* perf(ci): run the deadcode Knip scans concurrently
check-dependencies spent ~194s running seven Knip child processes
strictly serially (three package scripts, each iterating its scans).
The scans are independent processes over separate configs: both
deadcode scripts now Promise.all their scans, the CI task launches the
three package scripts concurrently with buffered logs, and the lane
moves to the 16 vCPU class for core/memory headroom. The
missing-exports-script contract violation now fails fast before
launching scans. Local: unused-files 218% CPU, 37s wall.
* test(ci): align prerelease plan with the 16 vCPU dependencies lane
The child wrote its pid with fs.writeFileSync, which makes the file visible at
open() (0 bytes) before the content lands. Under CI load the existsSync-gated
reader in waitForFile could observe the empty file, so readFileSync returned ''
and Number.parseInt yielded NaN, making isProcessAlive(NaN) false and failing the
pre-kill liveness assertion (checks-node-compact-small-6 flake). Write the pid to
a temp file and rename it into place so the path only appears with full content.
* perf(ci): unblock parallel oxlint shards and gate the lint-lane i18n verify
check-lint is the slowest static lane (median 252s): the control-UI
i18n verify runs 86s unconditionally and the three oxlint shards run
serially (89s) because the parallel gate demands 48GB of memory — a
local-Mac threshold that Blacksmith's 32GB 16 vCPU class can never
meet. CI now parallelizes shards at 8+ cores / 24GB+, and the lint case
reuses the existing run_control_ui_i18n manifest gate so diffs that
cannot affect generated catalogs skip the verify while oxlint always
runs.
* chore(ci): print oxlint shard concurrency decision
The lint-lane validation run still executed shards serially on a 16
vCPU runner; one log line exposes the resolved concurrency and the
host resources the decision saw.
Shards that pin a short no-output timeout (agents-core stripes) die fast
on the known warm-cache stall, but a cold Vitest module cache makes the
same imports legitimately silent for minutes - the in-job retry then
re-dies at the short limit without running a single test (observed 4x
on agents-core-runner-cli-2 today). Raise the retry attempt's window to
the 300s watchdog floor while keeping the fast first kill.
check-prompt-snapshots costs 200-310s per PR regenerating real prompt
stacks, but snapshots only change when the generator's import graph or
its fixtures do. The manifest now computes that reach (same pattern as
QA smoke gating: always-run surface regex incl. the codex extension
whose test API loads via a dynamic module id, plus import-graph walk
from the snapshot helper; deletions and null diffs fail safe to
running). Unaffected PR diffs skip the lane with an explicit log line;
pushes and dispatches always run.
* feat(ui): animated Clawd mascot on the new-session welcome hero
Ports the native mascot to the Control UI as a canvas-backed
<openclaw-mascot> Lit component: exact 120x120 vector geometry, mood
loops (idle/curious/thinking/working/happy/celebrating/sad/sleepy/
attentive), deterministic seeded animator, DPR-aware rendering,
visibility-paused rAF, theme-reactive palette, and a reduced-motion
static pose. The new-session welcome hero swaps its static lobster
sprite for the living mascot.
* fix(ui): cancel stale mascot gestures on mood change
* fix(ui): keep MascotEffect internal to the pose module
* test(lint): allowlist the canvas fill suppression for the web mascot
The agents-core graph can stall emitting nothing after warming Vitest's
module cache; a cli-runner stripe sat silent for the full 300s watchdog
window before its retry passed in seconds (run 29499091157, +5min on a
green PR). Give the family the same 60s no-output timeout the gateway
startup-health group already uses for this stall class.
Fleet-contended runners inflate measured group runtimes ~20-25% over
the serial-run hints (bins hit 300-358s on a loaded 12:1xZ run against
a 260s packed estimate). A 220s cap keeps the slowest bin near the
5-minute PR wall-clock budget under load at the cost of two extra
jobs (24 -> 26).
* fix: clarify SQLite version error message to prevent user confusion
The error message "3.44.6+" was misinterpreted by users as meaning "3.44.6 and above",
when it actually means "3.44.6+ for the 3.44.x series only". This commit clarifies the
error message to explicitly state that only specific patched versions (3.44.6+, 3.50.7+,
and 3.51.3+) are safe, and that SQLite 3.46.1 is not among them.
Changes:
- Update error message in src/infra/node-sqlite.ts to clarify version requirements
- Update test expectations in src/infra/node-sqlite.test.ts to match new error format
- Fix unnecessary template literal expressions flagged by oxlint
The code logic remains unchanged - SQLite 3.46.1 is correctly rejected as unsafe.
* fix: clarify SQLite version error message to prevent user confusion
The previous error message stated '3.44.6+' which users misinterpreted as
'3.44.6 and above', leading to confusion when versions like 3.46.1 were rejected.
The new message explicitly states '3.44.6+ in the 3.44.x series' and
'3.50.7+ in the 3.50.x series' to make it clear that only specific
minor version series received the WAL-reset bug fix.
This matches the SQLite team's actual fix announcement which only
backported the fix to 3.44.x and 3.50.x series, plus 3.51.3+.
* fix(sqlite): align unsafe version diagnostics
---------
Co-authored-by: Peter Steinberger <steipete@gmail.com>
* perf(ci): skip global declaration emission in the CI artifacts build
Declaration emission is ~95% of the tsdown wall clock (measured 132.5s
with dts vs 6.0s without on the main graph; 224.7s in CI). PR CI's dist
consumers only execute runtime JS, so the ciArtifacts profile now skips
global dts and the plugin-sdk export gate validates self-built scoped
declarations (write-plugin-sdk-entry-dts non-canonical mode, 45s local).
The step cache is dropped in self-build mode because its outputs depend
on the SDK source graph the canonical cache inputs do not cover.
Release and docker packaging builds keep canonical declarations.
Local end-to-end: build:ci-artifacts 92s with all gates green.
* fix(ci): pin gateway suites to the proven 2-worker Vitest budget
gateway-core and gateway-methods flaked at 6 workers (hook timeouts,
mock-state res.setHeader TypeError, waitForAssertion misses) on the
first run after the worker-budget raise while passing on two prior
validation runs — the same intermittent contention class media-ui
showed. Pin both like the other timing-sensitive groups.
* perf(ci): scale Vitest workers with runner class and share serial module cache
Compact node-test jobs pinned OPENCLAW_VITEST_MAX_WORKERS=2 regardless of
runner size, so import-bound suites (30-45s of module-graph import per
file) crawled: runner-cli spent 284s on 5s of tests, commands-1 296s on
10s. With serial plans the budget now scales with the class (6 on 8vcpu,
3 on 4vcpu); timing-sensitive groups (tooling, tui-pty, infra-process)
stay pinned to 2 via plan-level env. Serial bins share one Vitest
fs-module-cache path so later plans reuse the first plan's transforms.
The import-bound commands stripes and security suite move to the 8vcpu
class, and packing hints refresh from serial-run measurements (run
29481835688).
* perf(ci): stripe cli-runner suite and pin media-ui worker budget
The agents-core config runs files serially (fileParallelism false guards
shared module state), so raising the worker budget cannot help its
import-heavy cli-runner suite (~35s module import per file, 213s serial).
Stripe it three ways so bins parallelize the imports instead. media-ui
hosts browser locator tests that timed out at 6 workers on the first
validation run; pin it to the proven 2-worker budget. commands-1's hint
drops to its measured 6-worker runtime.
