Brennan Benson d3681f6306 fix(runtime): surface desktop RPC startup failures (#11037)
* fix(runtime): surface desktop RPC startup failures

* fix(runtime): isolate RPC failure telemetry

* fix(runtime): satisfy the changed-code quality gate and kill vacuous dialog tests

The `no-floating-promises` label span covers the whole `app.whenReady().then()`
callback, so adding lines inside it made a long-standing finding overlap changed
code. `void` is the linter's own suppression; no `.catch()` on purpose.

The startup-failure tests were vacuous: mutation runs showed the wait-for-show
deferral, the destroyed-window guard, the `closed` companion event, listener
cleanup, the cause walk, the cycle guard, and the truncation bound could all be
deleted with every test still green. The "not called yet" assertion ran before
any microtask, so it passed either way.

* test(runtime): de-brittle the desktop RPC-failure source assertions

Anchoring the slice on the full destructure and matching the whole dialog
call expression made an innocuous rename break the test with a cryptic
'expected -1'. Match the shape that is actually the contract instead.

* test(runtime): repair the silently-unbounded desktop startup slice

The desktopEnd anchor comment lost a word in 98b00d3a64, so indexOf returned
-1 and slice(start, -1) covered index.ts to EOF. Moving the dialog call to a
path that never runs at startup still passed. Anchor on code instead, and
assert both bounds so a future reword fails loudly.

* test(runtime): bound the attach anchors in the startup ordering slice

Round 3 bounded the desktop pair but left attachStart/attachEnd unguarded in
the same test: deleting the PTY startup barrier from attachMainWindowServices()
and breaking the rateLimits.attach(window) end anchor still left the case green.

* test(startup): bound the last two unguarded slice anchors in this file

Rounds 3 and 4 fixed the desktop and attach pairs; two instances of the same
class survived in the same file, both proven vacuous by mutation:

- it #3 never bounded readyEnd. Renaming the `pairing:` payload key makes it
  -1, widening readyPayload from 372B to ~52KB. Moving the reconciliation
  status out of the serve-ready payload (its whole point) but leaving it later
  in index.ts then kept all 6 cases green.
- it #2 bounded desktopWindowStart against reconciliationStart rather than
  serveEnd. An earlier `Promise.resolve(openMainWindow())` steals the anchor,
  collapsing desktopStartup to '' while every existing guard still passes, so
  its only assertion — a negative — succeeds against an empty string.

Both mutants now fail. `src/main/ipc/pty-startup-barrier-ordering.test.ts:11`
has the same latent shape; left alone as out of scope for this PR.

* fix(runtime): keep walking the cause chain past an unmapped code

getErrorCode returned the first code it found, so an outer wrapper carrying
an unrecognised code masked a nested EACCES/ENOSPC and classified it unknown.
Only a mapped code ends the walk now; every other input classifies as before.

Unreachable today (writeSecureFile rethrows raw fs errors with .code intact),
but the classifier's job is surviving whatever error shape reaches it.

* fix(runtime): tell the user what to fix, not just to restart

The dialog's only advice was "Restart Orca to try again", which is true for
address_in_use and wrong for the rest: permissions, a full or read-only disk,
and a missing data folder all survive a relaunch, so the user restarted, hit
the same failure and had no next step.

Route the error class we already compute into the copy so each cause names the
thing the user has to change. Guidance and telemetry now derive from the same
classifier, so they cannot drift apart.

* fix(runtime): guide users through long RPC paths

* fix(runtime): avoid false window listener warning

* fix(runtime): guard destroyed window before web contents
2026-07-28 16:05:05 -07:00
2026-07-11 20:53:20 -07:00
2026-05-04 20:42:03 -07:00
2026-03-16 22:27:51 -07:00
2026-03-28 10:19:14 -07:00

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The AI Orchestrator for 100x builders.
Run Codex, ClaudeCode, OpenCode or Pi side-by-side — each in its own worktree, tracked in one place.

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Description
Orca is the ADE for working with a fleet of parallel agents. Run any coding agent with your own subscription. Available on desktop, mobile and remote runtime.
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