The provider's Linux decisions now live in LinuxScopeSelector, a state machine
over injected observations: the deep probe, the user-manager listener, the
manager confirmation, and the systemd-run binary identity. Each decision
carries its reason and probe trigger, the runtime logs it at debug level, and
table-driven scenarios cover every transition.
- A positive verdict probes again when the systemd-run found through PATH
changes device, inode, size, or modification time, so an in-place upgrade
past v254 cannot reuse options that no longer keep argv literal.
- The listener is read before the probe, so a manager that starts during a
failed probe counts as a new listener.
- The kernel socket table is decoded as UTF-8, matching runtime directories
outside ASCII.
- LinuxScopeNotStartedError drops its unused code field.
A cached positive verdict let a hung user manager that still listens fail every
later command, and a cached negative verdict ignored a manager that started
later until the provider restarted.
- A scope launch whose bootstrap never consumed its launch request now fails
with LinuxScopeNotStartedError, and the runtime clears the verdict it
launched under, so the next eligible spawn probes again and records the
fallback when that probe fails. A generation counter keeps launches from a
superseded probe from forcing another probe.
- After a negative verdict, the runtime records the /proc/net/unix listener on
$XDG_RUNTIME_DIR/systemd/private and probes again only when a different
listener, meaning a new manager instance, appears.
Without a per-spawn check, a user manager that stops after a positive probe,
such as after a logout without lingering, made every later scope launch fail.
Each eligible spawn now confirms the manager: its socket file at
$XDG_RUNTIME_DIR/systemd/private disappears when the manager stops, so its
presence answers with one stat; otherwise the restored systemctl --user show
query decides and the spawn falls back while it fails. A crashed or hung
manager that leaves its socket file still fails the scope launch with the
existing restart hint.
The README says the provider also keeps a failed or timed-out first probe and
names the user manager as reachable rather than live, since it is checked once.
The probe cache documents why no later spawn repeats the probe, and the spawn
test now starts two Windows commands to match its per-spawn Job recheck title.
systemd-run before v254 rejects --expand-environment=no, so the scope probe
always failed and those hosts used the weaker fallback. Its scope mode never
expands argv, so the probe retries without the option only when systemd-run
reports it as unrecognized, and scope launches reuse the probed options.
systemctl before v252 rejects --kill-whom. Use --kill-who, the older
spelling, which newer systemctl accepts as an unambiguous prefix.
Every Linux spawn() and spawnTerminal() ran a synchronous spawnSync probe
before launching the command: the full systemd-run scope probe until it first
succeeded (a failed verdict was never cached), then a systemctl manager recheck.
spawnSync blocks the host event loop until the probe exits, so hosts without a
usable user manager paid the full probe on every grep, glob, and shell command.
Keep the first verdict, positive or negative, for the provider lifetime and
drop the per-spawn manager recheck.
Review follow-ups: the Electron payload smoke allocates the way the product
does on Windows, so the packaged tree resolves the console host assets it now
depends on; the README states that dependency and its loud failure as a known
limitation; the terminal handle takes the platform this method already
resolved; and the note links the earlier tail-grace note, records why that
grace cannot cover a malformed tail, and drops the claim that the smoke
exercises the operating system host.
The README, the Ctrl-C comment, and the bare-kill comment still described
Windows' own console host as the one backing the PTY. Name the host the code
now selects, record the exit-event behaviour of both teardown paths measured on
the pool machine, state that a missing conpty asset fails loud, and move the
note to the bug-fix class next to the other Windows console fix. The terminal
case now asserts the option key is absent on POSIX rather than not true.
The console host Windows provides, on the images the master standby pool runs
(Server 2022, Windows 10 22H2), replays a prompt line that scrolled out of the
viewport as `\ndsh>\x1b[1C`: the trailing space becomes a cursor move, so the
persistent-pwsh readiness path never sees its `dsh> ` tail and every send waits
out the silence tier. The same case passes on the Blacksmith Windows image,
whose console host emits the tail verbatim.
Allocate Windows PTYs with `useConptyDll: true`, so the PTY is backed by the
OpenConsole the node-pty package ships. The option is set only for `win32`;
the terminal spec pins it per platform.
Probing the pool machine with the bundled console host rendered the `dsh> `
tail for all seven prompts of the failing case's command sequence, and
`pty.pid` still resolves to `pwsh.exe` and equals the shell's own `$PID`.
client-modules: a batch that already executed is never requested again,
even when its first importer was a row it did register — every executed
batch URL is remembered and a still-missing row goes straight to its
one-resource URL. The in-process module system test in test-support is
updated to the aggregated arrival message. describeError replaces three
inline non-Error ternaries and is covered.
subprocess-local: the spill path is published only after the exclusive
open succeeds, so a failed open (EEXIST on a planted entry included) can no
longer unlink a path this process did not create; a reporter that throws is
contained and written to stderr; logSpillFailure builds the owner reporter
for both the runtime and the SSH helper so the logging path is exercised
once instead of duplicated. Tests cover the runtime logger, the bare-caller
stderr default, EEXIST, and a throwing reporter.
desktop: a fatal failure during shutdown still writes its report; the
report phase follows the backend state so a failure during a restart is
'startup' again; writeReport is a required recovery operation and the
dialog tests await the write; the shell pid is labelled; the withheld
response-header list states why set-cookie is dropped.
app-boot, READMEs, Agent Note: "never resumes" is restated as control never
returning to the failed operation while the loop runs until release
settles; inspect output is bounded; incident inferences (who removed the
spill directory, which batch failure occurred) are written as inferences.
OutputCollector.spillAll ran openSync/writeSync inside the stream 'data'
listener with no containment. When the private per-process spill directory
had been removed by a temporary-file cleaner, the first overflowing chunk
threw ENOENT from Pipe.onStreamRead, became an uncaught exception in the
Desktop Host, and the Electron shell reported it as a fatal failure.
Spilling is best-effort by contract (spillPath is optional; a failed final
close already withholds it). Every filesystem failure while opening or
appending the spill file now discards the spill, reports once through the
owner's logger, and leaves in-memory collection untouched. Spill inputs move
into one SpillOptions object with the reporter, so tail-only collectors no
longer pass an empty directory; prepareManagedProcessBinding is the explicit
resolve step for the directory and reporter defaults, and the runtime and
SSH helper supply their plugin loggers.
Tests cover ENOENT on open (removed directory), ENOTDIR on open, and ENOSPC
on append after the file exists, asserting the tail stays byte-exact, the
spill file is withdrawn, and the reporter fires once.
Machine-produced by `pnpm run rescope-vendor --apply` plus the regeneration it
prints: `pnpm install` for the lockfile, `pnpm run gen-third-party-notices`,
`verify-translation-pairing --write` for the touched bilingual pairs,
`gen-doc-graphs`, and one typert snapshot whose ids embed character offsets.
`pnpm run rescope-vendor --check` verifies the result.
Renames nine vendored packages (cordis, cosmokit, schemastery and the six
@cordisjs plugins) and every reference that resolves them: manifest names and
dependency keys, module specifiers including declare-module merges, cordis.yml
plugin names, tsconfig paths, every Markdown fence, and `docs/` prose.
Directory names, upstream versions, and dependency ranges are unchanged, so
vendor/README.md still reads as an upstream snapshot; its manifest table gains
an upstream-name column so THIRD_PARTY_NOTICES keeps MIT attribution pointed
at each fork's origin.
The tutorial tier follows the rename end to end: its yaml fences named plugins
the Loader can no longer resolve, its `ts ignore-check` fences disagreed with
the compiled fences beside them, and its prose quoted both. The contracts that
told readers to keep upstream names — the root convention and the vendoring
cookbook's tree comment and manifest invariant — now say to rescope instead.
Two rules read `@deepseek-ai/` as "another workspace plugin": the client bundle
purity gate now names the vendored libraries a browser bundle inlines, and the
files where a bare `cordis` is an agent-preset id keep that product data.
imccyu