6cfa0c55d205eaeaf005f4d21f7b5e5cefa4448c
8 Commits
| Author | SHA1 | Message | Date | |
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Jakub Zych
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a9a7a328e6 |
refactor: hard-fork GSD -> MSD (Make Software Done)
Mechanical rename produced by scripts/msd-rename.cjs: gsd/Gsd/GSD -> msd/Msd/MSD across contents and paths, upstream package/repo coordinates -> @golem15/msd-core and golem15com/msd-core. Deep links into upstream history, sibling upstream packages, the GSD-2 import feature, CHANGELOG.md and .changeset/ are kept as-is. Hand edits on top: MSD block-letter banner and logos, LICENSE copyright line, package/plugin identity, regenerated lockfile, install-tree fixtures, derived registries and benchmark baseline; migration checksum baseline re-locked (MSD keeps its own install state, so no install had applied the old sums); sort-order and regex-escaped expectations in tests adjusted. |
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Tom Boucher
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779f67cb11 |
fix(#4378): mint collision-free SEED-YYMMDD-xxx seed ids instead of a shared count (#4754)
* test(#4378): regression tests for collision-free seed ids * fix(#4378): mint collision-free SEED-YYMMDD-xxx ids, not a shared count plant-seed derived the next seed id from 'ls .planning/seeds/SEED-*.md | wc -l'. .planning/seeds/ is shared but each worktree only sees what has merged, so two workstreams planting before either merges computed the same id and git merged both files silently. The id is now the local date plus a 3-char random base36 suffix -- the shape .planning/quick/ already uses -- computed from knowledge one worktree has alone, with a same-day regen guard. deriveSeedIdentity learns the new canonical grammar alongside legacy SEED-NNN (whose parsing never changes), the --enrich parser and the filename-prefix fallback keep the full new-format id, and the docs that state the filename shape move to it. The prefix fallback previously truncated any non-pure-numeric id at 'SEED-<digits>' -- the same one-id-two-answers ambiguity the issue reports, reproduced one level down. * fix(#4378): harden seed id generation per adversarial review - parse-idea: anchor the --enrich extractor to the flag and capture the complete id, uppercase-tolerant; a leftmost 'SEED-[0-9]+' truncated an uppercase or malformed suffix to its date and enriched an arbitrary same-day seed via head -1. Ambiguous and unmatched targets now fail closed instead. - generate-seed-id: tolerate the expected SIGPIPE under pipefail, abort loudly when the suffix cannot be drawn (an empty suffix would collapse every seed's id to the bare date), and run the same-day regen guard as a find existence test (the 'ls <glob>' shape trips the #3409 drift guard and degenerates under a stray nullglob). - deriveSeedIdentity: document the theoretical legacy/new grammar ambiguity (6-digit counter + 3-char base36 slug, no frontmatter). - changeset: state the residual same-day collision bound instead of implying zero. Emitted-Drift-Ack-Growth: plant-seed.md — the counting step became hardened date+random generation with explicit failure modes; growth is the failure handling, not duplicated logic * fix(#4378): address standards and spec review findings - tests: move the allow-test-rule marker to its suppression site (the file-header placement was inert per CONTRIBUTING site-scoping); add width-boundary coverage (5/7-digit dates, 2/4-char suffixes pin the documented branch behavior); add a writer-to-reader parity property that parses the mint widths out of the shipped workflow so the two grammar owners cannot drift; cover uppercase ids end-to-end in the reader. - plant-seed.md: draw/retry restructured as one loop with a loud terminal failure; SEED_SUFX renamed SEED_SUFFIX; regen guard drops the redundant head -1; the ambiguity error no longer advises an impossible 'complete id' for duplicate legacy ids. - commands.cts: refresh the cmdListSeeds comment still describing SEED-NNN as the only canonical form. - changeset: drop the audit claim the spec axis showed to be an overstatement (audit's id display is filename-derived, pre-existing). - remove a stray untracked artifact file swept into the tree. * test(#4378): correct boundary expectations to the module's real branch behavior The first matrix run on the boundary tests caught my hand-trace of the regex branches, not a module defect: the slug regex's alternation backtracks to the legacy branch whenever the canonical branch cannot complete (so the slug is the remainder after the legacy numeric prefix), and the 7-digit case fails the canonical branch at its 7th digit before the dash. Pin the verified values. * docs(#4378): backfill changeset PR number * fix(#4378): audit seed identity uses the canonical grammar Review of this PR found the audit surface publishing a fused filename stem (SEED-081-region for SEED-081-region.md) where list-seeds reports the canonical id -- one id, two answers across surfaces, the same ambiguity class the issue files. scanSeeds now derives identity through the SAME deriveSeedIdentity the list-seeds gate uses (frontmatter id, then filename id-prefix, then stem), and audit-open acknowledge resolves --seed-id by scanning for the derived identity, falling back to the literal stem so callers scripted against pre-canonical output keep working. Roll-in per the fix-inline rule: found during this PR's review, same seed-identity seam. RED probe: pre-fix audit published seed_id SEED-081-region-becomes / slug 081-region-becomes for a legacy seeded file; post-fix SEED-081 / region-becomes, matching list-seeds. * test(#4378): probe timeout uses the class norm after windows-lane timeout The windows conformance shard failed its bounded sh -c probes at the local 5000ms bound (cold sh.exe spawn under shard load) while the identical code passed this PR's two earlier windows waves. The probe now uses PROBE_TIMEOUT_MS from the class-norm module instead of a local override, per the helpers/timeouts.cjs convention. --------- Co-authored-by: sim <sim@local> |
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Tom Boucher
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2a5d919a03 |
test(#4526): migrate gate/predicate evaluators batch to named timeout constants (#4679)
Batch 15 of the ad hoc timeout literal migration (epic #4445). Replaces every bare numeric timeout/timeoutMs object-literal property in tests/check-predicate.test.cjs, tests/gate-predicate-evaluator.test.cjs, tests/policy-160-route0-resume.test.cjs, tests/phase6-capstone-conformance.test.cjs, and tests/prohibition-enforcement.test.cjs with a named constant, per eslint-rules/no-adhoc-timeout-literal.cjs. Removes these 5 files from the rule's allowlist. Ground truth via eslint found 17 sites, not the issue's stated 16 -- prohibition-enforcement.test.cjs has 2 sites, not 1 -- disclosed in the PR body. Reuses QUICK_SPAWN_TIMEOUT_MS and LOOP_HOOK_POINT_CLI_TIMEOUT_MS across 1 file; no new shared constants needed. Adds file-local constants for a real bounded-shell subprocess class (including one deliberately non-generous value to force a timeout), a predicate's own declarative timeout FIELD as fixture/validation data (including a deliberately-invalid zero/negative pair proving rejection), a heavier gsd-tools.cjs check CLI dispatch tier, and two distinct deliberately-short enforcement bounds forcing a fast hang-timeout path. No src/bin file touched, no numeric value changed anywhere. Co-authored-by: sim <sim@local> Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com> |
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sim
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9c20b7b40a |
fix(#4652): use the validated path, collapse the duplication, correct two false claims
Seven findings from the two-axis review, all fixed in place. THE ONE THAT MATTERS: cmdTodoComplete validated sourcePath and targetPath and then ran every fs call against the RAW strings — existsSync, statSync, readFileSync, platformWriteSync, unlinkSync, and the dry-run path payload — never sourceCheck.resolved / targetCheck.resolved. That is the exact "validate one path, use another" shape ADR-4650 names as the defect this epic exists to prevent, and it is the same bug this phase had just fixed in check-command-router. Committed inside the fix for it. All I/O now uses the resolved paths; user-facing messages still echo the raw filename, never a resolved absolute path. A VACUOUS TEST, and the false doc claim it was propping up. The test "[RED #4327] an absolute path outside the project is rejected" would have passed with ZERO containment logic: path.join(pendingDir, '/abs/outside/x') yields <pendingDir>/abs/outside/x — Node does not let a later absolute segment escape — so the name is FOLDED under the root, passes containment, and simply 404s. The test only ever observed "Todo not found". It now asserts what is actually true and actually valuable: an absolute name is neutralized, and the real outside file is not read, not moved, and still present afterward. docs/CLI-TOOLS.md claimed such a path "is rejected as a usage error", which was false; it now describes the fold-under-root behavior. Traversal and embedded separators ARE rejected, and those claims stand. DUPLICATION THIS EPIC EXISTS TO REMOVE. resolvePath already did isAbsolute-or-join + validatePath + reject; cmdGapAnalysisPlanPost and cmdCheckPredicate each re-inlined the identical triplet in the same file. Both now call resolvePath. Cost, stated rather than hidden: its generic message replaces the two sites' distinct "phase-dir escapes…" wording. The message still names the offending input, and one predicate with one message is the point. SYMLINK COVERAGE was required by #4652's "Done when" and was missing. Added for both the todos root and --phase-dir, skipping cleanly on EPERM so the Windows lanes do not fail where unprivileged symlink creation is disallowed. Both fast-check properties were UNSEEDED. Seeded now. The changeset named "check decision-coverage-plan" as a boundary; that is a caller of the shared resolvePath, which the body never mentioned. Corrected. DISCLOSED, not hidden: ctx.phaseDir is now always the resolved ABSOLUTE path, so ${PHASE_DIR} interpolation and the "not found in <targetDir>" message show an absolute value where a relative --phase-dir previously produced a relative one. That is an observable output change. A test pins it and docs/reference/gate-predicates.md states it. Also regenerated scripts/lib/platform-conformance-tier.generated.cjs and its macos twin — the new tests changed check-predicate.test.cjs's tier classification. Caught by npm run lint:ci locally rather than by a bench run. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
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sim
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374300da17 |
fix(#4652): confine every boundary that joins argv to a managed root
Phase 2 of epic #4636, absorbing #4327 and #4354. Implements ADR-4650 decision 3: containment is a boundary concern — the predicate runs where external input enters, not at whichever interior call site remembered. Four boundaries now validate against their managed root and reject with a USAGE-shaped error before touching the filesystem: todo complete <name> -> todosDir(cwd) check predicate --phase-dir <dir> -> projectDir check decision-coverage-plan <dir> -> projectDir (via resolvePath) check gap-analysis.plan-post <dir> -> projectDir #4327 understated its own severity. It reports that a traversal name "resolves outside the todos root", which reads as an information leak. Measured, it was destructive: the command exited 0, MOVED the outside file into completed/, and unlinked the original. cmdTodoComplete ends in fs.unlinkSync(sourcePath), so an unconfined name consumed across the boundary rather than merely reading across it. Validation now precedes every fs call — existsSync, readFileSync, ensureDir, writeSync, unlinkSync — and both halves of the move are confined, so neither source nor destination can land outside the root. --dry-run is rejected on the same terms; a preview must not leak a resolved outside path either. #4354 reproduces exactly: a BLOCKING gate returned block:false sourced entirely from a SECURITY.md in a caller-chosen directory outside the project. THE HARDER HALF, found by the isolated adversarial review of the first attempt: validating a path and then using a DIFFERENT one closes nothing. The first fix validated `--phase-dir` joined against `--cwd`, then passed the RAW unjoined value into the predicate context. gate-predicate-evaluator uses it as-is and findPhaseArtifact resolves a relative path against the REAL process cwd — so validation and the read used two different roots whenever process.cwd() differed from --cwd. Reproduced: running from a directory holding a plan with `secret_field: LEAKED_VALUE`, a predicate declared against an empty --cwd project exited 0 and returned "actual":"LEAKED_VALUE". The rule now applied at all three router sites: **use the validated resolved path, never the raw input.** Independently re-verified after the fix — the lookup resolves in the --cwd project and no value leaks. gate-predicate-evaluator.cts is untouched and still imports no fs. Confining in the router is what keeps that pure-leaf contract intact AND covers ${PHASE_DIR} interpolation into command-exit-zero, which an evaluator-local fix would have missed entirely. Also fixed, same review: `todo complete .` and `..` passed containment (they resolve to the pending dir, which IS inside the root) and then threw an uncaught EISDIR with an absolute-path stack trace. Now a clean USAGE rejection naming the real reason — "todo name is not a file" — rather than borrowing the escape message, which would have stated something false. Ripples discharged BEFORE the verification checkpoint rather than after, per the Phase 1 retrospective: docs/reference/gate-predicates.md and docs/CLI-TOOLS.md document the new constraints, CONTEXT.md records why containment lives at the router rather than the evaluator, the changeset is written, and the install-tree goldens were regenerated to confirm unchanged (no new shipped file) rather than assumed. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
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sim
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3925839f2a |
test(#4652): failing-first coverage for the four unconfined boundaries
Phase 2 of epic #4636, absorbing #4327 and #4354. Tests only; no fix. These MUST fail. Four CLI boundaries join externally-supplied input to a managed root with no containment validation. Each was driven through the real CLI and confirmed unconfined before the assertions were written: todo complete <name> src/commands.cts cmdTodoComplete check predicate --phase-dir <dir> check-command-router cmdCheckPredicate check decision-coverage-plan <dir> check-command-router resolvePath check gap-analysis.plan-post <dir> check-command-router Boundary 1 is worse than the issue describes. #4327 reports that a traversal name "resolves outside the todos root", which reads as an information leak. Measured, it is destructive: `todo complete ../../../../b1out/leak.md` exited 0, MOVED the outside file into completed/, and unlinked the original. The file was gone. cmdTodoComplete ends in fs.unlinkSync(sourcePath), so an unconfined name does not merely read across the boundary, it consumes across it. Boundary 2 reproduces #4354 exactly: a BLOCKING gate returned {"block":false,"details":{"match":true}} sourced entirely from a SECURITY.md in a directory the caller chose, outside the project. Boundaries 3 and 4 are not named in the epic. Both accepted an outside phase dir and exited 0. Rows that exist because they are the ones nobody enumerates: - ORDERING. A real file is created outside the todos root, then the traversal name targeting it is asserted rejected AND the outside file asserted still present and unmoved. #4327 notes the existence check and the move target BOTH follow the unvalidated join, so a rejection that lands after the read has already leaked — and, per the finding above, after the unlink has already destroyed. - `a/../../b.md` — looks balanced, resolves outside. - --dry-run must reject too; a preview must not leak a resolved outside path. - ${PHASE_DIR} interpolation into a command-exit-zero predicate is the SECOND predicate kind, which a fix inside gate-predicate-evaluator.cts would miss. - An absolute path INSIDE the project must still be accepted at every boundary — absolute is not a synonym for escaping. Cross-boundary rows loop over one shared list of escaping inputs and assert all four reject with the same shape, so four sites adopting one predicate cannot drift into four rejection contracts. Property tests cover BOTH directions — outside is always rejected, inside is always accepted. A property asserting only rejection is satisfied by a predicate that rejects everything, which is the degenerate-implementation trap found in Phase 1's review. Both are seeded. Regressions fold into the owning module suites rather than a new tests/fix-NNNN-*.test.cjs, per scripts/lint-regression-test-names.cjs. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
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Tom Boucher
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7bb366e836 |
fix(#4130): --context flag for check decision-coverage-plan + parseDecisions quadratic-backtracking hardening (#4374)
* test(#4130): failing-first regressions for --context flag + parseDecisions hardening Block A (flag): check decision-coverage-plan --context <path> must route identically to the positional form; flag wins over positional context; valueless --context falls through to the #2770 fail-closed caller error; verify keeps its positional surface (flag is plan-only). RED on base: the flag token lands in the args[2] phase slot (false uncovered) or the args[3] context slot (silent CONTEXT.md-missing skip). Block B (hardening): regex-lattice asserts pin the atomic-ID wrapper (?=(X))\1 and the em-dash first-separator narrowing [^*—–]*[—–] plus the no-adjacent-overlap property; a differential property compares the module against a frozen copy of the pre-hardening grammars (reference validated against the base build: 60k generated lines, 0 mismatches); 40k cliff shapes assert correct outcomes with no wall-time asserts (repo rule). A12: partitionPredicateArgs keeps one parser behind parsePredicateFlags. * fix(#4130): --context flag for check decision-coverage-plan + quadratic-backtracking hardening in parseDecisions (A) check decision-coverage-plan --context <path> — sibling convention (check predicate, #2008): --flag value pairs parsed by the new shared partitionPredicateArgs (parsePredicateFlags reimplemented as its flags half — one parser, cannot diverge), the flag winning over a same-purpose positional, positionals kept (no sibling deprecates them; the plan-phase workflow caller passes positionals), valueless --context falls through to the #2770 fail-closed caller error. Repair of the routing accident where --context landed in the args[2] phase slot (false uncovered) or the literal token in the args[3] context slot (silent green skip). (B) parseDecisions regex seam hardened, byte-identical on all legal inputs: the three bullet grammars consume the ID atomically via the (?=(X))\1 lookahead emulation (kills the tail/[^:*]* O(n^2) re-split, ~1.1s @ 40k), and the em-dash first separator narrows [^*]*[—–] to [^*—–]*[—–] (kills the dash-position O(n^2) retry, ~1.7s @ 40k). Group indices unchanged (handlers untouched). Pinned by regex-lattice tests, a differential fast-check property vs the frozen pre-hardening grammars, and 40k cliff/legal-shape outcome tests (no wall-time asserts per repo rule — no deterministic engine step counter exists in Node). * docs+test(#4130): document --context invocation; harden lattice test tooling - docs/CONFIGURATION.md Decision Coverage Gates: new 'Invoking the plan gate directly' block documenting both the positional and --context forms, flag precedence, and the valueless-flag fail-closed semantics (same place the gate's behavior is documented; sibling check predicate documents its flags the same way). - Two changeset fragments per the maintainer brief (Added: flag; Fixed: hardening), PR numbers to be backfilled. - tests/decisions.test.cjs review fixes: readRegExpTemplate template escaping (bare ')' SyntaxError), range-aware lattice checker with backreference skip and template unescape, honest A1 contract, lint escape warning. * fix(#4130): valueless --context fails closed per #2770; A8 isolates flag-vs-positional context Suite-caught fixes from the first verify run: - cmdDecisionCoveragePlan now refuses a flag-shaped token as the positional context path: a bare valueless --context stays a positional (sibling parser semantics, unchanged) but reading it as a PATH would turn a caller mistake into a silent 'CONTEXT.md missing' green skip — exactly what #2770's fail-closed law forbids. Now falls through to the missing-context-argument error, as documented. - A8 test compares decoy-positional+flag against flag-with-phase (phase held constant) so the row isolates WHICH context was read; the old form compared against a no-phase invocation that could never match. * chore(#4130): backfill PR number in changeset fragments (PR #4374) --------- Co-authored-by: sim <sim@local> |
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Tom Boucher
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8de2ff9121 |
feat(#2008): generic command-exit-zero gate-predicate evaluator (#2011)
* feat(#2008): add generic command-exit-zero gate-predicate evaluator Third-party capability gates declared via check.predicate were rendered for display but never evaluated (only built-in check.query gates fired; the security capability's gate worked solely via a hard-coded ship.md branch). Add a generic, deps-injected gate-predicate evaluator (src/gate-predicate-evaluator.cts) that dispatches by predicate.kind. Built-in kind: command-exit-zero — runs a bounded sh -c command at the project root (via shell-command-projection.execTool), inherits env, exit 0 => pass, non-zero => block, timeout => block, fail-closed. Wire a 'check predicate' subcommand into check-command-router.cts and extend the three generic workflow gate-dispatch sites (execute:wave:post, execute:post, plan:post) to route check.predicate gates to the new evaluator. The two-step gate contract (command-failure => onError; block => halt) is unchanged. - src/gate-predicate-evaluator.cts: pure leaf, KIND_TABLE extensible - src/check-command-router.cts: cmdCheckPredicate + buildPredicateDeps + parsePredicateFlags - docs/adr/2008-*, docs/reference/gate-predicates.md, docs/how-to/command-exit-zero-gate.md - tests: 38 unit + integration tests (exit mapping, timeout, interpolation, property-based bijection, malformed-predicate fail-closed, real subprocess e2e) Closes #2008 * docs(#2008): backfill changeset pr number 2011 |