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Run the sequential Electron E2E suite as three Playwright shards per OS (one runner each) and summarize all shards of an OS in one follow-up job. The semantic summary script accepts a directory of shard reports, merges them and refuses to write when a shard is missing, duplicated or malformed, or when an explicit input does not exist. Slowest shard per OS in the final run: ubuntu 12.5 min (was 26), macOS 13.7 min (was 34), Windows 24.5 min (was 35). Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
225 lines
11 KiB
Markdown
225 lines
11 KiB
Markdown
# Validation Map
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This map records the lowest-cost validation commands agents should reach for
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before broad CI-sized runs.
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## Discovery
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```bash
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pnpm nx show projects --withTarget test
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pnpm nx show projects --withTarget lint
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pnpm nx show projects --withTarget e2e
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```
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## Manual CI Runs
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When a PR event does not start checks for the current head, dispatch CI and E2E
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with `gh workflow run ci.yml --ref <branch>` and
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`gh workflow run e2e-tests.yaml --ref <branch>`. CodeQL also supports
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`gh workflow run codeql-analysis.yml --ref <branch>`; this analyzes the selected
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branch commit instead of the PR merge commit. Verify each run's head SHA before
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using its result as evidence. Docker validation can use
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`gh workflow run docker.yml --ref <branch> -f push=false`.
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## Unit And Type Checks
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| Area | Command |
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| ---------------------------------- | ----------------------------------- |
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| Angular renderer entry points | `pnpm run typecheck:web` |
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| Electron main process entry points | `pnpm run typecheck:backend` |
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| Full unit suite (all projects) | `pnpm run test:unit:ci` |
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| EPG data access | `pnpm nx test epg-data-access` |
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| Workspace shell utilities | `pnpm nx test workspace-shell-util` |
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| Shared SQLite schema/connection | `pnpm nx test database` |
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| Packaging metadata | `pnpm nx test packaging` |
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## Lint
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```bash
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pnpm run lint # nx run-many --target=lint --all
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pnpm nx lint <project> # single project
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```
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The CI workflow (`.github/workflows/ci.yml`) lints affected projects on PRs
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(`nx affected`) and every project on master pushes.
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This enforces `@nx/enforce-module-boundaries` (scope/domain/type tag
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constraints), the legacy bare-alias ban, and the `max-lines` file-size rule
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(hard maximum 400 lines for production TypeScript, 1200 for tests; blank lines
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and comments are not counted). The limits live in
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`tools/eslint/max-lines-config.mjs`, which both `eslint.config.mjs` and the
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generator import. Files that predate the `max-lines` rule are baselined in
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`tools/eslint/max-lines-baseline.mjs`; after splitting a baselined file below
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the limit, regenerate the list with
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`node tools/eslint/generate-max-lines-baseline.mjs`. Never add new files to
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the baseline.
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## Coverage Tiers
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Use `tools/coverage/coverage-policy.json` as the source of truth for coverage
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ownership. Every project with a `test` target must be classified in a tier;
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`pnpm run coverage:policy:check` (part of `coverage:ci`) fails CI when a new
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project is missing from the policy, a listed project no longer exists, or a
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Tier A entry has no test target. CI runs Tier A with coverage (uploaded to
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Codecov) and each Tier B/C project's `validationCommand` (falling back to
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`nx test`) without coverage; projects with an `e2e` target are skipped there
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because the E2E workflow already runs them on every PR that touches app code.
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Docs-only changes (Markdown, `docs/`, `.plans/`, `.codex/`, `.claude/`) and
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`apps/website/**` changes skip the E2E workflow via `paths-ignore` — for those
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PRs no E2E validation runs in CI, which is intentional: they cannot affect app
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behavior.
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Tier A coverage is fail-closed. `coverage:unit:ci` relays Jest output but exits
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nonzero on a `Failed to collect coverage` marker, a missing or invalid project
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report, or a runtime-owning production TypeScript file absent from that report.
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`coverage:merge` requires every configured Tier A report before replacing the
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merged output. Strict health validation also requires the merged Istanbul map
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itself to contain usable instrumentation for every runtime-owning Tier A file,
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recomputes its summary, and then applies aggregate and selected critical-file
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ratchets.
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Runtime-owning files are discovered from the TypeScript AST. Specs,
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declarations, test setup and stubs, generated and environment files, `index.ts`,
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type-only files, and pure re-export shims are excluded. Ratchets live under
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`reporting.coverageRatchet` in `tools/coverage/coverage-policy.json`; update
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them only from a fresh full `coverage:ci` report when every value stays level
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or rises, and never lower one to accept a regression. The only exception is an
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explicitly reviewed production source shrink: `minimumCovered` may follow a
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lower total statement count when the PR documents the removed executable
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statements and fresh coverage proves that the corresponding
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`minimumPercent`, every aggregate ratchet, and the remaining behavioral
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coverage do not decrease.
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| Tier | Rule | Validation |
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| ---- | ------------------------------------------------------------------------------------------------------------------------------------------------- | -------------------------------------------------------------------------------------- |
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| A | Product/runtime Angular, Electron, backend, data-access, portal, playlist, workspace, playback, EPG, and shared UI code collects source coverage. | `pnpm run coverage:ci` |
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| B | Validate behavior without percentage coverage, such as `website`, `packaging`, and Playwright E2E projects. | `pnpm nx test website`, `pnpm nx test packaging`, or the closest E2E target |
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| C | Excluded from the source coverage baseline, such as mock servers, test helper libraries, and untested feature shells. | Validate through dependent flows, or add focused tests when changing behavior directly |
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`apps/website` is an Astro marketing site. Its useful signal is a successful
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static build plus targeted output checks, not a merged code coverage percentage.
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Projects with a test target but no specs, such as `remote-control-web` and
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`remote-control` today, should not be in Tier A until focused specs exist.
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For local coverage inspection:
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```bash
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pnpm run coverage:tools:test
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pnpm run coverage:unit:ci
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pnpm run coverage:merge
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pnpm run coverage:health -- --require-report
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```
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The merged report is written to `coverage/merged/` as HTML, LCOV, Cobertura,
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and JSON summary output. CI uploads the merged Tier A report to Codecov with the
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`unit` flag and keeps the HTML report as a GitHub artifact.
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## E2E
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| Area | Command |
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| --------------------- | ----------------------------------------------- |
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| Web app browser flows | `pnpm nx run web-e2e:e2e -- --project=chromium` |
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| Electron flows | `pnpm nx run electron-backend-e2e:e2e` |
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| VOD multi-source | `pnpm nx run electron-backend-e2e:e2e-ci--src/vod-multi-source.e2e.ts` |
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Use atomized E2E targets when available, for example
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`pnpm nx run web-e2e:e2e-ci--src/xtream.e2e.ts`.
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Playwright coverage is measured semantically by tags and critical journeys, not
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by a source-line percentage. E2E reports should use tags such as `@critical`,
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`@electron`, `@web`, `@xtream`, `@stalker`, `@m3u`, `@search`, `@epg`,
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`@persistence`, `@settings`, `@pwa`, and `@self-hosted`.
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After an E2E run, generate the semantic summary with:
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```bash
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pnpm run coverage:e2e:summary
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```
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CI runs the Electron suite as three Playwright shards per OS
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(`--shard=<n>/3`, split by spec file because the suite is sequential). Each
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shard uploads `playwright-report-electron-<os>-<n>`; the follow-up
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`Electron E2E summary` job downloads the shards of each OS into their own
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directory and runs the summary per OS with `--input=<directory>` and
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`--output-dir=coverage/e2e/<os>`. A directory input merges every
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`results.json` beneath it and fails when a shard is missing or duplicated, so
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the summary never reports a partial run as complete. Tests for that merge live
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in `tools/coverage/e2e-shard-reports.test.mjs` (`pnpm run coverage:tools:test`).
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For local investigation only, Chromium browser V8 coverage can be explored with:
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```bash
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pnpm run coverage:e2e:v8:web
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```
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## I18n
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```bash
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pnpm run i18n:check
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```
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The i18n check is non-mutating. It compares every locale file in
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`apps/web/src/assets/i18n/` against `en.json` and fails on missing or extra keys.
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Identical English fallback values are reported as warnings by default; use
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`node tools/i18n/check-drift.mjs --fail-on-identical` for a stricter translation
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audit.
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## Performance
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```bash
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pnpm nx build web
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pnpm run perf:initial-bytes # breakdown only
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pnpm run perf:initial-bytes:check # measure, then compare with the committed baseline
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pnpm nx test performance-tools
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pnpm run perf:journeys # J1 launch benchmark, writes dist/performance/journeys/<timestamp>/summary.json
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```
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`perf:initial-bytes` reads the built `dist/apps/web/index.html` and sums the
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bytes on the initial path (the J1 counter `renderer.initialBytes`).
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`perf:initial-bytes:check` then fails if the value exceeds
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`tools/performance/journey-baselines.json`; baselines only move down. CI runs
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the same check in the `Initial bytes ratchet` job of `ci.yml` for PRs that
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target `master` and for `master` pushes (dispatch it with
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`gh workflow run ci.yml --ref <branch>` for a stacked branch). `perf:journeys` builds the `electron-performance` configuration and runs the
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J1 launch benchmark against the Xtream mock; its probe specs run with
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`pnpm nx run electron-backend-e2e:test-performance-harness`. The contract, what
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counts and how to add a counter or a journey are in the
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[performance journeys](performance-journeys.md) document.
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## Logging
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Runtime playback and EPG debug logs should use the existing logger or trace
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helpers instead of unconditional `console.log`. Electron external-player traces
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are gated by:
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```bash
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IPTVNATOR_TRACE_PLAYER=1 pnpm run serve:backend
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```
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## Test impact and completion
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Before finishing a feature, bug fix, data-flow or UI workflow change, identify
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the affected projects and choose unit, integration, E2E, build, lint and manual
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checks. Bug fixes normally include regression coverage that fails before the
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fix. If automation is impractical, explain why and report the strongest manual
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validation. Update fixtures, mocks, routes and E2E flows when behavior changes.
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Prefer extending the closest existing suite to introducing a parallel suite.
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Run targeted unit checks first, then affected E2E for workflows, routing,
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persistence, playback, portals, settings or import flows. Electron IPC, SQLite,
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packaged runtime, external players, native files and Electron-only routes require
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Electron E2E where available, otherwise CDP/manual verification using the
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[debugging guide](../development/electron-debugging.md). Prefer atomized E2E
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targets before broad suites. Final reports name tests changed, commands/results,
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and skipped validation with reasons. Docs-only changes need Markdown validation,
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not app unit/E2E. Tooling validation still requires its own focused tests.
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## Agent guidance checks
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`pnpm run agents:validate` checks root instruction budgets/imports and guidance
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navigation links/anchors. `pnpm run skills:validate` checks skill frontmatter,
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length, paths and release mirrors. Both tooling suites run through
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`pnpm nx test repository-skills`; syntax checks use
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`pnpm nx lint repository-skills`. The CI guidance check runs regardless of the
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Nx affected set. Semantic preservation of moved contracts is a review task;
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link validation alone cannot prove it.
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