Add ZCode as a first-party runtime via a declarative capability descriptor
(capabilities/zcode/capability.json) with zero hardcoded runtime === 'zcode'
branches — exercising the de-hardcoded, data-driven runtime path that 1.7.0
(ADR-1016 / ADR-1239) enables.
Descriptor (all axes sourced verbatim from zcode.z.ai docs):
- configHome ~/.zcode; nested skills + flat commands/agents; profile-marker install
- Claude-shaped skill format reuses convertClaudeCommandToClaudeSkill (no new converter)
- hostIntegration: declarative / slash-file / mcp / electron; dispatch background=false
(foreground-only per docs); nested+maxDepth undocumented; passive model mode
Installer registration (data, not branches): --zcode flag, allRuntimes, runtimeMap,
interactive menu, --all list. getGlobalConfigDir + resolveRuntimeArtifactLayout +
ALLOWED_CONFIG_RUNTIMES + resolveInstallPlan all derive from the descriptor.
Revamped the brittle per-runtime golden-master tests to be count-agnostic,
descriptor-derived property tests (1.7.0 makes runtimes pluggable data, so pinning
frozen '15 runtime' snapshots is the wrong invariant): getdirname, label-policy,
config-adapter-registry (intent + install-plan golden master), capability-registry,
host-integration-descriptors (counts derive from curated maps). Adding a runtime
descriptor now extends coverage with zero edits to those suites.
Welcome banner, --zcode help, supported-runtimes how-to, and the host-integration
capability matrix (every axis cited) updated.
* fix(#2012): scope Progress-row regex to ## Progress section (was binding to earlier table)
The Progress-row writer used a non-global regex that matched ANY table row
starting with the phase number. When an earlier table (e.g. Requirements
coverage | Phase | Requirements | Count |) preceded ## Progress, the regex
bound to the wrong row (3-column), no-op'd, and never reached the real
Progress row. roadmap_updated stayed true (it's existsSync), masking the
failure.
- src/phase.cts: scope the tableRowPattern regex to the ## Progress section
(indexOf + slice) so it only matches Progress-table rows.
- tests/phase.test.cjs: regression test — ROADMAP with a phase-numbered
Requirements table before ## Progress → Progress row updated, Requirements
row untouched.
Closes#2012
* docs(#2012): backfill changeset pr 2032
* fix(#2018): applySurface empty manifest no longer deletes gsd-* agents
The agent-prune loop in _syncGsdDir deleted any gsd-*.md not in the staged
set. When the manifest resolved empty (null/non-object, no entries, no files
key, or unresolvable install source root), the staged set was empty → every
gsd-* agent was deleted. Skills were guarded by pruneSkillDirs' manifest-
membership check; agents had no equivalent.
- src/surface.cts: skip the agent-prune loop when the manifest is empty/absent
(copy still runs — genuinely new agents are added).
- tests/surface-empty-manifest-agents.test.cjs: boundary matrix — empty
manifest preserves agents (Map() + undefined); non-empty manifest + empty
staged still prunes (boundary); empty manifest + new staged copies new +
preserves existing.
Closes#2018
* docs(#2018): backfill changeset pr 2031
* fix(#2022): gate roadmap update-plan-progress checkbox on verification passed
cmdRoadmapUpdatePlanProgress stamped the phase checkbox + completion date
the moment all summaries landed, with NO verification gate — unlike
cmdPhaseComplete (phase.cts:1436) which checks readVerificationStatus. Since
update-plan-progress is called after every wave and every plan, the checkbox
fired before gsd-verifier confirmed the phase.
- src/roadmap.cts: isComplete now requires summaryCount >= planCount AND
readVerificationStatus(phaseDir).status === 'passed'.
- tests/roadmap.test.cjs: 2 regression tests (no VERIFICATION.md → not
complete; gaps_found → not complete) + updated 3 existing complete tests
to include a passed VERIFICATION.md.
Closes#2022
* docs(#2022): backfill changeset pr 2030
Move partial-planning ahead of the fast-map handoff and require
!projectExists so complete-map-before-new-project only applies before
new-project, allowing write-summary and partial-planning to win.
buildOnboardProjection now resolves PROJECT.md from both the shared
.planning root and the active planningDir scope, matching how
REQUIREMENTS.md, ROADMAP.md, and STATE.md are resolved. This prevents
false partial-planning or new-project routing when planning artifacts
live under a workstream or GSD_PROJECT scope.
Remove the projectExists guard so fast mode with a partial map still routes
to complete-map-before-new-project even after project planning exists.
Add the missing onboard rerun instruction to the skip-mapping docs-ingest
handoff so the onboarding loop can continue after ingest.
Integrate the brownfield /gsd:onboard skill into the skill subsystems so the
full CI suite passes:
- Route onboard under commands/gsd/ns-project.md (requires + routing row) so it
nests as gsd-ns-project/skills/onboard on nested-layout runtimes instead of
leaking as a 7th top-level skill dir (fixes install-nested-layout + issue-69).
- Remove onboard from PROFILES.core (src/install-profiles.cts) so the frozen
main-loop core stays at 8 skills; onboard remains in standard/full.
- Add the TEXT_MODE plain-text fallback note to gsd-core/workflows/onboard.md
for non-Claude runtimes (#2012).
- Allowlist onboard.md as a user-invocable skill (enh-2790 ratchet).
- Regenerate docs/INVENTORY-MANIFEST.json, golden-install-parity fixtures, and
the workflow size baseline to match.
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
init new-project now uses the same seven-file codebase map completeness
check as init onboard, so partial .planning/codebase/ directories no longer
skip the brownfield mapping offer after onboarding warns about an incomplete
map.
The onboard workflow now branches on onboarding_summary_exists and asks for
confirmation before regenerating SUMMARY.md on repeat runs.
* feat(#1825): configurable graphify graph location (graphify.graph_path)
Add a graphify.graph_path config key (.planning/config.json) that overrides
where /gsd-graphify query|status|diff read the knowledge graph, so one curated
umbrella-level cross-repo graph can serve multiple sibling projects without N
drifting ~5 MB mirror copies. Previously the graph location was hardcoded to
<cwd>/.planning/graphs/.
- src/graphify.cts: resolveGraphLocation(cwd, planningDir) honors the key
(resolved relative to project root; absolute paths honored via path.resolve);
falls back to the historical .planning/graphs/graph.json when unset/blank/
non-string (byte-identical). Wired into graphifyQuery, graphifyStatus,
graphifyDiff (snapshot travels with the configured graph via dirname), and
writeSnapshot. Configured-but-missing -> actionable error naming the path.
Build stays project-scoped (skill hardcodes the cp dest); umbrella graph is
built in the umbrella project, sub-projects only READ it.
- config-schema.manifest.json: register graphify.graph_path in validKeys.
- tests/graphify-graph-path.test.cjs: boundary matrix (unset byte-identical,
set+present reads configured graph not default, set+missing actionable error,
relative resolved vs project root, blank treated as unset, snapshot alongside
configured graph, diff from configured dir, build project-scoped) +
VALID_CONFIG_KEYS registration.
- docs: CONFIGURATION.md row, FEATURES.md REQ-GRAPH-06, CONTEXT.md module note,
.changeset (Added).
Closes#1825
* docs(#1825): backfill changeset pr number 2013
* fix(#1993): milestone --ws requirements archive header points at workstream path
The requirements archive header hardcoded the root .planning/REQUIREMENTS.md
path, so a workstream (--ws) archive pointed readers at the wrong file even
though #1917 fixed the archive LOCATIONS to land inside the workstream.
Derive the display path from the same workstream-aware reqPath the writer
already uses (path.relative(cwd, reqPath)). Root behavior is byte-identical
('.planning/REQUIREMENTS.md'); the --ws case now correctly reads
'.planning/workstreams/<ws>/REQUIREMENTS.md'.
- src/milestone.cts: reqDisplay interpolation in the archive header.
- tests/milestone.test.cjs: #1993 regression in the #1911 --ws block — header
references the workstream path, not the root literal.
Closes#1993
* docs(#1993): backfill changeset pr 2015
* fix(#1993): use posix separators in archive header (Windows CI) + CRLF-safe test split
- src/milestone.cts: normalize path.relative output to POSIX separators so
the workstream archive header renders forward slashes on Windows too
(path.relative yields backslashes there; the original literal was posix).
- tests/milestone.test.cjs: .split(/\r?\n/) for the CRLF-fragile lint rule.
* fix(#1988): exclude stray non-plan *-SUMMARY.md from phase completion count
Stray remediation/gap-closure summaries (30-FIX-CR02-SUMMARY.md,
30-GAPCLOSURE-SUMMARY.md, …) inflated summary_count, and once
summary_count >= plan_count the phase silently flipped to Complete even
though several plans had no summary. A summary now counts toward completion
only if it pairs with a real plan file.
- core-utils.cts: new countMatchedSummaries(planFiles, summaryFiles) —
layout-agnostic pairing via the PLAN→SUMMARY marker swap (root/nested/bare)
plus the <stem>-SUMMARY.md form (bare PLAN.md↔PLAN-SUMMARY.md); the swap is
applied to the basename only so a 'plans/' dir prefix isn't corrupted.
- plan-scan.cts: scanPhasePlans.summaryCount/.completed use the matched count
(summaryFiles array still holds every summary on disk for listing/reading).
Fixes roadmap listing, state sync, verification, workstream inventory.
- roadmap.cts: cmdRoadmapUpdatePlanProgress uses the matched count.
- tests/roadmap.test.cjs: countMatchedSummaries unit tests (root/nested/bare/
stray) + E2E reproducing the exact #1988 report (4 plans, 1 plan summary,
3 strays → 1/4 In Progress, NOT Complete).
Closes#1988
* docs(#1988): backfill changeset pr 2016
* test(#1988): strengthen countMatchedSummaries unit tests for mutation coverage
Add direct unit tests for the extended (N-PLAN-MM-slug↔N-MM-SUMMARY), bare
(PLAN↔SUMMARY, PLAN↔PLAN-SUMMARY), legacy (N-PLAN-NN↔N-PLAN-NN-SUMMARY), and
stray-exclusion pairings so every branch of countMatchedSummaries is exercised
(Stryker mutation-score coverage).
* test(#1988): move countMatchedSummaries unit tests into core-utils.test.cjs
The Stryker core-utils shard runs ONLY tests/core-utils.test.cjs (per
scripts/mutation-matrix.cjs), so the unit tests for countMatchedSummaries
must live there to be mutation-covered (previously in roadmap.test.cjs, the
shard never ran them → mutants survived → Stryker gate failed). The E2E
#1988 reproduction stays in roadmap.test.cjs. Added an absolute-path case to
guard the lastIndexOf('/') >= 0 boundary.
* fix(#1581): config-set no longer silently coerces Infinity/project_code
The value parser used !isNaN(Number(val)), which admits Infinity/-Infinity;
JSON.stringify then renders those as null on disk while the CLI echoed the
non-finite value (output ≠ disk). Leading-zero strings like project_code
'007' were also silently number-coerced to 7.
- config.cts parser: Number.isFinite instead of !isNaN, so Infinity falls
through to the JSON branch (rejected) and stays a string.
- project_code: always persisted as a string (identifier; leading zeros
matter), bypassing number coercion.
- context_window: new per-key validator — must be a finite positive integer
(rejects Infinity/0/negatives/non-integers with a non-zero exit).
- tests/config.test.cjs: #1581 regression (Infinity rejected, 0 rejected,
200000 accepted finite, project_code '007' string-preserved, granularity
numeric coercion unchanged).
Closes#1581
* docs(#1581): backfill changeset pr 2023
* feat(#1928): remove sunset gemini cli runtime, redirect to antigravity
Google sunset Gemini CLI on 2026-06-18; Antigravity CLI is its official successor (already a first-class GSD runtime). Remove the gemini runtime from the enum (16->15), aliases, labels, config-home fragment, install path, converters (convertClaudeToGemini{Markdown,Toml,Agent}, convertSlashCommandsToGeminiMentions), capability descriptor, gemini-extension.json, RULESET.GEMINI.*, and the interactive menu (renumbered, no gap).
--gemini now prints an explicit deprecation notice citing the 2026-06-18 sunset and redirects to --antigravity (no silent alias, per the issue's Hyrum's-Law rejection). Antigravity is preserved throughout: its GEMINI.md contextFileName, .gemini/antigravity config home, the shared convertGeminiToolName/claudeToGeminiTools tool vocabulary, and the 'gemini' hookEvents dialect it declares. GEMINI.md retargeted as Antigravity's context file.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* chore(#1928): backfill changeset PR number (#1996)
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* chore(#1928): drop Gemini CLI from issue templates (review nit)
Removes the sunset Gemini CLI runtime from the two GitHub issue-template
runtime lists that the removal PR missed, per @davesienkowski's review nit:
- feature_request.yml: 'Applicable runtimes' checkbox (a user could otherwise
request a feature for a runtime GSD no longer supports)
- bug_report.yml: 'Runtime' dropdown + the stale ~/.gemini/settings.json
retrieval-help line
Leaves the post-removal templates fully consistent with the Antigravity redirect.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* fix(#1906): require node-test clean-fixture causation control
The node-test fail-first proof accepted a deceptive content-independent
negative test — one that reds merely because GSD_PROHIB_SUBJECT is set,
ignoring the subject's content — whenever no cleanFixture was supplied,
because #1346's causation control was opt-in. The proof's observed signal
(RED) thus diverged from its target (RED caused by content) by default.
Make the causation control mandatory for the node-test kind: a descriptor
that omits cleanFixture is un-provable (fail-closed), never accepted under
the weaker violation-only proof. When a clean fixture is present, fail-first
is proven exactly as before (RED on violation AND non-vacuous GREEN on clean).
The lint-rule kind is unchanged (its subject IS the linted file; no
GSD_PROHIB_SUBJECT indirection).
Breaking (Hyrum): a previously-green node-test prohibition with no clean
fixture now hard-gates — blast radius is zero in-tree (no node-test
prohibition ships today; only the lint-rule local/no-source-grep dogfood).
Supersedes ADR-1606 Decision 4 / ADR-550 #1346 addendum's opt-in.
Closes#1906
Claude-Session: https://claude.ai/code/session_017vYn26e3nkDNxcpty1ciPJ
* docs(#1906): supersede the #1346 opt-in causation control (mandatory for node-test)
Record the node-test mandatory-causation-control supersede across the
governing surfaces:
- ADR-1606 (the enforcement decision-of-record): addendum + Decision 4
annotated + the "Mandatory causation control — REJECTED" alternative
flipped to accepted (premise no longer holds: zero in-tree node-test
consumers).
- ADR-550: the 2026-06-21 #1346 "Why opt-in, not required" paragraph
marked SUPERSEDED, pointing at ADR-1606.
- spec-phase.md: check_clean_fixture is now REQUIRED for node-test
(was "optional").
- CONTEXT.md: PROHIB.enforce.causation predicate updated.
Regenerated the shipped-artifact cascade from the spec-phase.md edit
(+149 B, well under the 40960 cap): 16 golden-install-parity fixtures
and the workflow size baseline.
Refs #1906
Claude-Session: https://claude.ai/code/session_017vYn26e3nkDNxcpty1ciPJ
* feat(#1105): add external-job capability (SLURM scheduler-adapter producer half)
The async external-job consumer half (#1165) shipped long ago: the core loop
reads .planning/async-jobs/<job>.json manifests and treats a non-terminal one
as the legal external_job_waiting half-state. The PRODUCER half (#1164) was
the remaining unimplemented piece of #1105.
This adds the producer as a default-off capability:
- capabilities/external-job/ — capability.json (execute:wave:post -> executor,
plan:post -> planner contributions, external_job.* config keys, default-off)
+ fragments teaching runtime-budget classification and externalization.
- src/external-job.cts -> gsd-core/bin/lib/external-job.cjs — pure producer
module: SLURM state -> manifest-status map (no guessing), manifest
build/validate (versioned stability contract), sbatch/squeue/sacct parsers,
and a fail-closed manifest writer (refuses a second non-terminal job for a
plan_id already in flight; refuses to clobber a malformed manifest). fs/clock
seams for deterministic tests.
- scripts/slurm-adapter.cjs — operator CLI (submit/poll/show) wrapping bounded
sbatch/squeue/sacct subprocesses; surfaces manifest commands for confirmation
and never auto-runs them (trust boundary).
- tests/external-job.test.cjs — 23 behavioral + fast-check property tests.
- docs/reference/long-running-operations.md + docs/how-to/async-external-jobs.md.
- CONTEXT.md glossary entry for the External-job Capability.
- Regenerated capability-registry.cjs; pruned the now-stale test-file-count
allowlist entry (external-job is at the 2-file cap).
* chore(#1105): backfill PR number in changeset
* fix(#1105): sync capability artifacts + update registry shape-pin tests
gsd-test caught that adding the external-job capability requires its
dependent artifacts regenerated and its registry-shape drift absorbed:
- sync-manifest-versions: stamp 1.7.0-rc.2 into capability.json (was 1.0.0).
- gen-capability-matrix --write: regenerate docs/reference/capability-matrix.md.
- gen-inventory-manifest --write: regenerate docs/INVENTORY-MANIFEST.json.
- check-gap-analysis-plan-post-e2e: plan:post now has 1 contribution
(external-job planner fragment) instead of 0.
- execute-wave-post-gate-pipeline-e2e: execute:wave:post now has 2
contributions (mempalace + external-job) instead of 1.
* fix(#1105): regenerate capability-registry after version stamp
sync-manifest-versions re-stamped external-job/capability.json from
1.0.0 to 1.7.0-rc.2 after the last registry regeneration, leaving the
committed capability-registry.cjs stale (CI gen-capability-registry
--check failed). gsd-test masked this because its setup runs the full
'npm run build' (which regenerates the registry); CI's 'npm test'
pretest only runs build:lib.
* docs: design spec for /gsd smart-entry command
Hybrid approach porting gsd-pi's smart-entry wizard to gsd-core:
deterministic classifier (gsd-tools smart-entry --json) + markdown
command/workflow with AskUserQuestion + --text fallback. Routing-first
('what now?' menu), 10 situations redesigned for gsd-core's phase loop.
* feat: add /gsd-start smart-entry command
State-aware front door adapted from gsd-pi's smart-entry wizard,
redesigned for gsd-core's markdown-first, multi-runtime architecture.
- src/smart-entry.cts: deterministic situation classifier (no-project,
paused, blocked, verify-failed, needs-first-phase, planning, executing,
verify-pending, idle-stranded, complete, unknown). Reads STATE.md,
ROADMAP.md, git, and verify signals; emits JSON the workflow consumes.
- gsd-tools.cjs: wire case + help listing.
- commands/gsd/start.md + gsd-core/workflows/gsd.md: thin markdown
dispatcher presenting an AskUserQuestion menu (with --text fallback for
non-Claude runtimes) and dispatching to existing commands. Falls back
to /gsd:progress if detection is unavailable.
- help.md: document /gsd:start (parity with bug-2954).
- tests: smart-entry.unit.test.cjs (classifier behavior across all
situations + priority + JSON shape) and gsd-workflow.structure.test.cjs
(markdown-layer invariants + every emitted command resolves to a real
slash command).
Spec: docs/superpowers/specs/2026-06-27-gsd-smart-entry-design.md
Note: command-contract (ADR-0002) requires a gsd:* prefix, so the bare
/gsd from the spec surfaces as /gsd-start.
* refactor: rename smart-entry command to /gsd:next
Rename the command from /gsd:start to /gsd:next per feedback. The
command file is now commands/gsd/next.md (name: gsd:next) and the
backing workflow is gsd-core/workflows/smart-entry.md (named for the
smart-entry classifier and gsd-tools smart-entry subcommand; does not
collide with the existing workflows/next.md, which is the progress
--next sub-workflow). help.md and the spec updated to match.
All affected tests (188) pass; lint:ci clean.
* fix: smart-entry reads real STATE.md schema (nested progress YAML + body Phase field)
Codex review found the classifier misread this repo's own STATE.md: it
looked only for scalar current_phase/total_phases frontmatter and body
fields named 'Current Phase'/'Total Phases', but real STATE.md stores
the phase as body 'Phase: N' and total_phases/percent under a nested
'progress:' YAML object. Both came back null, so active projects
(e.g. this repo at Phase 3 / verifying) wrongly classified as
needs-first-phase.
- detectSignals now reads total_phases + percent from nested progress{}
first, then scalar fm, then body; current_phase falls back to the
body 'Phase:' field (parseProsePhaseField lineage).
- Add regression tests against the real schema (nested progress YAML +
body Phase field) covering verify-pending + executing situations.
Verified against this repo: now classifies verify-pending (was
needs-first-phase). Coverage 93.25% lines / 86.99% branches.
* fix(workflow): tiered fallback when gsd-tools is broken (not just smart-entry)
Live test exposed a self-defeating fallback: when smart-entry --json
failed because gsd-tools itself was broken (missing
markdown-sectionizer.cjs), the workflow fell back to /gsd:progress —
which also depends on gsd-tools and would dead-end too.
Replace the single /gsd:progress fallback with a tiered recovery:
1. Probe gsd_run state-snapshot. If it ALSO errors, the whole tool
layer is down — read .planning/STATE.md directly with the Read tool
and synthesize a minimal situation + actions menu so /gsd:next stays
useful. Surface a rebuild hint.
2. Only if smart-entry alone is missing (older gsd-core), fall back to
/gsd:progress as before.
Matches the direct-read resilience the live agent already did by hand.
* docs: add gsd-next skill surface
* chore: trigger no-mistakes validation
* no-mistakes(review): Fix smart-entry phase ordering
* no-mistakes(review): Fix decimal smart-entry phase ordering
* no-mistakes(test): Fix smart-entry next test contracts
* no-mistakes(document): Docs synced for smart entry
* chore: add changeset fragment for #1798 (/gsd:next smart-entry workflow)
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* fix: shorten next.md description and update golden install parity fixtures
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* fix: update /gsd-next refs to /gsd:next in docs and add Smart Entry topic alias
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* chore: trigger no-mistakes validation
* fix: regenerate INVENTORY-MANIFEST.json for new /gsd-next files
Full CI caught that adding commands/gsd/next.md + gsd-core/workflows/smart-entry.md
left docs/INVENTORY-MANIFEST.json stale (not in the affected-test scope that
no-mistakes' test gate runs, so it surfaced in CI). Regenerated via
node scripts/gen-inventory-manifest.cjs --write; inventory-manifest-sync
test now passes.
* fix: add 'next' to core_loop cluster, update INVENTORY-MANIFEST, fix gates.md ref
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* fix: regenerate golden install parity fixtures for /gsd:next
Full CI (shard 3/3) caught that adding commands/gsd/next.md + the
smart-entry workflow/lib made the per-runtime golden install parity
fixtures stale across all 16 runtimes. Regenerated via
UPDATE_GOLDEN=1 node --test tests/golden-install-parity.test.cjs.
All 16 fixtures + inventory-manifest-sync now pass.
* Fix smart-entry verify-failed phase scoping and empty resolve shim step
Scope detectVerifyFailed to STATE.md's current phase so leftover higher
phase directories cannot force verify-failed routing. Move the gsd_run
shim resolver into the workflow resolve step so agents define gsd_run
before the detect step runs smart-entry.
* fix: recapture golden fixtures with updated gates.md hash (/gsd:next)
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* fix: recapture all 16 golden fixtures with updated smart-entry.md hash
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* chore: regenerate fixtures + inventory manifest after rebase onto next
Rebased onto next which adopted #1837 (package-version normalization to
<VERSION> in golden-install-parity hashes). Recaptured the golden fixture
that needed it (hermes), re-sorted INVENTORY-MANIFEST.json, and regenerated
the gsd-next / ns-workflow skill descriptions to match the command surface.
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
* refactor(#1787): delegate /gsd:next in-project advancement to gated /gsd:progress --next
Reconciles the /gsd:next smart-entry front door with the existing
/gsd:progress --next engine (davesienkowski review on PR #1798). The
classifier previously recommended /gsd:execute-phase directly for the
`executing` situation, bypassing workflows/next.md Route 0
(resume-incomplete-phase invariant, #160) and Gates 1-3 — reproducing the
duplication that got the old flat /gsd-next removed (#3054), plus a
correctness hazard (executing the recorded current phase while an earlier
phase is silently incomplete).
Now planning/executing/verify-pending recommend `/gsd:progress --next`
(single gated engine); the specific command stays an explicit secondary.
Off-path states (no-project, paused, blocked, verify-failed,
idle-stranded, complete) keep direct recommendations — smart-entry's
distinct value over --next. Adds docs/adr/1787-gsd-next-smart-entry.md and
a regression test locking the delegation contract.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
* docs(#1787): avoid literal /gsd-next token in ADR (bug-3054 guard)
The repo-invariants #3054 guard bans the removed /gsd-next slash form in
docs surfaces. Refer to the removed command as `gsd-next` (prose) — the
historical reference is unchanged, just the banned token is dropped.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
* chore: gitignore compiled host-integration-sdk + handshake-serialized .cjs
Pre-existing gap from #1683: these two src/*.cts modules compile to
gsd-core/bin/lib/*.cjs but were omitted from the per-file ignore list, so
`npm run build`/`npm test` left them as untracked build artifacts (dirty
tree + accidental-commit footgun). Adds them alongside their siblings
(host-integration.cjs, mcp-server.cjs, …). Found while finishing #1798.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
* test(#1787): lock per-situation action invariants for all 11 situations + ADR typo
Adversarial-review follow-ups:
- Add a test asserting every situation's action set has exactly one
recommended action, 1-4 unique-id /gsd:* actions (previously the
one-recommended/1-4 invariant was only sampled for 6 of 11 situations).
- Fix ADR typo: /gsd-progress → /gsd:progress.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
* fix(#1798): split oversized test chunks so a slow shard can't trip the per-chunk timeout
Root-cause of the intermittent `full test (windows-latest, 22, shard 1/3)`
failure. It was NOT a leaked handle (the runner's kill message guesses that,
but --test-force-exit already exits leaks cleanly). Diagnosis:
- Ran every shard-1/3 file WITHOUT --test-force-exit + a 45s kill-timer:
zero hangs, zero leaks — every file self-exits. So no leaked handle / hang.
- CI activity profile: output kept flowing (slowly) right up to the 600.0s
kill — a dead hang would go silent. => pure slowness.
- Per-file timing: install-minimal-hooks.test.cjs is a 4987-line / 250-case
consolidation file doing dozens of real installs — 41s even on a fast Mac
(much worse on the slow Windows I/O path), plus an install-heavy cluster.
Mechanism: MAX_FILES_PER_CHUNK=180 packed the whole ~171-file shard into ONE
`node --test` chunk, so the entire shard's wall-clock ran against a single
600s per-chunk backstop. On slow Windows runners that single chunk crossed
600s and was killed mid-run — an intermittent false-negative gate that also
hits `next` directly.
Fix: lower MAX_FILES_PER_CHUNK 180 -> 90 so each shard splits into ~2 chunks,
each with its own fresh 600s budget and a fresh node process (also relieves
per-process memory pressure). Verified locally: shard 1/3 now runs as
chunk 1/2 (90 files) + chunk 2/2 (81 files), 5323 tests, 0 fail. Also made the
timeout kill-message name slowness as a cause instead of asserting a leak, so
the next debugger isn't sent hunting a nonexistent handle leak.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
---------
Co-authored-by: Codesmith <codesmith-bot@users.noreply.github.com>
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: Tom Boucher <trekkie@nomorestars.com>
Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com>
The flattened install layout broke the third-party capability ecosystem in two
ways. Both are fixed at the host-version / installer boundary.
Gap 1 — host version read as 0.0.0. The running GSD version was resolved via
require('../../../package.json') (loader/source) and require('../../package.json')
(the gsd-tools CLI), which in the installed layout is the versionless CommonJS
marker → the fail-closed fallback reported 0.0.0, so `capability install` rejected
any manifest with a real engines.gsd range as "incompatible with GSD 0.0.0". For
runtimes that get no marker, and for local installs, that walked-up package.json
could even be the USER's own project, reporting a wrong version. Fix:
readHostVersion() (capability-loader.cts, capability-source.cts) and capHostVersion()
(gsd-tools.cjs) now prefer the authoritative gsd-core/VERSION the installer already
writes for EVERY runtime (mirrors resolveVersionFrom(), #1383), falling back to the
runtime-root package.json for the dev/source tree, then fail-closing. This fixes
every runtime and the actual `capability install` CLI path without touching the
marker package.json, so uninstall is unchanged (no data-loss surface).
Gap 2 — scripts/gen-capability-registry.cjs (+ its sibling
gen-loop-host-contract.cjs) were never copied by the installer, so the loader's
never-crash invariant discarded every overlay and fell back to the frozen
first-party registry (installed capabilities silently inert). Now copied,
uninstalled, and manifest-tracked exactly like fix-slash-commands.cjs (#1223).
Regenerates the 16 golden-install-parity fixtures to capture the two newly shipped
generator scripts and the gsd-tools.cjs change.
Regression tests (RED→GREEN): readHostVersion VERSION-first / fallback / fail-closed
resolution; an end-to-end `capability install` against a REAL installed layout
proving the engines gate sees the real host version, not 0.0.0; and a real-install
check that both generators are shipped and manifest-tracked.
Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com>
The SDK entry (src/host-integration-sdk.cts) is the single PUBLIC surface a
host-plugin author imports: the negotiated schema + classification, the five
adapters (declarative/imperative/model/hook/state), and the serialized
handshake. Frozen so the public shape cannot be mutated. Everything else in
gsd-core stays internal.
tests/sdk-smoke.test.cjs imports ONLY from the SDK entry and builds a
third-party host-plugin end-to-end (compose adapters + handshake + classify) —
proving an external author can wire a host without gsd-core internals (#1683 AC).
ESLint-ignore + inventory manifest kept in sync for the new tsc-emitted module.
* feat(#1683): serialized capability-exchange handshake — Phase 6 Slice 1
The out-of-process wire form of Phase 1's negotiateHostCapabilities: SDK hosts
(pi, VS Code) that cannot share object refs exchange a JSON capability set over
a wire boundary (MCP-style initialize). src/handshake-serialized.cts provides
buildHandshakeRequest (host side) + handleHandshakeRequest (engine side,
delegates to negotiateHostCapabilities), both JSON-round-trip-safe.
CONSISTENCY is the contract: a serialized request yields the same
NegotiationResult as the in-process call for the same axes (asserted in the
test). Pure + additive; the companion MCP server or an SDK host binds it to a
real transport.
* fix(#1683): ignore tsc-emitted handshake-serialized.cjs (ADR-457) + refresh inventory manifest
* fix(#1683): correct inventory manifest — drop junk smart-entry.cjs, add handshake-serialized.cjs
The local gen-inventory-manifest scan captured a stale untracked smart-entry.cjs
(not on next, no src/*.cts) and missed the freshly-built handshake-serialized.cjs.
Aligned to the canonical clean-build report: + handshake-serialized.cjs, - smart-entry.cjs.
* fix(#1683): type the JSON wire round-trips (no-unsafe-return)
* feat(#1682): OpenCode session.idle + opencode-subset dialect + Claude parity — Slice 1b/c
- Plugin (.opencode/plugins/gsd-core.js): handle session.idle (↔ Claude Stop
lifecycle point; no-op sentinel — state already persisted to .planning/).
Completes the compaction/idle pair (#1914 shipped compaction).
- Declare hookEvents: 'opencode-subset' in the OpenCode descriptor — the
reserved dialect now has a real consumer (no longer zero-consumer).
- host-integration.cts: add HOOK_EVENT_SURFACES + hookEventSurfaceFor() — the
pure consumer that resolves a dialect to its host-fireable event surface.
opencode-subset = session/tool/file subset with NO workflow-phase events
(engine owns phase sequencing; ADR-1239 §OpenCode binding).
- Tests: hookEventSurfaceFor unit tests (claude/gemini/opencode-subset/null);
plugin session.idle no-throw; compaction breadcrumb; opencode-subset surface
parity vs the plugin's handlers (Claude parity).
* fix(#1682): don't declare hookEvents on opencode (hooksSurface:none invariant)
The repo invariant couples runtime.hookEvents to the managed settings.json hook
surface: hooksSurface:'none' runtimes (opencode — plugin owns hooks) must NOT
declare hookEvents. Declaring 'opencode-subset' there violated 3 capability-
registry invariants + 2 install-plan golden masters + opencode golden parity.
The opencode-subset dialect is still IMPLEMENTED — just not via the legacy
descriptor field: hookEventSurfaceFor() (host-integration.cts) is its consumer,
and the OpenCode plugin consumes the subset events at runtime (session.idle
added here; compaction shipped in #1914). Declaring it on the descriptor would
require weakening the hooksSurface:none ⇔ no-hookEvents invariant (flagged for
decision).
* fix(#1682): refresh opencode golden parity for plugins/gsd-core.js (session.idle)
* docs(changeset): OpenCode session.idle + opencode-subset dialect (#1682)
* docs(changeset): backfill PR #1930
* fix(#1907): validate per-item shape in isValidReport so adapter garbage fails closed
isValidReport checked only the container (items is-array, coverage scalars), so a report
like {items:[{}]} sailed through runProbeCli and stringified as green output — despite the
docstring promising it 'fails closed on adapter garbage'. Add a per-item Item-contract guard
(requirement_id/category/status + typed nullable fields) so a future adapter that bypasses
the analyzeCoverage merge and returns per-item garbage inside a well-shaped envelope fails
closed (exit 2) instead of emitting it as valid coverage.
analyzeCoverage always emits fully-populated, validated Items, so the 2 shipped adapters are
unaffected (verified across the edge/prohibition suites).
Refs #1907, epic #1904.
* chore(changeset): Fixed fragment for #1910 (isValidReport per-item)
* fix(#1905): normalize hand-authored backstop marker so it can't degrade to green
A hand-authored non-inferable `backstop` truth with a stray trailing space (or
surrounding quotes) silently graded {status:green} instead of abstaining — the exact
#1154 false-pass. `truthVerification` returned null for any value != 'backstop'/'explicit',
and the frontmatter continuation-KV parser preserved the stray whitespace captured inside
the quotes. Normalize the marker before comparison (Postel) AND trim the continuation-KV
value at the parser (durable root cause; also cleans the sibling check_target path).
Regression: a trailing-space/quoted backstop truth now abstains (insufficient_spec),
end-to-end from a hand-authored must_haves.truths block (#1820 rail).
Refs #1905, epic #1904.
* chore(changeset): Fixed fragment for #1909 (backstop marker normalize)
* fix(#1729): resolve phase headers with a pre-colon parenthetical tag
A phase header may carry a parenthetical tag between the number and the
colon, e.g. `### Phase 26 (Cluster B): Title`. Every phase-header regex
built `Phase\s+<num>` immediately against the colon delimiter, so the
tagged phase was invisible: the resolver returned found:false and, just
as bad, the capture-all enumeration/parse paths (roadmap analyze,
milestone listing + milestone-scope filter, verify, init/import, state
total_phases, validate, the command router, preamble stripping, and the
phase-remove renumbering rewrite) silently dropped, miscounted, or
failed to renumber it — wrong phase_count, progress_percent, next_phase,
or corrupt numbering after a removal.
The fix tolerates the tag at the header seam. Parameterized resolver
sites compose the exported OPTIONAL_PHASE_TAG_SOURCE fragment; literal
enumeration sites inline its character-for-character mirror
`(?:\s*\([^)\n]*\))?`, placed immediately before the colon so it cannot
alter an existing match (optional, single-line, one paren pair, no
capture-group shift). In the renumber-on-removal rewrite the tag is
folded into the re-emitted suffix capture so it survives verbatim. Both
forms are documented to change together and a drift-guard test asserts
their behavioral equivalence over a header corpus.
Deliberately excluded: roadmap-upgrade.cts (legacy one-time migration),
where tolerating the tag would silently drop it on header rewrite — that
needs its own data-preserving treatment. Known boundaries left for
follow-up: checklist/bullet-style phase entries (`- [ ] Phase N (tag):`)
and a malformed space-before-colon variant, both pre-existing.
Validated empirically against the issue's reproduction: `roadmap
get-phase 26` resolves and `roadmap analyze` lists Phase 26 with the tag
excluded from the name (phase_count 2, next 26); an all-tagged versioned
roadmap now scopes correctly instead of falling back to a pass-all
filter. Regression coverage in tests/phase.test.cjs asserts resolver
parity (pre- vs post-colon), padding tolerance (#3537), decimal
sub-phases, no cross-phase false match, the shared seam, enumeration
coherence, renumber-preserves-tag, and seam/mirror drift. Full unit
suite green (7291 pass, 0 fail); eslint + regression-name +
resolution-provenance + changeset lints pass. Reviewed by Codex
(no critical/high; the two enumeration misses it surfaced are folded in).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* chore(#1729): add changeset for pre-colon phase-tag fix
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* fix(#1779): emit valid YAML for unsafe scalars in reconstructFrontmatter
reconstructFrontmatter wraps a scalar or block-array item in double quotes
when it contains a YAML indicator (`:`/`#`, plus `[`/`{` for top-level
scalars), but interpolated the raw value with no escaping. A value carrying
both an indicator and a literal `"` (or `\`) serialized to invalid YAML, e.g.
`upstream: "https://x (Tom; "Git. Ship. Done")"`, which fails under any strict
parser (js-yaml, PyYAML) and corrupts the whole block on the next
syncStateFrontmatter whole-block regen.
- escapeDoubleQuoted() escapes `\`, `"`, and control chars (newline/tab/CR/C0
controls + DEL → YAML `\n`/`\t`/`\r`/`\xHH`) so any wrapped value is valid.
- scalarNeedsDoubleQuoting() routes values that mis-parse or round-trip lossily
when bare through that escaped form: the empty string (bare `k:` reloads as
null), an embedded `"`/`\` or control char, a leading YAML indicator
(quote / `&`*`!` anchor-alias-tag / `|`>` block scalar / flow `[]{},` / `#` /
reserved `%`@`backtick / `-`?`:` before a space), or leading/trailing space.
Applied at all four wrap sites.
Scope stays on serialization correctness; it does NOT broaden the lossy
object-list handling deferred to #1572/#1660. Known limitation: lone UTF-16
surrogates are still lossy through UTF-8 encoding (out of scope, extremely
unlikely in frontmatter values).
Regression test asserts strict js-yaml round-trip across all four wrap sites
plus backslash, control-char (incl. NUL), empty-string, leading-indicator, and
leading/trailing-whitespace classes; test-the-test confirms each fails on the
unescaped output. Frontmatter suite 549/549 green, golden-install-parity 16/16
unchanged (no serialization churn).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* chore(#1779): add changeset for frontmatter quote-escaping fix
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Follow-up to #1919 (archive-then-remove core). Closes the remaining #1871
acceptance criteria so phase history is preserved across the full milestone
lifecycle, not just at phases.clear:
- #2 src/milestone.cts + src/phases-command-router.cts: extract shared
archivePhaseDirectories() helper; add cmdPhasesArchive (the previously
half-wired phases.archive alias now routes instead of erroring Unknown).
- #4 gsd-tools.cjs + src/milestone.cts: milestone complete archives phase
dirs by default (--no-archive-phases opts out; --archive-phases is now a
harmless no-op). complete-milestone.md updated to drop the redundant manual
Yes/Skip archive prompt.
- #3 gsd-core/workflows/new-milestone.md: §6 stages the archive move + source
removal (git add .planning/milestones/ .planning/phases/) in the same commit
as the milestone start, so the archive lands atomically — no orphaned
uncommitted deletions, no un-archived dirs inherited.
- docs/CLI-TOOLS.md (+ ja/zh/ko/pt) + help/modes/full.md: flag accuracy.
- tests: phases archive command (#2) + milestone complete default archive /
--no-archive-phases opt-out (#4). Goldens + workflow size baseline refreshed.
Closes#1871
cmdPhasesClear hard-deleted committed phase directories (rmSync) with no
archive, so browsable phase history was silently lost at a milestone switch.
The #1447 dirty-tree guard was a no-op for the common committed case (a clean
tree passes the guard, then rmSync destroyed the dirs, leaving orphaned
uncommitted deletions and no archive).
Archive-then-remove: move each non-999 phase dir to
milestones/<version>-phases/ (version from getMilestoneInfo; timestamp
fallback; collision-safe) using retryRenameSync — mirroring the existing
archivePhases path in cmdMilestoneComplete. The #1447 uncommitted-changes
guard is retained as a secondary backstop.
Tests in tests/new-milestone-clear-phases.test.cjs updated: phase content is
asserted to SURVIVE in milestones/*-phases/ (archived), not be destroyed —
including the committed-dirs case that previously codified the no-op.
Closes#1871
cmdMilestoneComplete hardcoded three archive paths to root .planning/
while its siblings (roadmap/requirements/state/phases) used workstream-aware
planningPaths. So `milestone complete <v> --ws <name>` scattered its archive
into root and never created workstream-local milestones/.
Derive the archive base from the workstream-aware planning root:
- milestonesPath / archiveDir / auditFile now use planningPaths(cwd).planning
- flat mode (no --ws) is a no-op (planningPaths(cwd).planning == root .planning)
Regression in tests/milestone.test.cjs: --ws archives into the workstream
milestones dir, not root.
Closes#1911
cmdInitProgress used planningDir(cwd), which resolves to root .planning
when no active workstream and no --ws/GSD_WORKSTREAM is set — regardless
of mode:workstream. So /gsd-progress confidently reported a stale root
milestone with no signal it was stale.
Fail safe: when .planning/workstreams/ has workstreams AND no active
workstream is resolved, error with an actionable hint naming the available
workstreams and the --ws / `workstream set` fix. Flat mode (no workstreams
dir) and --ws <name> are unchanged.
Regression in tests/init.test.cjs: errors when workstreams exist but none
active (no stale root report); succeeds with --ws; flat mode unchanged.
Closes#1912
workstream progress trusted the mutable STATE.md `Status` field, so a
shipped/archived milestone whose field was left at `executing` was reported
as executing — a stale hand-maintained field became the source of truth
instead of the authoritative archive/tag/ROADMAP signals.
Derive status in the inventory builder from a milestoneShipped signal
(archived milestone snapshot under milestones/, or a SHIPPED marker in the
workstream ROADMAP), collected by inspectWorkstream. The inventory now
reports `status_source` (field|derived) and `status_conflict` (true when
the derived value disagrees with the stale field), and a shipped workstream
is never reported executing.
- src/workstream-inventory-builder.cts: milestoneShipped input + status_source/status_conflict outputs + derivation
- src/workstream-inventory.cts: workstreamMilestoneShipped() signal detector wired into inspectWorkstream
- tests/workstream-inventory.test.cjs: regression (builder unit + inspectWorkstream integration + negative)
Closes#1913
The #1591 checkbox broadening matched `- [ ] Phase N:` but not the
canonical bold form the roadmap template emits (`- [ ] **Phase N: Name**`),
so a <details>-wrapped bold checklist with no next-phase directory still
fell through to is_last_phase=true and a false 'Milestone complete'. Allow
optional **/__ emphasis after the marker and stop the name capture at
emphasis so bold names slug cleanly. Surfaced by adversarial (codex) review.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
(cherry picked from commit ad94b38a69)
* fix(#1776): scope prune phase resolution to ## Current Position
cmdStatePrune resolved the current phase by extracting the `Phase` field over
the WHOLE STATE.md body. stateExtractField's fallback chain ends in a pipe-table
match (`| Phase | N |`), so a STATE.md lacking a `Current Phase` field and a
prose `Phase:` line — but carrying an unrelated `Phase`-labelled table row (e.g.
a historical verification table) — resolved that stale table cell as the current
phase and computed a wrong cutoff (bailing "Only N phases" or pruning at a stale
boundary).
Resolve the phase via the same canonical chain buildStateFrontmatter uses —
frontmatter `current_phase` → `Current Phase` field → prose `Phase: X of Y` —
but scope ONLY the prose term to the `## Current Position` section via the
fence-aware locateCurrentPosition seam (new exported sliceCurrentPositionSection).
Frontmatter and the explicit `Current Phase` field stay document-wide (they are
unambiguous); the shared stateExtractField is not narrowed for any other caller.
Tests (folded into tests/state-prune.test.cjs): a stray `| Phase | 2 |` table
with the real phase in frontmatter no longer drives the cutoff (fail-first on
base); template-conformant STATE.md is unchanged; and a fast-check
boundary-containment property that a `| Phase | N |` row outside Current Position
never leaks into the scoped resolution.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* chore(#1776): add changeset for prune Current Position scoping
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Co-authored-by: Tom Boucher <trekkie@nomorestars.com>
Two hard errors in src/state-transition.cts:
- reconcileCurrentPosition: `!== null` guards on `Record<string,unknown>`
values don't narrow the type to a primitive, causing
@typescript-eslint/no-base-to-string to fire on String(fm.current_phase)
and String(fm.current_phase_name). Extract to typed locals + use typeof
narrowing so the rule sees string | number — which is the actual invariant.
Four unused-var warnings (warnings are still defects per RULESET):
- stripTemplatePlaceholders: `placeholder` was assigned value.trim() but
never read — the value came from the loop variable itself, so removed.
- deduplicateSessionArchive: `sectionContent` was sliced but the filter
below uses the raw hs offsets directly — variable was dead code; removed.
- state-rebuild.test.cjs: first transitionCore call in the orphan-row test
is covered by the dedicated Leaky-Abstractions guard test below it;
remove the no-op call rather than silently ignoring its result.
- state-rebuild.test.cjs: `before = state` in the sync regression guard
test was never read — remove the dead assignment.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Phase 2 of approved feature #1817. Wires the pure `rebuildCore` transition
(Phase 1, #1827) to the `gsd state rebuild` CLI subcommand per ADR-1817
§5 (heavy/manual counterpart to lightweight, auto-triggered `state sync`).
Source changes:
- src/state.cts: implement cmdStateRebuild. Locks via
readModifyWriteStateMd (real path) or read-only (dry-run). Wires
phaseInventoryProvider to a real .planning/phases/ disk scan (same
canonical source buildStateFrontmatter uses). --dry-run emits a
structured preview without writing. --verbose tees the audit-log
entries to stderr (treated as data-only per ADR-1577).
- src/state-command-router.cts: register cmdStateRebuild in the
StateModule interface + add the rebuild handler with --dry-run and
--verbose flag parsing.
- src/command-aliases.cts: register the state.rebuild canonical +
'state rebuild' alias + mutation=true (so the manifest covers the
new subcommand for SDK parity / dispatch hub tests).
Tests (tests/state-rebuild-cli.test.cjs, 5 cases):
- state rebuild with no flags reconciles drifted body + drops orphan
table rows + appends audit log (end-to-end #1, #2, audit log).
- state rebuild --dry-run computes the diff, writes nothing (criterion #5).
- state rebuild --verbose tees the log; audit-log section still written.
- Running rebuild twice on the just-rebuilt file is byte-identical
(criterion #6 end-to-end).
- Missing STATE.md produces a clean 'STATE.md not found' message, no
stack trace (CONTRIBUTING QA matrix).
Verified locally:
- node --test tests/state-rebuild-cli.test.cjs → 5/5 pass
- node --test tests/state-rebuild.test.cjs → 18/18 pass (Phase 1 regression)
- node --test tests/state-transition.test.cjs → 85/85 pass (ADR-1769 regression)
Docs (docs/COMMANDS.md): document `state rebuild [--dry-run] [--verbose]`
with the canonical-command block format used by `state sync` /
`state prune`.
Changeset (.changeset/1817-state-rebuild.md): type=Added, user-facing
description of the new subcommand (closes#1817 epic on merge).
Phase 1 of approved feature #1817. Implements the body-structure
derivability contract landed in ADR-1817 (Phase 0, PR #1828).
Source changes (src/state-transition.cts):
- Add `rebuild` as the 11th intent in StateTransitionIntent (ADR-1769
transition set extended per ADR-1817 §1).
- Add `phaseInventoryProvider` optional dep + PhaseInventoryRecord type
(Leaky-Abstractions guard: pure core stays testable without disk I/O;
rebuild skips table reconciliation when the provider is absent).
- Add `case 'rebuild':` dispatch arm to transitionCore (the missing-case
compile-time guarantee extends to the 11th case).
- Implement rebuildCore orchestrator + four drift-class helpers per
ADR-1817 §2:
* reconcileCurrentPosition — body prose re-derived from frontmatter
* reconcileByPhaseTable — **By Phase:** table re-derived from disk
inventory via the new dep
* stripTemplatePlaceholders — `**Field:** [placeholder]` →
`**Field:** (pending)` (no canonical source available)
* deduplicateSessionArchive — keep most-recent 3 archived H3 blocks
- Implement appendRebuildLogSection per ADR-1817 §3 — every mutation
appends a structured entry (timestamp/kind/section/before/after/reason)
to `## Rebuild Log`. Idempotency guarantee (ADR-1817 §4): a no-mutation
rebuild appends NO log entry, so two successive runs on a clean file
are byte-identical.
Compiled output (gsd-core/bin/lib/state-transition.cjs): regenerated via
`npm run build:lib` (tsc -p tsconfig.build.json).
Tests (tests/state-rebuild.test.cjs, 18 cases):
- Dispatch + idempotency contract (3 tests, including the load-bearing
'rebuild on a clean file is a no-op' that pins §4).
- Current Position prose reconciliation, criterion #1 (3 tests).
- Template-placeholder removal, criterion #3 (3 tests).
- Session Continuity Archive de-duplication, criterion #4 (4 tests).
- **By Phase:** table reconciliation via phaseInventoryProvider, criterion
#2 (3 tests, including the Leaky-Abstractions no-op guard).
- Regression guard for sync + prune, criterion #7 (2 tests).
Verified: node --test tests/state-rebuild.test.cjs → 18/18 pass.
Verified: node --test tests/state-transition.test.cjs → 85/85 pass (no
regression on the existing 10 transitions).
Phase 2 (#1826) wires the CLI surface (cmdStateRebuild + --dry-run +
integration tests + docs + changeset). This PR adds the engine only — no
user-visible command yet, so no-changelog label applied.
