Moves the fictional movie catalog into `libs/shared/marketing-fixtures` so the
Xtream and Stalker mocks describe the same titles, and adds 20 rendered posters
plus the shared fixture types behind them.
Supporting changes made while getting it green:
- `shared-marketing-fixtures` is classified Tier B in the coverage policy. Not
Tier A: it is fictional fixture data, so a statement percentage over it means
nothing, and a Tier A entry would pull it into the merged coverage map and the
ratchet. Tier B still runs its spec in CI. `stalker-mock-server` needs no entry
of its own — it is already Tier C and the Tier B/C runner falls back to
`pnpm nx test <project>`, so its new `marketing-poster-url.spec.ts` runs.
- Two release-capture defects the catalog reorder introduced, both fixed in
`tools/release/capture-app-driver.ts`:
- VOD stream ids are `MARKETING_VOD_STREAM_ID_BASE + index` and the generator
now lists the showcase movies first, so 62000-62002 became Black Harbor, The
Paper Astronaut and Summer Static while the dashboard seeding still mapped
those ids to the previous titles' backdrops.
- the raw `tsx` spawn of the Xtream mock lacked `--tsconfig
tsconfig.base.json`, so the mock could not resolve
`@iptvnator/shared/marketing-fixtures` and the capture never started. Both
mock projects' own serve targets already passed the flag.
Third slice of the release-notes pipeline (#1256 format+generator, #1257 CI
gate): release screenshots become reproducible and provably mock-only.
The v0.20 capture script was single-use (hard-coded slugs, paths, hero) and
fail-open: a lost IPTVNATOR_E2E_DATA_DIR silently fell back to the user's
real ~/.iptvnator database, `...process.env` leaked ambient TMDB keys and
proxies, nothing gated network access, and no frame content was ever
validated. Each hole leaks real playlists, credentials, or copyrighted
artwork into published screenshots without a single signal.
New pipeline:
- tools/release/screenshots.manifest.json — declarative shots (slug, title,
named setup steps, themes). Adding a feature shot = one manifest entry.
- capture-release-screenshots.ts — orchestrator; output goes to
apps/website/public/blog/<release>/screenshots/<slug>-<theme>.png, release
slug derived from package.json (or --release), --only/--theme filters.
- capture-app-driver.ts / capture-navigation.ts — launch, seeding, theme,
and the named-action vocabulary; actions are order-independent (every
portal action starts from the dashboard).
- screenshot-guards.mjs — the fail-closed policy, pure and unit-tested:
G1 the real database is snapshotted (sha256+mtime) before launch and must
be byte-identical after; the isolated DB must actually exist
G2 the app receives an allowlisted environment, never ...process.env
G3 deny-by-default network gate; known app-level calls (GitHub update
check) are answered by local stubs; any other blocked request fails
the run — a silently-blocked TMDB call would leave a frame that looks
broken rather than unsafe
G4 every frame is scanned before capture: external img/background URLs,
credential-shaped text, MAC addresses, non-localhost m3u8 references
G5 TMDB enrichment asserted disabled via the renderer's IndexedDB
Any violation deletes every frame captured in the run and exits non-zero.
The guards paid for themselves on the first live run: G3 caught the mock
server redirecting stream endpoints to a public demo HLS
(test-streams.mux.dev) — meaning earlier hand-run captures could embed
third-party video frames. The M3U shot now deliberately captures the groups
layout without starting playback.
`.changes` validation now cross-checks `screenshot:` slugs against the
manifest, so a note cannot reference an image the capture run never
produces.
Verified end-to-end: 10/10 shots (5 slugs × dark/light) captured against
dist build + xtream-mock-server, frames visually inspected (fictional
titles/artwork only), guard-violation paths exercised live. 67 unit tests
in release-tools, lint green, script files within the repo size limit.
Co-authored-by: Claude Opus 5 <noreply@anthropic.com>
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