* ci: run typecheck, build & tests on PRs and main
Add a GitHub Actions workflow (.github/workflows/ci.yml) that installs on
Node 20 (the pinned runtime), builds shared/server/web, typechecks desktop,
and runs the full vitest suite across all packages on every pull request and
push to main. The repo already had 500+ tests but only ever ran them locally.
Also wires up the missing test/typecheck plumbing this exposed:
- web package had 55 test files but no test script — add test/test:watch/typecheck
- add root-level test and typecheck aggregate scripts
- fix a latent web type error the new typecheck surfaced: reference
vite-plugin-pwa/react types so virtual:pwa-register/react is typed
(useRegisterSW callback params were implicit any; the tsc half of the web
build script has been failing, masked by vite build ignoring type errors)
* test: fix two latent failures surfaced by CI on Node 20
- server: exclude dist/** from vitest. Vitest 4's default exclude dropped
dist/, so after `pnpm build` emits compiled .test.js files, vitest ran those
stale copies alongside src/*.test.ts and they failed (compiled vi.mock paths
resolve differently).
- web: polyfill Blob.prototype.stream in the jsdom test setup. jsdom's Blob has
no .stream() on Node 20 (Node 25 provided one, masking this locally); undici's
Response constructor calls blob.stream(), so new Response(blob) threw
'object.stream is not a function'.
- App.tsx and main.tsx ErrorBoundary gate rendererReady() on
VITE_FORCE_BOOT_STALL build env var. When set, the ping is suppressed
so the main-process boot timer fires (exercising the renderer-stalled
recovery path without hand-editing source).
- vite-env.d.ts declares the env var type so TS doesn't complain.
- scripts/smoke-recovery.sh automates scenarios 2 (bad URL → load-failed)
and 4 (forced stall → renderer-stalled), grepping stderr for the
[recovery] entered: ... lines added by the prior commit. Backs up and
restores the user's instance-url.json. Manual scenarios documented in
the script header.
Inject @sapphi-red/web-noise-suppressor into AudioManager's input pipeline
as a toggleable AudioWorkletNode. The worklet is loaded lazily on first
enable, then kept alive — toggling bypasses by rewiring the graph without
destroying the WASM instance. Browser NS is forced off when RNNoise is
active to avoid double-processing. InputGain forced to stereo up-mix to
prevent mono-left-only output from the worklet. Also wires Phase 2 output
device routing (setSinkId) into AppLayout/ChannelSidebar.
TheZwiss