletion in workstream rollup FAILING_VERIFICATION_STATUSES gated phase completeness on a verdict read fresh from *-VERIFICATION.md on every call. Deleting that file made "verifier found gaps, report later deleted" indistinguishable from "verifier never ran" (both read the internal 'missing' sentinel), so removing evidence silently raised completed_phases/progress_percent. Persist the last real verdict observed per phase key in a ledger file at the workstream directory level (outside every phase directory, so the same deletion that triggers the hole cannot also erase the memory of it). The ledger is consulted only when a live read comes back 'missing' and is updated whenever a real verdict is observed, so a genuinely re-verified phase is never permanently pinned, and verifier-disabled or not-yet-verified phases are unaffected (no ledger entry is ever created for them). Ledger-winner selection walks phase directories in the same sorted order buildWorkstreamInventory's own duplicate-directory tie-break uses, so a stale same-numbered directory can never clobber the live directory's remembered verdict on an exact mtime tie. Adds fault-injection coverage for the ledger read/write per CONTRIBUTING.md's filesystem-writes rules. * fix(#2645): redesign verification ledger to fail closed, not open The two-state ledger read (any read/parse failure -> "nothing remembered") failed OPEN: deleting the ledger alongside the report, or simply corrupting it while the report was already gone, degraded to the same 'missing' sentinel this issue exists to stop trusting -- silently reopening the completion-inflation hole one level up. Redesigned as a three-state read distinguishing 'absent' (no ledger file at all -- ENOENT specifically, disambiguated from a broken symlink via lstatSync) from 'corrupt' (file exists but unreadable/unparseable/ wrong shape) from 'ok'. Only 'absent' behaves as pre-fix (ungated) -- deliberate, since every existing project is in that state for every workstream on the day this ships. 'corrupt' and 'ok' both fail closed for a phase with no trustworthy entry, via a new internal sentinel 'unrecorded' added to FAILING_VERIFICATION_STATUSES. A corrupt ledger is not a permanent wedge: it is only overwritten when a real verdict is actually observed (never patched with an empty object), so re-verifying even one phase repairs the file. The ledger write is now atomic (temp file + rename, mirroring broken-windows.cts's writeLedgerAtomic/renameWithRetry shape) so this fix does not itself produce the corrupt files it now treats as security-relevant. Disclosed, accepted residual gap, pinned as an explicit test: deleting the ledger file itself (not just the report) still returns a workstream to the pre-adoption 'absent' state. This is inherent to any design where a wholly-absent store must be safe by default -- the alternative is gating every never-verified phase in every project on upgrade. Rail B is prospective only; a phase deleted before this fix shipped cannot be retroactively recovered. Also: dropped 'stale' from the Row 9 property test's REAL_STATUSES (it does not round-trip through readVerificationStatus as written, so including it claimed coverage the test did not have), converted two try/finally test bodies to t.after(), and added the remaining CONTRIBUTING.md fault-injection cases (broken symlink, missing parent directory, rename failure, temp-file cleanup). * fix(#2645): share the rollup winner selection to close a scoping gap BLOCKER: the ledger-winner selection in workstream-inventory.cts compared raw mtimes with no milestone-scoping filter, while the builder's own rollupDirByKey filters out-of-milestone directories before comparing. In a scoped workstream, a stale out-of-milestone duplicate-key directory with a newer mtime could win the ledger's selection while losing the builder's -- so deleting the LIVE directory's report never consulted the ledger, reopening #2645's hole for the phase that actually counts toward completed_phases, reachable with a plain rm. Extracted pickRollupWinners as the single shared implementation both rollupDirByKey and the ledger's winner selection now call, with the identical scoping filter -- two independent hand-written copies of "pick the winner" is what produced the divergence; one implementation makes the bug class structurally impossible rather than merely tested against. Added a unit-level proof (synthetic same-key entries with opposing inclusion/mtime) and an integration-level proof (a scoped workstream asserting an out-of-milestone verdict is never written into the ledger). Also: disclosed a third residual limitation in the changeset (editing a ledger entry by hand plants a permanent false verdict -- worse than deleting the ledger, since it looks like genuine history; not made tamper-proof, that's scope creep here); fixed a non-ENOENT lstatSync failure falling open to 'absent' instead of failing closed like every other path in that function; and fixed two test bugs a real gsd-test run caught -- Row 11's write-failure mock matched only the final ledger path, but the atomic-write refactor moved the real write target to a temp file, so the mock silently stopped intercepting anything and the test's own assertion caught its own staleness. * test(#2645): relabel Row 19 honestly and pin the lstat fail-closed fix Row 19 used two DIFFERENT phase keys (1-old, 2-new), so it never exercised the same-key collision the milestone-scoping blocker fix addresses -- the pre-fix, unshared ledger-winner code would have satisfied it too. Its docstring called it the integration-level proof of the blocker; it is not. Relabeled both rows accurately: Row 18 (synthetic same-key data) is now stated as the only row that proves the collision end to end, and Row 19 is described for what it genuinely covers -- a distinctly-keyed out-of-milestone phase's verdict never reaching the ledger, real coverage but not the collision case. Extensive probing (documented in 10-diagnosis.md) could not construct a natural directory-naming pair that shares a rollup key while diverging in milestone membership under the current roadmap-parser implementation, so the collision proof stays unit-level by necessity, not convenience. Also added a test pinning the lstat fail-closed fix: readVerificationLedger disambiguates a broken symlink (ENOENT from readFileSync) from genuine absence via a follow-up lstatSync call, and only lstatSync itself reporting ENOENT is proof of absence. A double-fault (readFileSync ENOENT, lstatSync a DIFFERENT code) cannot occur on a real filesystem, so it's monkeypatched directly -- without a test, a future edit could re-widen that catch back to "any lstat failure means absent" and fall open again silently. * chore(#2645): backfill changeset PR number to 3016 --------- Co-authored-by: sim <sim@local>	2026-08-02 23:43:32 -04:00
Tom Boucher	f1af47766a	chore(#1671): widen the when= grammar and key the section manifest per workflow — Phase 6.1 (#3013) ... * chore(#2992): widen the when= grammar and key the section manifest per workflow Epic #1671 Phase 6.1. Two blockers stopped the fragment model reaching any file beyond execute-phase.md: the when= vocabulary was frozen at 4 atoms (3 execute-phase-specific), and the section manifest was single-workflow by construction with 'execute-phase' hardcoded into buildSectionManifestField. - widen WHEN_VOCABULARY 4 -> 14 via a coordinated ADR-1671 amendment; the grammar stays CLOSED (one atom, no operators, negation or nesting) and WHEN_PREDICATES stays a hand-written literal map, never deriving a predicate from its atom string - InvocationFacts gains flags: ReadonlySet<string> plus three computed state booleans; add the missing reverse vocabulary/predicate parity guard - key the manifest artifact per workflow; a stale flat {sections:[...]} artifact now fails shape validation instead of being misattributed - wire the field into six init entry points and parse the flags each needs An atom ships only with both a real consuming section and a fact the init seam actually computes. Six surveyed atoms are withheld because their workflows have no dedicated init entry point; an atom without a computed fact evaluates false forever and silently disables its own section. Fixes a defect found while wiring: parseNamedArgs always materializes a boolean flag key, so folding its false into the absent sentinel is required or every flag reads as present and gating is silently always-on. Also resolves ADR-1671:194 by measurement: --mvp stays unmarkable, because its interleaved sites are always-run flag resolution and a ~340 byte block that already delegates lazily. Refs #2992 * fix(#2992): treat any falsy option value as an absent flag and reject unsafe manifest read paths Findings from two orthogonal reviews (Claude /code-review + an isolated adversarial pass); both independently reproduced the first one. - MAJOR: the flags-builder treated only `undefined` as absent, but parseNamedArgs yields `null` for an absent value-flag and `false` for an absent boolean-flag, so `--granularity` read as present on every plan-phase invocation. Fixed at the root: a flag is present iff its option value is truthy. The six per-handler `|| undefined` folds are now redundant and removed, which also closes the duplicate-translation and missed-onboard-handler findings. - MAJOR: state:needs-codebase-map had zero coverage. Added unit, property and real-CLI integration tests. - MINOR: reject absolute, UNC/drive and `..`-traversing `read` paths in the manifest, degrading the whole load to null like every other shape violation. Verified: `/etc/passwd` previously reached section_manifest.read. - MINOR: corrected a stale "4 to 20" doc comment; the vocabulary is 14. Refs #2992 * test(#2992): update the generator suite for the per-workflow manifest shape The remote matrix went red with 5 unique failures, identical on linux-node22 and linux-node24, all in tests/gen-section-manifest.test.cjs. Re-keying the artifact to {workflows:{...}} left this suite asserting the old flat {sections:[...]} shape; nothing else in the tree still does. - three tests read manifest.sections.length, now undefined; retargeted at workflows.<name> with their original intent preserved (a fenced or loop-host marker still asserts NO section is produced, not merely a changed count) - the stale-manifest test wrote its fixture in the OLD shape, so it tripped shape validation and stopped exercising staleness at all. Its fixture is now valid-but-mismatched so FAIL_STALE is genuinely reached again. - added the coverage that exposed: a pre-6.1 flat artifact must report FAIL_MANIFEST_MALFORMED_SHAPE. That is the real upgrade path for an installed tree and nothing covered it. Refs #2992 * chore(#2992): backfill changeset pr number to 3013 --------- Co-authored-by: sim <sim@local>	2026-08-02 22:36:45 -04:00
Tom Boucher	1259e4b619	fix(#1700): scope spike MANIFEST requirements per idea key (#3014) ... * test(#1700): add failing-first regression test for spike MANIFEST.md idea scoping Pins the deployed-text contract for spike.md's create_manifest step and spike-wrap-up.md's gather/synthesize/write_skill steps before the fix lands, so the fix commit demonstrates RED to GREEN. * test(#1700): add issue ref to allow-test-rule exemption lint-allow-test-rule-refs.cjs (ADR-456) requires a tracking-issue reference on the same line as any new allow-test-rule: exemption. * fix(#1700): scope spike MANIFEST.md Idea/Requirements per idea key .planning/spikes/MANIFEST.md held one un-keyed ## Idea paragraph and one flat ## Requirements list, while spike.md's own read path (load_prior_context step d, frontier mode) assumed the tree holds several unrelated ideas across campaigns. spike-wrap-up.md then copied that flat Requirements list verbatim into every generated feature-area reference and the generated spike-findings skill, so one idea's requirements leaked into another idea's build as non-negotiable constraints. Scopes both sides by an explicit idea key: - spike.md's create_manifest step now writes MANIFEST.md as ## Ideas > ### {idea-key} subsections (idea paragraph + its own Requirements list), appends a new idea section instead of overwriting an existing one, and migrates a pre-fix flat-shape MANIFEST.md in place instead of discarding it. The ## Spikes table gains an Idea column. Spike README frontmatter carries the idea key. - spike-wrap-up.md's gather/synthesize/write_skill steps resolve each spike's idea key and pull Requirements only from the idea key(s) actually represented among the spikes being wrapped. - sketch.md's MANIFEST.md read (collateral of the same seam) is updated to match the new per-idea section shape. - references/artifact-types.md no longer describes the project-level, durable-index MANIFEST.md as "(per-spike)". Not a docs-vs-workflow conflict: docs/how-to/spike-and-sketch.md already matches this contract ("all spikes are indexed in MANIFEST.md") and needed no change; the defect was internal to spike.md (per-idea read assumption, single-idea write template). * test(#1700): make idea-frontmatter regex CRLF-safe CONTRIBUTING.md's cross-platform portability rules (docs/contributing/ cross-platform-portability-rules.md) ban a bare \n literal matched against fs.readFileSync'd content — Windows checkouts normalize to CRLF and would silently break the assertion. Use \r?\n instead. Found during self-review (code-review skill, Standards axis) before this branch was handed off for verification. * test(#1700): acknowledge emitted-size growth in spike.md, spike-wrap-up.md, sketch.md The differential attribution check (tests/emitted-attribution.test.cjs, ADR-2719) flagged unattributed byte growth in three emitted workflow files. All three grew as a direct, necessary consequence of the #1700 fix (idea-key scoping in spike.md's create_manifest, spike-wrap-up.md's gather/synthesize/ write_skill, and the matching one-line update to sketch.md's MANIFEST.md read) — none of it is incidental prose. Growth stays well under the DEFAULT tier byte cap (40960) for all three files; PRE_PHASE6 does not apply to them (only plan-phase.md/execute-phase.md). * chore(#1700): backfill changeset PR number to 3014 --------- Co-authored-by: sim <sim@local>	2026-08-02 22:31:23 -04:00
Tom Boucher	fd07e1a357	fix(#2850): resolve the active workstream in the statusline GSD-state segment (#3012) ... * test(#2850): add failing-first tests for workstream statusline state readGsdState only ever reads the flat .planning/STATE.md via a directory walk-up; it has no path for .planning/workstreams/<ws>/STATE.md and never consults GSD_WORKSTREAM or the stored active-workstream pointer, so the GSD-state segment silently disappears in workstream mode. These tests prove the RED before the fix lands. Uses shared saveSessionEnv/restoreSessionEnv/clearSessionEnv helpers now added to tests/helpers.cjs (single source of truth for the session-env-var save/clear/restore pattern also used by tests/active-workstream-store.unit.test.cjs, which is updated here to consume the same shared helpers instead of its own local, already-diverged copy). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2850): resolve active workstream in the statusline readGsdState only ever walked up looking for a flat .planning/STATE.md; it had no branch for .planning/workstreams/<ws>/STATE.md and never consulted GSD_WORKSTREAM or the stored active-workstream pointer, so the GSD-state segment silently vanished in workstream-mode projects with no root STATE.md (exit 0, no diagnostic). Reuses the existing CLI>env>store resolution seam (resolveActiveWorkstream, active-workstream-store.cts) and the existing mode-detection/path-building seam (listAvailableWorkstreams/planningPaths, planning-workspace.cts) rather than re-implementing either inline. When workstream mode is detected but nothing resolves, readGsdState now returns a {noActiveWorkstream:true} sentinel that formatGsdState/formatGsdStateCompact render as "no active workstream" -- observable, never silent emptiness. Flat-mode behavior and the case where a resolved workstream has no STATE.md yet are both unchanged. Adds active-workstream-store.cts's peekActiveWorkstream: a read-only sibling of getActiveWorkstream. resolveActiveWorkstream's default store lookup self-heals a stale/invalid pointer by deleting it (adapter.clear()) -- correct for a command, but not for a renderer invoked once per prompt, which must never mutate persistent, possibly cross-session state as a side effect of drawing a screen. The statusline now injects peekActiveWorkstream via resolveActiveWorkstream's own getStored override, keeping the env>store precedence itself fully reused while removing only the store tier's write side effect. This satisfies the issue's AC4 ("the fix is purely additive to what's displayed"). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * chore(#2850): backfill changeset PR number to 3012 --------- Co-authored-by: sim <sim@local> Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-08-02 21:44:04 -04:00
Tom Boucher	07de60523c	fix(#2657): untrack the nine ADR-457 migration-gap compiled artifacts (#3011) ... * test(#2657): add failing-first regression for tracked bin/lib compiled artifacts Nine gsd-core/bin/lib/*.cjs artifacts are tracked in git despite having src/*.cts sources, violating ADR-457's build-at-publish contract. This regression test asserts the ADR-457 end state (untracked, gitignored, empty-set reported by the #2656 sync guard) and fails until the tracking is fixed. * fix(#2657): untrack the nine ADR-457 migration-gap compiled artifacts Nine gsd-core/bin/lib/*.cjs artifacts (api-coverage, assumption-delta, claude-orchestration, claude-orchestration-command-router, external-job, markdown-table, runtime-artifact-install-plan, state-transition, write-set) were tracked in git despite each having a matching src/*.cts source, letting the committed bytes drift silently from source (#2653 demonstrated this for api-coverage.cjs). Seven had no .gitignore entry at all; two (markdown-table.cjs, write-set.cjs) had a pattern added by #2248 but were never git rm --cached. Both gaps produce the same tracked-file symptom. Untracks all nine and adds the seven missing .gitignore entries next to their two siblings, reaching ADR-457's end state: bin/lib/*.cjs is a gitignored build artifact built via prepare/pretest/prepublishOnly, never checked-in source of truth. The #2656 artifact-sync guard is regime-agnostic by design and needed no code change; it now reports the empty-set end state. * test(#2657): consolidate repeated still-tracked/unmatched assertion shape Code-review finding (Standards axis, Duplicated Code): the three 'none of the nine should still be in bad state X' checks shared an identical filter-then-assert-empty shape. Extracted assertNoneStillBad() as a shared helper; behavior is unchanged. * fix(#2657): make the .gitignore-match assertion existence-independent The regression test's check-ignore assertion used --no-index, which locally exercises the pattern correctly but was reported failing on gsd-test's fresh shallow clone. Switched to plain 'git check-ignore -q' (no --no-index): verified via a real git worktree checkout at both origin/next (fails: all nine report not-ignored, since check-ignore correctly special-cases the still-tracked pre-fix state) and this branch's tip (passes: all nine report ignored). Plain check-ignore is also semantically stronger than --no-index here, since it honors the 'a tracked path is never reported ignored' rule that --no-index bypasses -- exactly the property under test for the two paths whose .gitignore pattern predates this fix (#2248) but were never untracked. Also reconciled the .gitignore comment: it previously read 'these seven' beside seven new lines with no indication of the other two (of nine total) that already had a pattern from #2248. Annotated both groups so the count is unambiguous at the point of the diff. * test(#2657): make every git invocation self-diagnosing b6f915bc0 failed in the runner with a shape that turned out not to be about .gitignore content or the merge: two of the five failures in this file were 'Command failed' / 'Got unwanted exception' -- git itself erroring, not answering. The old code used execFileSync + try/catch, which conflates 'git said no' with 'git could not run' -- both looked like the same negative result to the test, exactly the failure mode that produced 'unmatched: <all nine>' twice on two different assertions for two different reasons. Switched every git invocation to spawnSync (never throws) and made every assertion check the exit status explicitly before interpreting output: - git ls-files: must exit 0, or the assertion fails loud with cwd, exit status, and stderr instead of silently reading an error as 'nothing tracked'. - git check-ignore -q: only exit 0 (ignored) and exit 1 (not ignored) are legitimate answers per check-ignore(1); any other status is now a thrown infrastructure failure, never read as 'not ignored'. - trackedCompiledArtifacts(): a thrown error is now reported as what it is (its internal git call failed), not swallowed into a 'still tracked' verdict. - the sync-guard subprocess check now reports cwd/stderr/stdout on a non-zero exit instead of a bare doesNotThrow. This is a genuine, independent test defect (a test that reads a failed command's empty output as a meaningful answer can pass or fail for the wrong reason) as well as the mechanism for finally surfacing why b6f915bc0 failed in the runner: the next run's assertion messages will show the resolved cwd and git's actual stderr instead of an opaque 'unmatched: <all nine>'. * fix(#2657): trust the repo root for git calls under dubious-ownership Root cause of the failing runner verdict, harvested from the diagnostics commit: every git invocation in the container exits 128 with 'fatal: detected dubious ownership in repository at /work' -- the checkout there is owned by a different uid than the process running the tests, and git refuses to operate at all. The old assertions read that hard failure as 'not ignored' / 'still tracked', producing the all-nine symptom seen on both b6f915bc0 (plain check-ignore) and 34052f836 (--no-index). Nothing was ever wrong with the untracking, the .gitignore content, or the merge -- confirmed by exhaustive local reproduction (git worktree, real shallow clone, the runner's exact clone+checkout+merge sequence from its own Go source) that could never surface the bug because this machine owns its own checkouts. Fixed at both git() call sites in this exact seam by passing '-c safe.directory=<repo root>' per-invocation (never written to any config file, so trust is scoped to the single call): - tests/fix-2657-untrack-compiled-artifacts.test.cjs - scripts/lint-compiled-artifact-sync.cjs -- a SHIPPED script with the identical defect (its own git ls-files failed the same way in the same run), which would fail identically for any containerized CI lane whose checkout uid differs from the running user, not just this branch. Folded in under the no-defer rule rather than filed separately, since it sits in the exact tracked-compiled-artifact guard this issue is about. The status-code guards added in 31858818e stay in place -- they are what turned an unexplainable 'unmatched: <all nine>' into a one-line diagnosis, and they must keep any future infrastructure fault from silently reading as a substantive result. * chore(#2657): backfill changeset PR number to 3011 * chore(#2657): backfill changeset PR number to 3011 --------- Co-authored-by: sim <sim@local>	2026-08-02 21:22:43 -04:00
Tom Boucher	de78f2eef2	docs(#2775): align package-legitimacy docs to the ADR-0656 registry-API gate (#3010) ... * docs(#2775): align package-legitimacy docs to the ADR-0656 registry-API gate security-model.md, USER-GUIDE.md, ARCHITECTURE.md, COMMANDS.md, FEATURES.md, and gsd-planner.md's STRIDE template (+ ja-JP mirrors) described the pre-ADR-0656 design: slopcheck as the install-or-degrade gate, with unavailability degrading every package to [ASSUMED]. ADR-0656 inverted this months ago — registry-API verdicts (npm/PyPI/ crates.io) are the gate; slopcheck is an optional escalate-only adapter that no shipped configuration wires. Verified every replacement claim against src/package-legitimacy.cts (checkPackages, classifyPackage, lookupNpm/lookupPypi/lookupCrates) via Memtrace before writing it, so the corrected prose matches the live implementation rather than restating the ADR from memory. Restored docs/explanation/security-model.md:79-84 (and its ja-JP mirror) to original wording after an orthogonal spec review caught that an earlier draft had edited the "Why WebSearch packages are always [ASSUMED]" paragraph — inside the range issue #2775 explicitly named as correct and to leave alone. The ja-JP mirror was missing the closing clause present in the corrected English original ("its absence leaves registry-API verdicts intact rather than downgrading everything to [ASSUMED]") — added for parity. This completes the ja-JP mirror the issue's acceptance criteria named explicitly. zh-CN/ko-KR/pt-BR (not named by #2775, but carrying the same stale design) get the mechanical portion of the same fix: command-string swaps, table headers, ARCHITECTURE.md diagram labels, and technical- term swaps that reuse a word already attested elsewhere in the same file (合法性/적법성/legitimidade for "legitimacy") — surrounding prose untouched. The remainder in those three locales — full-paragraph rewrites of the corrected degrade-path mechanism, deleted "External dependency" bullets, and "manually install slopcheck" code blocks — needs prose composed by a fluent speaker of each language and is filed as open-gsd/gsd-core#3002 with an exact file:line inventory. * test(#2775): acknowledge gsd-planner.md byte growth from the STRIDE-row fix agents/gsd-planner.md grew 14 bytes (49309 -> 49323) from the STRIDE supply-chain row correction (slopcheck -> package-legitimacy gate). Emitted agent/workflow files are byte-tracked; this fragment acknowledges the growth per tests/emitted-attribution.test.cjs's "differential attribution over the real tree" check. * docs(#2775): close ja-JP FEATURES.md gap; fix a ko-KR transliterated heading docs/ja-JP/FEATURES.md:2808 still read the katakana transliteration "スロップチェック verdict" in REQ-PKG-GATE-01 — invisible to a literal "slopcheck" grep, so it was missed when ja-JP parity was checked and declared complete. Corrected to "正当性判定" (legitimacy verdict), matching the term already established in ja-JP/explanation/ security-model.md and ja-JP/USER-GUIDE.md. This was the only remaining ja-JP gap; a full sweep for the transliterated form across docs/ja-JP/ now returns zero hits, and the ja-JP mirror is genuinely at parity. docs/ko-KR/USER-GUIDE.md:398's heading "슬롭체크 판정:" had the same transliteration problem. Fixed inline to "적법성 판정:", reusing the 적법성/legitimacy word already attested two lines below in the same table. A parallel sweep of zh-CN and pt-BR found no transliterated forms of "slopcheck" in either locale. The remaining transliterated occurrence in ko-KR (USER-GUIDE.md:406, the lead-in to the pip-install code block) needs prose composition like the rest of that block and is added to open-gsd/gsd-core#3002's inventory. * chore(#2775): backfill changeset PR number to 3010 --------- Co-authored-by: sim <sim@local>	2026-08-02 20:24:42 -04:00
Tom Boucher	97f2af29da	fix(#2852): isolate wave-cleanup blocks to their own entry (#3009) ... * test(#2852): add failing-first regression coverage for wave-cleanup isolation Adds the #2852 test matrix to executeWorktreeWaveCleanupPlan: per-entry block reasons must isolate to the blocked entry instead of aborting the rest of the wave, and a deletion must only block when another wave member's branch still touches the deleted path. These fail against the current implementation (RED) — the fix lands in the next commit. * fix(#2852): isolate wave-cleanup blocks to their own entry and scope the deletions guard to real dependents executeWorktreeWaveCleanupPlan aborted the rest of a cleanup wave on the first blocked entry (branch_mismatch, base_mismatch, worktree_dirty, merge_failed, etc.), dumping every remaining entry into `pending` untouched instead of evaluating it. Every per-entry block reason now isolates via `continue` instead of `break` + bulk pending push. The one exception is a failed --no-ff merge, which can leave repoRoot itself mid-merge: that path now attempts `git merge --abort` and only halts the remaining wave if the abort itself fails (an unrecoverable repo-level failure), matching every other block reason's isolation. The `branch_contains_deletions` guard also blocked any deletion unconditionally, even one nothing else in the wave depends on (the reported repro: folding a test file into a sibling and deleting the original). It now blocks only when another wave member's branch still touches the deleted path — computed lazily per wave so a run with no deletions pays no extra git call, and fails closed (still blocks) when a sibling's diff cannot be determined. * fix(#2852): eagerly cache each entry's own diff to fix an ordering bug in the deletions-overlap check The deletions cross-entry overlap check (previous commit) computed each "other" entry's touched-files set lazily, the first time some later entry's overlap check needed it. That is wrong: once an entry has already been merged earlier in the same loop pass, its branch becomes an ancestor of HEAD, and `git diff --name-only HEAD...branch` silently collapses to empty. A dependent entry that appears BEFORE the deleting entry in the manifest (and has therefore already merged by the time the deletion check runs) would be missed, letting a genuinely-depended-on deletion through undetected — a live violation of the negative-space acceptance criterion, caught by /code-review's Spec-axis before this shipped. Fixed by populating each entry's touched-files cache eagerly, during that entry's own turn in the loop, immediately before its own merge attempt (the only step that can move HEAD) — so every entry's diff is captured before it could possibly have been merged, regardless of manifest order. Adds a regression test reproducing the exact broken ordering (dependent merges first, then a later entry tries to delete the file it depends on). * refactor(#2852): extract shared git name-only line parser /code-review's Standards axis flagged duplicated parsing logic: `stdout.split('\n').map((l) => l.trim()).filter(Boolean)` appeared at both the per-entry deletion list and the cross-entry touched-files cache added by this fix. Extracted into parseGitNameOnlyLines(), used by both call sites, so the two can't silently drift apart. * revert(#2852): scope the fix to wave-isolation only, restore unconditional deletions guard #2852's own triage comment explicitly deferred the deletions-guard policy question as a separate product decision ("Policy/enhancement ask, not a defect ... Out of scope: deciding or implementing an opt-in mechanism for intentional deletions"). All four of the issue's actual acceptance criteria concern wave isolation only. The prior two commits on this branch built a cross-entry deletion-dependency heuristic that substituted a derived judgment for that deferred product decision — out of scope for a confirmed-bug fix. Reverts: getEntryChangedFiles, touchedFilesCache, the overlapUnknown fail-closed branch, parseGitNameOnlyLines, and the eager per-turn cache-population call. `branch_contains_deletions` now blocks unconditionally again (byte-identical trigger condition to pre-fix); the only change is `continue` instead of `break` + bulk `pending.push`, same as the other 7 block reasons. Keeps: the full wave-isolation fix (all 8 sites) and the merge_failed / git merge --abort recovery-and-carve-out, both squarely inside the issue's actual acceptance criteria. The deferred opt-in-for-intentional-deletions decision is filed as #3003, citing #2852's triage as origin. * refactor(#2852): extract blockEntry() helper to remove duplicated block-assembly across 8 sites /code-review's Standards axis flagged the repeated "result.status='blocked'; result.reason=...; result.stderr=...; results.push(result); ok=false;" shape at every one of the 8 per-entry block sites this fix touches. Extracted into blockEntry(), called at each site; each call site still owns its own continue/break decision. No behavior change. * fix(#2852): check actual repo state instead of git merge --abort's exit code The merge_failed recovery path decided "genuinely unrecoverable, halt the wave" based on whether `git merge --abort` itself exited successfully. That is not a reliable signal: git refuses many merges (e.g. "your local changes would be overwritten by merge") WITHOUT ever creating a MERGE_HEAD, in which case repoRoot's tree was never touched — but `git merge --abort` still fails with "There is no merge to abort (MERGE_HEAD missing)?" in that exact safe case. Trusting that exit code alone misclassified an ordinary per-entry merge failure as a repo-level one and stranded the rest of the wave — the exact defect #2852 exists to fix, reintroduced through the recovery path (caught in review). Fixed by checking repoRoot's actual state directly via `git rev-parse --verify -q MERGE_HEAD` after the abort attempt: MERGE_HEAD present means genuinely still mid-merge (unrecoverable, halt); absent means safe (isolate and continue), whether because no merge state was ever entered or because abort successfully cleared it. An unexpected git error or timeout degrades to the conservative "still mid-merge" answer rather than throwing or guessing. Rewrites the "unrecoverable merge_failed" test, which previously used the safe "There is no merge to abort" string as its unrecoverable example — that pinned the defect as correct behavior. Adds the missing case: an ordinary merge_failed that never entered a merge state must not abort the wave. * test(#2852): cover repoRootStillMidMerge's fail-closed branches /code-review flagged that the two conservative fail-closed branches of repoRootStillMidMerge (a timeout on the post-abort MERGE_HEAD check, and an unexpected non-0/1 exit code such as a fatal git error) had no test coverage — exactly the branches most likely to hide a mutation survivor (e.g. a flipped `timedOut` check or a flipped final `return true`). Adds both cases: each must halt the wave (fail closed) rather than assume repoRoot is safe when its state cannot be verified. * chore(#2852): backfill changeset PR number to 3009 --------- Co-authored-by: sim <sim@local>	2026-08-02 19:51:43 -04:00
Tom Boucher	67e2ff7b25	fix(#2855): scope the phase-locator archived-milestone fallback to the active workstream (#3008) ... * test(#2855): add failing-first regression test for cross-workstream archive leak Covers findPhaseInternal/getArchivedPhaseDirs in src/phase-locator.cts resolving a pending workstream phase to an unrelated workstream's (or flat-mode's) archived phase because the archive fallback hardcodes the project-root .planning/milestones/ tree. Fails against the current implementation; the fix lands in a follow-up commit. * fix(#2855): scope phase-locator archived-milestone fallback to the active workstream findPhaseInternal and getArchivedPhaseDirs in src/phase-locator.cts hardcoded the project-root .planning/milestones/ tree when falling back to search archived phases, ignoring GSD_WORKSTREAM. A pending phase in one workstream whose own phases/ directory didn't exist yet would silently resolve to a same-numbered phase archived under an unrelated workstream's (or flat-mode's) history, complete with stale plan/summary counts and an archived status. Route the archive fallback through planningDir(cwd) instead — the same workstream-aware helper the active-phase search (three lines above) and the archive-write path (archivePhaseDirectories in milestone.cts) already use. Flat/non-workstream projects are unaffected: planningDir(cwd) with no GSD_WORKSTREAM resolves to the same root .planning path as before. Also switch the reported relBase/basePath from a hardcoded '.planning/milestones/...' literal to path.relative(cwd, archivePath), so the paths returned to callers stay consistent with wherever the archive actually resolved to (root or workstream-scoped). * chore(#2855): add changeset for phase-locator workstream archive fix * fix(#2855): normalize getArchivedPhaseDirs basePath to posix separators Orthogonal code-review finding: findPhaseInternal's relBase/directory field was explicitly toPosixPath-normalized, but getArchivedPhaseDirs's basePath used a bare path.relative() call, leaving it native-separator on Windows — an inconsistency between two sibling "relative path from cwd" report fields introduced by the same #2855 fix. Wrap basePath in toPosixPath to match, and update the two existing assertions that compared basePath against path.join output (which would break on Windows now that the field is guaranteed posix) to compare against forward-slash literals instead, matching how the sibling `directory` field is already asserted elsewhere in this suite. * refactor(#2855): share archive-directory resolution between findPhaseInternal and getArchivedPhaseDirs Orthogonal code-review finding: the two functions carried independent copies of the same resolve-milestonesDir-then-enumerate-archive-dirs logic — the exact shape that let the original #2855 bug (hardcoded root path) exist in one copy while the workstream-aware active-phase search sat three lines above it. Extract listArchiveVersionDirs(cwd) as the single seam both functions now consume, so a future change to how the archive tree is located only needs to happen once. Byte-for-behaviour preserved: readSubdirectories and searchPhaseInDir already self-contain their own try/catch and never throw, so moving the iteration outside the old inline try block changes nothing observable (verified via manual repro scripts covering leak prevention, positive resolution, flat-mode parity, and multi-milestone reverse-sort ordering). * test(#2855): demonstrate ROADMAP.md presence does not affect the archive-leak guard Orthogonal code-review (spec axis) finding: issue #2855's AC1 states the guard must hold "regardless of whether workstream A's roadmap already lists the phase and when it doesn't yet" — an explicit two-value dimension that had no direct test coverage; it was only inferable by reading findPhaseInternal's source and confirming it never touches ROADMAP.md. Add a parametrized test creating the workstream's ROADMAP.md with and without a matching Phase heading, asserting the archive-leak guard resolves identically (null) either way. * chore(#2855): backfill changeset PR number to 3008 --------- Co-authored-by: sim <sim@local>	2026-08-02 19:24:53 -04:00
Tom Boucher	51f32d2d40	fix(#2658): detect trae runtime and resolve its instruction file to a concrete rules file (#3006) ... * test(#2658): add failing-first regression for trae runtime detection and instruction path Covers all three collided defects reported in #2658 plus a fourth instance of defect 1 (ingest-docs.md) found while diagnosing it: missing trae detection in workflow runtime-detection blocks, the CLAUDE.md path-mutilation bug in both the js/cjs and md install-time converters, and the missing projectInstructionFile capability declaration. Fails against current source; the next commit fixes it. * fix(#2658): detect trae runtime and resolve its instruction file to a concrete rules file Three defects collided to produce the reported ".claude/.trae/rules/" path: 1. new-project.md and ingest-docs.md's runtime-detection blocks only recognized codex/gemini/opencode and fell through to RUNTIME=claude for trae. Both now recognize the /.trae/ execution-context path and the TRAE_CONFIG_DIR env var before the claude fallback. 2. RUNTIME_CONTENT_DISPATCH.trae.js (bin/install.js) replaced bare "CLAUDE.md" before the ".claude/" prefix was handled, mutilating ".claude/CLAUDE.md" into ".claude/.trae/rules/". Now replaces the full ".claude/CLAUDE.md" path first, and targets a concrete file. 3. convertClaudeToTraeMarkdown (mirrored in bin/install.js and src/runtime-artifact-conversion.cts per the #2094 output-parity test) had the same class of bug with a different wrong output (".trae/.trae/rules/", from its generic ".claude/" rewrite firing after the bare CLAUDE.md rewrite). Both mirrors now match full-path forms before the bare/generic patterns, converging on the same concrete file as the js/cjs converter. 4. capabilities/trae/capability.json didn't declare hostBehaviors.projectInstructionFile, so getProjectInstructionFile fell through to the generic AGENTS.md default even when RUNTIME=trae was resolved correctly. Now declares ".trae/rules/rules.md", regenerated into gsd-core/bin/lib/capability-registry.cjs via npm run gen:capability-registry. Closes #2658 * chore(#2658): add changeset * fix(#2658): preserve arbitrary runtime-dir prefixes in the trae path rewrite Found by the end-to-end --trae install regression test (not by static trace) across two verification runs: 1. copyWithPathReplacement runs a generic ~/.claude/, $HOME/.claude/, and ./.claude/ -> runtime-dir rewrite on every .md file BEFORE calling convertClaudeToTraeMarkdown. The prior fix's .claude/CLAUDE.md-specific patterns never fire on that already-rewritten text, and the bare fallback still doubled whatever prefix the generic pass substituted. A first attempt handled only the fixed "./.trae/" shape and missed the $HOME/.claude/ and ~/.claude/ forms gsd-core/workflows/profile-user.md actually uses, which post-rewrite become an arbitrary absolute local-install-root path, not the fixed relative shape. Fixed with a prefix-preserving pattern that captures whatever precedes a ".trae/" tail and fixes only the filename suffix, instead of assuming one fixed shape. 2. The fix's own explanatory comments literally spelled out the malformed strings and the instruction filename as contiguous text. Since these two files ship verbatim into local --trae installs, where they are themselves run through the same find/replace, the comments got "fixed" right along with the real code, leaking the malformed string into the installed tree. Rewrote every comment in both mirror copies to never spell either the instruction filename or a malformed shape as one contiguous token. Adds an emitted-drift-ack fragment: the corrected replacement target for every CLAUDE.md mention (bare directory -> concrete file) changes trae-emitted output for every repo file that mentions CLAUDE.md, not only the ones that hit the originally reported bug. * test(#2658): extend parity test with arbitrary-prefix .trae/ inputs The bin/install.js vs runtime-artifact-conversion.cjs parity assertion for convertClaudeToTraeMarkdown only fed the pre-existing bare .claude/CLAUDE.md input through both implementations. Feed the prefix-preserving cases (relative, nested-absolute, tilde, $HOME, backtick-wrapped) plus a property-based check through both, so a future edit to only one copy of the .trae/-tail regex fails this test instead of silently diverging. * chore(#2658): backfill changeset PR number to 3006 --------- Co-authored-by: sim <sim@local>	2026-08-02 18:29:47 -04:00
Tom Boucher	a987cf2731	chore(#2932): emit a per-invocation section manifest from the init bundle (#2987) ... * chore(#2932): emit a per-invocation section manifest from init Extends the init bundle with a typed per-invocation section manifest so an invocation loads only the branch guidance it will actually take. The three flag/state-gated branches in execute-phase.md move into their own step files; the parent keeps its gsd:section markers wrapping a one-line on-demand reference, so each section's prose lives in exactly one file and the parent shrinks 93369 -> 89507 bytes. A new drift-guarded generator derives the shipped section manifest from those markers, and a new pure evaluator maps invocation facts to applicable section ids. The evaluator is a lookup over the frozen WHEN_VOCABULARY, never a parser (Greenspun's Tenth Rule, ADR-1671:69); a parity test asserts the vocabulary and the predicate map stay exhaustively in sync. Closes #2932 * fix(#2932): fail closed on prototype-chain when values An isolated adversarial review found WHEN_PREDICATES[section.when] was a bracket lookup on a plain-prototype object, so inherited Object.prototype members resolved as predicates: "constructor"/"toString"/"valueOf"/ "hasOwnProperty" returned truthy and SILENTLY INCLUDED the section, and "__proto__" threw an untyped TypeError carrying no .reason. Both violate the module's documented fail-closed contract, and the manifest is read from disk at run time so it cannot be assumed trustworthy. Builds the predicate map on a null prototype and guards the lookup with an explicit Object.hasOwn check. Adds table-driven coverage for nine Object.prototype-shaped keys asserting the TYPED reason (asserting only that it throws would still pass while broken) plus a fast-check property injecting a hostile value at an arbitrary document position. * test(#2932): retarget execute-phase step assertions at extracted step files * fix(#2932): emit typed reasons for generator lib-load and write failures * fix(#2932): restore launcher preamble in extracted steps and refresh derived fixtures * chore(#2932): backfill changeset pr number to 2987 --------- Co-authored-by: sim <sim@local>	2026-08-02 12:34:41 -04:00
kyle-the-dev	33985c11a9	test(#2429): add codex local installer regression (#2436) ... Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-02 01:32:30 -04:00
kyle-the-dev	ce38d44811	fix(#2777): remove stale codex local home metadata (#2831) ... * fix(#2777): remove stale codex local home metadata * chore(#2777): add changeset for codex local layout metadata --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-02 01:00:52 -04:00
Adnan	137f3fbb9c	fix(#2562): scope workstream progress/status to the current milestone (#2588) ... * fix(#2562): scope workstream progress/status to the current milestone `workstream progress` / `workstream status` / `workstream list` share one derivation that could report a workstream's CURRENT milestone as "milestone complete" / 100% while phases in that milestone were unstarted, in progress, or failing verification. Three coupled defects: 1. The shipped signal was project-lifetime, not milestone-scoped: workstreamMilestoneShipped() returned true if ANY *-ROADMAP.md snapshot existed or "SHIPPED" appeared anywhere in ROADMAP.md. Every prior shipped milestone leaves a permanent collapsed <summary>✅ … SHIPPED</summary> block, so any post-v1.0 workstream was pinned to "milestone complete" forever (over-correction from #1913). 2. The denominator dropped declared-but-unscaffolded phases, and completed PRIOR-milestone phase directories inflated the numerator, letting progress_percent round to 100 while real work remained. 3. Phase completeness ignored the VERIFICATION verdict — SUMMARY >= PLAN count alone marked a phase complete even with a human_needed verdict. Fix: derive both numerator and denominator from artifacts scoped to the current milestone. The current version comes from the workstream STATE.md `milestone:` field (ROADMAP in-progress markers can be stale); the ROADMAP `## Progress` table maps every phase — including dirless ones — to its milestone, and the matching set is both the denominator and the directory membership filter. The shipped signal now requires the CURRENT version's archived ROADMAP snapshot (REQUIREMENTS snapshots are not accepted; they can be written at milestone start) or the current milestone's own line marked shipped. Phases with an explicit failing verdict (gaps_found/human_needed) count as in_progress; missing/unknown/stale are left untouched so verifier-disabled projects do not regress to never-complete. Greenfield roadmaps with no versioned Progress table, and projects whose current version cannot be determined, keep the prior behaviour. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * docs(#2562): add changeset for workstream milestone-scoping fix Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * refactor(#2562): parse the Progress table via findTableWithColumns The ad-hoc pipe-table regex tripped the local/no-adhoc-markdown-parsing ESLint rule. Use the canonical markdown-table helper instead: the milestone-grouped RoadmapProgress variant is located by its required `Phase` + `Milestone` columns and cells are addressed by column NAME, so the parser tolerates column reordering and injected columns. The `flat` variant (no Milestone column) yields no attribution, which is the intended fallback to legacy counting. Behaviour is unchanged: verified against a real multi-workstream project (same status/percent/phase and plan counts before and after). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(#2562): count table-only phases in the unscoped denominator Addresses the reporter's repro detail: a phase declared as a `## Progress` table row with no `### Phase N` heading is missed by countRoadmapPhases EVEN WHEN other headings exist — the heading regex counts 1 for a "1 heading + 1 table-only" roadmap — not just in the zero-heading fallback path. Milestone scoping did not cover this, because a flat Progress table (no Milestone column) carries no per-phase attribution, so greenfield and single-milestone projects kept the old heading-only denominator and the declared phase silently vanished from it. When milestone scoping cannot engage, the denominator is now the union of the Progress table's declared phase numbers and the phase directories, so neither source can shrink it. Verified against the reporter's minimal fixture (phase 1: 1 PLAN + 1 SUMMARY + gaps_found; phase 2: table row only, no heading, no dir), which now reports 0/2 at 0% across all four table/STATE permutations instead of 1/1 at 100%. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(#2562): attribute dir-only sub-phases to their parent's milestone A sub-phase directory inserted mid-milestone (e.g. `30.1-…` under a table-declared phase 30) usually has no ROADMAP Progress-table row, so it had no milestone attribution and was scoped out of the rollup entirely — its completed work was invisible and it could never hold the percentage below 100. It now inherits its parent phase's milestone and joins BOTH sides of the calculation. Both sides is the load-bearing part: adding it to the numerator alone would let completed_phases exceed a denominator that never counted it, cap back to 100% via Math.min, and reintroduce exactly the defect this issue reports. A regression test pins that failure mode (all declared phases complete + an in-progress dir-only sub-phase → 75%, not 100%). Attribution is deliberately one-directional: a sub-phase counts only when its PARENT is in the current milestone, so a follow-up created in a later milestone under an older parent is excluded rather than misattributed — conservative (under-count) rather than falsely inflating. Verified on a real project: the reported workstream moves from 2/6 (33%) to 3/7 (43%), the 3/7 being the honest figure — a completed sub-phase that was previously invisible now counts, and so does its plan total. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * docs(#2562): describe the denominator + sub-phase fixes in the changeset The fragment was written at the first commit and only covered the three original defects. Bring it up to date with what actually ships: the table-only-phase denominator union (heading-only counting dropped a declared phase even when other headings existed) and sub-phase milestone inheritance across both sides of the calculation. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * refactor(#2562): promote the canonical phase-key surface to phase-id state.cts kept `phaseKeyFromToken`/`phaseKeyFromDir` private, so every other module that had to compare two independently-derived phase references — a ROADMAP table cell against a phase directory, say — wrote its own regex. That is the defect class #2562 reports: a padded `01` and an unpadded `1-slug` land in different key spaces and the comparison silently yields nothing. Move the pair to the phase-id owner module and add `phaseKeyFromProse` (for ROADMAP/STATE prose, markdown emphasis stripped) and `parentPhaseKey` (a sub-phase's parent). state.cts imports them; its call sites are unchanged. * fix(#2562): own milestone-shipped detection and accept a workstream scope Three changes to the module that owns milestone parsing, so its consumers stop reimplementing it: - `isMilestoneShippedInRoadmap(content, version)` answers "does the ROADMAP mark THIS milestone shipped" from heading and `<summary>` lines only. A bullet that merely names the version (`- [x] 03-01: ship the v2.0 login endpoint`) is prose about a phase, not a milestone verdict. The version token is boundary-matched with `(?![\w.-])` — `\b` does not bound it, since `.` is a non-word character, so a shipped `v2.0.1` heading would otherwise close `v2.0`. - `extractCurrentMilestone` and `getMilestonePhaseFilter` take an optional trailing workstream name and thread it to `planningDir(cwd, ws)`. A caller iterating workstreams cannot set `GSD_WORKSTREAM` per iteration, which is what the existing resolution falls back to. Omitted, resolution is unchanged. - `getMilestonePhaseFilter` exposes `versionScoped`, true only when the phase set really is one milestone's. On an unversioned roadmap `phaseCount` spans the project's lifetime and must not be read as a current-milestone denominator. The closed/active milestone-marker patterns were kept in three byte-identical copies; they are hoisted to module scope as one `isClosedMilestoneHeading`. * fix(#2562): derive membership and denominator from one phase-key space The milestone scoping added earlier in this PR derived the ROADMAP table key and the phase-directory key with two different regexes, and dropped rows it could not attribute. Each of those was another way to reproduce the symptom this issue reports — a rollup contradicting its own `phases[]` listing: - a padded `| 01. … |` row never matched a `1-slug` directory (and a bespoke `^0*(\d+…)` never matched `PROJ-05-…` at all), so phases fell out of the milestone entirely and the percentage collapsed or pinned; - a blank or malformed Milestone cell deleted the phase from BOTH sides, letting an unstarted phase vanish and the remainder round to 100%; - shipped detection scanned bullets, so any checkmarked line naming the version closed the milestone; - the numerator counted per-directory while the denominator counted distinct phases, so a stale same-numbered directory (Bug #2445's scenario) pushed `completed_phases` past the denominator, where `Math.min` capped it to 100% and hid the unstarted phase. Both sides now key off the phase-id owner module (`phaseKeyFromDir` / `phaseKeyFromProse`), directory membership additionally consults `getMilestonePhaseFilter` when that filter is genuinely version-scoped, and the denominator is the union of the roadmap's declarations with the member directories' keys — so `completed_phases <= denominator` holds by construction. The Builder asserts it and throws; the `Math.min` cap survives only on the legacy unscoped path, where the denominator is a heading count that cannot bound the numerator. An unattributable row degrades over-inclusively (kept, never dropped), matching the degrade direction roadmap-parser already commits to. * test(#2562): boundary coverage for each milestone-scoping reproduction One test per way the scoping could still report "milestone complete"/100% while phases are incomplete: zero-padded rows vs padded dirs (and the mirror), project-code-prefixed dirs, a blank/malformed Milestone cell, a checkmarked bullet naming the version, a shipped `v2.0.1` heading against a current `v2.0`, and a stale same-numbered directory. Plus the current milestone's own shipped heading (the signal must survive the boundary fix), the Builder's numerator-above-denominator throw, a parity check that every non-`passed` verifier status blocks completeness, and a guard that scoping reads the workstream's ROADMAP rather than the project root's. Reverting only `src/` reddens six of them. * docs(#2562): record the milestone-scoped semantics and its consumer impact CONTEXT.md: the Workstream Inventory Module's completion fields now describe the current milestone, not the workstream's lifetime; phase-id owns the canonical phase-key surface; roadmap-parser owns milestone shipped/active classification and takes an optional workstream scope. Changeset: name the behaviour change explicitly — `roadmap_phase_count`, `completed_phases` and `progress_percent` change meaning with no schema signal, and `getOtherActiveWorkstreamInventories` filters on the derived status, so consumers see real movement. * fix(#2562): collapse every zero-padding spelling to one phase key A property test over the key surface — table cell and directory decorated INDEPENDENTLY, which is the point — found a divergence neither review named: `padStart(2, '0')` is a no-op once the input is already ≥2 characters, so `5` normalised to `05` while `005` stayed `005`. A `| 5. … |` row and a `005-slug` directory therefore never compared equal, which is the same failure mode as the padded-vs-unpadded blocker, one level down. The strip belongs in `phaseKeyFromToken`, not in `normalizePhaseName`: applying it to the latter regressed multi-decimal leading-zero plan IDs (`001.10-PLAN.md` capture + wave assignment), which rely on its verbatim rendering. Confining it to the key surface fixes the comparison and leaves rendering untouched. Also tightens `isMilestoneShippedInRoadmap`'s patterns to anchored, complementary character classes so an untrusted ROADMAP cannot drive backtracking, and makes the project-code test discriminating — it previously passed pre-fix, because an unresolvable key collapsed scoping to the whole roadmap and happened to land on the same number. It now carries a prior-milestone directory that a collapse would wrongly admit. * fix(#2562): prefer the milestone-attributing Progress table; pin the seams Three gaps the earlier self-check missed: - Both RoadmapProgress variants carry a `Plans Complete` column, so probing it first picked a FLAT table appearing earlier in the document over the milestone-grouped one that actually carries the attribution. Every row came back unattributed, was treated as current-milestone, and silently re-admitted prior-milestone phases. The attributing shape is probed first; flipping the order reddens the new test. - `lint-phase-id-drift` exempts phase-id.cts by design, so it is silent on `phaseKeyFromToken`'s own segment strip by construction — not evidence. Its interaction with `stripProjectCodePrefix` (which runs AFTER) is pinned across project codes and hyphenated ids, including the pre-existing `M1-46-6` vs `M1-46-6-rs` asymmetry, which is `extractPhaseToken`'s #2043/#2232 slug-word rule and not something to "fix" by accident. - `listWorkstreamInventories` loops every workstream with no try/catch, so a REACHABLE Builder-invariant throw would take down `workstream list`/`status`/ `progress` for all of them. The invariant test only exercised the pure Builder with hand-built inputs. A test now drives `inspectWorkstream` over every adversarial shape at once (prior-milestone dirs, three colliding duplicates, a dirless declaration, an unattributed row, a project-code prefix, a dir-only sub-phase) and asserts it does not throw and the invariant holds — so the throw stays a contract assertion for external callers, not a runtime path. Also covers the active-marker-wins rule (`## v2.0 — 🚧 IN PROGRESS … ✅` must not mark shipped), which nothing exercised. * fix(#2562): scope a declared-but-empty current milestone instead of falling back to history The review's open MAJOR. `STATE.md`'s `milestone:` field updates the moment `/gsd-new-milestone` writes the heading, while the `## Progress` table and phase sections land later. In that window nothing attributes a phase to the current milestone, `scoped` went false, and the fallback counted the project's ENTIRE phase history as both numerator and denominator — a milestone with zero work done reported 100% off its predecessors'. That is #2562's own symptom reached by a different precondition, and none of the 16 tests covered it. Reproduced first, four ROADMAP shapes, at `inspectWorkstream` rather than the Builder — the Builder takes the scoping decision as an input, so a Builder-level test proves it honours a flag, not that the derivation sets it. Three of the four reported 2/2 100% with no phase of the current milestone begun. Which signal witnesses the state depends on the ROADMAP's shape, and no single one covers all three: - `## v3.0` exists but declares no phases. `getMilestonePhaseFilter` DOES locate the section and sets `versionScoped`, then the zero-phase pass-all degrade resets it to false — erasing the only evidence the milestone exists. Neither existing flag survives that path, so this adds `versionSectionFound`, set beside `versionScoped` and deliberately preserved through the degrade. - No section for this version at all, in a roadmap that versions its others — the existing `missingExplicitVersion`, already exposed and tested. - Unversioned headings, but a Progress table attributing every row elsewhere: neither filter flag fires and the table is the only witness. A ROADMAP that attributes NO versions anywhere matches none of them, which is the point. Its rows parse with `version: null`, land in `currentMilestoneKeys`, and never reach the new branch. `readCurrentMilestoneVersion` returns a non-null version for very nearly every project (`getMilestoneInfo` defaults to `v1.0`), so keying off `currentVersion` alone would have zeroed out every free-form legacy project — the condition looks fussy for that reason. A test pins it. Within an empty milestone, membership inverts: a directory belongs unless another milestone's row claims it. Excluding everything would have dropped a phase scaffolded before the roadmap caught up from BOTH sides of the rollup, and hiding real work is the same class of defect as inventing it — this codebase degrades over-inclusive, never under. Scoping is now stated by the caller (`milestoneScoped`) rather than inferred from `currentMilestonePhaseCount > 0`. That inference was the root cause: it cannot represent a milestone that is scoped AND legitimately zero-phase, so the Builder read "no phases yet" as "no scoping" and reopened the whole-history path. The count-derived value stays the default for callers that say nothing. A regression test also pins that a zero denominator does not trip the Builder's `completed_phases <= denominator` throw, since `listWorkstreamInventories` has no try/catch and a crash on every freshly-declared milestone would be worse than a wrong percentage. The changeset and CONTEXT.md no longer claim membership is derived in "ONE" / "a SINGLE" phase-key space. `getMilestonePhaseFilter` still runs its own `normalizePhaseIdSegments`; the signals are OR'd so a divergence can only widen membership, but two normalisers coexist and the docs now say so. * fix(#2562): cross-validate the shipped marker against the milestone's artifacts `status: "milestone complete"` was asserted from the shipped marker alone, so a single payload could report it beside `progress_percent: 67` — this issue's own symptom, reached through `status` rather than the percentage. The marker is now a claim checked against the milestone's own artifacts, and the two signals are checked at DIFFERENT strengths because one check cannot serve both. A `heading` marker (operator-typed, live ROADMAP) is refused on a short completion ratio, which also catches phases declared but never scaffolded. A `snapshot` marker is NOT ratio-gated: `milestone complete` moves the milestone's phase dirs into `milestones/<version>-phases/` (milestone.cts:755-762) while copying — never truncating — the live ROADMAP (:671-674), so a correctly archived milestone reads 0/N by construction and a ratio gate would strip `milestone complete` from every archived milestone. It is refused instead when an in-milestone phase dir is still live and unfinished, reachable because `milestone complete` does not advance STATE's `milestone:` field (state-transition.cts:1335 vs :1224). `legacy` stays ungated — only reachable when scoping is off. A refused marker does not fall through to a STATE field claiming the same thing; against contradicting artifacts neither source may report completion. The refusal surfaces as `milestone_shipped_unverified` rather than staying silent, distinct from `status_conflict` (derived-vs-field only). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * test(#2562): pin both marker strengths, the archived guard, and the owner modules workstream-inventory: four tests, all four red against the prior src and green with it. A live-ROADMAP SHIPPED heading over an incomplete milestone is refused; an archived snapshot SURVIVES its phase dirs being moved out (the regression the obvious single ratio-gate would cause — swapping the snapshot branch to that gate reddens this AND the pre-existing `CURRENT-version snapshot marks the milestone complete` at :321); an archived snapshot is refused once a phase is reopened under it; and a refused marker is not re-asserted by a STATE field claiming the same. roadmap-parser: `isMilestoneShippedInRoadmap` gets unit coverage at its owner module rather than only through the inventory that consumes it, plus two characterisation tests for `getMilestonePhaseFilter`'s legacy call surface — omitting the new trailing `ws` param is indistinguishable from `undefined`/`null`, and the `GSD_WORKSTREAM` env fallback still resolves. These characterise the call surface; they do not stand in for coverage of its individual callers. phase-id: the `phaseKeyFrom*` / `parentPhaseKey` one-key-space contract, incl. a property that padding a directory number never changes its key. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * docs(#2562): record the two-strength shipped cross-check + milestone_shipped_unverified Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * fix(#2562): refuse an archived snapshot on a DIRTY archive, not just a live-unfinished dir The snapshot arm checked `liveIncompletePhases > 0`, which misses the shape @davesienkowski reproduced: a COMPLETE live dir beside a phase declared in the Progress table with no directory. Nothing is live-and-unfinished, the marker sails through, and `cmdWorkstreamProgress` returns `{"status":"milestone complete","progress_percent":50}` — the reported symptom verbatim, from one payload. Reproduced at 483a3ba30 before changing anything. His diagnosis is the right one and better than mine: an in-milestone directory outliving the archive means the archive is not CLEAN, and once that is true the completion ratio is meaningful again. So the check is the conjunction — any live in-milestone dir AND `completedPhases < effectivePhaseCount`. That strictly subsumes the old predicate (an incomplete member dir is in the denominator and not the numerator, so the ratio is always short when one exists) and leaves the clean-archive guard green, since a clean archive has no live dirs at all. Also corrects the module comment: the `scoped &&` prefix ungates all three signals, not just `legacy`. That is correct behaviour — unscoped, the denominator is the whole-roadmap count and membership is everything, so there is no current-milestone artifact set to check a current-milestone claim against — but the comment claimed otherwise. And the `milestone.cts` citations were ~28 lines stale after the rebase; they are now :700-702 (copy) and :783-790 (move), re-verified against this head. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * fix(#2562): project milestone_shipped_unverified from list, status and progress The inventory carried the field and every renderer dropped it — `workstream.cts` was not in this PR's diff at all — so at the CLI a refused marker looked exactly like no marker: a fallback `status` and nothing saying one was seen and rejected. That is the silent collapse this issue is about, reintroduced one layer up, and it made the changeset's "visible rather than silent" claim false at every surface. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * test(#2562): pin the dirty-archive shape and the CLI projection Five tests, all five red against the prior src and green with it. The reviewer's repro at the builder: an archived snapshot with a COMPLETE live dir beside a dirless declared phase must be refused, and status must not contradict the percentage. Four at the CLI via runGsdTools, the surface that was dropping the field rather than the builder that already had it: `workstream progress`/`status`/`list` each project `milestone_shipped_unverified: true` for that workstream, and a clean archive still reports `false` with `status: "milestone complete"`. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd * docs(#2562): correct the snapshot check, the scoped-only caveat and the CLI claim Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PpFzuEHKTN1jaypSN44rzd --------- Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-01 23:06:43 -04:00
0xdhx	f4d6747d21	fix(#2738): report graphify query budget outcome and stop between-tier over-trimming (#2819) ... * fix(#2738): report budget outcome from graphify query and stop over-trimming between tiers applyBudget retains seed nodes unconditionally, so the seed set is a floor the edge-tier reduction cannot go below — a --budget 500 request could return the full seed payload (~119k tokens measured) with no signal of the miss. Add budget_met + budget_estimate to the budget result and surface them through graphifyQuery when a budget was requested. Secondary: the tier loop estimated against the full pre-filter node set, so a tier removal that already satisfied the budget (once its orphaned nodes were excluded) still triggered the next, higher-confidence tier drop. Recompute reachability and the estimate after each tier and break as soon as the pruned result fits. Adjacent same-class instance from pre-submit review: the CLI forwards --budget 0 but truthiness checks silently treated it as no budget and returned the unbounded result. Test budget presence with != null so a zero budget is honored and reported as an unmeetable miss. * docs(changeset): backfill PR number for #2738 fragment * fix(#2738): estimate the payload as emitted, not a private compact form budget_met measured a different payload than the caller receives. The estimator serialized a compact `{nodes, edges}`, while output() emits the whole response pretty-printed (2-space indent, plus the term/total_*/trimmed wrapper keys). Measured on the repo's own SAMPLE_GRAPH fixture: reported 183 tokens against 302 actually emitted — 1.65x — so `--budget 200` returned budget_met: true while handing back 302 tokens. That is worse than the old silent miss: an automated consumer stops checking a signal that is confidently wrong. Fix the basis rather than the number: - io.cts gains serializeForOutput(), the single definition of the wire form. output() now calls it, so the estimator and the emitter cannot drift on indentation or shape. Pure extraction; output()'s behaviour is unchanged. - graphify builds its response through one buildQueryResponse() used by both the emitter and the estimator, so the estimate describes exactly the bytes returned. - The tier loop estimates on that same basis, so it keeps trimming until the real payload fits instead of stopping at a smaller internal measure. This makes budget_met === (budget_estimate <= budget) true by construction. - Drop the module-private chars/4 helper for prompt-budget's estimateTokens — the repo's single token scale, per the rule phase-estimation.cts documents. budget_estimate is self-referential (its own digits are part of the emitted bytes), resolved by iterating to a fixed point; the sequence only ever grows, so it settles in a couple of passes and errs toward over-reporting. Tests pin estimator to emitter so this cannot silently re-diverge if output() ever changes its indentation. Both new tests fail against the pre-fix source. * test(#2738): property-test the budget-limit and reporting contract RULESET.TESTS.property-based-testing names budget-limit contracts, and this module is the literal case: #2819 turns it into a *reporting* contract, which is what properties express well. Five invariants over arbitrary small graphs and any budget >= 0: - budget_met === (budget_estimate <= budget) - budget_estimate === the tokens actually emitted - the seed set is a floor the reduction never goes below (the changeset's "seeds are a floor" claim, previously asserted only for one hand-built fixture) - total_nodes/total_edges match the returned arrays - a larger budget never yields a smaller payload Two notes on what these do and do not prove. The emitted-payload property fails against the pre-fix source; the budget_met/budget_estimate agreement property does NOT — pre-fix both derived from the same wrong number, so it is a contract guard, not a regression proof. Monotonicity is asserted over the payload (node/edge counts), not over budget_estimate: the estimate measures emitted bytes exactly, and budget_met renders as "false" (5 chars) or "true" (4), so an identical payload can measure one token larger when the budget is missed. That is the estimate being honest, not a monotonicity break. The generator seeds on `label` — seedAndExpand matches label/description, never id/name, and a fixture that gets this wrong expands to nothing and passes vacuously. * test(#2738): pin the budget boundary and label the forward-guard test Two test-coverage gaps from review. RULESET.TESTS.boundary-coverage wants limit-1 / limit / limit+1. The added tests used 1, 0, 200, 100000, 50 — all far from the decision point. The branch that matters is `estimate <= budgetTokens`, so the input that decides it is budget === estimate exactly: that is the one value where an off-by-one in the comparison flips budget_met, and nothing else in the suite would catch it. Pinned at the limit and either side of it. The "omits budget fields when no budget was requested" test passes unchanged on next — graphifyQuery never set those keys before the fix, so both assertions already held. It has value as a forward guard against the spread leaking budget fields, but it is not failing-first and should not be counted toward RULESET.TESTS.regression-must-fail-first. Said so in a comment, so a later reader does not mistake it for the regression proof. * fix(#2738): keep a non-finite budget out of the budget path Switching `!budgetTokens` to `budgetTokens == null` widened the internal contract to admit NaN, where every `estimate <= NaN` is false: the loop strips all three tiers and returns a seeds-only payload that is indistinguishable from a legitimate aggressive trim. Unreachable through the CLI — graphify-command-router rejects a non-numeric --budget with makeInvalidArgs before graphifyQuery is called — so this is hardening, not a live defect. It is still worth guarding: graphifyQuery and applyBudget are module-level entry points a future caller could reach without the router's validation, and the failure mode is silent. Number.isFinite also routes Infinity to the no-budget path, deliberately: an unbounded budget is not a budget, and parseInt cannot produce one anyway. --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-01 21:36:48 -04:00
Adnan	fc3fde05ee	feat(#2646): surface unresolved deferred-items.md at milestone close (#2983) ... * feat(#2646): surface unresolved deferred-items.md at milestone close auditOpenArtifacts scanned eight categories; deferred-items.md was not among them. #2287 made that file readable at the PHASE boundary (audit-uat, /gsd-progress check 7), but one boundary up it stayed invisible — and phase directories archive to milestones/vX.Y-phases/ by default (#1871), so an out-of-scope discovery a phase agent correctly recorded rather than fixed left the live tree at milestone close having never reached the [R]/[A]/[C] prompt that exists to catch exactly this. Adds deferred_items as a ninth scanner plus its count, its items entry and its report section. The workflow needed no change: complete-milestone branches on "any section with count > 0", so the new category flows through the existing prompt. The resolved/unresolved predicate is NOT reimplemented. uat.cjs already exports parseDeferredItems, which owns the parsing rule (entries under a `## Deferred Items` level-2 heading, else the whole file fail-safe; RESOLVED only on an explicit case-insensitive `status: resolved` field). The scanner requires it lazily, inside the scan, so audit-command-router's property that a route never loads the module it does not need is preserved. Two readers of one file sharing one predicate is the point — duplicating the inequality is how they drift into disagreeing about what "open" means. Regression test proves fail-first: 9 of its 10 cases go red against the pre-change tree. The tenth is the deliberate no-regression boundary (a clean tree emits no section) and is green both ways. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015TQU48ETJjEmGLJjA6hdQ4 * docs(#2646): document the pre-close artifact audit and its nine categories The /gsd-complete-milestone entry did not mention the audit at all, so the gate that can stop a close was undocumented — and this change adds a category to it. Tabulates all nine with their source artifact and what makes each one "open", plus the [R]/[A]/[C] outcomes. Also disambiguates the one genuinely confusing thing: the per-phase deferred-items.md scanned here is NOT the `## Deferred Items` section the [A] path writes into STATE.md. Same name, different artifact, opposite ends of the flow. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015TQU48ETJjEmGLJjA6hdQ4 * chore(#2646): backfill changeset pr number Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_015TQU48ETJjEmGLJjA6hdQ4 --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com> Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-01 21:27:33 -04:00
0xdhx	c61dd49d95	enhance(#2255): blocking catastrophic-shrink guard for curated .planning/ writes (#2301) ... * feat(#2255): blocking catastrophic-shrink guard for .planning writes Adds hooks/gsd-write-guard.js, a PreToolUse hook that hard-blocks (decision: 'block', exit 2) a whole-file Write collapsing a curated .planning/ artifact (ROADMAP.md, .planning/milestones/*-ROADMAP.md, STATE.md) below 40% of its on-disk line count. Files under 40 lines are exempt; GSD_ALLOW_PLANNING_SHRINK=1 (named in the block message) bypasses for legitimate milestone resets. Fix 3 of #973 — the only defense independent of per-agent tool config. Registered on the Claude plugin surface (hooks.json), settings-json runtimes (runtime-hooks-surface.cts, self-contained pattern), Kimi spec, and the OpenCode/Kilo plugin buses. Golden install fixtures and INVENTORY regenerated; regression tests negative-controlled (16/16 RED with the hook absent, 16/16 GREEN with it present). * chore(#2255): backfill changeset pr number to 2301 * enhance(#2255): address review — fail-closed reads, typed block output, registration, property test Review fixes for trek-e's CHANGES_REQUESTED on PR #2301: - Blocker 2: register gsd-write-guard.js in BUNDLED_GSD_HOOK_FILES (no-shipping-drift test). - Blocker 3: update the always-on hook enumerations in ADR-766 and CONTEXT.md from six to seven. - Major 4: fail CLOSED on non-ENOENT read errors — only a missing file (new-file Write) passes; EACCES/EISDIR/ELOOP/etc now block, with a typed readError field and the override still honored. Tested, with a negative control against the pre-fix hook. - Major 5: fast-check property test for the SHRINK_RATIO/FLOOR_LINES budget contract (blocked ⟺ newLines < oldLines*SHRINK_RATIO above the floor; sub-floor always exempt), boundary examples pinned. - Major 6: block output now carries typed oldLines/newLines/ overrideEnvVar fields; tests assert on those instead of regexing the free-form reason string. - Minor: CURATED_PATTERNS are case-insensitive (case-insensitive-FS bypass on macOS/Windows); limit+1 boundary tests added for both the floor and the ratio. * enhance(#2255): engage the write guard on Kimi's native payload shape The guard shipped with Claude-vocabulary checks (tool_name 'Write', tool_input.file_path), which #2304 showed leaves a guard dormant on Kimi: the [[hooks]] matcher is registered pre-translated but kimi-cli forwards its native payload verbatim — tool_name 'WriteFile' (bare or module-qualified) and tool_input.path per its tool schemas (src/kimi_cli/tools/file/write.py). The guard matched, saw an unknown name, and exited 0. Apply the same per-guard normalization PR #2326 gives the three sibling guards (name + field mapping, inlined — hook scripts stage as standalone files), and write the block reason to stderr as well as stdout JSON: Kimi feeds stderr, not stdout, back to the model on exit 2, so a stdout-only reason blocks without telling the model why or naming the documented override. Regression tests pipe Kimi-shaped payloads (engage, qualified-name, stderr-reason) plus exemption pins (StrReplaceFile stays out of scope by design; non-curated paths pass) — verified red against the pre-fix guard, green after. * enhance(#2255): rebase onto next; regenerate golden-parity fixtures * enhance(#2255): wire the escape hatch into complete-milestone's reorganize step Review Blocker 1: the guard hard-blocked /gsd:complete-milestone's ROADMAP reorganize — the tree's only legitimate milestone reset and the exact caller GSD_ALLOW_PLANNING_SHRINK was built for. The reorganize step now performs the rewrite through a shell write with the hatch set on the command (a hook inherits the runtime env, so a bare Write cannot carry a per-step override), and a binding test derives the env var name from the guard's typed output and asserts (a) the workflow step sets it and (b) the guard passes the identical catastrophic payload under it — so the next complete-milestone.md edit cannot silently re-break the wiring. * enhance(#2255): drop dead Edit-class mapping from normalizeKimiPayload Review Major 1: StrReplaceFile -> 'Edit' and the old_string/new_string reconstruction were unreachable-by-effect — the guard exits 0 for any tool_name !== 'Write', so nothing ever read the fields they set, leaving guaranteed-surviving mutants against the Stryker bar. The map now carries only WriteFile -> 'Write'; the StrReplaceFile exemption test message states the fall-through it actually exercises. * enhance(#2255): review minors — American spellings; writeSync before exit(2) Minor 1: normalised/normalise -> American house style. Minor 2: the two block paths wrote stdout+stderr via async pipe writes then exit(2) — async-on-Windows, unflushed at exit; fs.writeSync(1/2, ...) makes the block payload durable. * enhance(#2255): assert stderr equals the typed reason, not raw prose Minor 3: the last raw-text match in the suite pinned override-name prose on stderr. The contract is "stderr carries the reason Kimi feeds back" — now asserted as stderr non-empty and byte-equal to the parsed stdout.reason. * enhance(#2255): bind the write-guard's Kimi normalization into the parity test Review Major 2: the guard's normalizeKimiPayload is a 4th inlined copy with nothing binding it. This extends PR #2326's kimi-guard-normalization-parity test (same path and helpers, authored as a superset so either merge order resolves cleanly): sibling byte-parity is existence-gated zero-or-all — trivially green until #2326 lands, full-strength after — and the write-guard copy is bound semantically (map is the value-inverse of convertKimiToolName; the Kimi name for Write must map, or the guard is dormant on Kimi; the path -> file_path half must be present). Byte-parity is deliberately not asserted for this copy: it legitimately omits the Edit-class mapping (Major 1 — dead code in a Write-only guard). * enhance(#2255): refresh golden-parity fixtures for revised guard + workflow * chore(#2255): regenerate golden fixtures after rebase onto next The committed fixture hashes were generated against a tree predating next's latest 11 commits, which independently modified the same install-parity surface. Rebased onto next and regenerated with `npm run gen:golden`. Verified: against upstream/next the regenerated fixtures differ by exactly this PR's own entries -- hooks/gsd-write-guard.js (new), hooks/managed-hooks-registry.cjs, plugins/gsd-core.js, and gsd-core/workflows/complete-milestone.md. No unrelated drift. * fix(#2255): regenerate workflow size baseline for complete-milestone `complete-milestone.md` grew 31071 -> 32061 (+990) when the round-2 review fix bound GSD_ALLOW_PLANNING_SHRINK=1 into the reorganize step, but tests/workflow-size-baseline.json was never regenerated. The per-file workflow baseline test (issue #1074) failed on ubuntu-latest/22 and both macOS shard 1/3 jobs. The growth is justified: it is the escape-hatch binding requested in review round 2 (the guard must not hard-block the tree's only legitimate milestone reset), not incidental bloat. Regenerated via `npm run size:baseline`; the diff is exactly the one entry. * chore(#2255): regenerate golden fixtures and size baseline after rebase onto next * enhance(#2255): bind the shrink escape hatch mechanically — single-use sentinel the guard consumes Round-5 M1: the per-step `GSD_ALLOW_PLANNING_SHRINK=1 tee` prefix was inert (no PreToolUse hook exists on Bash in this family; the write succeeded by dodging the guard, not by the override firing) and the protection was prose. The hatch is now a transport code consults: complete-milestone's reorganize step arms `.planning/.gsd-allow-shrink` with the target's path, keeps the Write tool as the sanctioned path, and the guard — at the block point only — verifies the sentinel is fresh (15 min) and names the pending target, then CONSUMES it and allows that one write. Path-bound + single-use + freshness keep it from becoming a standing unlock. The env var remains as the interactive transport, where it can actually reach the hook. Regression tests written first (negative control: 3 failed pre-fix): the armed-sentinel Write passes and consumes; stale does not exempt; a token for a different file neither exempts nor is consumed; the binding test now takes the sentinel name from the guard's typed output (overrideSentinel), asserts the step arms it, and asserts the step no longer routes the rewrite around Write via a shell pipe. Also in this commit, same file: - m2: block emission is exception-safe — emitBlock() wraps both writeSync sites in their own try/catch that still exits 2, so an EPIPE can no longer convert fail-closed into the outer catch's fail-open. - Header discloses the two reviewed design limits (cumulative sequential shrink; lexical match vs symlinked paths) per round-5 scoping. * docs(#2255): document the sentinel transport across guard surfaces; changeset ends with the (#2255) parenthetical (m4) USER-GUIDE bullet, INVENTORY row (en + ja/ko/pt/zh), the runtime-hooks-surface registration comment, and the changeset now describe both hatches — the single-use sentinel for workflow steps and the env var for interactive use — instead of implying a per-step env can reach a hook. The changeset's trailing `Resolves #2255.` prose becomes the `(#2255)` parenthetical the repo's fragments use (round-5 m4). * chore(#2255): regenerate derived families on the rebased tree (full sweep) Full generator sweep after rebasing onto next @ the body-parser-patched lockfile: build, gen-inventory-manifest, gen:golden, size:baseline. Every regen delta verified to be either a PR-owned entry (gsd-write-guard.js, complete-milestone.md, INVENTORY/USER-GUIDE) or exact convergence to next's committed value for entries our arbitrary-side conflict resolution had left stale (all 18 runtime fixtures checked mechanically). * test(#2255): use helpers.cleanup for sentinel teardown, not raw fs.rmSync The repo's local/no-raw-rmsync-in-tests rule exists for the Windows-EBUSY retry budget; the sentinel disarm now rides it like every other teardown. * chore(#2255): regenerate derived families after rebase onto next Full sweep on the rebased tree (build -> gen-inventory-manifest -> gen:golden -> size:baseline). Every delta is either a PR-owned entry (hooks/gsd-write-guard.js, its registration surfaces hooks/managed-hooks-registry.cjs and the two plugin buses, gsd-core/workflows/complete-milestone.md) or exact convergence to next's committed value across all 18 runtime fixtures. * chore(#2255): regenerate derived families after rebase onto next @ a5180d96 Rebase onto current `next` (a5180d96) resolved 12 conflicting golden-install-parity fixtures; all regenerated via the full generator sweep (build, gen:golden, size:baseline) rather than a single generator. `lint:generated-sync` reports every generated artifact in sync. All 45 differing fixture keys and the single workflow-size-baseline entry map to files this PR actually touches; no foreign drift. * fix(#2255): remove the stale unguarded reorganize_roadmap step (round-8 blocker) complete-milestone.md carried a second ROADMAP-collapsing step, `reorganize_roadmap`, distinct from the sentinel-armed `reorganize_roadmap_and_delete_originals` this PR wired. It is a vestige of the pre-archive-then-reorganize design: it sits BEFORE archive_milestone, so executing it as written would collapse ROADMAP.md before the archive snapshots the full phase detail — and its Write is exactly the shape gsd-write-guard hard-blocks, with no hatch armed. The file's own success criteria describe only one reorganize outcome (Backlog-preserving, overwrite-in-place — the later step's properties), and archive_milestone points forward to "the reorganize step". Removed rather than wired, per the round-8 review's confirm-and-remove option. A new binding test asserts the sentinel-armed step is the ONLY reorganize step in the workflow, so an unguarded collapse step cannot be silently reintroduced (negative-controlled: fails against the pre-fix tree). Golden-parity fixtures and the size baseline regenerate for the shrunk file; every changed fixture key is complete-milestone.md's own. * test(#2255): document why the read-error injection is a path collision, not an fs monkeypatch Round-8 nit: the non-ENOENT tests inject via a directory-at-target-path collision instead of the repo's fs-method monkeypatch pattern. That is deliberate, not drift — runHook exercises the hook as a spawnSync child process, so an in-process fs.readFileSync patch (the pattern the cited siblings use on require'd, in-process code) can never reach the code under test. Record the reasoning at the injection site. * chore(#2255): regenerate derived families after rebase onto next @ 0d08c320 Rebase onto current next (0d08c320) for the CONFLICTING/DIRTY state. All 32 conflicts were generated artifacts (19 golden-install-parity, 12 install-tree, workflow-size-baseline); resolved arbitrarily and regenerated via a full generator sweep (build, gen:golden, size:baseline, gen-inventory-manifest) rather than hand-merged. No source conflicts. Regen diff verified against the PR's changed-file set: 7 distinct differing keys, all PR-owned (gsd-write-guard.js, managed-hooks-registry.cjs, plugins/gsd-core.js, complete-milestone.md, and their .kimi mirrors). lint:generated-sync clean. * chore(#2255): regenerate derived families after rebase onto next @ 9138271b Conflict set was 20 paths, every one a generated artifact, zero source conflicts — resolved arbitrarily during the replay and regenerated here, per the maintainer's round-9 recipe (never hand-merged). Generator sweep (not just gen:golden): npm run build, gen:golden, size:baseline, gen-inventory-manifest, gen:registry. INVENTORY-MANIFEST came back byte-identical, so the merged value was already correct. Regen diff verified == PR-touched entries: every differing leaf key attributes to a file this PR changes (complete-milestone.md, the guard, managed-hooks-registry.cjs, both plugin buses) — derived from the changed-file set, not a feature-name filter. * fix(#2255): port the #2595 Kimi-payload hardening the base landed for the sibling guards Self-found via the round-10 base sweep: a8b40fa5 (#2547/PR #2595) hardened gsd-prompt/read/worktree-path-guard's normalizeKimiPayload after this PR was authored, and this guard carried all three pre-fix shapes: - `path` now wins outright over a model-supplied `file_path` — kimi-cli's WriteFile schema carries no `file_path`, so a payload pairing a curated `path` with a spurious `file_path: ""` had the guard reading '' and exiting 0 while kimi-cli wrote to `path` (one-key bypass, no crash needed). - null/primitive payloads pass through deliberately instead of throwing into the fail-open catch. - the `file_path` read is typed (`typeof === 'string'`), closing the crash-to-allow on `[]`/`{}` — this is what the base-added kimi-guard-typed-payload-reads scan flags. Negative-controlled: the shadowing payload exits 0 against the pre-fix guard and 2 against this one. * fix(#2255): round 9 Major 2 — stop printing the sentinel recipe in the agent-facing denial The block message ended by telling the blocked agent exactly how to arm the single-use sentinel — handing the #973 actor a mechanical self-authorization in the moment it is blocked. The recipe is gone from the prose; the corrective advice and the env override's name stay (the latter is a #2255 acceptance criterion, and a per-step env prefix cannot reach a hook anyway), and the typed overrideSentinel field stays for the binding tests. The hatch remains documented in USER-GUIDE.md and complete-milestone.md, where humans and the workflow engine read. * fix(#2255): round 9 Minors 1-2 — realpath-resolve the target before the curated match; disclose the /i Linux cost Minor 1: a Write to a non-curated path that symlinks into a curated file was not matched while writeFileSync followed the link — the target is now realpath-resolved before the curated match (ENOENT keeps the lexical resolution so new-file Writes still pass; any other realpath error falls through to the read, which fails closed). Negative-controlled: the symlink payload exits 0 against the pre-fix guard, 2 against this one. Test skips on win32, where symlink creation needs privilege. Minor 2: the header's design-limits block now names the unconditional /i cost on case-sensitive Linux (a genuinely distinct .planning/roadmap.md is also treated as curated) next to the stateless limit, and drops the closed symlink limit. * test(#2255): round 9 Minors 3-4 — CRLF counting pin + a passing Write leaves a fresh sentinel unburned Minor 3: countLines' split('\n') is CRLF-safe for a count (the \r rides along), confirmed by trace in the review — this pins it against this repo's recurring CRLF regressions, on both sides of the compare and at the 40% boundary. Minor 4: consumeSentinelFor runs only after the ratio check would block, so a within-tolerance Write never burns the workflow's token — true by construction, previously un-asserted. * fix(#2255): round 9 Major 3 — correct the stale env-var line in archive_milestone's summary complete-milestone.md's "After archival" bullet still said the reorganize happens "under GSD_ALLOW_PLANNING_SHRINK=1" — the wording from the round-2 design this PR's own history rejected in round 5 (a per-step env var cannot reach a hook; setting it in a Bash step silently does nothing). It now points at the sentinel mechanics the reorganize step actually documents, matching that step and USER-GUIDE.md. * docs(#2255): round 9 Major 1 — user-facing docs state the stateless per-Write limit The changeset and USER-GUIDE described the guard as covering "catastrophically shrinks" with no caveat, while the stateless design was disclosed only in the hook header — an operator reading the shipped docs would conclude iterative erosion is covered. Both surfaces now state the per-Write comparison and the erosion non-goal explicitly, in line with what the guard does. * fix(#2255): round 10 Blocker 1 — arm the hatch in the roadmapper's curated writes gsd-roadmapper Step 7 Writes both .planning/ROADMAP.md and .planning/STATE.md wholesale, and /gsd:new-milestone spawns it against the OUTGOING milestone's files. new-milestone's `phases.clear` archives phase DIRECTORIES, never ROADMAP.md, so nothing compacts it first, and no ordering rule forces /gsd:complete-milestone to run before /gsd:new-milestone. Measured against the shipped hook at the #973 file size (292 lines): a new 4-phase roadmap lands at 18.2% and an 8-phase one at 31.8% — both blocked; only a 12-phase replacement (45.5%) clears. So the collapse is reachable on a first-party flow, which is the failure mode #2255 para 4 says the guard must not have. Arms the single-use sentinel immediately before each Write, one per target (the token is path-bound and single-use, so one arming cannot cover both), and gates each arming on `[ -f ]` so the /gsd:new-project path — where the guard already exempts via ENOENT — strands no unconsumed token. Binding test derives the sentinel name from the guard's own typed output, so a rename on either side fails the suite instead of silently unwiring the hatch. Negative-controlled: 2 assertions fail against the pre-fix roadmapper. * docs(#2255): round 10 Major 2 — scope the claim to the guarantee that ships The sentinel is a plain file, so an agent that would reason past an advisory can arm one with a single Bash call it is already permitted to make. The "only defense independent of per-agent tool config" framing outran that, and the changeset was on its way into CHANGELOG.md. Retitles the claim on all three surfaces (changeset, guard header, USER-GUIDE) to what the guard actually delivers: it blocks accidental and single-shot collapse and is not a defense against a determined agent; what it converts is "ignore a sentence" into "take one deliberate, path-bound, single-use, auditable action". Pinned by test on the DURABLE surfaces only — the guard header and USER-GUIDE. The changeset fragment is deliberately not pinned: it is consumed at release, so a test reading it would start failing the moment the release lands. The bound-statement assertion normalizes comment markers and whitespace first, so it pins the claim rather than the paragraph's line wrapping. Negative-controlled: both assertions fail against the pre-fix surfaces. * test(#2255): acknowledge the roadmapper growth from the round 10 Blocker 1 wiring The emitted-attribution gate (#2719/#2767) flags gsd-roadmapper.md growing 1130 bytes without an acknowledgment. The growth is the Blocker 1 sentinel wiring plus the rationale a future editor needs to keep it, so it gets an ack fragment rather than a silencing regen — the gate's own message is explicit that there is nothing left to regenerate. Fragment is PR-scoped (2301-…) per the gate's naming instruction, and uses the plain-string reason form the shipped fragments use. Verified against the TRUE upstream tip, not the fork's origin/next: a stale origin made this same gate report unrelated phantom drift (1 emitted path + 6 grown files + 5 stale acks) that vanishes when GSD_EMITTED_BASE is pinned. * test(#2255): renumber the roadmapper PROSE_ALLOWLIST pin after the Step 7 wiring CI red on shard 2/3, all four platforms. The #2751 gate keys PROSE_ALLOWLIST on {file, line}; the Blocker 1 wiring added 18 lines above the allowlisted parenthetical in agents/gsd-roadmapper.md, moving it 624 -> 642. Both halves of the gate then fired: the moved line reads as a new offender, and the stale entry no longer matches anything. Line content at 642 is byte-identical to what the entry describes — a descriptive "e.g." naming SDK queries a user could run — so this is a renumber, not a re-classification. Swept the defect class rather than the instance: agents/gsd-roadmapper.md is the only line-pinned reference to any file this round changed. Negative-controlled: both assertions fail against the un-renumbered allowlist. --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-01 21:19:49 -04:00
0xdhx	cc3ee301a7	fix(#2544): stage the CommonJS marker in GSD-owned dirs, not the config root (#2593) ... * fix(#2544): stage the CommonJS marker in GSD-owned dirs, not the config root installSharedHooksBundle wrote `{"type":"commonjs"}` over <configRoot>/package.json unconditionally — no existence check, no merge, no backup — on every install and every /gsd-update re-install. On the 11 affected runtimes that file is often user-owned; on OpenCode and Kilo it is the documented place to declare local-plugin npm dependencies, so a user's name/type/dependencies/scripts were destroyed on each run. The uninstall path already read the file and unlinked it only on an exact content match. That asymmetry was the defect: the discipline existed in the codebase, it just was not applied on the write side. Move the marker into the directories GSD creates and fills with its own .js files — hooks/ (all shared-hooks runtimes, incl. Kimi's own root) and the nativePlugin dir (plugins/ for OpenCode+Kilo, extensions/ for pi) — and stop writing the config root entirely. New src/commonjs-marker.cts owns the marker string plus one ownership predicate (absent / gsd-owned / foreign, fail-closed on an unreadable file) shared by ensureCommonJsMarker and removeCommonJsMarker, so install and uninstall cannot drift apart again. Nothing else depended on the config-root marker: package identity is baked at build time (#378/#498) and version resolution prefers gsd-core/VERSION and already tolerates a missing root package.json (#1383) — Codex has installed without one all along. A package.json in plugins/ or extensions/ is inert to plugin discovery, which globs *.{ts,js} only (see installer-migration 006). Uninstall retires the pre-fix config-root marker, so upgrading users are cleaned up on removal, and still never touches a file it did not write. * fix(#2544): point the changeset fragment at the filed PR The fragment's `pr:` field is only knowable after `gh pr create` returns. * fix(#2544): register commonjs-marker.cjs in the tsc-generated ESLint ignore set bin/lib/commonjs-marker.cjs is tsc output (src/commonjs-marker.cts is the linted source), so it belongs in the ADR-457 ignore list like its siblings. Clears the lint-tests no-var failure and the repo-invariants "linted xor ignored" migration-state test. * fix(#2544): pin the kimi CommonJS marker to hooks/, not the ~/.kimi root The UPGRADE 1 test still asserted the pre-#2544 marker location (~/.kimi/package.json). The marker now lives inside ~/.kimi/hooks — the directory GSD itself creates — matching the updated golden-install-parity and install-tree fixtures. Also asserts the root marker is NOT written. * fix(#2544): make the CommonJS marker write path non-fatal Review round 2, Major 3 + Minor 1 + the stagedHooks nit. ensureCommonJsMarker rethrew any non-EEXIST write error and neither call site caught it, so EACCES on a read-only hooks/, EROFS, or ENOSPC aborted the whole install with a raw stack trace. Every other marker interaction in the module is best-effort — removeCommonJsMarker swallows unlink failures, classifyMarker swallows read failures — and this was the write path, i.e. the one most likely to fail on a locked-down config dir. It now returns a new 'failed' outcome and both call sites warn and continue. Sibling found while sweeping for the same defect class: fs.mkdirSync sat OUTSIDE the try block, so an unwritable parent threw past the guard entirely. Creating the directory is the same environmental hazard as writing into it, so it moved inside. Also in this file: - The hooks marker is now gated on `stagedHooks && hooksOk`, not stagedHooks alone. stagedHooks is computed from the SOURCE listing before the copy loop, so it stays true when the copies land but verifyInstalled() then fails — marking a hooks/ GSD did not successfully populate claims an ownership the install did not earn. - The uninstall rmdir of the native plugin dir is gated on GSD having actually removed something from it. Hoisting it out of the adapter-exists guard (so the marker-only case could prune) had silently widened it into deleting a user-created but empty plugins/ or extensions/ dir — the same "don't touch territory GSD didn't fill" principle this issue is about, inverted. - Kimi's pre-#2544 marker at its native hook root (~/.kimi) is retired at the same call site that writes its replacement. That path is outside kimi's configDir, so installer-migration 007 structurally cannot reach it. * fix(#2544): retire the stale config-root marker via installer-migration 007 Review round 2, Major 1 — the PR's headline claim was false for existing installs. Upgraders kept BOTH markers: the new one under hooks/ and the stale {"type":"commonjs"} at the config root, so their config root stayed pinned to CommonJS and their dependency manifest stayed gone until they uninstalled. The migration is unusual in one way, and it is the part worth reviewing: the config-root marker was never recorded in gsd-file-manifest.json (writeManifest records hooks/, agents/, commands/, scripts/ and the native plugin, never a root package.json), so classifyArtifact answers 'unknown' for it and the planner's own guard downgrades a remove-managed on an 'unknown' classification to preserve-user. 007 therefore supplies the "purpose-built detector for an old GSD-owned shape" that docs/installer-migrations.md#remove-managed sanctions — exact content match, the same predicate removeCommonJsMarker has always used — and declares the resulting classification on the action. A package.json with any other content is left untouched, and there is deliberately no backup-and-remove branch: a non-matching file here is not a patched GSD artifact, it is somebody else's file. Scope is all runtimes. The `runtimes` field is OMITTED rather than `[]`: validateStringArray requires the field to be non-empty WHEN PRESENT, while the runtime filter treats an empty array as "all" — so `runtimes: []` throws at plan time and the migration never runs. The metadata test pins this. Kimi is a deliberate carve-out, named in the migration's own header: its marker lived at ~/.kimi, outside kimi's configDir, and migration relPaths are structurally confined to configDir. It is retired by the installer instead. Registration: shipped-migrations table, .gitignore for the emitted .cjs, the EXPECTED_CHECKSUMS baseline, and the ESLint ignore set. That last one is not copied from migration 006 by rote — 006 needs no entry because it imports nothing, while 007 imports node builtins, so tsc emits its __importDefault helper and the `var` in it trips no-var. This is the same lint gate that made round 1 red. * test(#2544): fault-injection and multi-runtime marker coverage Review round 2, Major 2 + Minors 4 and 5. Major 2 — CONTRIBUTING.md:514-531 is mandatory for install/uninstall flows and the suite had no fs monkeypatching at all. Every branch now covered is one whose doc comment claims it as the module's safety posture: - classifyMarker non-ENOENT lstat error -> 'foreign' (the fail-closed rule), with an ENOENT control alongside it so the test discriminates rather than just asserting one side - classifyMarker readFileSync throw -> 'foreign' (present-but-unreadable never downgrades to the permissive answer) — the fixture's bytes are exactly GSD's marker, so the test fails if the code ever answers on content it could not read - a DIRECTORY at the marker path (CONTRIBUTING:521; the symlink case was already covered with a real symlink, the directory case needs no injection at all) - the ensureCommonJsMarker TOCTOU EEXIST branch — the entire reason for flag:'wx' - the new 'failed' outcome, for both writeFileSync (EACCES/EROFS/ENOSPC) and the mkdirSync that used to sit outside the guard - removeCommonJsMarker unlink throw -> false These save and restore fs methods in `finally` rather than using chmod 0o000, which does not fault under root and would pass vacuously in root Docker and CI. Minor 4 — uninstall was driven for opencode only. pi's extensions/ and both kimi locations now have behavioral coverage, install and uninstall, each paired with a user-authored-file case proving GSD leaves it alone. Minor 5 — the stagedHooks gate had no assertion behind its stated reason. A pre-existing, GSD-untouched hooks/ directory is now driven through a runtime that declares skipSharedHooksInstall and asserted to stay marker-free, with its user content intact. Also regression-tests the uninstall rmdir gate from the previous commit: an empty plugin dir GSD removed nothing from must survive. * docs(#2544): correct stale marker prose, register the module, document the trade-off Review round 2, Minors 2, 3 and 6. Minor 2 — six files asserted the installed ROOT ships the synthetic marker. None was load-bearing (all three walk-up consumers are VERSION-first with try/catch and the marker never carried a `version`), but ADR-457:52 is the rationale for keeping a generated module, so a future reader would mis-derive the constraint from it. Each site is corrected to what is now true: the installed tree carries no package.json with a .name at all, because the only ones GSD stages are {"type":"commonjs"} markers and they now live in GSD's own directories. Two of the six needed more than a location swap. hooks/gsd-check-update-worker.js and the platform-gate test both described `require('../package.json').name` resolving to undefined; post-#2544 that require does not resolve at all, so the history is kept accurate and the present-tense claim corrected rather than just moved. And src/runtime-artifact-conversion.cts described the no-root-package.json case as Codex-only — it is now every runtime, which strengthens that comment's own argument for lazy resolution. The generated .cjs sibling needs no edit: it is gitignored build output, not a tracked file. Minor 3 — src/commonjs-marker.cts had no CONTEXT.md entry, unlike every peer module, and CONTEXT.md is the #2 co-change partner of bin/install.js. Added, including the fail-closed posture and the never-throws contract. Minor 6 — the plugins//extensions/ marker shadows the config root for all .js siblings, so an OpenCode/Kilo user's ESM plugin/*.js stays broken. That is exactly what #2544's Fix section prescribed and it is disclosed in the PR body, but the PR body is not documentation. It now lives in the OpenCode section of docs/how-to/install-on-your-runtime.md, stated as a real constraint rather than a pure improvement, with the .ts mitigation and a fallback for ESM plugins. * test(#2544): attribute the CommonJS marker in the emitted-provenance rules The differential emitted-attribution gate (#2723, landed on `next` after this branch was cut) went red on the macOS shards once this PR rebased onto it. Two distinct causes, both real gaps rather than noise: 1. `plugins/package.json` and `extensions/package.json` matched NO rule — the `native-plugin` rule covers `*.{js,cjs,mjs}` only, so the marker read as an unattributed emitted family. 2. `hooks/package.json` fell through to `hooks-built`, which attributes an emitted `hooks/<X>` to a repo source `hooks/<X>`. There is no `hooks/package.json` in the repo, so it resolved to a nonexistent path. Cause 2 is exactly the failure already documented three lines above it for Copilot's `gsd-session.json` — "a code literal, not a built script" — so the fix follows that precedent rather than inventing one: `package.json` is excluded from `hooks-built` the same way, and a dedicated `commonjs-marker` rule attributes the family across all four roots it can appear in (both hooks roots plus `plugins`/`extensions`) to the sources that actually emit it. Deliberately a RULE, not an entry in tests/emitted-drift-ack.json. An ack is for a one-off ripple and goes stale by design — the gate fails a stale ack precisely so it cannot pre-clear the next change on that path. These markers are a permanent part of the emitted tree from #2544 onward, so they need standing attribution. Verified by reproducing the CI failure locally with GSD_EMITTED_BASE: 3 provenance errors + 12 unattributed paths before, 35/35 green after. * fix(#2544): route the #2717 hooks-surface marker helpers through commonjs-marker #2717 landed a second copy of ensureCommonJsMarker/removeCommonJsMarkerIfGsdOwned in src/runtime-hooks-surface.cts for the runtimes that stage .js hooks via dedicated paths (cursor/windsurf/codex). That copy had drifted from this PR's module on the two properties that matter: - ownership probe: `fs.existsSync` FOLLOWS symlinks and reports false for a DANGLING one, so a dangling package.json symlink classified as absent and the write went straight through it. Demonstrated: against the pre-fix copy, ensureCommonJsMarker() on a hooks/ dir holding a dangling package.json symlink returns true and creates {"type":"commonjs"} OUTSIDE that directory. - create: a plain writeFileSync leaves the classify->write window open, where commonjs-marker creates with flag:'wx' (O_EXCL). Both helpers now delegate to src/commonjs-marker.cts, which is what this PR's own docstring already claimed was the single place these rules are enforced. Exported signatures are unchanged (still boolean), so bin/install.js and the #2717 tests are unaffected. The new subtest is the only coverage that fails if the duplicate is ever reintroduced — the two implementations agree on every non-adversarial input, so the existing suites pass against both. * test(#2544): pin the stagedHooks gate on zcode, not windsurf The Minor-5 coverage picked windsurf because hostBehaviors.skipSharedHooksInstall kept it out of the shared hooks bundle, so GSD staged nothing into hooks/ and the marker was correctly absent. #2717 changed that premise: cursor/windsurf/codex now stage their .js hooks via dedicated paths and get the marker beside those scripts. Measured on this tree, windsurf stages 2 .js hooks and receives a marker — so the assertion was pinning behaviour that is now wrong, not the gate it was written for. ZCode is the durable choice: per #1821 it has hooksSurface:'none' AND no plugin surface to spawn hooks, so GSD stages no .js there by either route (measured: 0 staged, no marker). The property under test is unchanged — a user-created hooks/ directory GSD never fills stays marker-free. * test(#2544): use the shared cleanup helper in the migration test Addresses the review's Major 1. The suppression's stated reason — "no helpers import available" — was not correct: tests/helpers.cjs exports cleanup, and the other test file added in this same PR imports it (tests/commonjs-marker.test.cjs). The local reimplementation dropped two protections that are live on this repo's windows-latest lane: the CWD guard (Windows cannot remove a directory that is the current working directory) and the 20 x 250ms retry budget that absorbs the deferred-scan handle Windows Defender holds on newly-written files. Local function and suppression both removed; local/no-raw-rmsync-in-tests now passes without one. * test(#2544): expect hooks/package.json for the #2717 runtimes The fresh-install contract table predates #2717, which stages cursor/windsurf/ codex .js hooks via dedicated paths and writes the CommonJS marker beside them. All three therefore now receive hooks/package.json legitimately. Measured on this tree: codex stages 3 .js hooks, cursor 6, windsurf 2 — each with the marker; cline/copilot/trae/zcode stage none and get none, so their contracts are unchanged. * fix(#2544): gate the #2717 marker writes on having staged something The three dedicated marker writers #2717 added ran unconditionally. Each one mkdirs hooks/ up front and stages its scripts conditionally on the source existing, so with an absent or empty hook source they created a directory, filled it with nothing, and marked it as GSD's anyway. That is the same write-into-someone-else's-territory this issue is about, and installSharedHooksBundle already guards the identical case with `stagedHooks`. The dedicated paths now carry the matching gate: - cursor / windsurf: `installedScripts.size > 0` - codex: a new `codexStagedHooks` flag. The enclosing guard only proves that hooks/dist EXISTS; it says nothing about whether any CODEX_HOOKS_TO_COPY entry landed. Covered for cursor and windsurf by driving each writer against a src tree whose hooks/ dir is empty. The codex leg is defensive and deliberately uncovered: its trigger state needs a package tree where hooks/dist exists but holds none of the allowlist, which is not constructible from a real checkout. * test(#2544): scope the commonjs-marker sources per root The rule declared one flat source list for every marker root, so `extensions/package.json` was attributed to runtime-hooks-surface.cts (which never writes there) and `.kimi/hooks/package.json` to install-engine.cts. That is not merely untidy. emitted-diff.cjs accepts the FIRST satisfied source, so a flat list containing bin/install.js let any change anywhere in that 13k-line file authorise marker drift for every root — the blanket escape hatch this file's own agents-verbatim comment refuses for exactly the same reason. Sources are now derived per root from ctx.rel. Note the rule ctx is `{ rel, runtime }` and carries no `root`, so keying on ctx.root would have sent every path down one branch silently. * test(#2544): state precisely what the zcode assertion pins The comment claimed the test pinned installSharedHooksBundle's `stagedHooks` gate. It does not, and neither did the windsurf version it replaced: zcode declares skipSharedHooksInstall, so the outer guard skips that helper entirely and the gate is never evaluated. The test passes on the runtime exclusion. What it does pin — the outcome a pre-existing, GSD-untouched hooks/ stays marker-free — is still worth having, and is what the review asked for. The two `staging zero hook scripts` tests are the ones that pin a real staged-nothing gate. Comment corrected rather than left implying coverage that is not there. --------- Co-authored-by: Tom Boucher <trekkie@nomorestars.com>	2026-08-01 21:00:23 -04:00
Tom Boucher	b62589b73f	fix(#2840): exclude runtime from defaults.json spread into project config (#2985) ... * test(#2840): add regression for runtime poisoning from defaults.json * fix(#2840): exclude runtime from defaults.json spread into project config runtime is host-specific (written by whichever installer ran last). On a machine with 2+ runtimes, it poisons every new project config — e.g. a Codex install's runtime:'codex' leaks into Claude Code projects. Now excluded from the userDefaults spread, mirroring the resolve_model_ids guard (#2297). * chore(#2840): add changeset fragment * fix(#2840): add new test file to lint-test-file-count allowlist * chore(#2840): backfill changeset PR number 2985 --------- Co-authored-by: sim <sim@local>	2026-08-01 16:33:43 -04:00
Tom Boucher	33fd203ccd	test(#2966): loop QA walk — drive real scenarios across all five loop steps (#2976) ... * test(#2966): loop QA walk — drive real scenarios across all five loop steps Adds a headless walk that carries accumulating project state across discuss -> plan -> execute -> verify -> ship against one temp project, layered over the existing tests/helpers.cjs runGsdTools substrate. Findings carry severity. A violation breaks a stated contract and fails the build; a smell is legal under today's implementation but structurally questionable, is recorded, and never reddens CI. Without that split an oracle set derived from current behavior can only ever confirm current behavior -- the harness could not say "this works and is still wrong". The end-to-end test asserts the walk produces at least one smell: a QA harness that reports nothing on a first run against a real engine is far more likely mis-specified than the engine is perfect. It deliberately does not pin smell ids or counts, which would re-freeze current behavior. First run against the real engine: 0 violations, 3 smell classes -- init returns agents_dir outside the project tree; smart-entry emits prose unconditionally so routing cannot be asserted; state-snapshot reports a missing STATE.md through a payload key with exit 0. Also fixes tests/fixtures/index.cjs: createFixture with git:true and planning:false staged nothing, so the commit failed with "nothing to commit". That combination was unreachable until greenfield needed it. Extends RULESET.TESTS.feedback-loop-convergence from estimation to the loop itself. Design lock: docs/adr/2966-loop-qa-walk.md. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): wire fault injection, make perturbations discriminating Independent review found tests/qa/mutations.cjs entirely unwired: 462 lines exercised only by their own unit tests, with no mutation hook in the scenario DSL and no scenario applying one, while the module header and the ADR described fault injection in the present tense. Dead code documented as live. Adds a `mutate` step field, three perturbation scenarios, and a wiring detector: a self-test scenario whose expectations are known-false and which MUST fail. The previous anti-vacuity check asserted only that the walk produced a smell, which passes on well-known engine behavior regardless of whether the harness wiring works. First perturbation attempt produced zero signal -- progress does not structurally parse ROADMAP.md, so a corrupted roadmap sailed through. A perturbation that cannot fail is the same defect in a new costume. Probes now target roadmap get-phase, and each mutated step runs a clean baseline first so `mutationObserved` records whether the corruption changed anything at all. Also clears four review findings: classify() returned PROSE for exit-0 with empty stdout; `warnings` was structurally unpopulatable on the success path (execFileSync discards it) and is now documented as error-path-only; read-only-idempotence passed vacuously when asked to check idempotence without the data to check it; the ADR miscounted the oracles. Discrimination matrix across 8 mutations x 6 commands: bom, duplicate-phase-id and escaped-pipes are absorbed silently by every probed surface, and progress / smart-entry / roadmap validate never reacted to any mutation. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): add path-containment guard for scenario-supplied targets Security review found scenario-supplied paths joined to the temp project with no containment check. step.mutate.target and agent.write keys were validated only as non-empty strings, so a target of ../../../../etc/hosts reached fs.unlinkSync / fs.writeFileSync / fs.symlinkSync outside the project. The symlink mutation was worst: it read the traversed file, wrote a sibling copy, deleted the original and symlinked it back. Not exploitable today -- all shipped scenarios target .planning/ROADMAP.md and scenarios are repo-committed, not runtime input. Fixed anyway: it is a live primitive any future scenario or copied helper can reach. Adds tests/qa/paths.cjs with resolveWithin(): rejects absolute paths, NUL bytes and empty input, normalizes separators unconditionally, and requires containment by path segment so a sibling like <base>-evil is not treated as inside. Non-existent targets resolve via nearest existing ancestor rather than falling back to a lexical compare. Scenario load now rejects traversing or absolute targets up front. oracles.cjs previously carried its own copy of the containment logic; both now share paths.cjs, since a duplicated containment check is exactly the divergence class this repo calls out. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): complete trajectory corpus, report emission, boundary-aware oracle Adds the remaining trajectories and drives all 11 mutations end-to-end. 20 scenarios, 72 steps, 0 violations, 25 smells. Adds qa-report.json with per-step verdicts and a copy-pasteable repro command, plus --keep / GSD_QA_KEEP=1 to preserve a failing tree. A repro line for a tree that was not preserved is marked NOT RUNNABLE rather than emitting a command pointing at a deleted directory. monotonic-progress is now boundary-aware. Two scenarios had been trimmed to stop the oracle complaining at a milestone rollover, which destroys the signal the trajectory exists to produce. Evidence: counters legitimately reset to zero at milestone complete, but the payload milestone_version lags until a new ROADMAP.md is written. So the oracle now scopes by milestone plus workstream, keeps a same-scope decrease as a violation, and records a boundary crossing as a smell. Both scenarios walk the real boundary again. Standards review fixes: oracle findings now carry a structured subject so tests assert on typed fields instead of substring-matching the free-form detail string, resolveWithin throws a typed EPATHESCAPE error, and the absolute-path predicate scenario.cjs had re-implemented now comes from paths.cjs. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): fix silently-vacuous fixtures and guard the class Every fixture carried its #2371 provenance comment BEFORE the frontmatter block, and extractFrontmatter returns {} when anything precedes the opening ---. So every scenario reading status/phase/name was operating on an empty object and reporting green. Nine fixtures repositioned; the comment stays, it just moves below the closing ---. Both UAT fixtures lacked a parser-recognized result block, so evaluateUatPassed saw checks.length===0 and could never return passed:true. The uat-fail-then-remediate scenario could not have proven a remediation. Its expect block only inspected blockers, which is empty before AND after, which is why the corpus never noticed. Both fixtures now carry real result blocks and the scenario asserts passed and no_uat_artifacts on each side of the flip. The actual deliverable is the guard: a fixture-integrity block asserting every fixture with a frontmatter shape parses to a non-empty object, that every fixture carries its provenance marker, and that the two UAT fixtures produce opposite verdicts through the real evaluateUatPassed. The first guard written required --- at byte 0, which would never have fired on the regression it exists to prevent; it was rewritten and proven by deliberately re-breaking a fixture. No engine defect here. no_uat_artifacts means no parsed check items, not no UAT files, and it was reporting correctly on fixtures that had none. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): make the walk report — smell ratchet, baseline, CI job The harness computed smells into a gitignored qa-report.json that nothing read. In CI it surfaced nothing at all: violations failed the build, but the half of the tool that says "this works and is still wrong" was inert. A QA tool nobody hears is decoration. Adds a ratchet on the same idiom this repo already uses three times over (the regression-test-name allowlist, the emitted-drift acks, the size baseline): a committed smell-baseline.json, per-PR acknowledgment fragments under tests/qa/smell-acks/, and a ratchet script wired into CI. The design invariant is preserved exactly. A smell still never fails a build on its own merits. What fails is an UNACKNOWLEDGED NEW smell -- the absence of a decision -- leaving an author two honest exits: fix it, or record a fragment with a real reason. An empty reason is rejected. The baseline is shrink-only, so a fixed smell must prune its entry. Violations remain unacknowledgeable. Fingerprints are composed only from stable fields (oracle id, scenario, argv, subject discriminator) -- never temp paths, timestamps or counts. Verified byte-identical across two runs in separate temp dirs; an unstable fingerprint would have false-positived every CI run. CI gains a qa-loop-walk job that runs the suite and the ratchet, uploads the report with `if: always()` (it matters most when it failed), and renders a summary a reviewer reads without downloading anything. Also fixes the report runner invoking main() unconditionally on require, so importing it double-ran every scenario and clobbered its own output. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): every smell terminates in a defect or a fixed detector The baseline accepted a smell with a free-text reason. That is a mechanism for designing smells in -- an allowlist nobody revisits. The harness is brand new, so nothing it found is inherited legacy; every finding is a FIRST finding. Each must now terminate in exactly one of two states: REAL -> an assigned defect, entry carries the issue number FALSE POSITIVE -> the detector is wrong and gets fixed, never baselined There is no third "accepted with a good explanation" state, so the ratchet now requires a positive-integer `issue` on every entry. A reason may remain as a human note but can never substitute. `--update` refuses to invent issue numbers: a new smell is written with `issue: null` and a TODO, and the next plain run rejects it, forcing triage rather than accumulation. Working the 21 existing entries through that rule found 16 were my own detectors being wrong: value-hygiene (10) flagged $.agents_dir, a field whose entire contract is to point at the install tree outside any project. Fixed with a leaf-key allowlist of contractually-external fields, verified as the only such key in the init payload. Genuinely unexpected out-of-project paths still smell. monotonic-progress (6) fired on legitimate boundary crossings -- milestone v1.0 to v2.0, workstream beta to alpha -- and on one payload carrying no scope fields at all, where a change cannot even be known. Scope changes now reset silently and scope-less observations are skipped. The same-scope decrease remains a violation; that is the real invariant and is regression- guarded. The five survivors are real and now tracked: soft-error-exit-zero (#2980), untyped-success (#2979). Baseline 25 -> 5. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): keep the ratchet out of the tarball, unpin the qa CI job The remote matrix returned failed -- 3 unique failures, identical on node22 and node24, both root causes in this branch's own diff. The ratchet lives under scripts/, which ships in the npm tarball, and it requires three modules under tests/, which does not. In a published install it is MODULE_NOT_FOUND at load. This is exactly the class the #2858 guard was added to catch, and it caught it. Fixed the way #2858 fixed the same shape for its own repo-only CI script: a targeted files[] negation, so the ratchet stays in the repo for CI and out of the tarball. Not solved by moving or inlining the required modules -- the ratchet must keep using the same code the harness uses, or the two drift. Verified both directions: the script is no longer in the pack list, and build-hooks.js, fix-slash-commands.cjs and gen-capability-registry.cjs are all still shipped. Over-negating there would have broken installs, since bin/install.js requires them. The qa-loop-walk job also carried CI_REBASE_BASE_SHA copied from a neighbouring job without the paired GSD_EMITTED_BASE, which the #2854 invariant forbids by name: diverging them makes the differential compare a tree against a baseline from a different commit. The job runs only the qa suite and the ratchet and invokes no emitted-attribution test, so it needs no rebase-pinned base at all -- the step was removed rather than paired. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(#2966): stop monotonic-progress going blind on scope-less payloads The full remote suite caught a false NEGATIVE I introduced while fixing a false positive. Silencing the boundary-crossing noise had made the oracle skip ANY observation lacking milestone fields -- so a minimal payload like {total_summaries: n} produced no violation at all, and the oracle stopped catching the exact defect it exists to catch. For a QA tool that is strictly worse than the noise it replaced. Scope is only indeterminate when the two observations DISAGREE about having it: both scoped, same scope, decrease -> VIOLATION both scoped, different scope -> reset silently NEITHER scoped, decrease -> VIOLATION (the regression) mixed -> skip the comparison Implementing the mixed case surfaced a second blind spot: advancing the reference point on a skipped pair lets a scope-less observation sitting between two same-scope ones mask a real decrease. Mixed now leaves the reference untouched. All four branches carry explicit coverage; only one did before, which is why this shipped. The self-test that failed was right and the code was wrong, so the code moved. Corpus behavior is unchanged: still 5 smells, 0 new, 0 stale, 0 violations. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-08-01 16:13:28 -04:00
Tom Boucher	628648d63a	chore(#2931): cap emitted per-runtime bytes and single-source windsurf (#2984) ... * fix(#2931): preserve protected regions and cap emitted per-runtime bytes Route every runtime brand swap through applyClaudeCodeBrandSwap so "Claude Code" survives verbatim inside <runtime_compatibility> regions (#2284b). The fix existed only in bin/install.js's local copies; the src/*.cts exports still used a naive replace, so binding install.js to the single source -- as this phase does for the Windsurf family -- would have silently regressed those runtimes. A table-driven parity guard now covers all nine brand-swapping converters. De-duplicate the Windsurf converter family: delete the six local copies in bin/install.js and bind the four exported ones by reference, guarded by reference-identity assertions (the ADR-1508/#1675 pattern). The two unexported helpers and an unused tool table go with them. Replace the Windsurf 12,000-byte throw with description truncation, matching the bound its sibling skill converter already applied. The throw could only fire on an ~11.7 KB frontmatter description: the largest emitted workflow is 311 bytes. Truncation makes the cap unreachable by construction and leaves 12,000 in exactly one place, eliminating the dual-surface duplication rather than testing for it. Add the emitted-byte cap gate: buildEmittedSizes captures LF- and <HOME>-normalized bytes from the walk buildParityManifest already performs, and evaluateEmittedCaps asserts them against a per-runtime cap table with dead-rule detection. buildParityManifest's return shape is deliberately unchanged -- diffEmitted compares its values with ===, so making them objects would report all 8,529 emitted paths as moved. A regression test pins the values as strings. Add a deterministic trim-safety gate over composeWithinBudget's omitted/shrunk/floored/isolatePrefix metadata, with an anti-vacuity rule, replacing the model-graded eval gate the issue described. * docs(#2931): correct ADR-1671 windsurf premise and trim-safety contract * fix(#2931): bound the windsurf command name and single-source the brand swap Review findings from the orthogonal passes, all fixed inline. The claim that removing the 12,000-byte throw left total emission "bounded by construction" was false. The #1615 regex constrains the character class but not the length, and commandName is interpolated three times into the emitted workflow: a 20,000-character name emitted 60,162 bytes silently. Add WINDSURF_COMMAND_NAME_MAX=128 as a separate, clearly-labelled size control that THROWS -- commandName is the @-ref path target, so truncating it would point the workflow at a file that does not exist (DEFECT.WORKFLOW-DELEGATION-TARGET-NOT-INSTALLED). The #1615 security regex is untouched and still runs first. 128 is generous: the longest shipped name is gsd-plan-review-convergence at 27. Harmonize convertClaudeCommandToWindsurfSkill onto the code-point-safe truncation helper. It still used a UTF-16 slice(0,177) -- the exact surrogate-splitting bug the helper was written to avoid, in the very sibling the helper's comment cites as its model. Bounds are unchanged, so output is byte-identical for every shipped command (descriptions max out at 99 chars). Export applyClaudeCodeBrandSwap and bind it in bin/install.js, deleting the local copy. Adding it to the .cts left two unlinked implementations of identical logic -- the drift class this change exists to remove. Verified byte-identical across eight fixtures and five sequential calls before merging, and guarded by a reference-identity assertion. Convert three try/finally test bodies to t.after (CONTRIBUTING.md:344), add fast-check property coverage for the trim-safety contract, and use fc.pre instead of a bare return in a property callback. * test(#2931): fix three test-authoring bugs the remote matrix caught The remote runner returned 8 unique failures on 6f15cdeb8. All three causes were in the test files, not the modules under test -- local harnesses exercise the modules directly, so nothing executed the test bodies until the matrix did. `{ __proto__: [...] }` in an object literal sets the prototype instead of an own key, so the JSON round-trip erased it and the cap table never saw a reserved runtime key. The production rejection was already correct; the test could not reach it. Use a computed key. Two cap fixtures tripped orthogonal error paths rather than the paths they name: one declared windsurf in the cap table but omitted it from sizes (UNKNOWN_RUNTIME), the other left the sole windsurf pattern matching nothing (a genuine dead rule). Both now include a compliant artifact so the intended branch is what is asserted. The dead-rule and unknown-runtime contracts are deliberate and unchanged. `const { root } = makeSyntheticConfig({ ... `${root}` })` referenced `root` from inside its own initializer -- a temporal dead zone error. makeSyntheticConfig now optionally takes a (root) => files factory. Also raise the npm pack --dry-run bound 60s -> 120s in the shipped- scripts packaging test. That failure is NOT from this branch: the file is byte-identical to next, a fresh tsc measures 1.98s there vs 2.14s here, and the run recorded 60,637ms against a 60,000ms bound -- a timeout under 28,948-test parallel contention, not a slowdown. Fixed rather than deferred because a bound that tight is fragile regardless of which branch trips it. * chore(#2931): backfill changeset pr number to 2984 --------- Co-authored-by: sim <sim@local>	2026-08-01 16:00:14 -04:00
Tom Boucher	4df6d884b3	fix(#2641): treat absent capture_artifacts as enabled (schema default) (#2982) ... * test(#2641): add regression for mempalace-capture gate default inversion * fix(#2641): treat absent capture_artifacts as enabled (schema default) The gate used `capture_artifacts !== true` which treated absent (undefined) as disabled — inverted from the capability registry's declared default of true. Changed to `capture_artifacts === false` (disabled only on explicit false), matching the sibling gsd-mempalace-recall skill's correct pattern. * chore(#2641): add changeset fragment * chore(#2641): backfill changeset PR number 2982 --------- Co-authored-by: sim <sim@local>	2026-08-01 15:23:58 -04:00
Tom Boucher	6c96b13cfe	fix(#2639): warn when local is ahead of origin before forking phase branch (#2981) ... * test(#2639): add regression for local-ahead-of-origin warning in handle_branching execute-phase.md's handle_branching forks from origin/$DEFAULT_BRANCH. When local is ahead (unpushed commits), the phase branch silently misses them. The test asserts the workflow checks for local-ahead-of-origin and warns. * fix(#2639): warn when local is ahead of origin before forking phase branch handle_branching forks the phase branch from origin/$DEFAULT_BRANCH. When local $DEFAULT_BRANCH is ahead (unpushed commits like plan/research docs), the fork silently misses those commits. Now a loud WARNING is printed to stderr naming the commit count and advising the user, matching the existing uncommitted-changes warning pattern. * chore(#2639): add changeset fragment * fix(#2639): condense warning under ADR-857 cap + merge emitted-drift ack gsd-test gate caught: (1) execute-phase.md exceeded the 93600-byte Phase 6 ceiling — condensed the WARNING from 3 echo lines to 1. (2) emitted-attribution flagged the growth without an ack — merged into the existing #2930 ack fragment (execute-phase.md was already acked there; can't have two acks for the same path). * fix(#2639): condense warning further to clear the 93400 comfortable-margin gate The ADR-857 Phase 6 test has two assertions: <93600 (hard ceiling) and <=93400 (comfortable margin). Condensed from 3 lines to 2 to fit under 93400 (now 93369). * chore(#2639): backfill changeset PR number 2981 --------- Co-authored-by: sim <sim@local>	2026-08-01 14:24:05 -04:00
Tom Boucher	34633fa4ec	fix(#2893): preserve prose below the JSON ledger on windows append/waive/fixed (#2975) ... * test(#2893): add regression for append destroying prose below JSON ledger writeLedgerAtomic overwrites the entire file with renderLedger(ledger), dropping any prose below the JSON closing fence. The test creates a WINDOWS.md with prose sections below the ledger, appends an entry, and asserts the prose survives. * fix(#2893): preserve prose below the JSON ledger on append/waive/fixed writeLedgerAtomic was overwriting the entire WINDOWS.md with renderLedger(ledger), which reconstructs only the frontmatter + header + table + JSON block — silently destroying any prose a user wrote below the JSON closing fence. Now the writer reads the existing file before overwriting, extracts content after the closing fence, and appends it to the rendered ledger. First-write (no existing file) proceeds normally with no prose to preserve. * fix(#2893): address review — correct fence search + idempotency test BLOCKER from isolated adversarial review: indexOf(JSON_FENCE_CLOSE) matched the OPENING fence ('json' starts with ''), duplicating the entire JSON body as prose on every write. Now searches for the closing fence starting AFTER the opening fence, mirroring parseJsonBlock. Test hardened: non-empty initial ledger, second append (idempotency — prose appears exactly once, exactly one JSON fence open), parseLedger round-trip. * chore(#2893): add changeset fragment * chore(#2893): backfill changeset PR number 2975 --------- Co-authored-by: sim <sim@local>	2026-08-01 12:59:09 -04:00
Tom Boucher	640eaee16e	chore(#2930): fragmentize execute-phase.md and prove per-runtime composed emission (#2972) ... * feat(#2930): fragmentize plan-phase.md workflow into per-runtime-composed sections Adds src/workflow-fragments.cts (in-file <!-- gsd:section --> marker parser/composer, ADR-1671 epic #1671 Phase 3), wires it into bin/install.js's copyWithPathReplacement emission path, and pilots the marker grammar on gsd-core/workflows/plan-phase.md. Bookkeeping ripple for the new src/*.cts module: .gitignore, eslint.config.mjs, docs/INVENTORY.md + docs/INVENTORY-MANIFEST.json, and a CONTEXT.md glossary entry. Amends ADR-1671 with open questions 1 and 2 resolutions and records the closed when= applicability grammar. Adds docs/reference/workflow-fragments.md and an ARCHITECTURE.md section documenting the marker authoring model. * fix(#2930): put allow-test-rule issue ref on the same line as the marker lint-allow-test-rule-refs.cjs requires the #NNN issue reference on the same source line as `allow-test-rule:`; it was one line below and read as an unreferenced novel exemption. * docs(#2930): link the orphaned gate-predicates reference from the docs index Found while adding the workflow-fragments reference doc: docs/reference/gate-predicates.md shipped without an entry in docs/README.md, so it was unreachable from the docs index. Fixed inline rather than deferred. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * fix(#2930): scope composition to workflows, add typed failure reasons Review findings from two orthogonal passes: - Scope composeWorkflow to gsd-core/workflows/ only. It previously ran on every .md the installer copied, so a future agent/command/reference doc documenting the marker syntax with an unfenced example would have been mis-parsed and silently stripped — a lossy drop the phase forbids. - Add a frozen REASON enum; failures attach a typed .reason and tests assert on it instead of matching free-form message text (CONTRIBUTING.md:635-694). - Derive the property generator's when= values from WHEN_VOCABULARY instead of duplicating them (DEFECT.GENERATIVE-FIX). - Add adversarial parser fixtures: Unicode headings, NUL, U+FFFD, BOM, fence-within-fence, tilde and indented fences, lone-CR marker line. - Document why --mvp is structurally unmarkable: its content is interleaved, not sectioned, so the whole-line grammar cannot reach it. Also fixes two stale tests on this branch, each reproduced on the unmodified tree before correction. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * fix(#2930): retarget the pilot from plan-phase to execute-phase The full remote matrix went red on both Linux lanes. Root cause was ours: tests/phase6-capstone-conformance.test.cjs holds a PRE_PHASE6 ceiling of 94519 bytes for plan-phase.md, asserting an ADR-857 Phase-6 completion property. That is a third size gate beyond the tier caps and the differential ratchet, and it left plan-phase.md just 36 bytes of headroom rather than the 3821 computed from the XL cap. The 330 marker bytes overran it by 294. Raising the ceiling is not an option: it is a red line certifying another ADR's completion. plan-phase.md is reverted to byte-identical origin/next and the pilot moves to execute-phase.md, which has 728 bytes of headroom under its own ceiling and lands at 93147 with 3 marker pairs. The vocabulary narrows to the atoms actually used: always, flag:--wave, state:gap-closure-phase, state:has-prior-phases. Recorded in the ADR: every branch the epic names lives in plan-phase.md, which cannot be fragmentized until caps move from source to emitted bytes. That is direct evidence for the epic's premise and may reorder phases 3-4. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * chore(#2930): backfill changeset PR number (#2972) * fix(#2930): make the emission install tests portable on Windows The windows-latest lane went red on three tests in the new install suite; Linux was green. Both causes were in the test harness, not the module. Root normalization: the opencode converter always embeds the install root forward-slashed, but the tests stripped it with the native-separator string from mkdtemp. On Windows that never matched, so the root leaked through unstripped — and because the real and stub install roots have different prefix lengths, that length difference landed directly in the byte-delta assertion (344 observed vs 275 expected). Normalize both text and root to one separator form before stripping. @-ref resolution: the helper stripped only the @~/ and @$HOME/ forms, so a Windows absolute ref (@C:/Users/...) fell through and was joined onto the root, producing ...\@C:\Users\... Strip the @ first, then detect absoluteness from the token's own shape (POSIX, drive-letter, or UNC) with no platform branching, so every OS takes the same path. Neither assertion was weakened; the exact-equality byte check is the point of the test and still holds. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * docs(#2930): document every REASON member and guard the doc/enum parity Code review found the reference doc's 'Fails closed' list covering 10 of the 11 frozen REASON members — MALFORMED_ATTRIBUTES (parseAttrs rejects malformed key="value" syntax) had no bullet, and it is distinct from UNRECOGNIZED_ATTRIBUTE, which is valid syntax with an unknown key. Two parallel surfaces sharing one constant with nothing asserting they agree is the DEFECT.GENERATIVE-FIX class, so the same commit adds the parity assertion: the test derives the enum side from the built module and the doc side by parsing the reference page, keyed on the reason IDENTIFIER rather than prose so a reworded bullet does not break it, and reports set differences in both directions by name. Proven non-vacuous: removing the MALFORMED_ATTRIBUTES bullet turns the suite red naming that exact member; restoring it returns 44/44. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> --------- Co-authored-by: sim <sim@local> Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>	2026-08-01 12:12:20 -04:00
Tom Boucher	f0bb0787c9	fix(#2640): report truthful state_updated + keep progress frontmatter in sync after phase remove (#2974) ... * test(#2640): add regression for state_updated false positive + stale progress Three cases: (1) state_updated reflects actual content change, not just file existence; (2) progress.total_phases resync'd even when the body lacks 'Total Phases:' (the no-op guard was skipping syncStateFrontmatter); (3) state_updated is false when STATE.md doesn't exist. * fix(#2640): report truthful state_updated + force frontmatter resync Two defects in cmdPhaseRemove: 1. state_updated was fs.existsSync(statePath) — trivially true, since the file existed before and readModifyWriteStateMd never deletes it. Now captures the boolean return from readModifyWriteStateMd (changed from void to boolean: true when content was written, false on no-op). 2. progress.* frontmatter stayed stale when the body lacked 'Total Phases:' or 'of N' — readModifyWriteStateMd's no-op guard (#948) skipped syncStateFrontmatter when the body transform was unchanged. Now the transform forces a body diff when a phase was actually removed, so the guard passes and syncStateFrontmatter rebuilds progress.* from the post-deletion disk/ROADMAP state. * fix(#2640): address review — gate forced-diff on targetDir, strengthen assertions Two MAJOR findings from isolated adversarial review: 1. Forced-diff injected a spurious 'Total Phases:' line even when no directory was removed (targetDir === null). Now gated on targetDir !== null. 2. Test #2 asserted 'not 3' instead of '2' — would pass for any wrong count. Now asserts exact value. Test #1 strengthened to assert body Total Phases and frontmatter total_phases both equal 1. * chore(#2640): add changeset fragment * chore(#2640): backfill changeset PR number 2974 --------- Co-authored-by: sim <sim@local>	2026-08-01 11:56:34 -04:00
Tom Boucher	000a322489	fix(#2941): hint at global: prefix when bare skill name matches a global skill (#2973) ... * test(#2941): add regression for bare-skill-name global: hint When a bare skill name matches an existing global skill, the skip warning must hint at the global: prefix. When no global skill matches, the original 'Skill not found' warning is unchanged. * fix(#2941): hint at global: prefix when a bare skill name matches a global skill When buildAgentSkillsBlock skips a bare skill name that doesn't exist as a project-relative path, check if it matches an existing global skill. If so, append a hint to the warning: 'a global skill named X exists; use global:X to reference it'. When no global skill matches, the warning is unchanged. getGlobalSkillDir and getGlobalSkillsBase are already imported in this module for the global: branch. The hint is guarded on globalSkillsBase being non-null (runtimes without a skills directory don't support the prefix). * chore(#2941): add changeset fragment * chore(#2941): backfill changeset PR number 2973 --------- Co-authored-by: sim <sim@local>	2026-08-01 10:58:50 -04:00
Tom Boucher	608be0e7cf	fix(#2913): distinguish empty cherry-pick from genuine conflict in hotfix create (#2970) ... * test(#2913): add regression for hotfix empty-cherry-pick discrimination Two layers: (1) real-git test proving the discrimination logic (check for unmerged paths → skip if empty, abort if conflict) is correct; (2) source-text assertions proving the logic and summary heading are in release.yml. Before the fix: release.yml treats any non-zero cherry-pick exit as a conflict, so an already-applied commit (empty pick) aborts the entire hotfix create. * fix(#2913): distinguish empty cherry-pick from genuine conflict git cherry-pick exits non-zero for BOTH genuine conflicts AND empty picks (the change is already present by content). The hotfix create job treated every non-zero exit as a conflict, so an already-applied commit (notably the structural 'chore: sync next package version' that follows every release finalize) aborted the entire run. Now the error handler checks for unmerged paths (git diff --diff-filter=U): - No unmerged paths → already applied by content → skip, record, continue. - Unmerged paths present → genuine conflict → existing abort/push/exit-1 behavior and operator guidance, unchanged. The job summary now has a separate 'Skipped (already applied by content)' heading, distinct from 'Skipped (feat/refactor/etc)'. * fix(#2913): address review — post-skip continuation test + conflict observability Two findings from isolated adversarial review: 1. MINOR (test gap): no test proved the sequencer is clean after --skip, so a regression switching --skip to --quit would pass green. Added a second cherry-pick after the skip asserting it succeeds. 2. MINOR (observability): SKIPPED_EMPTY was dropped on the conflict-exit path — already-applied commits before a genuine conflict were silently lost from the summary. Now the conflict summary emits them under a dedicated heading. * chore(#2913): add changeset fragment * chore(#2913): backfill changeset PR number 2970 --------- Co-authored-by: sim <sim@local>	2026-08-01 10:21:27 -04:00
Tom Boucher	d3305fc3a5	fix(#2858): exclude gen-emitted-baseline.cjs from npm tarball + class-extinction guard (#2968) ... * test(#2858): add class-extinction guard for shipped-script require boundary Every shipped scripts/**/*.cjs must be require-able using only shipped paths. The guard resolves the tarball file list via npm pack --dry-run --json (not a hardcoded list) and statically checks each require() call against the shipped set. A script requiring ../tests/** (which does not ship) is a violation. * fix(#2858): exclude gen-emitted-baseline.cjs from the npm tarball scripts/gen-emitted-baseline.cjs is repo-only CI tooling (CI workflows + test fixtures spawn it from a checkout). It requires three modules from tests/, which does not ship — so in a published install it is MODULE_NOT_FOUND at load time. Add a targeted files[] negation (!scripts/gen-emitted-baseline.cjs) so the script stays in the repo for CI use but does not ship. Other scripts that ship and are required by bin/install.js (build-hooks.js, fix-slash-commands.cjs, gen-capability-registry.cjs) are unaffected. The class-extinction guard test in tests/packaging-shipped-scripts-require-only-shipped.test.cjs ensures no shipped script can require outside the shipped tree going forward. * test(#2858): widen guard to .js + strip block comments (review fixes) Two findings from isolated adversarial review: 1. MAJOR: the guard only checked .cjs files, but scripts/build-hooks.js ships and is required by bin/install.js — a .js file with a broken require would bypass the guard. Widened filter to /\.(cjs|js)$/. 2. MODERATE: the static parser could false-positive on require() calls inside /* */ block comments or inline // comments. Now strips both before matching. * chore(#2858): add changeset fragment * chore(#2858): backfill changeset PR number 2968 * fix(#2858): add issue ref to allow-test-rule exemption (ADR-456) CI lint-tests caught: the allow-test-rule comment needs a 'see #NNN' ref per ADR-456. Added '(see #2858)' to the integration-test-input exemption. --------- Co-authored-by: sim <sim@local>	2026-08-01 09:29:15 -04:00
Tom Boucher	1db7dcd9bf	fix(#2849): strip trailing hyphen after 60-char slug truncation (#2967) ... * test(#2849): add failing regression for trailing-hyphen-after-truncation The strip ran before .substring(0, 60), so a cut landing on a separator produced a slug ending in '-'. Four cases: the exact issue repro (59 a's + space + tail), a boundary landing before a separator, leading-hyphen survival, and a long-Cyrillic transliteration+truncation case. * fix(#2849): strip trailing hyphen after 60-char truncation generateSlugInternal ran the ^-+|-+$ hyphen strip BEFORE .substring(0, 60), so a title whose 60-character cut landed on a separator yielded a slug ending in '-' — the very thing the strip step exists to prevent. Reorder so the strip runs after truncation. Truncation cannot introduce a leading hyphen, so the full ^-+|-+$ pass last is equivalent for leading hyphens and fixes the trailing-hyphen-after-truncation case. Latin-script output for titles ≤ 60 chars is byte-identical; only titles whose truncation boundary lands on a separator change (from broken to clean). * test(#2849): add all-separator collapses-to-empty boundary case Surfaced by isolated adversarial review: pin the contract that input which is entirely separators ('!!!', '!'.repeat(70)) reduces to '' — not null, not a stray hyphen — both short and past the 60-char truncation. * chore(#2849): add changeset fragment pr:0 placeholder; will backfill the real PR number after the PR exists. * chore(#2849): backfill changeset PR number 2967 --------- Co-authored-by: sim <sim@local>	2026-08-01 08:24:05 -04:00
Tom Boucher	0bb7525a62	fix(#2943): rename get-library-docs -> query-docs; correct the ctx7 fallback rationale (#2963) ... * test(#2943): parity guard against the nonexistent get-library-docs tool Second context7 naming drift after #2017 (which guarded the plugin-marketplace PREFIX). #2017's guard only checks tools: frontmatter lines, not prose bodies — which is where the broken tool NAME (get-library-docs) lived. The context7 MCP server registers only resolve-library-id and query-docs; get-library-docs is a stale copy from upstream's own README. Scans the shipped prose surface (agents/, gsd-core/references|workflows/, commands/gsd/, skills/) and fails if any artifact instructs an agent to call mcp__context7__get-library-docs. Excludes tests/ (a fixture may use the name as a negative input) and CHANGELOG/RELEASE-NOTES-LEGACY (history). Fails-first: 4 offenders today (gsd-executor.md:29, research-documentation-lookup.md:5, discovery-phase.md:68 & :104). * fix(#2943): rename get-library-docs to query-docs and correct the ctx7 fallback rationale The context7 MCP server registers only resolve-library-id and query-docs (verified against upstream packages/mcp/src/index.ts); get-library-docs is a stale name copied from upstream's own README. Four shipped prose sites instructed agents to call a tool the server does not register, so every research path that loaded the canonical reference either errored, fell through to the ctx7 CLI branch, or fabricated a result. - research-documentation-lookup.md, gsd-executor.md, discovery-phase.md (x2): get-library-docs -> query-docs, params context7CompatibleLibraryId/topic -> libraryId/query (the registered contract). - Same files' ctx7 CLI fallback rationale: the cited cause (anthropics/claude-code#13898 'strips MCP tools from agents with a tools: frontmatter restriction') was wrong on two counts — #13898 is closed and was never about tools: frontmatter. Rewritten to describe the real mechanism (custom subagents cannot see project-scoped .mcp.json; they only inherit user-scoped ~/.claude/mcp.json). The fallback itself is kept. - discovery-phase.md 'mode: code/info' dropped — query-docs takes libraryId + query only; the code-vs-concepts intent is now expressed via the query text. resolve-library-id is unchanged (still registered upstream). CHANGELOG and RELEASE-NOTES-LEGACY citations are historical record, left as-is. * chore(#2943): add changeset fragment (pr:0 placeholder) * test(#2943): widen parity-guard scan surface to docs/ (isolated-review finding) The isolated adversarial review flagged that SCAN_DIRS omitted docs/, which ships docs/AGENTS.md — agent-consumed prose carrying 8 mcp__context7__* refs. No false negative today (it uses only the wildcard), but a future banned-name addition there would slip through, recreating the exact drift this guard exists to prevent. Add docs/ to the scan surface, with an EXCLUDED_FILES set for historical record (docs/RELEASE-NOTES-LEGACY.md, CHANGELOG.md) that must not be rewritten to satisfy the guard. * fix(#2943): update shifted PROSE_ALLOWLIST line + acknowledge gsd-executor.md growth The gsd-test gate caught two real consequences of the rationale rewrite in agents/gsd-executor.md (the +2-line corrected mechanism description shifted line numbers below it): 1. tests/no-bare-gsd-tools-command-position.test.cjs: the legitimate 'gsd-tools query commit' descriptive mention moved from line 791 -> 793. Update the PROSE_ALLOWLIST entry to the new line (the mention is unchanged, just relocated by my edit above it). Without this the gate reports both a stale allowlist entry (791) and a new offender (793) for the same mention. 2. tests/emitted-drift-acks/2943-context7-tool-name.json: gsd-executor.md grew 95 bytes (the accurate mechanism rationale is longer than the wrong one-line #13898 attribution it replaces). Acknowledge the growth with the reason. Both are mandated by the gate, not optional. The rename itself (get-library-docs -> query-docs) is byte-neutral-ish; only the rationale rewrite grew the file. * chore(#2943): backfill changeset PR number 2963 --------- Co-authored-by: sim <sim@local>	2026-08-01 01:34:05 -04:00
Tom Boucher	73418c516f	fix(#2956): scope Phase extraction to ## Current Position (3rd gen of #2444/#2567) (#2961) ... * test(#2956): fail-first regressions for Phase scoped to ## Current Position Third generation of #2444 / #2567. Stopped At / Paused At were scoped to ## Session; Phase (canonically in ## Current Position per templates/state.md) was left unscoped, so a historical Phase: / **Phase:** line in an archive section overwrites current_phase on every write. Since current_phase is routing input for gsd-progress / --next, the rewind routes work to the wrong phase. Six failing-first regressions + one round-trip: - shape B: bold **Phase:** 19 archive BELOW the section - shape C: plain archive Phase: 19 ABOVE the section - bootstrap h3 ### Current Position variant - CRLF variant - Phase token in decisions prose (over-broad-fix guard) - Paused At read-path parity with the write seam (## Session) - write-then-read round trip stays at 22 (read/write agreement) Folded into tests/state.test.cjs (lint:regression-test-names bans a new tests/bug-NNNN-*.test.cjs file). * fix(#2956): scope Phase extraction to ## Current Position at both seams Third generation of #2444 / #2567. Stopped At / Paused At were scoped to ## Session by those fixes; Phase (canonically in ## Current Position per templates/state.md) was left unscoped, so a historical Phase: / **Phase:** line in an archive section silently overwrote current_phase on every write. Because current_phase is routing input for gsd-progress / --next, the rewind routes work to the wrong phase. Fix mirrors the proven #2444 seam exactly: - new matchCurrentPositionSection helper (collectSection-based, CRLF-tolerant, level-flexible for the bootstrap ### Current Position h3 variant), sited next to matchSessionSection. - read path (cmdStateSnapshot): extract Phase from matchCurrentPositionSection ?? body. Also scope Paused At to matchSessionSection ?? body so the read seam agrees with the write seam (which already scoped Paused At to ## Session). - write path (buildStateFrontmatter): extract Phase from matchCurrentPositionSection ?? bodyContent. stateExtractField itself is untouched (its bold/plain precedence is load-bearing for other fields — the #3265 test depends on it), and preferNewerLastActivity is untouched (Last Activity has no canonical section; its date-direction guard is deliberate). Fall back to full-body when no ## Current Position section exists so files without the heading keep current behaviour. * chore(#2956): add changeset fragment (pr:0 placeholder, backfill after PR) * test(#2956): make round-trip test actually trigger the write-path resync The write-then-read round-trip test used 'state update Status "Executing"' on a fixture with no Status field, so the update was a no-op (updated:false) and no frontmatter resync ran through buildStateFrontmatter — the assertion on the written frontmatter then failed not because the fix is wrong, but because no write happened. Add a **Status:** field so the update performs a real field update (updated:true) and forces the resync. Verified locally: pre-fix this writes current_phase:19 (the archive value); post-fix it writes 22. The code fix is correct (5 of 7 RED tests passed; the 2 failures were this defective test). This is the 'fix the bad test' half of the TDD-loop rule. * chore(#2956): backfill changeset PR number 2961 --------- Co-authored-by: sim <sim@local>	2026-08-01 00:02:41 -04:00
Tom Boucher	9ac0dfad58	chore(#2929): generalize prompt-budget into the shared context-composer seam (#2958) ... * test(#2929): capture prompt-budget parity corpus pre-refactor Phase 2 of epic #1671 generalizes prompt-budget's trim ladder into a shared context-composer seam. Its success condition is that review-prompt output does not change, and the only authority on "did not change" is the behavior that shipped before the refactor. Capture that behavior now, while it is still the live implementation. 47 characterization cases, every `expected` value computed by executing the current implementation rather than hand-authored — the independence CONTRIBUTING.md "Fixture provenance (#2371)" asks for. A corpus is only worth what it can detect, so this one was validated by mutation rather than assumed. Five deliberate defects were injected and each must be caught by at least one case: - the note reserve deducted unconditionally instead of only under pressure - the pressure test relaxed from `>` to `>=` - a no-op head-shrink still setting the shrunk flag - the per-plan floor dropped from the proportional share - drop order reversed Two of those exposed real holes in the first cut of this corpus, and the cases that close them exist because of it: - `>=` was caught by NOTHING. At exact cap the only trimmable fragment was a floored plan group, and the 1024-char floor absorbed the entire trim, so the mutation was byte-invisible. A3b/A3c put a droppable at exactly the cap, which makes the strict inequality observable as context kept vs omitted. - No case reached proportional-truncate at all — B6 and B7 both hard-failed the min-set pre-check first, leaving planTruncationPct at 0 across every case and the floor semantics entirely unexercised. Rebudgeted to 700 and 1100 so the min-set fits and the truncate step is actually reached; they now record 40.20% and 48.80%. The A4/A10 families sweep the pressure boundary from both sides, which is where this function has regressed before: CONTEXT.md's LEARNING.prompt-budget.boundary-gap records PR #3708 shipping two regressions that only fired when the baseline sat inside the NOTE_RESERVE_TOKENS band, because the suite paired a trivially-fitting budget with a trivially-overflowing one and never sampled between them. A4 pins that nothing is trimmed from the cap down to 81 tokens under it; A10 pins that pressure fires at +1. Together with A3b/A3c they satisfy row (d) of RULESET.TESTS.boundary-coverage.fixtures. Two facts the corpus establishes that the design notes had wrong: - "" and null sections are NOT distinguished. applyBudget uses truthy checks throughout, so an empty-string section is treated as absent: not rendered, not dropped, never recorded in `omitted`. B13b pins this while the ladder is actively trimming, where only the non-empty `research` is dropped. - Sizing matters. B12/B13 were first written at a budget where both hard-failed the min-set check and returned "", so comparing them compared two empty strings and proved nothing. Committed as its own commit, ahead of the refactor, and regenerated against the pre-refactor implementation, so the oracle is demonstrably independent of the change it will adjudicate. Refs #2929 * refactor(#2929): extract the context-composer seam from prompt-budget Epic #1671 needs prompt-budget's budget-trimming logic for a second consumer — per-runtime artifact emission — but it is walled inside the cross-AI review pipeline. Lift it into a shared seam so later phases can call it, without changing what the review pipeline emits. ADR-1671 specifies the composer as "priority + binary-search cutoff to a per-runtime budget". Read against the code it generalizes, that contract cannot express the thing being generalized. applyBudget is not a cutoff: it is a fixed five-step ladder in which each section carries its own shrink strategy, and only three of its eight sections are ever dropped. PROJECT.md is head-shrunk to N lines; plans are proportionally tail-truncated with a per-plan 1024-byte floor; instructions and roadmap are never touched at all. A cutoff composer sorts by priority and discards the tail — it has no way to say "shrink this one", "truncate that one but never below 1 KB each", or "these three are the only droppables, in this order". Building to the literal contract and routing prompt-budget through it would have silently changed review-prompt output, which is the one outcome this phase forbids. So shrink strategies are the core abstraction here, and cutoff becomes one strategy among them — the right one for per-runtime emission in Phases 3-4, not for this ladder. That is an elaboration of the ADR's intent, not a departure from it, and ADR-1671 is updated to say so. Three decisions worth stating: - The composer DECIDES; the caller RENDERS. composeWithinBudget returns a plan of surviving fragments and never a string. assemblePrompt's rendering is prompt-shaped (`## Roadmap`, `### <file>`, the note in position two), and owning it in the composer would force emission to adopt prompt-shaped rendering. The split is what lets one seam serve both consumers. - The budget unit is INJECTED via `measure(text)`. prompt-budget passes its chars/4 estimator; emission will pass a byte counter, which ADR-1671 requires for emission caps. The existing code converts a token budget to a character budget with a hardcoded `* 4`; that assumption is now an explicit `charsPerUnit` inverse, which is precisely what a byte unit needs in order to reuse this. - The entry point is `composeWithinBudget`, not `applyBudget`. That name already exists twice — src/prompt-budget.cts and src/graphify.cts, the latter being an unrelated graph-edge budget. A third would make every symbol search in this repo ambiguous, and it already misresolves: preflight and impact queries for "applyBudget" return graphify's. Behavior is unchanged and proven so: all 47 characterization cases reproduce byte-identically, and the corpus is mutation-validated rather than merely green (see the preceding commit). prompt-budget.cts drops from 436 to 343 lines and from eighteen mutable accumulators to two, both inside a helper copied verbatim. estimateTokens deliberately stays in prompt-budget and keeps its exact math: src/phase-estimation.cts re-exports it as measureTokens, and CONTEXT.md pins plan estimates and recorded actuals to that same scale, so moving or changing it would silently break the calibration loop. Refs #2929 * docs(#2929): document the context-composer seam and amend ADR-1671 Adds the INVENTORY row, the CONTEXT.md glossary entry (a PR gate for new domain modules), and a mutation-matrix entry for the new module. The ADR amendment is the substantive part. ADR-1671 specified the composer as "priority + binary-search cutoff to a per-runtime budget". Implementing Phase 2 established that a cutoff alone cannot express the function the platform generalizes, so the ADR now records shrink strategies as the core abstraction with cutoff as one strategy among them, reserved for per-runtime emission in Phases 3-4. Recording it in the ADR matters because Phases 3-6 are planned against that contract and would otherwise be planned against a mechanism that does not work. The mutation-matrix entry is not bookkeeping. Stryker scores per module against a named .cjs, so relocating the ladder out of prompt-budget.cjs would leave the extracted code unmeasured while prompt-budget's own score floated free of the logic it used to cover. context-composer gets its own entry at the same floor. Refs #2929 * test(#2929): pin the effectiveBudget rounding mode in the parity corpus An isolated correctness review found a real blind spot: mutating `Math.floor` to `Math.round` in the effectiveBudget calculation failed ZERO of the 47 corpus cases. Every (budget, safetyMarginPct) pair in the generator happened to produce a whole number, so floor, round and ceil all agreed and the rounding mode was entirely unpinned by a corpus whose whole job is to pin observable behavior. Three cases fix that by straddling the .5 boundary: A11 95 * 0.90 = 85.5 floor 85, round 86 -> the two disagree A12 97 * 0.90 = 87.3 floor and round agree; ceil (88) does not A13 93 * 0.85 = 79.05 same guard at a non-multiple-of-10 margin, so the margin arithmetic is exercised and not just the budget A11 alone catches the round mutation; all three catch ceil. Regenerated against the pre-refactor implementation (`git show 9557f8552:src/prompt-budget.cts`), so the expanded corpus keeps the independence property the original capture had. The corpus is now mutation-validated against seven injected defects, every one caught: unconditional note reserve, `>` relaxed to `>=`, no-op head-shrink setting its flag, the truncate floor ignored, drop order reversed, and both rounding-mode changes. Refs #2929 * feat(#2929): flexReserve floors and the byte-stable isolate prefix Two of issue #2929's "Done when" items were unimplemented rather than deferred, and an isolated review flagged them alongside my own audit. Both are part of ADR-1671's composer contract, so shipping the seam without them would have left Phases 3-4 building against a contract that does not exist yet. flexReserve is a per-fragment floor in measure units that every strategy must respect, which is what makes it different from the pre-existing floorChars: that one is a chars-denominated detail of proportional-truncate alone and is retained unchanged. A floored fragment is never dropped, is never head-shrunk below its floor, and raises its own proportional cap. A fragment already smaller than its floor is untouchable outright. Metadata gains `floored`, listing the ids whose floor actually prevented a trim — a guarantee no caller can observe is a guarantee no test can hold you to. isolate marks the byte-stable canonical prefix the ADR calls for: never trimmed, never dropped, but still counted, because a prefix excluded from accounting would silently under-count real context. Metadata gains `isolatePrefix` so a caller can hash or assert on the exact bytes. Declaring an isolate fragment after a non-isolate one throws: a prefix that is not at the front is not a prefix, and accepting it would make the cross-runtime stability claim meaningless. Adds tests/context-composer.test.cjs for the exact new semantics and tests/context-composer.property.test.cjs for the five invariants, including the budget-monotonicity property the issue names explicitly. Both are registered in the mutation matrix, since coverage does not migrate with relocated code. prompt-budget uses neither feature, and its output is unchanged: all 50 corpus cases still reproduce byte-identically. Refs #2929 * chore(#2929): allowlist the prompt-budget parity suite The parity corpus needs its own test file and that makes prompt-budget a three-file module against a limit of two. The lint offers consolidation or an allowlist entry with justification; the entry is the right call here. Consolidation would mean folding the characterization suite into prompt-budget.test.cjs, which is the one thing that should not happen to it. The parity suite is a distinct concern with a distinct lifecycle: it is generated rather than hand-written, it is named by scripts/mutation-matrix.cjs as its own scoring target, and its failure means something categorically different from a unit-test failure — not "this behavior is wrong" but "observable output moved". Burying it inside a general unit file would obscure exactly that signal. The allowlist is an identity ratchet, so this entry pins today's three exact filenames: adding a fourth still fails, and dropping back to two requires removing the entry. Refs #2929 * fix(#2929): register the new module with two gates it was missing The remote matrix caught three defects that no local check could, because the local runner is blocked in this repo and these suites had therefore never executed. Eight failures, identical on node22 and node24, so nothing environment-shaped. Two are the new-module ripple. A net-new src/*.cts lands in six places and this change had reached four of them — .gitignore, INVENTORY, the manifest, and the CONTEXT.md glossary — while missing the ESLint ignore list (tsc OUTPUTS must not be linted; repo-invariants asserts linted-xor-ignored) and the mutation ratchet baseline (a deliberate review-visible mirror of the matrix floors, which every COVERED module must carry). Both are now registered, the ratchet at the same floor of 66 the matrix declares. The third was a test asserting an outcome it had made impossible. It set budget:1 alongside a 400-char required fragment, so the group budget came out at -99 and the proportional-truncate step was skipped entirely — the deliberate "non-positive group budget is skipped, never clamped" rule inherited from the original ladder. Nothing was trimmed, and the test then asserted a truncation. Rebudgeted so the step actually runs, with the arithmetic written out in a comment so the next reader does not have to re-derive why 120 rather than 80. Fixing that surfaced a genuine bug in the composer. `floored` is documented as recording fragments whose flexReserve prevented a trim that would otherwise have happened, but the push sat in the else-branch of "content did not change", so it only fired when nothing was trimmed at all. A fragment truncated to a reserve-raised cap has also had a trim prevented — 40 characters' worth in the test above — and was silently absent from the field that exists to make the guarantee observable. The condition was already right; it was in the wrong branch. Now recorded on both paths: a drop prevented outright, and a truncation capped higher than the share alone would have allowed. Parity is unaffected — prompt-budget never sets flexReserve, so the branch is unreachable from every corpus path, and all 50 cases still match. Refs #2929 * chore(#2929): backfill changeset PR number (#2958) * chore(#2929): correct the corpus case count in the changeset fragment --------- Co-authored-by: sim <sim@local>	2026-07-31 23:03:13 -04:00
Tom Boucher	f6257f3745	ci(#2952): shard the full test lane instead of widening its cap (#2960) ... * ci(#2952): budget CI job timeouts by headroom over measured cost `origin/next` was red. The only failing check was `Required tests`, and its sole cause was `test (ubuntu-latest, 24)` reported `cancelled` — GitHub's conclusion for a job that exceeds its `timeout-minutes`, not a button press. That job's `ubuntu-latest / 24` entry is the only `scope: full` matrix entry: it runs the whole unit suite under c8 coverage, then the scripts/ coverage floor, integration, security, install and slow, serially on one runner. On next@5a0a9f097 it ran 15m16s against `timeout-minutes: 15` and was axed 23s into `npm run test:slow`. Projected to a completed slow step (27s on the last green run) the lane costs ~15m20s. Confirmed hypothesis: the budget, not the suite. The lane had been riding the ceiling all day — 12m03s, 11m34s, 11m50s, 14m25s, 14m51s — and crossed on three of the last four full-lane runs (d2d2f7c08, 07603df8f, 5a0a9f097). There is no pathological test: the unit run is cost-first bin-packed into 12 chunks, chunk 1 is gated by run-tests-harness.test.cjs at 169s (expensive by design — it spawns real harness subprocesses, one of which exercises the per-chunk timeout), and the remaining chunks are 32-94s. 769s is the honest cost of 689 files under c8. Re-running could not have helped; the work exceeded the budget. Review of the first cut surfaced the same defect one runner away: `full test (windows-latest, 22, shard 3/3)` reached 18m59s against its own 20-minute cap on 05b170e44 (94%) and 18m14s on 81eeb8a53 (91%). That lane has already blown its cap twice (#1051, #1212). Fixed here rather than deferred. The first cut also asserted `test >= test-full`, which is unsound — those two budgets are dominated by different platforms, so their ordering carries no meaning. Replaced with the invariant that actually generalises: every lane is held to a headroom FACTOR over its own measured cost. `test` 15 -> 25 (1.5x of 16m), `test-full` 20 -> 30 (1.5x of 19m), `test-inert` unchanged at 15. tests/ci-test-job-timeout-budget.test.cjs locks that rule. No unit test can prove a lane still FITS its budget — only a real run measures that — but a budget can no longer be lowered back beneath what its lane is known to need, and a lane that gets slower must be re-measured rather than excused. Separately: the earlier `failure` at 05b170e44 was an unrelated, already-fixed CONTEXT-INDEX.json drift (07603df8f re-synced it; lint-tests is green at HEAD). 07603df8f's own run hit this same timeout, which is why it never reported green. Refs #869, #1051, #1212 * ci(#2952): shard the full test lane instead of widening its cap The `scope: full` lane was the only unsharded lane in this file. It ran the entire unit suite under c8 on one runner, grew past a 15-minute cap, and reddened `next`. Raising the cap bought room; it did not change the shape, and the same lane would have walked back into the ceiling. Shard it, the way #1212 answered this for the Windows lane. Balance comes from measurement, not file counts. scripts/run-tests.cjs already partitions by measured per-file duration using LPT (#2472); the table it reads was 10 days stale — 638 of 695 files timed, 64 missing, including the whole context-predicates group. Regenerated from a verified matrix run: 700 files, 0 missing. On that table the 685-file unit suite splits 19.37m / 19.37m / 19.37m — 0.0% spread — and the split is a total, disjoint cover with 0 files dropped. Completeness, disjointness, balance and determinism of the partition itself are already pinned against selectShard in run-tests-harness.test.cjs, including a fast-check property, so this change does not restate them. Sharding a COVERAGE run is the part that needs care. A per-shard percentage is meaningless — shard 2 never executes shard 1's files, so those read 0% — and leaving the gate on the shards would have quietly measured a third of the tree. Each shard now renders no report and only leaves raw V8 dumps; a new `coverage-gate` job merges all three into one coverage/tmp and runs the gate there. c8's default temp directory is where the download lands, so the ≥70% lines / ≥60% branches gate and the ≥55% scripts floor run unmodified against merged data. Both surfaces call the same npm scripts rather than inlining c8 into YAML, so the include/exclude globs and both thresholds stay defined once in package.json. The workflow holding its own copy is the divergence this repo has a rule against, and the new test cross-checks package.json so an inline reintroduction fails rather than drifts. tests/ci-full-lane-sharding.test.cjs covers the two ways this stays GREEN while being wrong: an incomplete shard set (declare 1/3 and 2/3, never 3/3, and a third of the suite silently stops running) and a coverage gate that stops being required. required-tests now depends on coverage-gate and fails on it, while still tolerating `skipped` so docs-only PRs are not blocked. `timeout-minutes: 25` on the lane is deliberately left alone. The budget test requires a real measurement before a lane's declared cost changes, and the sharded cost is not measured until this PR's own CI run. Refs #1212, #2472 * ci(#2952): tighten the sharded lane's budget to its measured cost The sharding commit deliberately left `timeout-minutes: 25` alone, because tests/ci-test-job-timeout-budget.test.cjs requires a real measurement before a lane's declared cost changes and the sharded cost did not exist yet. It exists now. Run 30677442953: shard 1/3 7m12s, 2/3 4m32s, 3/3 3m59s, and coverage-gate 1m20s. Shard 1 is the long pole because the unsharded aux suites ride along on it, which is deliberate — they total ~1m35s and sharding them would cost more than it saves. So the lane's budget is 15 against a slowest measured shard of 8 minutes (~1.9x), and coverage-gate joins LANE_COSTS at 2 minutes. 15 is the same number the lane blew before sharding; the work behind it is now a third the size. Merged coverage was checked against the pre-shard single-runner baseline rather than assumed from a green check: 94.36 stmts / 96.3 funcs / 94.36 lines identical, branches 84.22 vs 84.21 — one branch across two different trees, noise rather than a regression. --------- Co-authored-by: sim <sim@local>	2026-07-31 22:16:26 -04:00
Daniel Einspanjer	f0ff23635e	fix(#2602): discover project-local Codex agents (#2623) ... * fix(#2602): discover project-local Codex agents - Select an existing local Codex agents directory before global fallback - Prove init reports the canonical local installation through compiled CJS * test(#2602): lock Codex agent precedence - Cover override, local authority, global fallback, and runtime compatibility - Exercise installed state through the compiled resolver * fix(#2602): resolve local Codex agent skills - Pass the canonical project root to the non-Claude persona fallback - Cover nested-Codex fallback and Claude compatibility through the CLI * test(#2602): cover local Codex validation status - Assert emitted validate and health commands use the project-local install - Preserve empty local-directory authority beside complete global agents * fix(#2602): align validation with local Codex discovery - Pass the resolved runtime and project root to health W010 - Resolve the validate-agents runtime before checking installation status * test(#2602): cover local Codex docs status - Assert docs-init reports an authoritative empty local install as unhealthy * fix(#2602): align docs with local Codex discovery - Pass the resolved runtime and canonical project root to the shared agent checker * fix(#2602): honor agent-skills runtime override - Resolve agent-skills fallback runtime through the canonical project resolver - Cover conflicting config and GSD_RUNTIME values through the emitted CLI * fix(#2602): ignore non-directory local agents paths - Treat only a local Codex agents directory as authoritative - Cover regular-file fallback through the emitted install checker * chore(#2602): add changelog fragment - record the user-visible local Codex agent discovery fix for PR #2623 * fix(#2602): align local agent discovery with runtime policy - Resolve Codex's local config directory through the canonical runtime policy - Use test-managed cleanup for local-agent discovery coverage * fix(#2602): discover local agents across runtimes - Prefer manifest-backed project-local installs for non-Claude runtimes - Respect runtime-specific local install roots and preserve global fallback behavior - Cover native, partial, cross-runtime, and project-root local discovery * fix(#2602): preserve agent discovery fallback - Fall back globally when local-install probes fail - Document and test symlink rejection - Align the changeset with repository format * fix(#2602): reuse local directory policy - Resolve runtimes without local config through the canonical sentinel - Document the manifest gate and refresh the context index --------- Co-authored-by: Daniel E. <daniel.e@teachingstrategies.com> Co-authored-by: Rezolv <dave@sienkowski.com>	2026-07-31 21:20:46 -04:00
JusticeWay	7b204ad2ac	enhance(#2530): extend UAT checkpoint frame language pack (9 more languages) (#2564) ... * feat: extend UAT checkpoint frame language pack (9 more languages) response_language is a free-form config value, but CHECKPOINT_FRAMES only covered 9 languages — any other configured language silently fell back to the English frame. Add Dutch, Polish, Russian, Ukrainian, Turkish, Hindi, Arabic, Vietnamese, and Indonesian frames plus their aliases, with a regression test asserting each resolves instead of falling back. Follow-up to #2402 (PR #2457). Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * chore: add changeset for #2527 Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * docs(#2530): list UAT checkpoint frame languages in CONFIGURATION.md Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * chore(#2530): point changeset fragment at PR #2557 Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * fix(#2530): address Unicode language-pack review * fix: address checkpoint language review * fix: count spacing combining marks in checkpoint width * test: verify checkpoint aliases structurally * fix: isolate RTL checkpoint frames * fix: isolate RTL checkpoint frames correctly * test(#2530): assert checkpoint aliases neither collide nor go unreachable Review Minor #1. A duplicate alias key was invisible to the existing catalog tests: the runtime object is well-formed after JS collapses the literal, the self-alias assertion still holds, and the losing language just stops resolving. tsc catches the byte-equal case (TS1117), but not the two that survive compilation — an alias whose NFC-lowercase form already belongs to another language, and an alias not in lookup form at all, which resolveCheckpointFrame() can never produce. The check reads the source literal rather than the object, since the object no longer records what was written. Both assertions are independently load-bearing: an NFD twin of an existing alias trips the collision check, an uppercase alias trips the unreachability check. Review Minor #2: changeset retyped Changed -> Added. Nine wholly new supported response_language values are an addition under Keep a Changelog, not a modification of existing behavior. * test(#2530): check alias collisions on the catalog, not its source --------- Co-authored-by: Claude Fable 5 <noreply@anthropic.com> Co-authored-by: Tom Boucher <trekkie@nomorestars.com> Co-authored-by: Rezolv <dave@sienkowski.com>	2026-07-31 21:01:50 -04:00
Tom Boucher	f092c6da85	fix(#2649): diagnose-issues + execute-plan run worktree.base-check before worktree dispatch (#2955) ... * test(#2649): failing-first — diagnose-issues + execute-plan must run base-check before worktree dispatch * fix(#2649): diagnose-issues + execute-plan run worktree.base-check before dispatch diagnose-issues.md spawn_agents and execute-plan.md Pattern A spawned worktree-isolated subagents (gsd-debugger / gsd-executor) without the pre-dispatch worktree.base-check gate that execute-phase (#683/#1369) and quick (#1941) already run. Claude Code's isolation="worktree" forks from origin/HEAD, not live local HEAD; without the gate, the documented GSD steady state (commit every step locally, push only on request) hits the verify-only worktree_branch_check guard's exit-42 halt mid-investigation with no auto-degrade. Mirror the quick.md #1941 pattern: before dispatch, run `gsd_run query worktree.base-check --pick shouldDegrade`; if true, print its message + a #2649 warning to stderr and set USE_WORKTREES=false (sequential main-tree dispatch). The verify-only guard stays as a backstop in both cases. Per the triage and #2649 acceptance criterion 5, execute-plan.md's Pattern A (identified as a second site with the identical gap) is fixed in the SAME change — same bug class, same one-line gate, two workflow files — rather than filed as a separate follow-up. * fix(#2649): ack the diagnose-issues + execute-plan growth (per-PR fragment) The two workflow files grew vs next (diagnose-issues.md +1381, execute-plan.md +905) adding the #2649 base-check gate. emitted-attribution requires an ack; this is a per-PR fragment under tests/emitted-drift-acks/ (#2914 mechanism, replacing the legacy shared emitted-drift-ack.json). * test(#2649): tighten base-check ordering assertion + guard backstop survival Address code-review minors: - the ordering assertion was a loose disjunction that passed even if the base-check moved AFTER the dispatch; tighten to assert base-check < Agent() (the real invariant). - add a test that the verify-only <worktree_branch_check> backstop remains embedded in the Agent() prompt (acceptance criterion 4 — the base-check is a pre-dispatch degrade, the guard is a post-fork fail-closed backstop; both layers must survive). * changeset(#2649): diagnose-issues + execute-plan auto-degrade on stale worktree base * changeset(#2649): backfill PR number 2955 --------- Co-authored-by: sim <sim@users.noreply.github.com>	2026-07-31 19:15:04 -04:00
Tom Boucher	388837219d	fix(#2648): phase.complete refuses when non-retired plans lack summaries (fail-closed coverage gate) (#2953) ... * test(#2648): failing-first — phase complete must refuse when plans lack summaries Adds findUnsummarizedPlans to core-utils (mirrors countMatchedSummaries but returns the unmatched plan files) and a PHASE_PLAN_COVERAGE_INCOMPLETE error reason, plus a 3-case regression block in phase.test.cjs. The gate itself is NOT yet wired into cmdPhaseComplete (reverted for the RED run), so the 'blocks completion' and 'superseded does not block' cases must FAIL (the pre-fix code completes silently). * fix(#2648): phase.complete refuses when non-retired plans lack summaries cmdPhaseComplete gated only on a single *-VERIFICATION.md status, so a phase could close complete while an arbitrary number of its plans had no completion record (confirmed incident: 6/30 plans unexecuted incl. the phase's entire final UI scope, every signal green). Add a fail-closed plan-coverage gate that refuses completion when any plan lacks a matching *-SUMMARY.md, naming the missing plans, UNLESS the plan is retired via machine-readable status: superseded frontmatter (#2349) — closing the Goodhart hole (delete a SUMMARY to raise the %) without regressing the lock/recovery pattern. Uses scanPhasePlans (superseded-AWARE) + new findUnsummarizedPlans helper so the gate, the count, and the named list can never disagree. Evaluated before the verification-gate transaction so a refusal fails fast without mutating ROADMAP/STATE. milestone.complete's parallel gap is explicitly out of scope (separate seam, separate PR). * fix(#2648): test fixtures — give #1752 phase plans summaries + STATE.md in coverage fixture The plan-coverage gate (#2648) correctly blocks phase completion when a plan lacks a SUMMARY. Two test fixtures needed updating to reflect the new contract: - #1752 (total_phases-decrement cascade): its 8 phase dirs each had a PLAN.md with no SUMMARY. The test's concern is the total_phases cascade, not plan coverage, so add a matching SUMMARY to each to keep the phase fully-covered and isolate the #1752 behavior. - the #2648 coverage-gate fixture: write STATE.md (createTempProject scaffolds .planning/phases but not STATE.md) so the 'ROADMAP/STATE unchanged on refusal' assertions have a file to read. * fix(#2648): security — fail closed on unreadable plan dir + sanitize msg + surface superseded Address the security-review blocker (B1) and hardening (M1/m2): - B1 (blocker): the gate failed OPEN when scanPhasePlans could not read the phase dir (it swallows readdirSync errors → empty plan set → gate sees zero unsummarized plans → passes). A coverage gate that passes when it cannot read the plans re-opens the #2648 hole under any I/O failure. Now readdirSync the dir explicitly and fail closed (PHASE_PLAN_COVERAGE_INCOMPLETE) on a throw; a readable empty dir still passes (legitimately complete empty phase). - m2: sanitize plan filenames (strip C0 controls / DEL) before interpolating into the error message — they come raw from readdirSync and could spoof the terminal in plain-error mode. - M1: surface the count of plans excluded as status: superseded so a reviewer can audit which work was declared retired (the marker is a committable, review-time-trusted bypass; keep it visible). - Add a 4th regression case: unreadable plan dir (ENOTDIR via a file, not chmod 0o000 which root bypasses) must fail closed. * test(#2648): drop unreachable B1 case — no root-safe unreadable-dir repro The B1 fail-closed-on-unreadable-dir defense stays in src/phase.cts (cheap + correct), but it cannot be unit-tested cross-platform: any condition that makes the phase dir unreadable to the gate's readdirSync ALSO fails findPhaseInternal upstream ('Phase N not found') before the gate runs, and chmod 0o000 is forbidden (root bypasses it in root CI). Document the gap in the test file; remove the case that asserted a reason the upstream error pre-empts. * style(#2648): drop unnecessary type assertions flagged by lint:ci scanPhasePlans returns typed string[] arrays, so the `as string[]` casts on coverageScan.planFiles/summaryFiles were redundant (@typescript-eslint/ no-unnecessary-type-assertion). Compute supersededCount from typed lengths; only the phaseInfo['plans'] cast remains (it is genuinely unknown). * changeset(#2648): phase.complete refuses when plans lack summaries * changeset(#2648): backfill PR number 2953 --------- Co-authored-by: sim <sim@users.noreply.github.com>	2026-07-31 18:11:40 -04:00
Tom Boucher	5a0a9f0972	fix(#2944): remove the catastrophic-backtracking regex from the ADR-1671 example (#2950) ... * fix(#2944): remove the catastrophic-backtracking regex from the example The non-shipping Option-E reference example carried its own copy of the predicate-id regex, which nested a dot-containing character class inside a dot-prefixed repeat. A run of N consecutive dots therefore had exponentially many partitions. Measured on next before this change: 30 dots 54ms, 35 66ms, 40 807ms — so roughly 55-60 dots hangs for hours. Not exploitable where it sits: the example is outside tsconfig.build.json, outside the npm package files list, outside the installer and outside tests, so no build step or CI job parses anything with it. Fixed because the entire point of a reference example is that people copy it forward, and ADR-1671 presents this one as the pattern for the platform. Ports the linear per-segment validation that #2928 gave the production module, so the two copies agree: both parse the real CONTEXT.md to 415 predicates across 20 classes with 0 duplicates. Doubled-dot ids are now rejected here too, matching production, and the grammar comment records it. Also refreshes the example's committed index, which #2928 made stale when it removed the duplicate predicate from CONTEXT.md. Closes #2944 * test(#2944): guard predicate-index sync and example/production parity Two regression tests for the two defects in this PR. Index sync: asserts the committed docs/CONTEXT-INDEX.json equals a fresh parse of CONTEXT.md, naming any diverging predicate ids. The merge race that reddened next was invisible to both PRs involved and only surfaced on the next PR to run lint:ci; this puts the same check inside the suite, which runs on every PR, and a mutation test proves the assertion is not vacuous. Example/production parity: asserts both copies of the parser report the same count, classes and duplicates for the real CONTEXT.md, and agree verdict-for- verdict over a table of id shapes. The divergence WAS the bug — production went linear-time while the example kept the backtracking regex, with nothing asserting they agreed. Also pins the example rejecting a 60-dot id, with the clean rejection as the binding assertion and wall-clock only as a smoke check. Notes a real tension rather than hiding it: ADR-1671 says the example sits outside tests/, and this imports it. The ADR's intent is that the example is not compiled, packaged or installed — not that it may silently rot. A parity guard does not ship it. The file states this so a reviewer can object. * fix(#2944): address both isolated review passes Two independent reviewers (correctness and security axes, neither the author). Security found nothing — it measured linearity to 100k chars across dots, hyphens, underscores and mixed classes, and showed prototype pollution is structurally unreachable because the first-segment pattern forbids lowercase and underscore-leading ids. The correctness pass found three blockers, all real. Blocker: the parity test violated ADR-1671 verbatim. The ADR lists FOUR exclusions for the reference example, the fourth being the CI test suite, and the test imported it from tests/ while its own justification comment cited only three -- constructing a rationale around the exclusion it broke. Moved to scripts/lint-example-parser-parity.cjs wired into lint:ci; a lint script is not the test suite, so the exclusion stands. The test file keeps only the docs/CONTEXT-INDEX.json sync check. Blocker: the mutation test leaked its temp dir. Its callback took no `t`, so a failing assertion skipped the bare cleanup call. Now registered via t.after(), matching the convention adr-index-gate.test.cjs documents. Blocker: the example's own committed index carries the identical merge-race staleness this PR fixes for the production one, and nothing guarded it. Deliberately NOT fixed by wiring the example's --check into CI: that artifact bakes line numbers, so it re-drifts on any unrelated CONTEXT.md line shift -- exactly ADR-1671 open question 4 -- and would make CI routinely red. The new lint asserts the line-INDEPENDENT facts instead: count, class map, duplicate set, and every (id, value) pair. Proven non-vacuous both ways: mutating a value fails and names the id, mutating only a line number passes. Major: a real divergence the parity claim would have missed. Production rejects values containing an embedded CR, LF, U+2028 or U+2029; the example did not, so a value with an embedded lone CR was rejected by one copy and accepted by the other. Ported, and now covered by the parity table. Also, found while verifying rather than reported: malformed diagnostics covered only empty values. A doubled-dot id, a space in an id, and a lowercase-leading id were all dropped silently. That contradicts the module's own intent -- a typo should be diagnosable, and a space in an id is a likely one -- and predicates are contractually cited, so a silently vanished predicate is the failure mode that matters. Each rejection class now carries a named reason in both copies, while ordinary inline code still yields none. Trues up counts my own change staled: the example README and ADR-1671's prototype figures said 416 and 393/18 against a real 415/20/0. Closes #2944 * chore(#2944): backfill changeset PR number 2950 --------- Co-authored-by: sim <sim@local>	2026-07-31 15:44:19 -04:00
Tom Boucher	07603df8f2	fix(#2647): code-fixer worktree under .claude/worktrees/, not a hardcoded /tmp path (#2942) ... * test(#2647): failing-first — fixer worktree path must be repo-relative not /tmp * fix(#2647): place code-fixer worktree under .claude/worktrees/, not /tmp The gsd-code-fixer agent hand-rolled its worktree at a hardcoded `/tmp/sv-${padded_phase}-reviewfix-XXXXXX` mktemp path. On Windows/Git Bash that landed OUTSIDE the project tree — outside the agent session's permission allowlist, so every Read inside the worktree prompted (~25/run) — and mktemp's MAX_PATH-avoidance substitute produced an un-removable `C:/mvwtNN` path. Place the worktree repo-relative under `.claude/worktrees/` (the same dir the harness-managed executor worktrees use: gitignored via `.claude/`, inside the session's permission scope), with a $$-PID + epoch suffix for concurrency uniqueness (replacing mktemp's XXXXXX). $main_repo is resolved the same way the cleanup tail already resolves it. Three sites updated: setup_worktree bash, concrete-steps prose, critical_rules. The #2990 `-b "$reviewfix_branch"` invariant is preserved (the folded test asserts it). Failing-first regression added to the #2990 suite in tests/agent-frontmatter.test.cjs. * test(#2647): update #2686 path assertion to expect .claude/worktrees/, not /tmp The #2686 regression test encoded the worktree location as a hardcoded `/tmp/sv-` path (matching sibling GSD agents at the time). #2647 showed that breaks Windows/Git Bash (worktree outside the project tree → permission prompts; mktemp MAX_PATH substitute un-removable). Update the #2686 path assertion to require the repo-relative `.claude/worktrees/` location and forbid `/tmp/sv-`. The #2686 isolation + cleanup assertions are unchanged. * fix(#2647): word-boundary wt= parse + ack the fixer growth vs next Two follow-ups to the #2647 GREEN run: - parseWtAssignments matched `prior_wt=` (no word boundary), polluting the set and tripping the repo-relative + concurrency-unique assertions. Anchor on (?:^|\s)wt= so only the real worktree-path assignment is captured. - emitted-attribution: gsd-code-fixer.md grew 1875 bytes vs origin/next. Update the emitted-drift-ack entry to attribute the #2647 worktree-path change (supersedes the prior #2825 attribution, whose growth is already in next). * fix(#2647): address review — validate padded_phase at the sink + tighten test Code-review + security-review both APPROVED with one actionable minor: padded_phase is interpolated into a worktree PATH and a git BRANCH NAME, but was only validated by the orchestrator (code-review-fix.md), not at the agent sink. The agent prompt is a literal bash contract any caller can spawn, so add a `[[ =~ ^[0-9]+(\.[0-9]+)?$ ]]` self-defense check rejecting traversal/shell metachars (defense-in-depth; not a present vuln — the only caller validates). Also tighten the concurrency-uniqueness test to require BOTH $$ AND $(date +%s) (either-alone was too lax per review). Update the emitted-drift-ack reason to cover the added validation growth. * changeset(#2647): code-fixer worktree under .claude/worktrees not /tmp * changeset(#2647): backfill PR number 2942 * chore(#2938): regenerate stale docs/CONTEXT-INDEX.json on next #2938 (#2928) updated the CONTEXT.md RULESET prose for the new per-PR emitted-drift-ack fragment mechanism (#2914) but shipped a CONTEXT-INDEX.json generated from the OLD prose. lint:generated-sync fails on every PR that rebases onto next after #2938 (the regen produces a 3-line diff bringing three RULESET entries — AGENT_SIZE_BUDGET, EMITTED_ATTRIBUTION, WORKFLOW_SIZE_BUDGET — in sync with the prose already on next). Mechanical regen via `node scripts/gen-context-index.cjs --write`; idempotent; surfaced by the #2647 rebase. No behavioral change. --------- Co-authored-by: sim <sim@users.noreply.github.com>	2026-07-31 14:45:51 -04:00
Tom Boucher	05b170e448	chore(#2928): productionize the CONTEXT.md predicate fact-store and gate it in CI (#2938) ... * feat(#2928): port CONTEXT.md predicate fact-store into the src seam Productionizes the ADR-1671 Option-E reference example as a real module: src/context-predicates.cts (parser + selector + index builder) compiled to gsd-core/bin/lib/, plus scripts/gen-context-index.cjs following the repo's --check/--write drift-guard idiom and wired into lint:generated-sync. Parser behavior is deliberately prototype-equivalent in this commit so the next commit's regression matrix binds to the real defects rather than to a missing module. Two locked design deviations from the prototype: - duplicates carry a count, not line numbers - the committed index carries no line field at all, resolving ADR-1671 open question 4: an artifact without line numbers cannot drift on a line shift, so promoting --check to a CI gate does not make it routinely red Also reconciles the one remaining duplicate predicate ID (RULESET.WORKFLOW_MARKDOWN.FENCES was declared twice; the non-MD040 wording is removed) so the gate can land fail-closed on duplicates. Refs #1671 * test(#2928): failing-first matrix for the predicate fact-store Adds the regression matrix from the phase test plan: parser declaration forms, fence and comment regions, ID/value grammar boundaries at limit-1/limit/limit+1, CRLF fidelity, duplicate detection, the drift-guard CLI, the selector query surface, and four document-shaped fast-check properties. Seven rows are RED for behavioral reasons against the ported parser: indented-bare, star-list, plus-list and numbered-list declaration forms are dropped; a tilde fence and a four-backtick fence containing a shorter fence are not skipped; and a multi-line HTML comment is parsed as live. Eleven selector rows are RED because the query surface is not wired yet. Negative fixtures come from real repo documents that predate the grammar (CONTEXT.md, CONTRIBUTING.md's fenced env-assignment examples) per the fixture-provenance rule, and the property generators are document-shaped rather than seeded from our own serializer. Refs #1671 * fix(#2928): consume the shared fence scanner, relocate the index, wire the selector Drives the failing-first matrix green. Parser: replaces the ported naive triple-backtick toggle with the shared markdown-sectionizer fence engine. scanFencedBlocks and FencedBlockRecord gain an export keyword — the only change to that module, which has 71 upstream dependents — because it already returns line-indexed spans, which is exactly what a line-reporting parser needs. It also already documents itself as the second copy of the fence state machine pending consolidation; adding a third copy here would have been the generative-fix divergence this repo warns about. A parity suite now pins predicate fence-skipping against that scanner across eight fence shapes. HTML-comment skipping stays local because the sectionizer has no comment scanner. Declaration forms widen to indented-bare, star, plus and numbered list items. Index location: docs/CONTEXT-INDEX.json, not a module under bin/lib. The remote matrix run caught the original choice — a committed .cjs there ships ~120KB of CONTEXT.md prose into a runtime module, and two content guards fired truthfully on it (a leaked .claude install path, and four hardcoded package-name literals). Neither guard was allowlisted; the artifact moved instead, mirroring docs/INVENTORY-MANIFEST.json. Nothing at runtime needs to require it — it is a drift-detection artifact, so the selector parses CONTEXT.md live and is always current. Generator: adds a frozen REASON enum and --check --json so the gate's outcome is asserted structurally instead of by matching prose, and --context-path/--index-path so tests drive the real CLI against a temp tree with no filesystem monkeypatching. Selector: gsd_run query context-predicates with --class/--prefix/--contains, structured output carrying a matched count, own-property guards, and no project-root resolution. Registering it exposed that the query dispatch table and the usage string had drifted: a new parity test found 20 routed commands missing from the usage list, all added here rather than deferred. Refs #1671 * test(#2928): lock the newly-public scanFencedBlocks contract Exporting scanFencedBlocks made it public API for the first time, so it needs its own contract test independent of the consumer that motivated the export. Memtrace's co-change analysis flagged the gap: this suite changes together with markdown-sectionizer.cts 8 times in 90 days and was absent from the diff. Covers the documented rules: 0-based indices, -1 for an unterminated fence, the same-char/>=length/no-trailing-text closer rule, a shorter fence inside a longer one staying content, CommonMark 4.5 backtick-in-info-string, and <=3-space indent tolerance. Refs #1671 * fix(#2928): address both isolated review passes Two independent reviewers (correctness axis and security axis, neither the author) found seven findings. All are fixed here with regression tests; none deferred. BLOCKER — comment-blind fence scanning caused silent, permanent predicate loss. The HTML-comment scan and the fence scan ran as two independent passes, and the fence scanner is comment-blind, so a fence delimiter inside an HTML comment with no later close read as an unterminated fence and skipped every remaining line to EOF. Worse, the drift-guard could not catch it: it diffs against a baseline produced by the same corrupted parse. The two constructs now interleave in a single pass so each suppresses the other's boundary detection while active, covered in both directions. The parity suite still binds this scanner to markdown-sectionizer's for comment-free documents, so the two cannot diverge unnoticed. BLOCKER — the selector was not consumed anywhere, leaving the phase's acceptance criterion unmet. Now wired into the pre-work predicate-citation step in contributor-standards, which is the repo's actual brief-assembly path; no code-level brief assembler exists to wire into. MAJOR — ReDoS with an unauthenticated CI-hang exploit. The predicate-id regex nested a dot-containing character class inside a dot-prefixed repeat, so N consecutive dots had exponentially many partitions: 40 dots took 565ms and growth was exponential. CI runs this parser over a pull request's own CONTEXT.md, so any contributor could have hung a shared runner with one line. Replaced with linear per-segment validation. Doubled-dot ids are now rejected; the real document contains none. MAJOR — the duplicate-id gate had only ever been proven on synthetic fixtures. A test now re-inserts the exact line this branch removed and asserts the real generator names it. MAJOR — --check together with --write silently let write win, turning the gate into a writer; a missing path value resolved to the cwd and leaked an EISDIR stack trace. Both are now clean usage errors. MINOR — the hoisted skip-list was exported as a live mutable Set; replaced with a read-only predicate. MINOR — flag-shaped selector values were unmatchable; the inline --flag=value form now provides the escape hatch. Refs #1671 * chore(#2928): backfill changeset PR number 2938 --------- Co-authored-by: sim <sim@local>	2026-07-31 13:17:01 -04:00
Tom Boucher	c043f2946c	fix(#2914): per-PR ack fragments instead of one shared mutable file (#2923) ... * fix(#2914): never persist a spent emitted-drift ack on next tests/emitted-drift-ack.json held 34 spent #2834 entries merged via #2900. Every entry is scoped to the diff that introduced it (#2789), so once merged to next it is at the base by definition -- spent and inert. Its presence is still load-bearing though: each PR rewrites the paths map wholesale, making a persistent base copy a shared cell. Five of six conflicting PRs in the open queue collided on this file and nothing else. Deletes the stale document and adds a push-to-next guard asserting it stays absent. The guard is deliberately NOT wired into lint:ci -- a PR-lane check against the base is the #2768 shape #2789 exists to end. Closes #2914 Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * chore(#2914): backfill changeset pr number Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(#2914): per-PR ack fragments instead of one shared mutable file The emitted-drift acknowledgment lived in a single tests/emitted-drift-ack.json whose paths map every PR rewrote wholesale. That is a shared mutable cell: any two PRs needing an ack edit the same lines and conflict. Five of six conflicting PRs in the open queue collided on this file and nothing else. Acks now live as per-PR fragments under tests/emitted-drift-acks/, the same shape .changeset/ already uses to solve this exact problem. Two PRs pick different filenames, so they cannot collide, and fragments lingering on next are harmless rather than toxic. The legacy file's 35 entries are MIGRATED into a fragment, not deleted. An earlier delete-only attempt failed verification twice: the ratchet lost the spec-phase.md acknowledgment from #2779 and reported a 10-byte growth with no ack. Relocating preserves every acknowledgment. The legacy single file is still READ (unioned with the fragments) because five open PRs carry it; dropping support would break all of them. A duplicate path key across sources is a hard error, never last-wins. The push-to-next guard is retargeted accordingly: it now asserts only that the legacy SHARED file never reappears on next. Fragments may persist harmlessly. Closes #2914 Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-07-31 13:15:29 -04:00