A text search now also surfaces matching YouTube channels (not just the paste-a-
link path). search_channels() extracts the channels-filtered YouTube results
page (flat); API GET /youtube/search hydrates a 'following' flag. The search
page fires it in parallel with the TMDB search and appends a 'YouTube channels'
group when it returns (best-effort; never blocks/breaks TMDB results). Cards open
the in-app channel page. 82 youtube+api tests green; balanced; music untouched.
Flat channel listing can't return descriptions, so selecting a video showed 'No
description'. Now we do a non-flat single-video extract on demand — the way the
TV nebula lazy-loads guest stars:
- core: video_detail(id) / shape_video() — description, views, likes, duration,
tags, channel, webpage_url (full extract, yt-dlp injectable for tests).
- API: GET /youtube/video/<id> — returns it AND backfills the description onto
the wishlist row (set_wishlist_video_overview), so re-opening is instant.
- Wishlist info bar (youtube): on select, lazy-fetch → real description +
eyebrow (date · duration · views) + a 'Watch on YouTube' link; cached on the
episode object. 'Loading details…' while in flight.
Mirrors the episode lazy-load + art-backfill patterns. 73 youtube+api tests
green; brace/CSS balanced; music untouched.
- Resolver: capture banner_url + separate avatar (by thumbnail id), keeping
per-video duration/views for the detail hero.
- query_youtube_wishlist reshaped to the EXACT TV-nebula shape: channel = show,
upload YEAR = season (newest first), video = episode (newest=ep1 within a
year), carrying source='youtube' + youtube_id + per-video source_id. Surrogate
int returned as tmdb_id so the nebula's int keying just works.
- New API: GET /youtube/channel/<id> (full channel detail — meta + deeper
uploads + following + per-video wished flags) and POST /youtube/wishlist/add
(per-video wish). DB: youtube_video_wish_state, remove_one_video_from_wishlist.
- Tests updated for the nebula shape + banner + detail endpoints. 82 DB + 69
api/youtube tests green.
First slice of 'follow a YouTube channel as a show'. Pure, testable resolver:
- parse_channel_url() normalizes any channel reference (@handle, /channel/UC..,
/c/.., /user/.., bare handle, with/without scheme or tab suffix) to a
canonical /videos uploads URL, and rejects non-channels (watch/playlist/
shorts/home/non-youtube).
- shape_channel() maps yt-dlp's flat-extract dict to our shape (channel meta +
recent uploads), picking best-res thumbs, parsing sparse publish dates
(timestamp or upload_date → ISO, None when flat mode omits them), filtering
null/id-less entries.
- resolve_channel() ties them together via an injectable YoutubeDL factory.
yt-dlp only (already a pinned dep), extract_flat for cheap listing. 28 seam
tests, no network. Schema bridge + API + UI are the next slices.
Provider filter (#4):
- client.discover() + engine.discover_filter() take a TMDB provider id and pass
with_watch_providers + watch_region (engine._region) + flatrate. Browse gets a
streaming-service chip row (Netflix/Prime/Disney+/Max/Apple TV+/Hulu/Paramount+/
Peacock); the grid title reflects 'on <service>'.
Infinite scroll (#6):
- Grid paginates via an IntersectionObserver sentinel (600px lookahead) with a
bottom spinner; the Load more button stays only as a no-IO fallback.
Polish (#7):
- Hero keyboard nav (←/→ when Discover is the visible view, ignoring inputs and
while the trailer is open); focus-visible rings on chips/segments/cards/arrows.
Note: 'complete-the-franchise' rail (#5) needs a collection_id per movie, which
the schema doesn't store yet — deferred (would need an enrichment pass).
Tests: +1 (provider watch_region params); updated the discover_filter fake for
the new kwargs. Enrichment + API suites: 115 passed.
Performance:
- Batched ownership: new db.library_ids_for_tmdb() resolves a whole rail in one
query per kind. _stamp_owned (now also used by search + trending) groups by
kind, so a full Discover page drops from ~500 connections to a couple per rail.
Function/data:
- 'See all' on every rail opens it as a paged grid (Load more); the filter bar's
Browse routes through the same generic category grid with a back button + title.
- Personalized 'Because you like <Genre>' rails seeded from your most-owned
genres (new db.top_owned_genres + /discover/taste endpoint).
- 'Hide owned' toggle drops in-library titles from every rail/grid (CSS class,
instant).
Visual vibes:
- Ambient page-top color bleed that follows the current hero slide's hue.
- Rail edge-fade mask, gentle fade-in on load, per-title hue glow on card hover.
Tests: +4 (batched id map, server scoping, one-query-per-kind stamp, top genres).
Full video enrichment + database suites: 145 passed.
Storage was already per-server (movies/shows UNIQUE(server_source, server_id),
episodes via per-server show_id, prune_missing scoped) — but reads returned
every server's rows, so a Jellyfin scan would show up alongside Plex.
Mirror the music standard: scope reads to the active video server
(resolve_video_server). query_library, calendar_upcoming, dashboard_stats and
library_id_for_tmdb take a server_source; the dashboard/library/calendar
endpoints pass it. server_source=None keeps "all servers" (enrichment processes
every server; tests unchanged). No schema change, no data migration — existing
Plex data is untouched and simply hidden while Jellyfin is the active server.
Regression tests: same title on both servers stays two rows; scoped reads only
return the active server's data; deep-scan prune never touches the other server.
A new isolated Calendar page (/api/video/calendar) — every upcoming episode for
your owned shows across a real 7-day week (today first), as art cards sorted by
air time with a per-cell breathing colour glow.
- Air times: enrich shows with TVDB airsTime (new shows.airs_time column +
migration); cells show + sort by time, streaming (untimed/00:00) = "Anytime".
One-time background backfill re-queues already-matched shows for the time.
- Click an episode → styled modal (show backdrop hero, episode still/synopsis,
air date+time, owned badge, genres, "about the show"), with an explicit
"Open full show page" action instead of navigating on click.
- Isolated: reads only video_library.db, writes nothing to the music side.
Give the video side its OWN server connection — pre-filled from music but stored
separately in video.db, fully isolated (video never writes music config/state).
- Effective config helpers (video_plex_config / video_jellyfin_config): video's
own creds when set, else inherited read-only from music. resolve_video_server +
_build_source + watch-link/poster/dashboard all use these (own db threaded in).
- Server Connection UI mirrors music's server picker (toggle = select + configure),
scoped to Plex/Jellyfin, at the bottom of the Connections tab.
- Jellyfin: independent client built from video's creds; explicit USER picker like
music (list users → that user's libraries); honors the pick, admin fallback.
- Honest connection diagnostics (reachable vs 401 vs no-users) instead of a vague
"auth failed".
- Auto-save on change with toasts; the shared Save button is intercepted on the
video side so it saves video settings (and can't fire a music save).
- Enrichment status now PUSHES over the socket like music (no browser polling /
access-log flood); config save only rebuilds workers when an API key changed.
- Seam tests for effective-config inheritance/override + isolation guard.
Two real coupling bugs, fixed:
- resolve_video_server still fell back to the music active server when no explicit
video pick was set, so changing the music server changed video. Removed: video
now uses ONLY an explicit video pick or the configured server(s) (Plex default
when both). Changing the music server never changes video.
- The shared settings page could persist active_media_server from the video side.
Guarded saveSettings itself (not just the debounced auto-save) so it NEVER runs
while data-side=video — video saves only via /api/video/*.
Test: video does not follow the music active server. One-way isolation, both ways.
The video side now uses a configured Plex/Jellyfin on its own (resolve_video_
server), not config_manager.get_active_media_server(). So a music-only server
(Navidrome/SoulSync) never applies to video, and 'Navidrome for music + Plex for
video' works. Order: explicit video pick (video_server setting) → music-active if
video-capable → the single configured one → Plex if both → None. Seam tests cover
each case incl. the mixed setup.
A saved 'Where-to-watch region' picker in Settings → Detail Pages (19 common
regions, default US). The engine reads it for the providers in extras +
tmdb_detail (region in the cache key), and the detail page labels the section
'Where to Watch · <region>' so you know which market you're seeing.
Click any episode (owned or missing) to expand it: a larger still, full overview,
and the episode's guest stars (clickable to the person page). Lazy-loaded per
episode from TMDB by the show's tmdb_id and cached. New client.episode_detail +
engine.episode_extra + /api/video/episode/<show_tmdb>/<season>/<episode>.
The inline dict cache was a latent bug: no lock (the engine singleton is hit by
concurrent Flask + worker threads) and a wholesale-clear cliff at 256 (nuked hot
entries). Extracted a thread-safe TTL+LRU TTLCache into an importable core/ module
with seam tests (expiry via injected clock, LRU-not-wholesale eviction, a
concurrency stress test). Engine now uses it; search is cached too (60s, ownership
re-stamped fresh). Deliberately NOT persisted to disk — durable data already lives
in video.db; that tier would be over-engineering for a self-hosted app.
The owned-item extras and preview detail payloads were already cached (30-min
TTL); person_detail, tmdb_season, and trending were not — so person pages and
lazy preview seasons re-hit TMDB each view. Now cached too (trending 1h). Library
ownership is re-annotated fresh on each call so 'In Library' badges stay current
while the expensive TMDB fetch is reused. Tests for person + season caching.
extras() now returns a featured review (author, rating, snippet, date); the detail
page shows it in a card with a clamped body + Read more/less. In-app (no external
link).
person() now returns profile images (thumb+full) and also_known_as. The person
page shows an 'Also known as' line and a Photos rail that opens the shared
fullscreen lightbox (arrows/Esc/counter).
One TMDB call (append_to_response) now also returns: image gallery (backdrops +
posters, thumb+full), all YouTube videos (ordered trailer→teaser→clip→…), keyword
tags, facts (budget/revenue/language/country), and the FULL cast (tv via
aggregate_credits with per-actor episode counts). Shared by item_extras (owned)
and full_detail/tmdb_detail (preview).
Caching: the engine memoizes the live TMDB extras + preview payloads (30-min TTL)
so re-opening a title is instant instead of re-hitting TMDB. Tests added.
- Sort dropdown: Newest / Oldest / Most popular.
- Department filter (Acting / Directing / Writing / …) for multi-hyphenates —
only appears when a person has 2+ departments. Composes with the existing
kind + ownership filters; every chip shows a CONTEXTUAL count (what you'd get
if you clicked it, given the other active filters).
- Age in the hero meta ('47 years old', or lifespan + 'aged N' for the deceased).
- Backend: each person credit now carries its department (cast=Acting,
crew=its TMDB department). Seam test added. 249 video-suite tests pass.
'Request limit reached!' is the free-tier daily quota (1,000/day), not a bad key
— so the worker now idles ~30 min and auto-resumes instead of pausing for good.
A library bigger than the daily cap just spreads its ratings across days on its
own. A genuinely invalid/unactivated key still hard-pauses until fixed. Cooldown
reads as paused in the UI (+ a 'cooldown' flag and note). Item is never burned to
synced, so nothing is lost.
OMDb returns a JSON body even on 401, so surface its actual Error: 'Invalid API
key!' (nudges the user to click OMDb's activation email) vs 'Request limit
reached!' (free-tier daily quota). The worker's pause note uses the same message.
The log flood you saw was the OMDb worker hitting a 401 (invalid key) on every
owned title: it logged a full traceback per item AND marked each one
ratings_synced=1 — which would've stopped them ever retrying once the key was
fixed. Root-cause fixes:
- OMDBClient.ratings raises a distinct OMDbAuthError on 401 / 'Invalid API key!'
(vs a transient error vs a genuine no-data 200).
- Worker: on an auth error it PAUSES (transient, not persisted) with a reason
note + one warning, instead of churning the whole library; the item is NOT
marked synced. Transient errors no longer burn items either — they back off and
pause after 3 in a row. Only a genuine 'no data' marks an item synced. Warnings
are concise (no per-item tracebacks). get_stats exposes the pause 'note'.
- Fixing the key auto-recovers: saving a new/changed OMDb key re-queues every
still-unrated title (resets the wrongly-burned ones), and the engine rebuild
un-pauses the worker.
Seam tests: bad-key pause-without-burn, transient keep-item, ratings() raises on
401, key-change re-queues unrated. 227 video-suite tests pass.
The 'Where to Watch' section is now actionable:
- For an OWNED title it leads with a 'Play on Plex/Jellyfin' tile (green, play
glyph) that deep-links straight to the item on your server — Plex via the
app.plex.tv web app (machineIdentifier fetched once + cached), Jellyfin via its
web detail page. Built in engine.item_extras from the row's server_source +
server_id and the shared media-server config (same source poster.py uses).
- Streaming providers (TMDB/JustWatch) are now clickable → the where-to-watch
page, with a hover lift.
Owned-only: preview (tmdb) items have no library row so they get no server tile.
Seam tests cover the Jellyfin + Plex link building and the unowned no-link case.
240 video-suite tests pass.
Smart back (mirrors music's artist-detail): the top-left back button now
remembers where you actually came from, many layers deep. It keeps an origin
stack ({page} or {detail title}) and stamps each history entry with its layer
depth, so:
- the label is dynamic — '← Back to Search' / '← Back to The Bear' / '← Back to
<person>' — instead of a hardcoded 'Library'/'Back';
- backing out of the first layer returns to the page you started from (Search,
Watchlist, wherever), not always the Library;
- browser Back and our button both unwind the chain one layer at a time, in sync.
Fixes: search → person → back → movie used to mislabel as 'Library' and dump you
in the library.
Next level:
- Search isn't a blank box when idle — a 'Trending this week' rail (TMDB
trending, owned/preview annotated). Returns when you clear the query.
- Person page gets a 'Known For' hero rail (top titles by popularity) above a
full filmography now sorted chronologically (newest first).
Backend: TMDBClient.trending + engine.trending (+library annotation), route
/api/video/trending. Isolated; 237 video-suite tests pass.
Search any movie / show / person (TMDB multi-search) entirely in-app. Results
that you already own link straight to the library detail; the rest open a
TMDB-backed 'preview' detail that reuses the exact same Netflix billboard UI
(direct image URLs, nothing owned/enriched). Everything resolves back into
SoulSync — no external links on un-owned titles.
- Search page (video-search.js): debounced /api/video/search, grouped
movies/shows/people cards (reuses .library-artist-card) with owned/preview
ribbons. People open the person page.
- Source-agnostic detail (video-detail.js): loads from /api/video/detail
(library) or /api/video/tmdb (preview); art helpers pick proxy vs direct URLs;
tmdb shows lazy-load episodes per season; owned-via-tmdb-url auto-redirects to
the library detail.
- 'More Like This' now drills in-app (tmdb detail, redirects if owned); cast/crew
link to a new in-app person page (bio + filmography, each credit owned/preview).
Library credits now carry tmdb_id so owned-item cast is clickable too.
- Backend: TMDBClient.search/full_detail/person (+ shared _parse_extras);
engine.search/tmdb_detail/tmdb_season/person_detail; db.library_id_for_tmdb;
routes /search, /tmdb/<kind>/<id>, /tmdb/show/<id>/season/<n>, /person/<id>.
Isolated (one-way): video-only files, no music imports, music shell untouched.
Seam tests: search/full_detail parsing, tmdb_detail assemble+redirect, search +
person library annotation, library_id_for_tmdb, route registration, shell/JS
isolation. 234 video-suite tests pass.
OMDb now has the same setup as TMDB/TVDB: a yellow dashboard orb (★ glyph) that
spins/idles in the worker-orb animation, an entry in Manage Workers (Ratings
coverage cards, pause/resume, retry, search), and a BACKGROUND ratings pass.
- Worker 'ratings mode' (is_ratings): instead of a match queue it pulls
ratings_next() (library items with an imdb_id and ratings_synced=0), fetches
IMDb/RT/Metacritic, applies + marks synced. So the whole library gets ratings,
not just titles you open (schema v7: ratings_synced).
- enrichment_breakdown/unmatched/retry get an 'omdb' branch (coverage =
ratings-filled, not matched). build_clients includes omdb; the lazy on-view
backfill uses the omdb worker's client.
- Dashboard orb + Manage Workers entry (★ glyph fallback where there's no logo),
yellow accent.
Seam tests: omdb worker rates the queue (ratings mode), ratings breakdown.
Next-level: real critic/audience scores beyond the TMDB star. OMDb (free key,
keyed by the imdb_id we already capture) returns IMDb / RT / Metacritic.
- OMDBClient (ratings + test); built as a non-worker 'ratings_client' on the
engine. _backfill_ratings runs in both lazy detail refreshes (overwrites, since
ratings are dynamic). schema v6: imdb_rating / rt_rating / metacritic on
movies + shows; show/movie payloads return them.
- Billboard renders branded rating badges (IMDb yellow, RT tomato/splat by
fresh/rotten, Metacritic green/yellow/red by score). Lazy refresh also triggers
when an imdb_id exists but ratings are missing.
- OMDb API-key frame in Settings (parity with TMDB/TVDB) + config GET/POST +
/enrichment/omdb/test.
Seam tests: OMDb parse, engine ratings backfill, apply_ratings + payload, config
includes omdb.
So library cards show real owned/total (e.g. 8/10) WITHOUT opening each show. When
the TMDB worker's match queue is clear, it pulls the full season/episode list for
one already-matched-but-unsynced show per loop (episode_sync_next), inserting
missing episodes + marking it synced. Over time every library show gets its full
list; the on-view lazy refresh still makes the one you open instant. TMDB-only;
counts toward the worker's pending so it shows busy (not 'Complete') while syncing,
and never loops on a single failing show.
Seam tests: episode_sync_next selection + pending count, worker syncs a pre-feature
matched show to the full list.
Reload bug: music's router boots first, rewrites an unknown /video-detail/... URL
to /dashboard, and my init read the already-changed URL (no restore) AND dispatched
open-detail before video-detail.js was listening (empty page + stray back button).
Fix: capture the path at SCRIPT-EVAL time (before music boots) and DEFER the
restore to a macrotask so every DOMContentLoaded handler is registered and music's
initial routing has run — then re-assert the real URL. Reload/deep-link now restore
the exact item.
Missing-episodes bug: the full-episode-list cascade only ran via the lazy refresh,
which was gated on ART being missing — so a show that already had posters/logo
never pulled its episode list (stayed owned-only). Added shows.episodes_synced
(schema v5): the worker sets it after a full cascade; show_detail returns it; the
lazy refresh now triggers when NOT synced, so owned + missing episodes populate.
Previously the episodes table held only what the server has (all 'Owned'), so the
detail page never showed what you're missing. Now the metadata provider defines
the full series structure and the server marks ownership:
- TMDB returns the full season list (poster optional) + full episode fields
(title/air date/runtime/still/rating) per season.
- backfill_episodes UPSERTs: owned episodes keep has_file=1; episodes the server
lacks are inserted as MISSING (has_file=0); fully-missing seasons get created.
The cascade now iterates every TMDB season, not just the ones on the server.
- The scan prune only removes SERVER-originated rows (server_id set) that vanished,
so enrichment-added missing episodes/seasons are never pruned on re-scan.
Season coverage (X / Y) is now meaningful, and the episode list shows Owned +
Missing together. Seam tests: missing-episode insert, fully-missing season,
prune preserves missing.
Phase 4: dynamic extras fetched LIVE per view (providers change, so not cached)
via GET /detail/<kind>/<id>/extras → engine.item_extras → TMDB
(videos + watch/providers + similar in one call).
- Trailer: a '▶ Trailer' action that opens an in-app YouTube modal embed (Esc /
click-away to close).
- Where to Watch: provider logos for the region (JustWatch via TMDB).
- More Like This: a poster row of similar titles linking out to TMDB.
Both movie + show pages; all keyless (same TMDB key).
Seam tests: extras parse (trailer priority, provider/similar shape), item_extras
gating on tmdb_id, route registered, markup hooks. (RT/Metacritic via OMDb needs
its own key — offered separately.)
Phase 3: the stylized transparent title logo replaces the text title in the
billboard (the big Plex/Netflix 'premium' jump). Sourced from TMDB images
(append_to_response=images, include_image_language=en,null) in the same detail
call — no Fanart key needed.
- schema v4: movies.logo_url / shows.logo_url (idempotent migration).
- TMDB client picks an English logo (then language-neutral, then any); enrichment
backfills logo_url gap-only; show/movie payloads return 'logo'.
- Billboard shows the logo img (with graceful fallback to the text title on error
/ when absent; title kept visually-hidden for a11y). Lazy on-view refresh now
also triggers when the logo is missing, so existing libraries fill it in.
Seam tests: English-logo pick, backfill + payload, schema.
- Movie cards in the library now drill into a movie-detail page (both kinds use
the same open-detail event / video-side navigation).
- New video-movie-detail subpage reuses the .vd-* hooks; video-detail.js is now
kind-aware (root() targets the active page by kind, billboard/links/actions
branch on movie vs show). Flat layout: billboard + a details strip (released /
runtime / studio / status / critic score / quality) + the shared Cast & Crew row.
- Lazy on-view backfill for movies too: engine.refresh_movie_art re-fetches TMDB
(cast/genres/backdrop/ratings) when missing, regardless of match status, via
POST /detail/movie/<id>/refresh-art. movie_match_info added.
Seam tests: movie refresh backfills cast/genres, movie_match_info, route
registered, movie subpage markup, cards clickable for both kinds.
Last capture piece, schema v3 (new people + credits tables; CREATE IF NOT EXISTS
migrates existing DBs on restart, no wipe):
- people deduped by tmdb_id; credits link to exactly one movie OR show (separate
nullable FKs + CHECK, no polymorphic id) with department/job/character/order.
- TMDB client appends credits to the detail call (free) and parses cast (name,
character, photo, billing order) + headline crew (directors/writers/creators).
- enrichment_apply backfills cast/crew gap-only (never clobbers); show/movie
detail return cast + crew. Populates on view via the existing lazy refresh-art.
- Cast & Crew section on the detail page: grouped crew line + a horizontal
cast row with circular TMDB headshots, names, characters (accent hover).
Seam tests: TMDB credit parse (+ job filtering, created_by), backfill + people
dedup across titles, gap-only no-clobber, payload shape.
Root cause: season posters / episode art backfill happen during a show's TMDB
*match*, but already-matched shows never re-run ('Retry all failed' only resets
not_found/error), so existing libraries never got the art.
Fix (Boulder's idea): fetch-on-view + cache. When a show detail opens and any
season lacks a poster, the page calls POST /detail/show/<id>/refresh-art →
engine.refresh_show_art re-fetches /tv/<id> via the TMDB client and backfills
season posters + episode art gap-only, regardless of match status. Cached, so
it's a one-time cost per show; runs once per view; re-renders when done.
Seam tests: refresh_show_art backfills a MATCHED show's seasons, needs TMDB
configured, show_match_info, route registered.
Brings the video modal to parity with music's:
- 'Process first everywhere' control (Movies/Shows/Auto) in the topbar — a global
setting that pins which kind every worker processes first. enrichment_next takes
a priority kind; the worker reads enrichment_priority each loop; GET/POST
/api/video/enrichment/priority persists it. Reuses music's .em-global styling.
- Needs-matching bar now has a live count, status filter (All unmatched / Not
found / Pending) and a debounced search (reusing .em-select / .em-search),
matching the music modal. Episode view stays read-only.
- Live glow (scoped to #vem-overlay): pulsing running dot, accent glow on the
selected worker row + active process-first/kind, and a pulsing 'now processing'
chip in the worker accent. Music's shared .em-* styles untouched.
Seam tests: priority pins kind in enrichment_next + worker honors the setting,
priority endpoint GET/POST + validation, modal feature markup pinned.
Episodes ride along with their show instead of being a separate (tens-of-thousands)
queue: when the TMDB worker matches a show, it now backfills every season's
episodes — still / overview / rating — via /tv/<id>/season/<n> (one call per
season, gap-only so server data is never clobbered). Also backfills season
overviews.
The worker manager 'knows about it': the TMDB breakdown gains an Episodes
coverage entry (matched = has art, rest = pending), shown as its own card; the
Episodes view lists episodes still missing art. It's coverage-only, kept out of
the worker's idle/pending calc so it never blocks 'Complete'.
Seam tests: client season parse, worker cascade fills episodes, gap-only backfill
+ season overview, breakdown coverage (tmdb only), missing-art list, idle calc
ignores episode coverage.
The media server rarely has distinct per-season art, so season cards fell back to
a gradient. TMDB's show detail carries a poster_path per season — the show worker
now returns those, and enrichment_apply backfills seasons.poster_url for seasons
the server left without art (gap-only, never clobbers server art). The image
proxy streams a stored full URL (TMDB) directly vs. proxying a server path.
Seam tests: TMDB returns season posters, backfill fills only missing seasons.
Enrichment now harvests the full detail payload (same call, no extra requests):
- TMDB: tagline, genres, rating (vote_average), runtime, status, first/last air
date (shows), release date + runtime (movies) — on top of overview/backdrop/ids.
- TVDB: switches to /series/<id>/extended for overview + genres.
enrichment_apply now uses BACKFILL semantics: metadata columns are written via
COALESCE(NULLIF(col,''), ?) so enrichment only fills fields the media server
left empty — it never clobbers server-provided data. Genres backfill to the
normalised link tables only when the item has none yet. Whitelist expanded for
the new columns.
Seam tests: backfill-only (server overview/genres kept, gaps filled), genre
backfill when empty, TMDB full-metadata extraction.
Captures the richer metadata the media server already exposes (schema v2;
idempotent migrations + CREATE IF NOT EXISTS, so an existing DB upgrades on
restart with no wipe):
- movies: tagline, rating (audience), rating_critic; shows: tagline, rating,
first/last air date; episodes: still_url + rating.
- Genres as a normalised many-to-many (genres + movie_genres/show_genres link
tables — no comma-blob), deduped, replace-on-upsert.
- Plex (.genres/.tagline/.audienceRating/.rating/.thumb) + Jellyfin (Genres/
Taglines/CommunityRating/CriticRating/Premiere+EndDate/episode Primary) both
extract them; episode stills served via /api/video/poster/episode/<id>.
- Detail payloads return genres/tagline/rating/air-dates + per-episode has_still;
the billboard shows a tagline, ★ score, genre chips, and episode rows render
REAL stills (no more orange placeholder once scanned).
Seam tests for genre dedup/replace, show+episode capture, episode still ref.
Cast/crew (people + credits) is the next phase.
Addresses the 'feels basic' feedback:
- Hero is now a contained glass card with the backdrop blurred INSIDE it +
gradient overlay (same treatment as the music artist hero) — no more bare
gaps around the top/sides. Bigger poster, accent external-link chips
(IMDb/TMDB/TVDB), refined badges + stat tiles.
- Seasons are a poster-art card grid (season = album) with coverage rings/bars
and hover-lift, selecting one renders its episodes below (episode = track) —
episode overviews now shown. Mirrors the artist album-grid -> tracklist.
- Scan now captures real per-season posters (Plex sh.seasons() thumbs / Jellyfin
/Seasons Primary), served via get_art_ref('season') + /api/video/poster/season.
Falls back to the show poster until a re-scan populates them.
Seam tests for the season art ref; shell markup tests still green.
The worker only logged exceptions, so a normal run looked dead — no parity with
the music workers' 'Matched ... -> ID' lines. Now logs each match (noting
'(by server id)' when it used the server's provider id) and each not-found at
INFO. Logger is soulsync.video_enrichment.worker, so it already propagates to
app.log; it just had nothing to say. caplog seam test pins it.
A failed lookup CALL (network/429/5xx/timeout, or an expired TVDB token) was
recorded as 'not_found' — permanently logging a transient blip as 'no match'
and parking the item for retry_days. Now mirrors the music workers' proven
pattern:
- New 'error' status, distinct from 'not_found'; enrichment_next retries BOTH
after retry_days, so errors recover and the queue still advances (no poison
loop). breakdown/unmatched/retry-all and the modal account for it (shown with
the outstanding/pending bucket).
- TMDB/TVDB clients raise on non-200 (429/5xx) so the worker records 'error',
not a false not_found.
- TVDB re-authenticates once on a 401 (expired token) instead of failing every
match for the rest of the run.
Seam tests: error!=not_found, error retried after window, 429 raises, TVDB
token refresh, UI accounts for errors.
The deep scan stores tmdb_id/tvdb_id/imdb_id from Plex/Jellyfin, but the workers
only ever searched by title+year and ignored those ids — re-deriving matches the
server already had exact (wasteful, and a title search can mis-match).
enrichment_next now surfaces the row's known provider id; the worker forwards it
and the TMDB/TVDB clients fetch details BY ID (one call, no /search) when it's
present, falling back to title/year search only for items the server couldn't
identify. Still grabs the overview/backdrop the scan doesn't capture.
Every scan (incremental / full / deep, both entry points) now steps the
enrichment workers aside to cut DB lock contention — same as music. Mirrors
music's contract exactly: pause ONLY workers that were running (a user's manual
pause is left alone), track which we paused, and resume just those in a finally
so success, cancel, and error all clean up. Auto-pause is transient
(persist=False) so it never leaks into the saved <service>_paused flag.
Hooks are injected by get_video_scanner; the scanner is inert without them
(tests build it directly, no engine spun up). Isolated to the video side.
Pause/resume now write <service>_paused to video_settings, and the engine
restores each worker's saved pause when it's (re)built — mirrors music's
<service>_enrichment_paused boot flag. Isolated to video.db; music untouched.
Each video connection item (TMDB/TVDB) now has a Test button that behaves like
music's: saves the key, hits POST /api/video/enrichment/<svc>/test, and toasts
the result via the shared showToast — isolated (own endpoint, own data-attr
handler, reuses the .test-button CSS).
- Client .test() pings TMDB /configuration and TVDB /login to verify the key.
- Endpoint returns {success,message,error}; unknown service -> 404.
94 tests green; music untouched.
- GET/POST /api/video/enrichment/config saves the keys into video_settings;
POST rebuilds the engine (stop old workers, rebuild clients with new keys) so
they pick up the change live.
- video-settings.js loads the saved keys into the TMDB/TVDB fields on the
Connections tab and saves them on change (workers enable once a key is set).
Backend is now end-to-end: key -> client.enabled -> worker matches the library
to TMDB/TVDB and fills ids + metadata. 91 tests green; real DB untouched.
The servers already matched everything to their agents — we were dropping the
IDs. Now we store them:
- Plex: parse item.guids (imdb://, tmdb://, tvdb://); Jellyfin: parse
item.ProviderIds (added ProviderIds to the requested Fields).
- Stored on movies (tmdb_id, imdb_id), shows (tvdb_id, tmdb_id, imdb_id), and
episodes (tvdb_id) via the upserts.
- Dropped the over-strict UNIQUE on movies.tmdb_id / shows.tvdb_id (same title
can legitimately live in two libraries; we dedupe on server_id). Scanner now
wraps each upsert in try/except so one bad item can't abort a scan.
Tests: guid/ProviderIds parsing + IDs persisted. 38 video-DB/scanner tests green.
- Incremental now does smart early-stopping like music: skips already-known
items and stops after 25 consecutive known (server lists recent first),
instead of a blind fixed cap. Falls back to a full pass when the library is
near-empty (<50), matching music's small-DB behavior.
- Deep scan gains music's 50% safety threshold: if removal would wipe >50% of a
>100-row library, it skips (assumes a partial server response, not a real
emptying) — prevents catastrophic deletion.
- Full Refresh already matched (re-read all, upsert, no removal).
Added DB helpers (server_ids, table_count). Tests: early-stop skips known,
small-lib fallback, 50% prune safety. 122 tests green.
The scan tool now behaves like music's, not just looks like it:
- Card matches: help '?' button, 'Last Scan' line, and the Movies/Shows/
Episodes/Size stats grid (populated from /api/video/dashboard on show + after
a scan). Same .tool-card-stats markup.
- Real progress bar: scanner fetches item totals up front (Plex section.
totalSize / Jellyfin TotalRecordCount) and reports a true percent as it
processes; the bar actually moves (movies → shows) instead of sitting at 100%.
- Cancel: the Scan button toggles to 'Cancel' mid-scan and POSTs
/api/video/scan/stop; the scanner checks a cancel flag between items and ends
in a 'cancelled' state. Mirrors music's stop affordance.
Tests: percent reported, cancel stops midway + saves only processed items, stop
route registered, tool-card structure. 117 video/integrity tests green.
- Paginate Jellyfin movie/series listings (StartIndex/Limit, 500/page) so large
libraries aren't truncated on full/deep scans; incremental stays a single
capped page.
- Per-item try/except in iter_movies/iter_shows (matches Plex) so one bad item
doesn't abort the scan.
- Skip Jellyfin episodes with no IndexNumber (consistency with Plex; avoids
ep-0 collisions). All three modes now solid for Plex + Jellyfin.
The scan no longer blindly grabs every movie/show section — it reads the
libraries you map, like music's 'pick your Music library'.
- GET /api/video/libraries: discover the active server's Movies/TV libraries
(Plex sections by type / Jellyfin views by CollectionType) + current
selection. POST: save {movies, tv} per server into video_settings.
- sources.py: _build_source(movies_lib, tv_lib) filters to the mapped library;
get_active_video_source() (used by the scanner) loads the saved selection;
list_video_libraries() lists them unfiltered for the UI. Falls back to all
libraries when nothing is mapped yet.
- VideoDatabase.get/set_library_selection (per-server). 6 tests added; 33 green.
Plex specials/unmatched episodes can have a null index -> getattr(...,0) still
returned None -> 'NOT NULL constraint failed: episodes.episode_number'.
- Plex adapter skips episodes with no index (logged), passes a real number.
- upsert_show_tree defensively skips any episode missing season/episode number,
so no source can crash a scan. Test added.
The scan inherited the shared client's 15s interactive timeout and fetched
episodes per-season (one request each), so a big library read-timed-out
mid-scan (port 32400).
- Dedicated Plex connection for scans with a 120s timeout (built from the
shared config; doesn't touch the interactive client).
- Fetch a show's episodes in ONE show.episodes() call grouped by season,
instead of seasons()+episodes() per season — far fewer round-trips.
- Per-item try/except in iter_movies/iter_shows so one slow/bad item is skipped
and logged, never aborting the whole scan.
Mirrors the music model (full_refresh vs smart incremental, plus deep_scan):
- incremental: only recently-added items from the server (Plex addedAt:desc /
Jellyfin DateCreated, capped); upsert; no prune.
- full: every item; upsert all (refresh metadata + add new); no prune.
- deep: every item; upsert; prune what the server no longer has (empty-scan
safety preserved).
scanner.request_scan/scan_sync take mode; /api/video/scan/request reads
{mode} from the body (default full); adapters take incremental=. Tests cover
deep-prunes / full-doesn't / empty-deep-safety / incremental-requests-recent.
Reads the active media server and mirrors it into video.db, adapting the music
scan pattern (ask the server, upsert, prune what's gone) — isolated from music.
- core/video/scanner.py: server-agnostic VideoLibraryScanner. Consumes a media
source (duck-typed) yielding normalized dicts; upserts movies + show trees,
prunes removed items, reports progress/state. Skips pruning when a scan
returns nothing (transient-failure safety). Background thread + scan_sync.
- core/video/sources.py: Plex + Jellyfin adapters that REUSE the shared
connected clients (MediaServerEngine) but own all video-section logic; produce
normalized dicts. (Validated against a live server by design; scanner itself
is fully unit-tested with a fake source.)
- api/video/scan.py: POST /api/video/scan/request, GET /api/video/scan/status.
- .gitignore: video_library.db + sidecars (mirrors music); tests inject a
tmp DB so none is ever created in the repo.
Tests: scan populate/prune/empty-safety/no-source-error, isolation guard
(core/video imports nothing from music), scan routes registered. 101 green.
Enrichment matched artists by NAME ONLY (0.85 gate), so for a common name
('Rone' has ~5 artists) it stored whichever the source ranked first — often the
wrong one, which then drove a wrong/sparse library 'Standard' discography while
'Enhanced' (the real owned albums) showed the full set.
Fix — use the decisive signal the library already has (the albums you OWN):
- worker_utils: pick_artist_by_catalog() + catalog_overlap_score() +
owned_album_titles()/release_titles(). When 2+ candidates clear the name gate,
fetch each one's catalog and choose the one overlapping the owned albums; falls
back to the current best-by-name pick when there's nothing to disambiguate or
no overlap (so the common single-candidate path makes no extra API calls).
- Wired into Spotify (covers Spotify-Free, same client), iTunes, Deezer (now
multi-candidate search_artists + get_artist_info store), and MusicBrainz
(match_artist gains owned_titles; release-groups as the catalog).
Re-match path (#868):
- build_reset_query now also clears the stored source-ID column for artist/album
item resets — previously a 're-match' only nulled match_status, so the worker's
existing-id short-circuit re-confirmed the WRONG id and never re-resolved. Tracks
excluded (ids live in tags, not a column).
- MusicBrainz also self-corrects its 90-day name->mbid cache: match_artist bypasses
a cached mbid whose catalog has ZERO overlap with the owned albums, so a re-match
isn't blocked by a stale wrong cache entry.
Tests: shared selector (9), per-worker disambiguation for all 4 sources + MB
backward-compat + MB cache-revalidation (8), reset-clears-id (2). 99 worker/
enrichment tests green.
Four refinements on top of the tiered matcher:
1. Direct source track-ID tier (new top tier): enrichment writes each source's own
track ID into the file tags (spotify_track_id/deezer_track_id/itunes_track_id/...).
If we have the active source's track ID, fetch that exact track by ID via
get_track_details — zero search. Tiers are now: track-ID -> ISRC -> album->track
-> artist+title. _read_file_ids reads ISRC + all per-source IDs in one tag read.
2. Skip already-proposed tracks: a re-run loads existing finding entity_ids for the
job and skips those tracks before any API call (pending stays deduped, dismissed
stays dismissed) — re-runs are cheap.
3. Wrong-version guard: the fuzzy tiers (album-search + track search) reject a
candidate whose length differs from ours by >5s (live/edit/remix with same title).
_load_tracks now selects t.duration; exact tiers (track-ID/ISRC/stored-album-ID)
skip the guard.
4. Tighter album matching: same-title cuts in an album are disambiguated by closest
duration when track_number doesn't decide it.
Findings record matched_via = track_id | isrc | album | search. 30 repair tests pass
(added track-ID tier, duration guard, dedup-skip, and unit coverage).
Replaces the blind fuzzy search with a smart hierarchy that uses the data we
already have, best identity first:
1. ISRC embedded in the file tags (enriched track) -> exact track.
2. Album -> track: use the album's stored source ID (albums.spotify_album_id /
itunes_album_id / deezer_id / musicbrainz_release_id / audiodb_id) when the
ALBUM is enriched (even if the track isn't); else find the album by searching
'artist album', then locate our track in that album's tracklist by normalized
title (track_number breaks ties). Pins the exact album context. (artist->album->track)
3. Plain artist+title search with similarity scoring. (artist->track) — loosest.
_load_tracks now returns dict rows (adds track_number + the album source-id
columns). Findings record matched_via = isrc | album | search. All clients
(spotify/deezer/itunes/discogs) expose search_albums + get_album_tracks with a
uniform {'items': [...]} shape, so the album tier is source-agnostic.
26 repair tests pass (added album-tier + _find_track_in_album coverage).
The job was doing a blind fuzzy search for every low-quality track, ignoring that
enrichment writes each track's ISRC + per-source IDs into the file tags. Now it
reads the file's embedded ISRC and resolves the EXACT track via each source's
'isrc:' search (universal cross-source key), guarded by an ISRC-equality check so
a source that ignores the syntax can't produce a false match — exact track, exact
album context, one call. Falls back to the name/artist fuzzy search only for
un-enriched tracks with no usable ISRC. Findings record matched_via=isrc|search.
4 new seam tests (guard accept/reject, ISRC-preferred-over-fuzzy, fuzzy fallback).
Phase 2 of the redesign. The tool that judged quality by extension and auto-dumped
matches into the wishlist is gone; quality scanning is now the reviewed
quality_upgrade repair job.
Removed:
- Frontend: Tools-page Quality Scanner card, its JS handlers/poller/socket listener,
help tooltip + tour entry (webui index.html, core.js, helper.js, wishlist-tools.js).
- Backend: /api/quality-scanner/{start,status,stop} endpoints, the in-memory state +
executor + 1s socket broadcast, the QualityScannerDeps/run_quality_scanner shim.
- core/discovery/quality_scanner.py: the auto-acting worker + deps class (the shared
match/normalize helpers stay — the new job imports them).
Rewired:
- Automation 'start_quality_scan' action now triggers the quality_upgrade repair job
via repair_worker.run_job_now() (AutomationDeps gains run_repair_job_now, drops the
4 scanner fields). Action block's vestigial scope field removed (scope lives in the
job's settings now). NOTE: the 'quality_scan_completed' trigger no longer fires (the
repair job doesn't emit it).
- Updated all automation test _build_deps helpers + conftest tool-progress harness;
deleted the obsolete worker test. 528 affected tests pass; 6123 collect cleanly.
QUALITY_TIERS / _get_quality_tier_from_extension kept (used elsewhere).
The old Quality Scanner tool judged quality by file EXTENSION only (a 128k and a
320k MP3 looked identical), ignored the bitrate-based quality profile, used min()
of enabled tiers so the default profile flagged the ENTIRE non-lossless library,
and auto-dumped every match into the wishlist with no review.
This new repair job does it properly:
- meets_preferred_quality(): pure, bitrate-AWARE decision honoring every enabled
quality bucket (320 MP3 passes a FLAC+320+256 profile; 128 MP3 doesn't). Floor
is the worst enabled bucket, not the best.
- scans watchlist artists or whole library, finds below-quality tracks, matches a
better version at scan time (reusing the existing tested match helpers), emits a
FINDING showing the match + confidence. Off by default; nothing auto-queued.
- _fix_quality_upgrade apply handler adds the matched track WITH album context to
the wishlist — the user-approved version of what the old tool did silently.
- Transcode/fake-lossless detection intentionally left to the existing Fake
Lossless Detector job.
12 seam tests incl. a regression pinning the default-profile flooding bug. The old
tool is still in place; removing it + rewiring its automation action is the next step.
Two issues in the same path:
1. The shared discovery modal pre-renders one row per track from a
separately-fetched frontend track list, then the poll dropped any backend
result without a pre-rendered row (if (!row) return). When the frontend's
track fetch came back rate-limited/partial (~21) while discovery's own fetch
got all 59, the surplus results vanished. Now the modal CREATES a row for any
result lacking one, so authoritative backend results drive the list (fixes
all sources sharing the modal).
2. get_playlist hydrated a whole relationships page in one _get_tracks_batch
call, but Tidal caps filter[id] at 20/request, silently truncating larger
pages. Chunk to the cap like get_album_tracks already does.
Seam + regression tests (tests/test_tidal_playlist_batch_chunking.py).
Status checks asked is_spotify_authenticated() (official OAuth only) instead of
is_spotify_metadata_available(), so a Spotify-Free primary read as disconnected.
get_primary_source_status had spotify_free awareness but it was dead code:
get_client_for_source('spotify') returns None unless officially authed, so the
free-availability probe never had a client. Fetch the client directly for that
check; add the missing free branch to the dashboard test message. Seam + regression tests.
The reconcile read each completed task's final_file_path to find paths — but not
every import path sets it (the verification worker marks the task completed
without it), so tracks that imported via that path were silently dropped (user
saw 3 of 5 symlinks). Root cause: leaning on a fragile per-task field.
Now reconcile_batch_playlists identifies the organize playlists the batch touched
(its own + any reached via a completed track's source_info provenance) and
rebuilds each from CURRENT library ownership via _rebuild_one_from_db
(check_track_exists over membership). It just asks the library what's owned, so
it's robust to HOW a track imported (modal worker / slskd monitor / verification
worker) and still prunes tracks that left. Takes a db handle; all three callers
pass MusicDatabase().
Reconcile tests rewritten for the DB-rebuild form (organize batch, wishlist
provenance, non-organize skip, plain no-op). 973 downloads/imports/playlist
tests pass.
on_download_completed and check_batch_completion_v2 are duplicate completion
paths. Monitor-detected downloads (Deezer / slskd-monitor / verification-worker
imports) finish the batch via the V2 path, but the materialize reconcile was
only added to on_download_completed — so those batches never built playlist
folders (no '[Playlist Folder] Rebuilt' line at all). Add the same non-fatal
reconcile to the V2 path. Now all three completion points (both lifecycle paths
+ the master.py all-owned path) materialize. 550 tests pass.
Symmetric to the post-download reconcile (which handles ADDITIONS): when a
playlist's membership is re-synced (the mirror step — scheduled refresh or the
manual mirror endpoint), rebuild its folder from current membership WITH prune
IF it's organize-by-playlist. So a track that just LEFT the playlist has its
symlink cleaned up the instant membership changes, not only on the next download.
Factored a shared _rebuild_one_from_db (used by the manual 'Rebuild' button and
the mirror hook) + rebuild_mirrored_playlist_if_organized. Gated to organized
playlists, non-fatal at both mirror call sites.
Now the invariant 'folder = the playlist's current owned members' holds on every
change: additions caught at download, removals caught at mirror. 2 new tests
(removed track pruned; non-organized skipped). 985 + 277 tests pass.
Replaces the two organize-only triggers with a single reconcile_batch_playlists
called at both batch-completion points. It groups the batch's newly-resolved
tracks by their per-track playlist provenance:
- the batch's OWN organize playlist → full (re)build with prune, and
- a track that completed for a DIFFERENT playlist (e.g. a WISHLIST fulfilling a
track that belongs to an organize playlist) → ADDED to that folder, no prune.
So a late wishlist arrival now lands in its playlist folder immediately, instead
of only on the next sync/manual rebuild — the folder = the playlist's owned
members, kept true on every ownership change regardless of download path. Uses
the paths the batch already captured (no DB re-match, no waiting on the server
scan/sync). Non-fatal.
3 new reconcile tests (organize full-rebuild, wishlist add-without-prune, plain
batch no-op). 983 downloads/imports/playlist tests pass.
- Settings: 'Playlists Folder' path field (Unlock pattern, separate-root help
text), a Symlinks/Copies selector, and a 'Rebuild playlist folders now' button
(standard test-button style). Wired through PATH_INPUT_IDS / load / save, plus
'playlists' added to the settings save allowlist so it persists.
- POST /api/playlists/materialize/rebuild → rebuild_organized_playlists_from_db:
rebuilds every organize-by-playlist folder from CURRENT ownership, re-matching
each track with check_track_exists (name, not IDs) so it self-heals after a
reorganize / membership change. +1 test.
70 materialize tests + JS integrity pass; settings round-trip wiring verified.
- Routing (step 5): organize-by-playlist tracks no longer set the per-track
_playlist_folder_mode flag, so they import NORMALLY into Artist/Album — exactly
what a normal download does. _playlist_name provenance is kept (origin.py).
- Triggers (step 4): build the playlist folder from the batch's own payload at
both end-of-flow points — the all-owned path in master.py (no downloads, so the
lifecycle never runs) and the batch-complete hook in lifecycle.py (after
downloads). Both gated on playlist_folder_mode, both non-fatal.
Works for the all-owned case (the smack test that did nothing before) and for
mixed owned/downloaded, with no source-ID or mirrored-playlist dependency. The
materialized folder uses the default ./Playlists root + symlink mode until the
Settings UI is added.
Updated the master test to assert the new contract (provenance kept, routing
flag gone). 979 tests pass.
materialize_playlist_from_batch(batch, download_tasks, config) collects the real
on-disk path of every resolved track from the batch's OWN payload — owned via
analysis_results.matched_file_path, downloaded via tasks.final_file_path — runs
each through the playback path resolver (Docker-correct), de-dupes, and hands the
list to rebuild_playlist_folder. Gated on playlist_folder_mode.
No re-matching, no source IDs, no mirrored-playlist lookup — works for any
organize-by-playlist download including the all-owned case. 5 tests. Still
isolated; the triggers wire it in next.
- settings: playlists.materialize_path (separate root, mapped apart from the
music library so the media server never double-scans it) + materialize_mode
(symlink|copy).
- core/playlists/materialize.py: pure filesystem engine that (re)builds a
playlist folder of relative symlinks (or copies) into the real library —
idempotent, prunes stale entries, disambiguates filename collisions, never
escapes the root, and auto-falls-back to copy when the FS can't symlink.
No DB, no app state; ops injectable. 13 unit tests.
Isolated + additive — nothing live calls this yet (stitcher/trigger/routing
come next).
The download analysis already matches every track to a library row via
check_track_exists / manual match, then discarded the result. Keep it: each
analysis_results entry now carries matched_file_path + matched_track_id (the
owned file's real location, or None). Symmetrically, a completed download task
now records final_file_path (where the import landed).
Purely additive, no behavior change, no new matching, zero perf cost — just
stops throwing away what the pipeline already computed. This is the foundation
for playlist materialization: owned + downloaded tracks both report where their
real file is, so the folder can be built by name match, not source IDs.
A DB<->filesystem path mismatch (Docker volume change, remount, Music
Paths unset for the container) makes EVERY library file fail to resolve
to a DB track, so the orphan detector flags the whole library as
orphaned. The mass-orphan check only logged a warning and then created
the findings anyway — so a user batch-applying 'move to staging' or
'delete' would relocate or wipe their entire library.
Make it a hard skip (create zero findings) like the dead-file cleaner
and stale-removal paths already do (#828). Centralise the predicate as
is_implausible_orphan_flood() alongside is_implausible_stale_removal()
so the rule lives in one tested place. Small genuine orphan sets still
surface unchanged — only an implausibly large flood (>50% and >20) is
suppressed.
Tests: seam cases for the new predicate + scan-level regressions (mass
mismatch -> 0 findings; small genuine set -> still reported).
Extends the watchlist export to the full library. The exporter is now general
(core/exports/artist_export.py, renamed from watchlist_export) — adds tidal/qobuz
links and an extra_fields passthrough, so the library export also carries
lastfm/genius URLs + soul_id, and an optional "library counts" toggle adds owned
album/track counts per artist.
- GET /api/library/artists/export?format=&links=&contents= — pulls every artists
row, normalizes onto the canonical *_artist_id keys, optionally GROUP-BY counts
for album/track totals.
- The export modal is now openArtistExportModal(scope): "Export Library" button in
the library header + the existing "Export" on the watchlist bar (a thin wrapper).
Library mode shows the extra "library counts" toggle.
Tests (11): builder across formats + the new tidal/qobuz links + extra_fields
columns; watchlist + library endpoint wiring. 64 integrity green; ruff clean.
An "Export" button on the watchlist filter bar opens a modal (same aesthetic as the
artist DB-record inspector) to export your whole watchlist roster — each artist's
name + source IDs (spotify / musicbrainz / deezer / discogs / itunes / amazon),
with an optional "external links" toggle that adds the discography URLs built from
those IDs. Live preview, copy, and download in the chosen format.
- core/exports/watchlist_export.py: pure builder (json/csv/txt + links, present-IDs
only, deterministic columns) — the single source of truth, fully unit-tested.
- GET /api/watchlist/export?format=&links= shapes the roster + returns it (with
X-Export-Count / X-Export-Ext headers for the modal).
- Frontend reuses the DB-record helpers (_jsonSyntaxHighlight / _arecCopy).
Tests (8): builder across json/csv/txt, links on/off, present-ids-only, empty +
bad-format fallback, mime/ext, and endpoint wiring. ruff clean; 64 integrity green.
Scoped to the watchlist for v1; library-wide export + a "library contents"
(owned albums/tracks) option are natural follow-ups.
New Aria2 JSON-RPC adapter, alongside qBittorrent / Transmission / Deluge. Aria2's
RPC (default :6800/jsonrpc) maps cleanly onto the uniform adapter contract:
- the --rpc-secret token leads every call as "token:<secret>" (no username — the
secret uses the existing password field),
- addUri returns a GID (our torrent id); tellStatus → TorrentStatus with state
mapping (active→downloading, or seeding once the payload is complete; waiting→
queued; etc.),
- remove picks forceRemove vs removeDownloadResult by status, and (since aria2
doesn't delete files on remove) unlinks the file paths itself for delete_files,
- bare-host URLs get /jsonrpc appended.
Wired into adapter_for_type + the Settings dropdown (with a help note: port 6800,
secret in the Password field). All adapter methods go through the same interface,
so the stall/orphan handling and downloads pipeline work unchanged.
Tests (9): registry wiring, state mapping (incl. active→seeding), token-prefixed
params, /jsonrpc fixup, status parse (+ name fallback, no div-by-zero). 126 torrent
tests green; ruff clean.
