63ed1f3c1f
Squash of experiment/ff-big-modules vs main.
Big-module routing removed: native-EH shrank kicad_editor below
SpiderMonkey's x86-64 code budget (runs 29355049705/29356152413 green on
stock Firefox), so BIG_MODULE_SPECS routing and the baseline-only-JIT
crutch are gone — kicad-firefox and kicad-chromium both run the full
suite, with the module compiled the way real users' browsers compile it.
Per-engine screenshots end to end: stableShot/shotPath write
test-results/<engine>/<name>.png; baselines move to
baseline-screenshots/{chromium,firefox}/ and the whole tools/screenshots
pipeline (compare/promote/manifest/spec-map/changelog/Discord) keys on
<engine>/<name>. Previously Firefox and Chromium renders of one spec
overwrote each other and Firefox renders were never actually gated.
Seeded from CI run 29421380806 (92 new firefox baselines, +24 chromium
web-suite shots); manifest generated from the baseline tree.
One merged playwright.config.ts (kicad/asyncify/coroutine/perf as
projects); ~25 dead npm scripts dropped. The web suite is gated in CI for
the first time ever (4 rotted specs fixed, 5 broken lib-bridge specs
triaged as fixme in docs/features/web-e2e-rot/); cheap lint step after
npm ci; last 26 blind-sleep violations fixed.
SwiftShader retired: CI Chromium renders WebGL on ANGLE → Mesa llvmpipe
(--use-gl=angle --use-angle=gl --ignore-gpu-blocklist; the blocklist flag
is mandatory — llvmpipe is blocklisted and WebGL is silently unavailable
without it) in BOTH configs. Under WORKERS=4 congestion SwiftShader
transiently failed the first post-board-load draw and the recovery
cascade ended in a silent permanent Cairo fallback — that engine flip was
the "~1.2% changedRatio both directions" occ-export baseline flake.
Validated 160/160 across two 80-repeat rigs; full analysis in
docs/features/wx-parity-bugs/occ-export-context-eviction.md. Chromium
baselines shift slightly on llvmpipe — promote once from the first green
run. Deflakes the new coverage exposed: presence baselines settle before
capture; presence fixtures declare current file formats; perf gets its
own outputDir so CI evidence survives; occ-export settles the board paint
before the export dialog; menu-item waits (waitForRenderedByLabel before
clickMenuItem) in 4 specs + the TESTING.md rule.
Web suite runs the PROD build, in parallel: webServer becomes backend
`start` + the standalone's e2e:preview (build-preview.mjs: link-wasm →
stash the public/wasm symlink aside during vite build, build-demo.mjs's
move — then vite preview as the persistent server). The wasm middleware
serves /wasm/* in preview and emits COOP/COEP/CORP itself (a pthread
worker script's own response must carry COEP or Chrome kills it with
ERR_BLOCKED_BY_RESPONSE). VITE_* flags bake at build time;
VITE_ALLOW_USER_OVERRIDE joins turbo globalEnv. fullyParallel + default
workers: 5.2m → 1.4m. Determinism fixes the parallel run exposed:
shared-page specs become serial groups; locks.spec grabs alice's exact
item via the new kicadCollabTestSelectByUuid hook (cross-tab "first
footprint" order is not a ysync invariant); quit specs poll page.url()
(quit supersedes its own navigation — NS_BINDING_ABORTED on Firefox).
Suite: 51 passed / 12 skipped / 0 failed in 1.6m.
CI-coverage gate (lint:ci-coverage): every tests/**/*.spec.ts must be
reachable from the npm scripts the workflows invoke — scraped from
.github/workflows/, resolved through package.json, coverage asked from
playwright --list itself. Rules: uncovered-spec + orphan-project (with a
documented LOCAL_ONLY_PROJECTS allowlist). Gating next to
lint:determinism; 138 spec files / 13 projects accounted for.
Product fixes kept from the investigations (reachable on real GPUs too):
wx 7799fd1be5 — paint flags clear before dispatch + Invalidate always
propagates; kicad 3dcfea5e45 — SwiftShader pass-boundary flush +
per-instance font texture + first-frame GL-error drain (GAL recovery
recovers instead of falling back to Cairo) + the user-facing eeschema
switch navigates again under __EMSCRIPTEN__ (project-sync's
FaceRegistered gate had rerouted it into the hidden sync player; caught
by the newly-gated web suite).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_018eUxiPApHgGiu9NFyQfhAq
3 KiB
The goal is to build kicad with wasm and run it in a browser README.md details how to run the project
A lot of native module have to be compiled to wasm, the most complex is wxwidgets
/kicad and /wxwidgets are git submodules from our own forks
The e2e tests are in /tests, with a README and WHATWORKS md files
Test determinism rules (no blind sleeps/ifs, stableShot screenshots, retries:0) are in tests/TESTING.md, enforced by npm run lint:determinism.
The e2e tests are separated per feature
Wxwidgets wasm port has hooks for finding positions of UI elements, tests use that
The test screenshots are tracked with git, per engine (tests/baseline-screenshots/{chromium,firefox}/); CI's Linux render is the source of truth (tooling: tests/tools/screenshots/, see its README).
To update baselines, promote a CI run's render (churn-free — only meaningfully-changed images restage): cd tests && npm run screenshots:promote -- --run <ci-run-id>, then commit. npm run screenshots:check is the local gate; on each main push CI posts a screenshot-diff + runtime-perf report to Discord.
The tests have log files in tests/logs/{wxwidgets/kicad}/{test-name} after each run where the js console and cpp logs are visible
Always check screenshots for validating tests
Run e2e tests from /tests folder: npm run test:e2e (full CI project set, one merged playwright.config.ts) or npm run test:kicad (firefox shortcut) — not playwright directly. One spec/engine: npx playwright test --project=kicad-firefox kicad/pcbnew.spec.ts. Web-app suite: npm run test:web.
Build kicad with docker/build.sh (includes wxwidgets build, runs in docker) Build wxwidgets standalone with scripts/build-wx-wasm.sh (runs on machine, for wxwidgets-only changes) Build CPP wxwidgets tests with scripts/builds-wasm-test.sh The build scripts pipe their outputs into log files so that they won't clog the LLM context. Don't pipe outputs, just run the scripts. Maybe with flex if you need that.
Don't change the wxwidgets core unless absolutely necessary, try to fix things in the wasm layer. Don't change kicad unless absolutely necessary - keep our fork as close to upstream as possible. Run scripts/kicad-diff-stats.sh to see how far our KiCad fork has diverged from upstream. It's okay to add temporary logging that will be removed for debugging.
Don't try to guess what's broken , use debug tools / symbols, supported by the build scripts
Feature docs/patches are in features//. Run scripts/create-feature-patches.sh to save patches for root, kicad, wxwidgets submodules.
The landing page / website is in /site (Astro, built and deployed by Vercel on push). The footer shows a build SHA that links to the pcbjam commit the site was built from; because it pins the kicad + wxwidgets submodule revisions implicitly, it is our GPLv3 corresponding-source pointer (see /licenses). It resolves automatically at build time in site/src/components/Footer.astro (VERCEL_GIT_COMMIT_SHA on Vercel, git rev-parse locally) — no manual bump needed.