* fix(ui): reset logs when source changes
Reload the active tail without a cursor when logs.tail switches files so the Control UI never mixes sources or skips a new file prefix.
* fix(ui): reset log source after reconnect
* test(ui): harden logs lifecycle proof
* test(ui): route Logs lifecycle through real Gateway lane
Pin OCM v0.2.32 so Performance validation uses upstream native .mts discovery and transitive workspace dependency handling instead of the local Bash/tsx trampoline.
The warmer replays the same test envelopes as the compact shard lanes
through scripts/ci-run-node-test-shard.mts, but without the lanes'
NODE_OPTIONS=--max-old-space-size=8192. Run 31874567859 lost a worker in
agents-embedded-agent-run under the default heap and the failure skipped
every cache-save post step, leaving the day's transform/compile caches
unrefreshed. Rerun 31918467031 passed, confirming load-dependence;
matching the lane environment removes the gap.
Measured on run 31865243804: the 3-part split on
blacksmith-8vcpu-windows-2025 got exactly 2 runners; part 2 queued 211s
and only started when part 1 finished, pushing the wall to 6:45 despite
133-163s job bodies (vs 342s hosted). The runner class admits ~2
concurrent jobs, so any profile that can land on Blacksmith now uses the
single lane; the 3-part split stays for guaranteed-hosted executions
(github mode and dispatches, whose runner expression forces hosted in
every mode). A hybrid retry reruns the single lane hosted - slower but
bounded, and Windows-scoped retries are rare.
Three measured cuts toward the sub-4-minute wall:
- checks-ui-e2e hosted-planner matrix 10 -> 12 rows (11 Vitest shards +
browser-extension). Shard 1 measured 230s with ~123s test body; Vitest
hash sharding leaves count as the only balance lever.
- checks-windows hybrid attempt 1 now rides blacksmith-8vcpu-windows-2025
(retries stay hosted windows-2025). The 3-part hosted split measured a
342s pole on full-graph runs.
- build-artifacts folds the Doctor plugin-index proof (12s), singleton
smoke, and startup-memory check (7s) into one step that overlaps them
on Blacksmith and stays serial on hosted 4-core so the RSS measurement
is unperturbed; any missing startup asset rebuild completes before the
fork so no verifier reads dist mid-write.
Run 31861511624 made checks-ui the UI-scoped wall pole (247s job, 177s body
on hosted 4-core even in hybrid). Attempt 1 now uses the 8 vCPU class like
the ui-e2e shards; retries stay hosted.
The manifest planner closure and the protocol coverage script import only
node builtins and relative files (verified importing the full closure with
an empty node_modules under native type stripping), so push/PR preflight
drops the pnpm store restore and install (~30s off the barrier every lane
waits behind). Manual dispatches keep the tsx path for frozen targets, and
the coverage script inlines the record guard under the documented
dependency-free exception.
The store archive accretes every prior lockfile generation through
prefix-key restores (measured 2.05 GiB, ~36s restore in every hosted job);
the warmup writer now prunes to the current lockfile closure before saving.
Sub-agent caching audit tranche, all measured on runs 31856622489 and
31857193681:
- QA Smoke parts rebuilt the runtime twice and packed a docker tgz that no
scenario in the smoke coverage set consumes (verified against the resolved
plan: zero docker-lane, zero Control UI scenarios). One private overlay
build replaces the public-build/ui:build/pack/private-rebuild chain
(~35-50s per part); the run step fails closed if a docker-lane scenario
ever returns, and the guard now pins never-pack-after-private-build.
- report-plugin-sdk-api-diff is pure reporting (nothing passes
--require-acknowledgement); it now runs on manual/release dispatches only.
- check-npm-lock resolved ~94 npm graphs against the registry on every push;
push/PR runs now use the reviewed --changed scoping (2.4s on dep-free
diffs) with a fail-open full sweep on base-fetch failure, and dispatches
keep --all for registry-drift coverage.
- Six restore-test-caches gates said 'github' only while the writer already
runs in hybrid; hybrid attempt-1 lanes now restore the transform seed.
- QA smoke lane reads the protected build compile cache; test-type stripes
widen to five.
Green tip run 31855637027 measured the remaining poles: ui-e2e shards up to
282s (imbalanced eight-way split), report-plugin-sdk-api-diff 246s on 4 vCPU,
and 220s test-type stripes (tsgo saturates a machine per graph, so stripe
count is the lever, not cores). Widen hosted-profile ui-e2e to ten rows,
test-type stripes to four, and lift the SDK diff to the 8 vCPU class.
Each graph is a serial single-project build, so tsgo gains little past four
cores; run 31852071103 measured ~34s/graph on 8 vCPU versus ~42s on hosted
4-core. Overlapping two fresh shard processes per CI stripe (--concurrency 2)
uses the idle cores and roughly halves the stripe body; local runs keep the
heap-bounded serial default.
First hybrid main cycles (runs 31850815388-31851455918) landed at 5:47-6:32
walls with every remaining pole a hosted lane: the three test-type stripes
(232-269s), check-additional-runtime-topology (274s), check-dependencies
(260s), and report-plugin-sdk-api-diff (209s). Route them to their Blacksmith
labels on hybrid attempt 1 (retries stay hosted) and lift runtime topology to
the 8 vCPU class.
* perf(ci): cut hosted CI critical path toward five-minute walls
Stripe the serial core test-type graphs across two hosted jobs and drop the
duplicated tsgo:test:root pass; gate the six-part QA Smoke matrix off pull
requests unless a QA-owned surface changed; split the fat multi-config Node
shards (cli/cli-process, unit-fast isolated/fake-timers, infra
logging-process/runtime-config) and lower the hosted split ceiling to 150
predicted seconds so no compact lane owns a ~280s wall; expand tooling to
seven stripes.
* perf(ci): widen hosted test-type striping to three jobs
Run 31825922122 measured ~40s per core test-type graph on loaded hosted
runners (282s worst stripe body of the two-way split); three stripes keep
each lane near 150s body under load.
* feat(docker): schedule image refreshes
* docs(docker): explain weekly image refreshes
* test(scripts): gate workflow-step execution on bash 4 mapfile support
Stock macOS bash 3.2 lacks mapfile; CI truth is Linux bash 5.
* test: cover docker-release suffix threading and sanctioned second caller
* test(codex): wire run-attempt-state into the attempt-extra project
#123345 added the file without a project owner; the full-suite coverage
guard fails for any PR that runs it.
* fix(ci): run build-artifacts PR validation on hosted runners
ci-build-artifacts-testbox.yml pinned PR runs to blacksmith-16vcpu and
ran Testbox lifecycle steps unconditionally, so the prepare-run landing
gate starved for every PR during a Blacksmith outage even with
OPENCLAW_CI_RUNNER_BACKEND=github. PR events now build on ubuntu-24.04
with dispatch-only Testbox steps, mirroring ci-check-testbox.yml.
* test(ci): align build-artifacts dispatch guard
* ci: codify manual-only Node 22 compatibility
* ci: split remaining hosted tail lanes
* fix(qa-lab): carry the validated part index into the plan id type
* test(ci): repair hosted tail lane guards
* ci: run push compacts without tooling lanes and stripe giants three-way
* fix(ci): keep CompactNodeTestPlanMode internal
knip --production flags the exported type as unused; no external module
imports it.
* ci: shard hosted lint and node tests
Split core oxlint across hosted runners and use backend-specific compact Node admission caps while preserving Blacksmith behavior.
* test(ci): guard plugin prerelease planner isolation
Repo variables are not supplied to fork-triggered pull_request runs, so
the OPENCLAW_CI_RUNNER_BACKEND breaker silently fell through to bare
Blacksmith labels for fork PRs; mirror ci.yml's fork-to-hosted fallback.
OpenGrep precise/full, sandbox-common-smoke, and plugin-init scaffold
validation were still pinned to Blacksmith runners outside ci.yml, so
PR checks starved during the Blacksmith outage even with
OPENCLAW_CI_RUNNER_BACKEND=github. Route them through the same breaker
expression and bound sandbox-common-smoke with a timeout.
Measured canonical-main first-start delay: median 180s, average 209s; 10 of the last 30 runs waited more than 300s.
Approved tradeoff: up to ~+30 concurrent Blacksmith VMs during merge storms. Scope is canonical main pushes only; pull requests, manual runs, non-main refs, and forks keep their existing semantics.
Bump the canonical-main concurrency group from v7 to v8 so in-flight old-group runs cannot mix with the two-slot pipeline.
* refactor(plugin-sdk): replace API baselines with diffs
* perf(plugin-sdk): bound API diff resources
* fix(plugin-sdk): isolate API diff dependencies
* fix(release): forward Plugin SDK acknowledgement
* fix(release): enforce SDK acknowledgement on publish
* chore: preserve generated-doc ignore policy
* fix(release): freeze SDK API evidence before publish
* fix(ci): satisfy SDK evidence guards
* fix(release): bind complete SDK evidence
* fix(release): authenticate plugin SDK evidence
* fix(plugin-sdk): abort interrupted API diffs
* test(ui): freeze page clock in background-tasks rail e2e
The rail transcript is compared byte-for-byte across the detail-panel
round-trip while it renders live relative ages; on slow CI runners the
second boundary ticks between the two reads (11s -> 12s) and fails the
equality assertion. Fix the page Date with Playwright setFixedTime while
keeping timers running so the tasks.list polling assertions still hold.
Repro: a 1.5s stall between the reads fails pre-fix with the exact CI
diff and passes post-fix.
* fix(scripts): drop unused export on dependency-evidence CLI main
Knip's workflow scan re-roots script references after an actions/checkout
step that sets path:, so the new trusted-tooling checkout in
openclaw-npm-release.yml stops marking this CLI as a workflow entry and
its exported main() surfaces as an unused export in check-dependencies.
Nothing imports main; the module invokes it through its own entry guard,
so the export keyword was dead surface either way.
---------
Co-authored-by: Peter Steinberger <steipete@gmail.com>
The PR-changed test planner fails safe to the compact full-suite plan for any diff touching packages/**, but that compact plan excludes all extension test configs, so mixed package+extension PRs landed with zero extension test execution (escapes: PR #120534 breaking extensions/codex run-attempt.native-hook-relay.test.ts, PRs #122163/#121522 and cd7b7f639d breaking media-understanding-provider.test.ts and thread-lifecycle.test.ts on main full runs). The preflight now appends whole-config shards for the diff's touched extensions whenever the precise plan fails safe; whole configs (not precise targets) because the fail-safe cause leaves the non-extension diff's extension impact unbounded.
Canonical beta branch head exact-SHA provenance; unique merged-PR attribution for GitHub web-flow signed transport; extract duplicated gate into one trusted helper.
Peter Steinberger