Settings is now one top-nav entry with Credentials and Jobs as sidebar
sub-pages (jobs moved from /jobs to /settings/jobs). Manual import page
replaces the bare file input and free-text filename field with a drag-drop
dropzone and a proper file-picker table. Genres page drops the "force"
checkbox for two explicit buttons (Preview / Fix genres now). Dedup's
"Scan now" runs both the file-naming and acoustic passes together, and the
table labels which pass caught each candidate instead of showing the raw
pass name. .btn-ghost gets a visible border so it reads as a real button
next to Delete/Danger actions instead of looking unaligned. Job names
throughout the UI are now human-readable instead of raw job_key strings.
Also includes the fpcalc exit-code fix from earlier (fingerprint index
was discarding valid fingerprints on files with a benign decode warning).
confirm_and_apply no longer marks candidates confirmed before their apply
job actually succeeds (a stuck/skipped_lock run was silently vanishing
confirmed deletes without deleting anything), switches the fuzzy pass to
--apply-pairs to avoid a full rescan on every confirm, and adds a job
timeout so a hung subprocess can't hold the global pipeline lock forever.
dedup-library.sh's Pass 2-4 use gawk-only features (gensub, POSIX interval
regex) but were running under mawk (Debian's default awk) in the deployed
image, throwing silent syntax errors on every run -- switched those
invocations to gawk explicitly and added it to the Dockerfile.
Also: per-track delete button on the library list/detail pages, and two
CSS fixes (the primary button's hover gradient was getting clobbered by
the base .btn:hover rule's plain background, and the select dropdown
arrow had no background-size so it rendered oversized).
Lets a candidate be marked ignored instead of confirmed/applied; future
scans skip re-flagging the same path pair once it's been ignored, since
a rescan can flip which side ranks as keep/delete without changing the
user's earlier decision that the pair is fine as two copies. Also adds
--apply-pairs to find-fuzzy-dupes.py to apply pre-confirmed pairs
without a full rescan.
Playlist M3U regen now writes to a temp file and renames it into place,
so a stray wrong-owner leftover file (root:root, from pre-migration
host-cron runs) can't block nightly writes the way it did last night.
Dashboard now lists tracks added to the beets library in the last 24h
with playlist and format, sourced from a new beets_service.recently_added().
- beets_service: filter params now use truthy checks instead of `is not
None`, since a real <select> left on "(any)" submits an empty string,
not an absent param -- the filter form silently matched zero rows for
any real submission. Also match grouping tokens within "; "-joined
multi-playlist values instead of requiring an exact string match.
- dashboard: credential status renders as compact dot indicators instead
of badge+text chips, so long scope names (telegram) stay on one line.
- credentials page: two-column grid layout instead of one long column.
- find-fuzzy-dupes.py: add --json/--only-paths flags matching
dedup-library.sh's convention, so it can plug into the same review
queue.
- dedup_review_service: add scan_fuzzy() and route confirm_and_apply()
to the correct underlying script (dedup-library.sh vs
find-fuzzy-dupes.py) per candidate's pass_name, since tag-based passes
miss duplicates whose tags differ even when the audio is identical
(e.g. a remix credited to different artists between two copies).
- dedup page: add a "Scan for audio duplicates" trigger alongside the
existing tag-based scan.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
job descriptions
Dashboard: format breakdown (FLAC/MP3/etc. counts), approximate library
size (bitrate*length/8, same approximation `beet stats` itself uses --
verified to match its "100.5 GiB" output exactly against the real
library), and a credential auth-state summary per scope (configured y/n
plus, for Bandcamp, cookie expiry parsed locally from the stored cookie
jar -- deliberately not a live network probe like pipeline-status.sh's
Qobuz check, since this renders on every dashboard load).
Library: was one unfiltered page dumping all 4072 tracks. Added search
(artist/title/album), playlist and format filter dropdowns, and real
SQL-level pagination (LIMIT/OFFSET, not fetch-everything-then-slice).
beets_service gained count_items()/distinct_formats() to support this.
Playlists: cron_expr is still the stored/scheduled representation, but the
UI now shows and edits a plain daily time picker instead of raw cron
syntax -- every playlist schedule today is a simple daily HH:MM anyway.
playlist_service.cron_to_time()/time_to_cron() convert at the router
boundary; verified round-trip against all real playlist cron values.
Jobs: each maintenance job now shows a short one-line description of what
it actually does (MAINTENANCE_JOB_DESCRIPTIONS), and "next run" is
formatted consistently with playlists' time style (HH:MM, with a day
qualifier for non-today runs -- maintenance jobs can be weekly/monthly,
unlike playlists' plain daily schedule).
Verified end-to-end against the real production data (4072 tracks, 100.5
GiB, real credentials): stats/format-breakdown/search/pagination all
correct, all 7 credential scopes report configured with Bandcamp's real
cookie expiry (325 days), and a full authenticated page-render sweep
(dashboard, library with every filter combination, playlist detail,
jobs) all returned 200 with no template errors.
playlist_service.regenerate_confs() was passing a bare PATH=/usr/bin:/bin
to the regen.sh subprocess, but python3 (which regen.sh shells out to for
parsing playlists.json) lives at /opt/venv/bin/python3 in this image.
Every call silently generated zero .conf files -- no error surfaced, since
the failure was inside a `python3 -c ... | while read` pipeline whose
input was just empty. Found this deploying to the real host: seed_legacy()
reported "17 playlists" successfully, but zero .conf files existed. Fixed
to match pipeline_runner's already-correct PATH.
scripts/import_legacy_credentials.py: the Stage 1/2 one-time migration
script -- reads spotify/soulseek creds from a sample playlist .conf,
Navidrome's password (extracted from navidrome-scan.sh, never lived in a
file), and bandcamp/azuracast/qobuz/telegram from their legacy scattered
locations, then populates credential_service. Read-only against the
legacy files, idempotent. Run as a one-off `docker run --entrypoint python`
with the legacy paths bind-mounted read-only (documented in the script's
own docstring) -- entrypoint.sh always execs uvicorn regardless of CMD, so
--entrypoint must override it for one-off invocations like this.
Verified against the real production host: seeded all 17 legacy playlists
with their historical cron schedules, confirmed all 17 .conf files render
correctly after the PATH fix, ran the credential import for all 7 scopes,
and byte-diffed the rendered spotify/soulseek values in a sample .conf
against the original (identical, verified via diff -q without displaying
the actual secret values in any tool output).
Also had to chown 4 root:root mode-600 legacy credential files
(bandcampconfig/cookies.txt, azuracastconfig/api_key, qobuzconfig/token,
telegramconfig/notify.env) to 1000:1000 so the container could read them
for the import -- root retains read access regardless, so this doesn't
affect the still-running host-cron pipeline.
dedup-library.sh: additive --json (one NDJSON line per candidate deletion
to stdout, alongside the unchanged human log) and --only-paths FILE (in
--apply mode, only actually delete entries whose path is in FILE; without
it, --apply deletes everything as before -- existing direct callers are
unaffected). Without --only-paths the safety re-verification is free:
--apply --only-paths re-runs all 4 passes from scratch on every invocation,
so if a group's ranking changed since a scan (e.g. the old keep_path is
gone), the fresh pass assigns the previously-"delete" path the KEEP role
instead and the only-paths allowlist naming it is simply never consulted --
no duplicate ranking logic needed in the review service.
spotify-genre.py: additive --json emitting one JSON line per genre change
(dry-run or --apply) for genre_review_service to persist.
pipeline_runner.run_job_capture(): like run_job() but captures stdout as
text (still under the same shared lock, still writes a job_runs row) for
callers that need to parse structured output rather than just log it.
dedup_review_service.scan() persists dry-run candidates into
dedup_runs/dedup_candidates. confirm_and_apply() re-checks confirmed
candidates still exist before invoking --apply --only-paths, so nothing is
ever deleted without an explicit confirm -- matches the false-negative-
biased dedup preference. scheduler_service's maintenance:dedup job now
goes through this (still dry-run only, every day).
genre_review_service.run() wraps spotify-genre.py for both dry-run preview
and the real scheduled --apply run, persisting every run's diff into
genre_runs/genre_candidates either way -- genre writes keep their current
auto-apply behavior (low-risk, reversible, GENRE_LOCK-protected) but are
now reviewable after the fact. lock_artist_genre() gives a one-click revert
path when a run gets something wrong.
Added minimal routers+templates for /dedup (scan, review, confirm-and-
delete) and /genres (preview, review, lock-old-genre).
Verified end-to-end against REAL duplicate files (not mocked): built an
actual FLAC+MP3 duplicate pair in a real beets library, ran dedup-library.sh
--json and confirmed correct JSON output, verified --apply --only-paths
with an empty confirm list deletes nothing and with the real confirmed path
deletes exactly that file (DB + disk) while preserving the FLAC, and ran
the full dedup_review_service scan->confirm->apply flow through the same
fixture. genre_review_service and spotify-genre.py --json verified against
mocked/direct output (spotify-genre.py's own artist-genre lookup needs a
live Spotify API call, out of reach in this sandbox). Confirmed the full
app boots with all five routers registered.
library_edit.update_track_fields: single-track tag edits via `beet modify
-y -m` (subprocess with an argument list, not beets.library.Library
in-process -- an arg-list subprocess has no shell-injection surface to
avoid in the first place, and correctly reuses beets' own configured
path-format/move logic rather than reimplementing it against a hand-built
Library object with guessed config). Every changed field gets a
manual_fix_audit row with old/new values; triggers a Navidrome rescan
afterward if anything changed. Uses "genres" (plural) as the field name,
matching this deployment's actual beets column and every existing script's
convention, not the generic beets docs' singular "genre".
genre_fix.set_artist_genre and retag.retag_from_url wrap the existing
fix-genre.sh and fix-track-metadata.py as callable services rather than
reimplementing their per-format mutagen tag-writing logic.
manual_import: ties pipeline_runner.run_import_track to the manual_imports
table, mirrors import-track.sh's own argument-count-based disambiguation
(0/1/2 args), plus import-me/ listing and upload-with-path-traversal-guard.
routers/library.py + routers/import_.py: browsable library list, a track
detail/edit page (tag edit, artist-wide genre override, retag-from-URL
forms), and the import page (upload + trigger). Minimal templates for now,
Task 9 covers full UI polish.
Verified update_track_fields end-to-end against a REAL beets library (not
mocked): generated a tagged FLAC with ffmpeg/metaflac, imported it via a
real `beet import`, edited artist+title through the service, and confirmed
the file was physically moved to the new path-template location, tags were
rewritten on disk, the DB updated, and both changes landed correctly in
manual_fix_audit. Also verified the full app boots with the new routers
registered and all four new routes correctly redirect to login when
unauthenticated.
pipeline_runner: subprocess execution wrapper replacing flock -n with a
single asyncio.Lock (deliberately one global lock, not per-resource --
matches the old flock's all-jobs-share-one-lock behavior rather than
over-engineering it). Records one job_runs row per invocation
(started/finished/status/exit_code/summary/log_path/triggered_by).
If the lock is already held, records status='skipped_lock' immediately
instead of silently dropping the run.
Found and fixed a real concurrency bug via testing: the obvious
asyncio.wait_for(lock.acquire(), timeout=0) idiom for a non-blocking
try-acquire is broken in asyncio -- the wrapping Task's first iteration and
the timeout-0 callback race with no guaranteed ordering, so it timed out on
literally every call, including the very first uncontended one. Fixed using
lock.locked() + acquire(), relying on acquire()'s fast path never
suspending when uncontended.
scheduler_service: AsyncIOScheduler with the default in-memory job store
(NOT SQLAlchemyJobStore -- it pickles job functions to persist them, and
the _lib()/_beet() factory closures here aren't picklable; MemoryJobStore
avoids this since register_all_jobs() rebuilds the whole schedule from code
+ DB on every startup anyway). All 19 maintenance jobs ported 1:1 from
/etc/cron.d/sldl-maintenance with their exact cron expressions; dedup
deliberately has no --apply (dry-run only on schedule, per the
false-negative-biased dedup preference). Playlist jobs are synced live from
the playlists table (sync_playlist_jobs), so add/remove-in-the-UI takes
effect with no redeploy -- wired into playlist_service's create/update/
delete. Maintenance job enable/disable persists to the scheduled_jobs table
so a paused job stays paused across a restart despite the in-memory job
store. trigger_now() supports "Run now" by invoking a job's function
immediately with triggered_by='manual', bypassing its schedule.
Wired into main.py's lifespan (start on boot, shutdown on exit).
Verified via integration tests: 36 jobs register correctly (17 seeded
playlists + 19 maintenance) with correct cron triggers; live playlist
create/delete correctly adds/removes its scheduler job; maintenance
enable/disable persists to the DB and takes effect live; trigger_now
correctly bypasses the schedule; pipeline_runner correctly handles
success/failure/timeout/concurrent-lock-contention with real subprocesses;
and the full app boots with the scheduler running and shuts down cleanly.
beets_service: read-only SQLite queries against the beets DB (mode=ro,
matches the WAL setup in db.py's enable_beets_db_wal). Decodes the `path`
column, which beets stores as a BLOB not TEXT. stats() gives dashboard/
migration-verification parity with `beet stats`.
spotify_client: client-credentials OAuth (token cached in-process),
paginated playlist-track fetch. Verified with mocked httpx responses:
pagination across pages, null-track filtering (removed/local tracks),
ISRC extraction, and token reuse across calls.
status_service: reconciles a playlist's live Spotify tracklist against
beets (IN_LIBRARY, by ISRC or normalized artist+title), sldl's per-playlist
_sldl.m3u8 index (DOWNLOADED_PENDING_IMPORT), and the tag-guard quarantine
dir (QUARANTINED, matched by filename since quarantined files have no
tags by definition) -- everything else is NOT_YET_ATTEMPTED.
ATTEMPTED_NO_MATCH is deliberately not implemented (the only signal is
grepping sldl's per-run text logs, which the migration plan already flags
as unreliable rather than authoritative).
Verified end-to-end against a fake beets DB + sldl index + quarantine dir:
all four statuses reconcile correctly, including both the ISRC-match and
normalized-artist+title-fallback paths.
playlist_service: CRUD for the playlists table, playlists.json export,
regen.sh invocation, and a one-time seed_legacy() importing the 17-entry
legacy array. Creating/updating a playlist automatically re-renders confs
and re-patches credentials into any newly-generated .conf file.
credential_service: encrypted credential storage (via security/crypto.py)
and per-scope rendering to the exact files the pipeline scripts read --
every <playlist>.conf (spotify/soulseek), navidrome/admin.env,
bandcamp/config.env+cookies.txt, azuracast/api_key, qobuz/{token,app_id,region},
telegram/notify.env. set_credentials() batches multi-field saves so a render
never sees a half-populated scope.
Also fixes a real bug found via integration testing: regen.sh's embedded
python3 -c snippet used backslash-escaped quotes inside a single-quoted
bash string, which is invalid Python syntax (backslash passed through
literally) -- switched to double-quoted bash wrapper + single-quoted Python
strings.
Verified end-to-end: seeded 17 playlists, regenerated all 17 .conf files,
saved spotify/soulseek/navidrome credentials and confirmed correct
patching into rendered files (including bash-sourcing admin.env with
special characters in the password), and confirmed delete/create both
correctly add/remove .conf files with credentials pre-patched on create.
- settings.py: pydantic-settings config for the two mount points
(MUSIC_DATA_DIR, ALEMBIC_CONFIG_DIR), OIDC client config, encryption key path
- db.py: SQLite engine with WAL mode, plain-SQL schema migration runner
(schema/*.sql, tracked by schema_version -- not the alembic migration tool)
- models.py: SQLAlchemy ORM models matching schema/0001_init.sql
- security/crypto.py: Fernet encrypt/decrypt for the secrets table
- security/oidc.py + routers/auth.py: Pocket ID OIDC login/callback/logout
- security/deps.py: require_auth dependency (redirect-to-login on no session)
- main.py: app factory, lifespan (init_db + beets WAL enable), session
middleware, minimal dashboard route
Verified boots end-to-end via TestClient: unauthenticated GET / redirects to
/auth/login, static files serve, and all 13 schema tables get created on
first run.
andrew