* test(performance): count startup phases and SQL statements for the J1 launch journey
Implements plan item A2. With IPTVNATOR_PERF_CAPTURE=1 the main process
keeps named counters and registers a main-only performance:read-counters
IPC handler; without the flag nothing is counted and the handler does not
exist.
- debug-trace.ts owns the registry; traceStartupPhase replaces the
trace('startup', ...) sites and counts main.startupPhases.
- The database worker counts executed statements through better-sqlite3's
Statement prototype (the verbose callback expands every statement and
made bulk inserts 2-4x slower) and posts the count over its message
port, flushed before every other worker message. The main-thread shared
connection is counted through a new connection observer in the shared
database library.
- The first main window freezes main.modulesRegisteredBeforeWindow at
creation and main.sqlStatementsBeforeReadyToShow at ready-to-show.
- The journey gate drops the ready-to-show that Electron emits for the
about:blank detour, so the app sees the real document's first paint,
and taps the counters handler; the J1 record reads both counters after
the renderer probe completes.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(database): require one SQL statement per exec during initialization
The performance capture counts one exec call as one statement, because
SQL cannot be split reliably in the counter (trigger bodies contain
semicolons). The historical-upgrade driver now wraps exec on every
connection initDatabase opens and fails on a batch, so that counting
assumption holds for the fresh profile and all historical schemas.
Documents the definition in the counter and the architecture docs.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* test(performance): count SQL statements only for the launch journey
Codex review: the M3U import, refresh-cancellation and Xtream benchmarks
also run with IPTVNATOR_PERF_CAPTURE=1, so the statement hook wrapped
every row of their bulk inserts and changed what they measure.
SQL counting now also needs IPTVNATOR_PERF_COUNT_SQL=1, which only the
launch journey sets; a harness test fails if another source sets it.
Startup phases, the window snapshot and the read handler stay on the
capture flag. Without SQL counting no ready-to-show listener is attached,
so a zero is never reported for statements nobody counted.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
---------
Co-authored-by: 4gray <fourgray@proton.me>
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
Registering IPC handlers costs 0.4 ms; evaluating the modules behind them (axios, drizzle-orm, better-sqlite3, electron-updater, fix-path) before the window could load was the real cost. main.ts now keeps only the pre-paint wiring and loads the rest as the deferred-events.js chunk inside the main window's did-start-loading listener, where the import and its registrations complete before any renderer invoke can arrive.
Interleaved A/B on the performance build: app.whenReady 323 -> 265 ms, did-finish-load 499 -> 447 ms; J1 journey spawnToDidFinishLoad ~405 -> ~365 ms with identical counters. Packaging ships the chunk explicitly, verify:package-layout requires it, and the benchmark build identity hashes it.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
main.js is now a small entry that enables Node's on-disk V8 compile cache under userData/v8-compile-cache and then requires the application bundle main.app.js. Warm launches reach app.whenReady about 13 ms sooner at the median; IPTVNATOR_DISABLE_COMPILE_CACHE=1 turns it off and IPTVNATOR_COMPILE_CACHE_DIR relocates it.
Packaging now ships main.app.js explicitly and verify:package-layout requires the main-process entry files in app.asar, because nx-electron copies the backend through an allowlist. The Xtream benchmark build identity hashes both the launcher and the bundle.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* test(performance): add the J1 launch-to-usable journey benchmark
Implements plan items A1, A3 (J1 only) and the minimal A4 from
.plans/2026-09-25-performance-journeys-ratchet.md.
- journey-renderer-probe.ts: init-script probe counting DOM mutations,
layout shifts and long tasks until the first source card is visible on
/workspace with the splash removed; unit-tested with jsdom fixtures.
- journey-main-ipc-capture.ts: counts bridge invocations from the preload's
renderer-API trace channel up to a sentinel call the probe fires, so the
IPC counter is exact without touching production code.
- launch.journey.ts + playwright.journeys.config.ts: seeded profile (one
M3U source, one Xtream portal on the loopback mock), one warm-up and five
measured iterations, fresh process and data directory each, writing
dist/performance/journeys/<timestamp>/summary.json with exact counters
and P50/P90 wall-clock.
- Nx target electron-backend-e2e:journeys and root script perf:journeys.
- docs/architecture/performance-journeys.md, README, context and
validation map entries.
renderer.cdTicksToFirstCard and main.sqlStatementsBeforeReadyToShow are
reported as unavailable with the reason instead of being faked.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* test(performance): gate the renderer load so the probes never race startup
Review follow-up for #1698.
- journey-renderer-gate.cjs: a main-process hook loaded with `-r` (the
mechanism Playwright uses for its own loader) makes the first
loadFile/loadURL navigate to about:blank and holds the real load until
the test releases it. Playwright reports no page before a navigation
commits, so this is what lets the renderer probe be registered on the
page before the real document exists; the IPC capture is installed
before the release too. A safety timeout releases the gate on its own
and marks the iteration invalid. Unit-tested with a fake BrowserWindow.
- launch-journey-app.ts: registers the probe on the parked page, releases
the gate, waits for the real document to commit, fails fast when the
probe is missing, and refuses an iteration whose gate timed out, saw a
second load, or released before the probe was in place.
- journey-renderer-probe.ts: entries delivered live after the terminal
batch are buffered and filtered by the same cutoff as queued ones, and
the cutoff is sampled in a timer queued from the first rAF, i.e. after
the card's frame is painted, so the render task's long task and layout
shift are consistently included.
- launch-journey-record.ts: layoutShiftScore rounded to three decimals; a
0.0001 shift flipped in and out of the cutoff between iterations.
- playwright.journeys.config.ts: reuse a mock server left on the journeys
port locally (its fixtures are deterministic); CI still starts its own.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* test(performance): validate the journey gate after the probe completes
Codex follow-up on #1698: the gate state returned by release() cannot see a
reload or recovery navigation that happens before the first card. Re-read the
live state once the renderer probe has finished and validate that instead,
so an iteration spanning an extra navigation is rejected.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* test(performance): fail an iteration whose performance observers were unavailable
Codex follow-up on #1698: a renderer that cannot observe layout-shift or
longtask entries used to pass the probe with zero counters, which a ratchet
could not tell apart from a genuine zero. The probe assertion now rejects
such an iteration and names the missing observer.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
---------
Co-authored-by: 4gray <fourgray@proton.me>
Co-authored-by: Claude Fable 5.1 <noreply@anthropic.com>
* test(electron): reap Windows process trees and retain smoke diagnostics
* test(electron): require confirmed process exit before relaunch
* test(electron): retain process handle after application exit
* test(electron): bind captured processes to application instances
* chore(lint): hold tests to their own max-lines ceiling
The flat 400-line cap treated a spec like a component. A spec is a flat
list of independent cases, so hitting the cap there produces arbitrary
`-2.spec.ts` splits and hides coverage instead of surfacing design debt —
65 of the 138 files over the limit were tests.
Production code keeps 400. Tests (`**/*.spec.ts`, `**/*.e2e.ts`, and
everything under `apps/*-e2e/**`) get 1200. Blank lines and comments no
longer count, so a docblock can't be the reason a file must be split.
Both limits now live in tools/eslint/max-lines-config.mjs, imported by
eslint.config.mjs and the baseline generator alike. The generator decides
who belongs on the list by running ESLint's own max-lines rule instead of
counting lines itself — a private reimplementation would disagree with the
rule the moment either side changed (a `//` inside a template literal is
enough) and yield a baseline that turns CI red while looking correct.
The baseline drops 126 -> 68 entries with nothing added, and six now-dead
`eslint-disable max-lines` directives are removed. A new eslint-tools test
asserts the committed baseline still matches what the generator produces,
so a stale entry or a forgotten regeneration fails CI.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* chore(lint): classify eslint-tools in the coverage policy
A project with a `test` target must be assigned a coverage tier, so
adding eslint-tools broke `coverage:policy:check` before the unit suite
even ran. Tier B alongside packaging and release-tools: these are Node
tests over lint tooling, and a coverage percentage across a generated
list would not mean anything.
CI runs Tier B/C through its own `--run-non-tier-a` step, so the
baseline-consistency test executes there rather than being skipped.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5 <noreply@anthropic.com>
