The App token cannot update a run the job token created and vice versa, so
selecting runs by `app.slug === 'github-actions'` missed every App run: each
phase created another run, a published App success was never revoked, and a
head with an older job-token run made the App patch fail. Select runs by the
publishing app slug instead, pass `vars.DSH_APPROVAL_APP_SLUG`, and set the
external_id marker on the setup-phase run too.
Cover the App-owned update and the job-run coexistence, and align the note with
the measured earliest-suite rule and the App slug variable.
* ci: run native Windows PR jobs in a separate workflow
GitHub re-runs failed jobs only after a whole run finishes, so slow Windows jobs blocked re-running failed Linux jobs. CI Windows now owns the native Windows jobs and the Windows x64 Python runtime target, with its own required 'windows checks passed' verdict.
Refs #6893
* ci: run Python PR jobs in a separate workflow
Python rarely fails while the Windows lanes run long, so the Python SDK suite and the Linux/Windows x64 runtime matrix move into CI Python. The three pull-request workflows can now be re-run without waiting for each other, and branch protection gains "python checks passed" beside the existing verdicts.
Refs #6893
* docs: record the three PR verdicts in the failover runbook
* test: pin the shared environment across the PR workflows
* test: read the python SDK lane from CI Python
* test(sdk): parse session JSONL frames in the keyless smoke
Node 24.19 returned only the first frame of a concatenated zstd log, so the single JSON.parse saw just the header; 24.22 returns every frame and the JSONL body broke the parse. Read frames explicitly and select the main session by its header so both versions agree.
Mint the check-run token from a dedicated approval App instead of a shared
automation App, so the identity that owns the decision check suite is specific to
this gate. The workflow reads `vars.DSH_APPROVAL_APP_CLIENT_ID` and
`secrets.DSH_APPROVAL_APP_PRIVATE_KEY`, and the token stays scoped to
`checks: write`.
The decision check run kept its job-token check suite out of the pull request's
merge box: GitHub associates check runs with a pull request through the check
suite of the workflow run, and a `pull_request_target` run is not associated.
Mint a token from the repository App scoped to `checks: write` and publish only
the check run with it, so the merge box lists the label; the commit status gate
keeps using the job token and is unaffected when the token or the write fails.
Pin the token step, its single secret reference, and the client split in the
workflow and approval tests, and record the measured association limit in the
Agent Note and review-ownership README.
Only add the `weighted approval decision` check run: the required
`weighted approval` commit status keeps its `pending`, `success`, and `error`
states exactly as before, and branch rules keep requiring it. The check run
reports the same decision as a conclusion label and is not required, so it
never blocks a merge.
The Agent Note and README now state the status semantics as unchanged and the
measured reason a required check run is not available here.
The required check run introduced previously is not matched by this repository's
branch rules, so the gate could not be satisfied. Keep the required
`weighted approval` commit status as the gate and publish the
`weighted approval decision` check run as the label: action_required while the
policy is unmet, success when it holds, failure on setup or evaluation errors.
The status completes as success or failure instead of waiting as pending, so CI
watchers end.
Record the measured check-run limit, the revocation and recorded-conclusion
design, and the alternatives in the Agent Note; update the review-ownership
README, the workflow permissions, and the approval tests.
The evaluation failure title was preserved by matching details_url, a field
GitHub may rewrite for check runs created with the workflow token, so the
setup-failure step could replace the specific title after all. Record the
conclusion the publish step wrote in a step output and run the setup-failure
step only when no conclusion was recorded; a published decision now survives
a later failure or cancellation without relying on an API field.
Record the measured timeout cancellation path and the re-run migration limit in
the decision note, and scope the pre-push guidance to ACTION_REQUIRED so a
failure conclusion is not read as an approval wait.
build:artifacts produces every artifact, including the tsdown bundles,
the Desktop bundle, and Web, so naming it after sources undersold it;
build:check checks scripts, benchmarks, and website code besides tests.
The build.ts scopes, aggregate step ids, the Python builder flag
(--build-artifacts), workflows, callers, docs, and the build-split Agent
Note follow the new names. The note also records the naming
alternatives.
Refs #5852
pnpm run build ran every step in one serial chain, including the two
noEmit aggregate programs (tests, scripts, benchmarks, website) that no
artifact step consumes, so the Host aggregate check alone delayed tsdown by
about 66 s.
- build:src (scripts/build.ts --scope src) builds every artifact in the
existing order and writes the client build record; it replaces the
removed --artifacts-only flag and the libraries CLI mode.
- build:test (--scope test) type-checks only the Host and Client aggregate
programs with tsc -p, concurrently, without compiling references or
checking prerequisites.
- build runs both as one dependency graph through run-gates' new
runAggregate: each aggregate check starts once its face's packages are
compiled, and Client compilation stays after the Host bundle that writes
the Typert /remote declarations. DSH_GATE_CONCURRENCY=1 serializes it;
DSH_GATE_FAIL_FAST=1 stops the remaining steps at the first failure.
Passing steps print one PASS line (DSH_GATE_VERBOSE=1 shows their output).
- PR artifact builds (e2e, release, preview, Node 22 compatibility) and the
Python builder (--build-src) use build:src; dev:web and dev:desktop use
build:src. test:*, bench, typecheck and the required consumer/Windows
lanes keep the complete build.
- lint, lint:fix, doc-typecheck and the Typert contracts gate prepare with
host-libraries (Host package compilation + Host bundle) instead of
build:lib:host; their own checks never read the aggregate root or the
Desktop bundle.
Parallel and serial build produce byte-identical lib/, Web dist and client
build record; a test-only type error fails build and build:test while
build:src passes.
Refs #5852
imccyu