The three required Linux jobs now resolve their pool through the
DSH_CI_FAILOVER repository variable. Unset, everything runs exactly as
today on the hosted enterprise pools. Setting it to 'selfhosted'
(repo-admin-only, not PR-editable, no merge required — a merge would be
deadlocked behind the failing checks themselves) retargets all three
onto the vm-backup pool, halves the coverage worker bound and snapshot
concurrency for the shared VM, and skips the hosted-path cache restores.
Adds a bilingual failover runbook (switch, capacity via the four
registered spare instances, switch-back, trust boundary) and links it
from the topology note. The push-triggered standby lane remains the
continuous proof that the failover target works.
Direction change after review discussion. Moving a REQUIRED check onto
a single in-house VM traded merge-path availability for modest savings
and accumulated trust/contention caveats (six review rounds' worth).
Revert every coverage-lane change: coverage stays on the enterprise
Ubuntu 24.04 32-core pool exactly as on master.
Instead, add serial-linux-selfhosted: on every master push the in-house
pool (vm-backup) runs the complete unsharded primary aggregate as a
hot-standby drill. It blocks nothing, yet continuously proves the
environment end to end, so any hosted-pool outage can be answered with
a one-line runs-on retarget onto continuously verified capacity.
Push-triggered lanes execute the base branch's own workflow definition,
so no PR-editable path selects these runners — the entire fork-trust
discussion is structurally moot for this lane. Topology notes (en/zh +
pairing records) describe the standby lane and the switch play.
Integrate the Commander adapter with master's `dsh web --workspace-root`
(workspace-aware session flow).
- args.ts: add `--workspace-root <path>` to the web subcommand; WebInvocation
carries workspaceRoot.
- web.ts: keep the adapter-parsed signature, take (host, port, dev,
workspaceRoot) and pass workspaceRoot through to AppCLIEntry (drop master's
re-added parseArgs and CLI host/port validation — the schema owns those).
- bin.ts forwards invocation.workspaceRoot; args.spec + the Agent Note pair note
the flag.
Integrate the Commander adapter with master's headless rework (dsh -p now boots
through AppCLIEntry — the same cordis.yml composition as dsh web, web-observable
while it runs — via toFetchHandler(ctx.apiProxy)).
- headless.ts: keep master's AppCLIEntry-based body but take the adapter's
pre-parsed `task` (drop the re-added parseArgs). Old startHost path and the
now-deleted packages/host/runtime dependency are gone.
- remove the stale packages/host/runtime dir left on disk by master's deletion
(mirrors the earlier packages/ui/acp cleanup).
ds-review-bot: `dsh web -p task`, `dsh web --resume s`, and `dsh --config c.yml
web` reached the web action with those values in program.opts() but the action
ignored them and served — silently dropping mode-specific inputs. The web
action now reads the parent opts and fails loud (exit 1) on a leaked
--config/-p/--resume, matching the root mode's mixing guard. Covered in
args.spec.ts.
Also (ds-review-bot): tui-demo/README documented the removed `dsh
[path-to-cordis.yml]` positional form; corrected to bare `dsh` / `dsh --config
<path>`. Agent Note + Chinese pair note the web-leak guard.
Rewrite the Agent Note's Decision/Resume/front-door/Consequences sections and
its Chinese pair in present tense, dropping changelog phrasing ("X replaces an
earlier Y", "retired the env var", "which the merge brought in", "Anyone who
ran X now uses Y", "an earlier revision dispatched..."). The note now introduces
the current grammar directly; Problem and Alternatives keep the motivation and
rejected designs the format requires.
