turn/start precedes the first claim and pre-step, a rejected or empty first claim closes a zero-step turn, llm/stream and tools/* are their own domains, and agent/turn-stopping is serial. Regenerates the lifecycle diagram from the same facts and names --patch overlays exactly.
cancel-in-progress is evaluated against the newly triggered run, so
exempting push means one master merge does not cancel the drill still
running from the previous one — not that a drill always finishes. A
benchmark dispatched on master shares the group and does cancel a
mid-flight drill. Record that bound in the runbook and drop the
overstated wording from the workflow comment and the spec name.
Also repair two gates that fail on master and block every pull request:
the telemetry note referenced an SDK proposal deleted in 408721954a,
and the ui-settings-general README pair carried stale recorded hashes
after both sides were updated together in aa1ec02bc6.
The two self-hosted standby drills each run their complete unsharded
aggregate with one gate worker, which takes longer than the interval
between master merges, so unconditional cancel-in-progress supersedes a
drill before it reaches a verdict and the lane yields no readiness
evidence for the failover runbook to point a responder at.
Exempt push and nothing else. This has to be decided at workflow level:
cancellation applies to the whole superseded run, so a job-level
concurrency group cannot exempt its job. The negated form is
load-bearing — naming pull_request alone would also stop cancelling
workflow_dispatch, and each runner benchmark fans out to twelve larger
runners for up to fifteen minutes in this same group on master, so a
re-dispatch would queue ahead of a drill instead of replacing a stale
measurement. It does not promise every push run finishes: a newer
pending run still displaces an older one, only that the lanes
periodically reach a verdict.
A master push carries only wine-apt-cache and the two drills; every other
job is pull-request-gated, workflow_dispatch-gated, or if: false. The
spec pins that set and classifies by exact condition, since a negated
event test mentions the event it excludes.
The merge conflict resolution kept the master-side snapshot which had
the old DSH_TELEMETRY_DISABLED=1 text. Regenerated to match the current
README.md which uses DSH_TELEMETRY_MODE=FEEDBACK_ONLY/FULL.
Keep both Remote contributions master and this branch add: the mount loop
now carries commandsRemote, goalsRemote, pluginInventoryRemote, and
messageFeedbackRemote, with both new tsconfig references retained.
The navigation bar named `/guide/` while the manifest published the guide's
first page at `guide/quickstart.md`, so the item served a 404 in both locales.
`landingLink` resolves each item against `orderedPages`, the ordering the
sidebar already renders, and a test asserts every navigation target is a route
the manifest publishes.
The VitePress config declared no position for the subsystem or other-interface
sections, so `indexOf` returned -1 and sorted them ahead of every declared
group: the reference landing page's own sidebar entry sat 1549px below the
fold. Four subsystem pages also shared `order` values with pages in the same
section, resolved only by sort stability and array concatenation order.
Section placement and collapse move into the manifest as a per-locale
declaration, and `sectionSpec` throws for an undeclared section instead of
sorting it silently to the top. Subsystem pages are grouped by concern, the
six topical groups collapse until one holds the page being read, and page
order derives from array position.
The projector drops the language-switcher line and repository badge the
canonical pages carry for their GitHub readers. The navigation bar gains the
DeepSeek wordmark, a release-stage tag, and a favicon; the sidebar scrollbar
rests invisible and appears while scrolling. Subsystem pages carry a two-level
outline, and the two plugin-development tracks now cross-link.
Adapt to two contract changes master introduced:
- The generated Remote face now wraps every business result in
RemoteResult, folding carrier failures into an ok:false branch instead
of rejecting. The controller reads that envelope at its three call
sites and maps a carrier failure onto the same settled shape the
controls already render; three specs cover the new branch.
- Client packages split their tsconfig into host and client halves, and
the host aggregate now compiles any test not named *.client.spec.*.
Rename this package's specs to the client convention and drop the
../connection project reference, which pointed at a solution file that
no longer carries the client sources.
Keep master's mount loop with its rollback-on-failure in api-remotes and
add messageFeedbackRemote to it.
A test file under packages/client now says which face it covers:
`*.client.spec.{ts,tsx}` and its `*.client.{ts,tsx}` helpers belong to the
Client aggregate, `*.host.spec.ts` to the host aggregate. The carrier's four
node-half specs take the Host suffix.
The two suffixes are mutually exclusive, so each aggregate excludes the
other's and both keep one broad test glob: `exclude` wins over `include`, and
`packages/client/**` no longer has to be excluded wholesale from the host
program with per-file `files` entries carved back out of it. A Host-face spec
that reaches only Host source therefore needs no cross-face project
reference, which the split-project rule rejects.
vitest still discovers every file through `**/*.spec.{ts,tsx}`.
The preset-roster loop added by this PR names the \cordis\ preset id in
apps/cli/tests/windows-shell.spec.ts; the bare token is product data like
the existing agent-preset allowlist entries, not a package reference, so
the rescope-vendor hygiene check must not rewrite it.
The browse and native backends were dual-face packages: a Node backend plus a
browser surface under one tsconfig that referenced Client packages. That put
Client projects — and through them the Client runtime — inside the Host
compiler aggregate, which builds before the generated Remote contributions
exist. Each browser half moves to its own Client package, and both backends
become Node-only.
The interaction is still one choice: the adaptive chooser mounts the backend
and its surface as a pair of Loader entries and tears both down in reverse, so
a resolved kind still swaps both faces. Compositions that pin an interaction
directly now pin the pair, and the chooser's runtime-string package list keeps
naming everything a composing app must resolve.
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Tianyi Cui
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Yichen Jiang
Huanqi Cao