* test(gateway): boot a minimal test gateway in the gateway lane
A gateway startup stall (#120926, awaited chat-metadata refresh in minimal
mode) shipped with green CI and first surfaced by hanging every checks-ui-e2e
suite that boots a minimal test gateway: no gateway-lane test booted one with
bundled plugins enabled (gateway.test.ts disables them, which masked the
stall), and the changed-scope classifier only selects the ui-e2e lane for
ui-touching diffs.
Add a minimal-gateway boot smoke in src/gateway that mirrors the ui-e2e boot
environment (bundled plugins enabled, minimal skips, strict time budget).
Selection is automatic: the smoke imports the gateway server, so the changed
node test plan picks it up through the import graph for any diff that can
affect startup, and full-suite plans run it in the
agentic-control-plane-startup-core shard. Reintroducing the #120926 hunk makes
the smoke fail (watchdog kill) in the gateway lane; healthy code boots in ~10s.
A planner regression test keeps the smoke classified as a gateway-server test
file and import-graph-reachable from gateway startup sources, so a rename or
graph-invisible import shape cannot silently drop the coverage again.
* test(ui): resolve labs rows by registry id, not positional index
Unblocks landing onto red main: 8fdf7570a1 (#120727) added the Cloud Worker
Desktop labs entry with a hardcoded row index that collides with Message audit
metadata, so enabling it toggled the neighboring row and the full-suite lane
failed deterministically (labs-page.test.ts, exposed only on PRs that run the
compact full suite). Derive each table case's row index from LAB_FEATURES by
feature id — the idiom the rest of the suite already uses — so a new labs
entry can no longer silently retarget an existing case.
* perf(doctor): keep telegram doctor enumeration off the runtime graph
Telegram's built doctor artifact reached execa through dist chunking, so a
source-run host (pnpm dev, tsx CLI, vitest) could not require it and silently
dropped all 9 telegram legacy config rules plus its state migration. The
artifact also pulled telegram's runtime stores, making it a 674-chunk outlier
that dominated doctor enumeration.
Root cause: `src/token.ts` took the broad `plugin-sdk/provider-auth` barrel for
`resolveDefaultSecretProviderAlias`, dragging the auth-profile store, provider
runtime, and plugin install graph (execa, kysely, commander) into the closure.
The alias now has a narrow `plugin-sdk/secret-provider-alias` leaf, and
provider-auth re-exports it so its runtime surface is unchanged.
Thread-binding, sent-message, and sticker-cache row shapes, keys, and legacy
sidecar readers move to `*.legacy-state.ts` leaves. The doctor closure keeps
the rows and drops the ACP, session-binding, send, logger, and plugin-runtime
graphs the stores also load.
The postbuild control-plane verifier only required each artifact in a plain
Node child, the one host where these graphs resolve fine, so it proved nothing
about the invariant that broke. It now also walks each built doctor artifact's
static import closure and fails when it reaches the process-spawn graph, which
is the dist-level analogue of the source closure guard.
Guard rules added for provider-auth, acp-runtime, and conversation-runtime; the
telegram boundary test became a real closure assertion instead of a string grep.
* fix(doctor): drop dead export surface from the telegram legacy-state split
Knip and oxlint caught leftovers from the split: the leaves exported helpers
only they use, the store modules re-exported constants nobody imports from them
anymore, and thread-bindings kept a `testing` barrel whose last production
caller was the migration path that now reads the leaf directly. Tests import the
constants from the leaf that owns them, and the reset helper directly.
The closure gate's failure message still interpolated a `host` field left over
from a probe-host approach that was reverted before commit; the existing verifier
test caught it. The gate now has its own coverage: a transitive chunk edge to a
forbidden dependency is reported, while dynamic imports and non-doctor contract
surfaces are not.
* fix(doctor): adopt the upstream telegram thread-binding store split
`main` landed an equivalent thread-binding leaf as `thread-bindings-store.ts`
while this branch was open, so the branch-local `thread-bindings.legacy-state.ts`
is dropped rather than kept as a second path for the same rows.
`state-migrations.ts` now reaches token.js through the lazy import `main` added,
so `token.ts` is no longer in the doctor closure at all. The narrow
`secret-provider-alias` leaf still matters: telegram's contract-api closure
reaches `provider-auth` through `token.ts` on current `main`, which is the same
execa/kysely/commander graph, so the barrel is repaired at its source instead of
being deferred a second time.
* fix(scripts): type the built doctor closure gate for the TypeScript migration
The gate was authored against the `.mjs` script and landed in the `.mts` file
`main` migrated to, so its parameters were implicitly `any` and `check:test-types`
failed. Adds the explicit signatures plus the violation type.
Regenerates the plugin-sdk API baseline: `provider-auth` re-exports the default
secret-provider alias from the new leaf, so its module hash moves while its
runtime export surface stays identical.
Require the unified declaration cache to contain every production Plugin SDK declaration before accepting or stamping it. Matching partial v4 stamps are now stale and rebuild instead of failing later in the canonical declaration writer.
* fix(plugins): keep OpenCode Go bundled
* fix(plugins): mark OpenCode Go dist bundled
* fix(docs): show OpenCode Go as bundled
* fix(release): defer bundled plugin publication
* feat(agents): record run-end worktree cleanup outcome
Persist removed, retained, and failed run-end cleanup outcomes on managed worktree records. Operators and QA can inspect the durable fact through worktrees.list and openclaw worktrees list --json.
Release note: Managed worktree run-end cleanup now records why a checkout was removed or retained in worktree list JSON.
* test(qa): prove dirty worktree retention outcome
* chore(protocol): regenerate swift gateway models
* fix(agents): harden worktree cleanup recovery
Register run_end_cleanup_json as a lazy compatible column so same-version v6 index repair and read-only doctor migration can recover databases created before the column existed.
Type removal contention at the registry boundary; unexpected claim failures now best-effort record a bounded failed outcome and rethrow the original error.
* fix(ci): clear repo-wide lint debt blocking merge gates
The red-main landing rule requires this PR to repair repository-wide merge-gate debt instead of bypassing it. Apply the current lint contracts mechanically and split turn-transition coverage into a concept-named sibling with per-file-safe test state.
Exact line delta: +676/-574 (net +102) across 44 test/support files.
* fix(ci): preserve cached health refresh proof
Require the public refresh call to exist before accepting that sensitive fields were omitted, so the boundary proof cannot pass on a missing call.
* fix(ci): correct test typing left by the lint sweep
Literal-widened totalTokensVersion fixtures, a WebSocket RawData overload
mismatch, and the protocol schema document cast broke check-test-types
after the repo-wide lint repair. Aligns the fixtures with SessionEntry,
narrows Buffer handling per RawData, and keeps the JSON-shaped undefined
omission under structuredClone.
* test(agents): reuse upstream resource-loader test support
The session-loop split and #120463's helper extraction landed the same
createResourceLoader/createCompactionHandlers twice; the rebase kept both,
orphaning main's agent-session-loop-resource-loader.test-support.ts and
failing the dead-code gate. Import the upstream helpers and delete the
duplicates.
* fix(agents): reject finalized rows at the worktree removal claim
Address the accepted ClawSweeper late-claim finding by rereading and rejecting missing or finalized worktree rows inside the synchronous removal-claim transaction.
Preserve the authoritative cleanup invariant: finalized contenders record nothing, while retained-busy is written only while the row remains live.
* refactor(agents): reuse registry update for busy outcomes
Keep the live-row conditional write in the canonical registry update path so the finalized-claim repair stays below the registry max-lines ratchet without weakening the authoritative-outcome invariant.
* test(agents): drop session test duplicates after rebase
Keep current main as the canonical owner of next-turn lifecycle coverage and correctness test support after replaying the older lint-debt split.
* fix(agents): guard post-abort cleanup outcomes against finalization
After abortWorktreeRemoval releases a stale remover's claim, its retained or
failed write raced a finalizing remover and could overwrite the authoritative
removed-lossless fact. Route every retained/failed write through the live-row
condition; only the finalizing remover's own removed-lossless write stays
unconditional.
* fix(agents): persist the removal outcome atomically with finalization
A delayed removed-lossless write after remove() finalized could race a
restore plus newer cleanup and overwrite the newer operator-visible fact.
The run-end outcome now rides remove()'s finalization update; every other
cleanup write stays live-row conditional, so no post-finalize write path
remains.
* test(qa): restore strict cached-health contract assertions
The lint sweep's Boolean() coercions let truthy non-booleans satisfy the
wire-typed cached-meta contract. Assert the literal boolean for unknown-typed
fields and use nullish-coalesced strict equivalents for boolean chains.
* fix(agents): clear the stale cleanup outcome when restoring a worktree
A restored checkout begins a new lifecycle; leaving the removed-lossless
fact on the live row showed operators a stale result until the next
cleanup. Restore clears the recorded outcome and the regression asserts
the cleared state before the next cleanup records fresh truth.
* fix(agents): scope stale cleanup outcomes to their observed lifecycle
A stale remover's retained/failed write raced a concurrent remove-plus-
restore: the revived row is live again, so the live-row condition alone
could stamp a prior-lifecycle outcome. Condition those writes on the
activity stamp the remover observed; restore bumps lastActiveAt, making
any prior-lifecycle write a no-op.
* fix(agents): advance the restore activity stamp within one millisecond
Stale cleanup writes fence on the activity stamp they observed; a restore
completing in the same millisecond could revive the row with an identical
stamp and let the fence match. Restore now always advances past the
stored value, and the ABA regression pins the clock to prove the
same-millisecond case.
Fresh Dev installs now preflight disk space and stream honest stages, while Codex activation probes the refreshed request-scoped registry.
Closes#120779Closes#120780
Keep cron suppression local to the direct source-performance gateway child and remove the unrelated memory dreaming override.
Co-authored-by: Vincent Koc <vincentkoc@ieee.org>
* perf(plugins): declare doctor contract surfaces
* perf(doctor): slim migration import closures
* perf(plugins): narrow doctor declaration record surface and wire owner-test lane
Registry records carry only the doctorContract declaration instead of the whole
parsed manifest, and check:changed now selects the src/plugins-owned declaration
honesty and closure-guard tests for extension module/manifest changes so
cross-lane drift cannot pass PR classification.
* fix(doctor): keep control-plane dist imports require-safe
Keep doctor and channel control-plane chunks off exec-class dependencies, and enforce native require(esm) loading during postbuild.
* chore(plugin-sdk): regenerate API baseline
* chore(plugin-sdk): sync export ordering
* fix(plugins): satisfy doctor contract CI boundaries
* perf(doctor): make qqbot doctor closure dependency-light
qqbot was the last plugin above 5s in doctor state-migration enumeration
(~8s under tsx/jiti). The cost was not the state-key builder (already a
leaf): its doctor closure value-imported the runtime-doctor SDK barrel,
whose plugin-state-store/state-db re-exports pull kysely (~330 modules),
plus security-runtime for one fileExists (~200 modules), all resolved
per-module by jiti during enumeration.
Split the migration-define helpers and light re-exports into a new
private-local plugin-sdk/runtime-doctor-migrations subpath; runtime-doctor
re-exports it so its public surface is byte-identical (API baseline hash
unchanged). qqbot's doctor-contract and state-migrations now import only
the light subpath, swapping fileExists for the equivalent async
legacyStateFileExists already in the closure.
qqbot enumeration: ~8.0s/531 modules -> ~0.25s/18 modules.
* chore(plugin-sdk): drop private-local subpath from API baseline
runtime-doctor-migrations is private-local-only; the baseline tracks public
modules, and the earlier line was generated before the classification.
* fix(plugins): register runtime-doctor-migrations boundary paths
The private-local subpath list feeds the extension package boundary map;
the shared paths config and xai's derived overrides must carry the same
entry or the boundary contract test fails.
* fix(ai): preserve Responses server compaction state
Persist opaque Responses compaction items as fenced provider replay state so long stateless sessions can resume authoritative compressed history without exposing it in display or diagnostics. Carry state through worker transcripts and prune replay prefixes without splitting tool pairs.
Release note: Preserve long OpenAI Responses sessions across server-side compaction and worker restarts.
Related: #95788
* test(ai): align long-context fixtures with CI contracts
Make tool-result fixtures type-complete, use the canonical model selector helper, remove unused test-helper exports, and route the paid long-context live probe through the dedicated Gateway profile shard.
* test(ai): type mocked Responses terminal events
Give the mock SSE event collection an explicit open event shape so terminal response events coexist with output-item events under the root test typecheck.
* fix(ai): suppress rejected compaction replay
Persist a route-fenced suppression tombstone when encrypted-content recovery rejects a compaction item, so later turns do not retry the same opaque state. Preserve the tombstone through transcript redaction and cover successful fallback followed by the next turn.
* fix(ai): keep compaction suppression transport-private
Keep the suppression contract local to its sole Responses transport owner and make the regression fixture satisfy root type and lint checks without widening the Plugin SDK surface.
* refactor(ai): remove compaction suppression re-export
* fix(ai): scope compaction suppression to replay route
Keep foreign-route rejection tombstones from hiding the newest compatible Responses compaction while preserving same-route suppression.
* fix(ai): harden Responses replay recovery
Stage encrypted replay recovery so compaction is only suppressed after an attributable rejection. Preserve terminal ordering and keep provider replay within worker frame budgets without truncating opaque state.
* refactor(ai): centralize Responses output indexes
Keep normalized output identity tracking in the stream-slot owner, move response failure state to its diagnostic owner, and remove the obsolete replay clone export so exact-head static gates remain shrink-only.
* fix(ai): retain idless terminal tool identity
Use the canonical empty identity only when a provider supplies neither call nor item id, preventing terminal recovery from duplicating a done-only tool call while preserving stronger identities when available.
* fix(sessions): hide provider replay from public events
* fix(ai): stage encrypted replay recovery
* fix(ai): keep replay attempt kind internal
* fix(ai): route Azure through replay recovery
Use the shared encrypted-content retry owner for Azure Responses so compaction suppression and prompt-observer variants stay coherent across transports.
* fix(ai): harden replay persistence boundaries
Fence Azure replay by the resolved request endpoint, drop invalid replay during transcript sanitization, and surface worker-launch replay omissions through the existing redacted diagnostic path.
Peter Steinberger