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5 commits
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803b385920 |
fix(matcher): match by artist credit so artist-MBID specificity works and collaborators match (#5637)
* refactor(matcher): carry resolved artist MBID on sanitizedTrack
* feat(matcher): two-phase artist resolution for title matching
* fix(matcher): wire phase-1 artist mock in consumer tests; guard back-map dupes
- External tests for title-fallback paths now register a second `.Maybe()`
artistRepo.GetAll expectation for the matcher's phase-1 artist-resolution
call, and supply RoleArtist Participants on phase-2 track mocks so the
back-map routes tracks to their query buckets correctly.
- Back-map loop extracted into buildTracksByQuery helper; guard ensures each
track is appended at most once per query bucket even when it credits multiple
resolved artists in that bucket, preventing duplicate scoring.
- matchTitlePhase2 helper: removed redundant squirrel.Sqlizer type assertion
(ranging over squirrel.And already yields Sqlizer).
* perf(matcher): use non-correlated IN subquery for phase-2 lookup
* refactor(matcher): decompose two-phase title matching into named steps
matchByTitle had grown to ~98 lines holding four jobs and eleven locals. Split
it into a thin orchestrator over named phases:
- groupQueriesByArtist: build the per-artist query buckets.
- resolveArtists / resolvedArtists: phase 1, with the three parallel maps
(byQuery / mbid / allIDs) folded into one type that owns artist-ID routing and
track bucketing. Artist ownership is now two direct map lookups (by order name,
by MBID) instead of the prior O(artists x queries) nested scan.
- fetchTracksCreditedTo: phase 2, using squirrel.Placeholders instead of a
hand-rolled placeholder string.
- bucketTracks / scoring loop: unchanged behavior.
Pure restructuring; the suite, race, consumers, and the real-DB benchmark are all
unchanged. Also dedupes the phase-1 MBID filter as a side effect.
* refactor(matcher): apply simplify cleanups to two-phase resolution
Behavior-preserving cleanups from a /simplify pass:
- struct{} sets instead of bool-valued sets (codebase convention)
- move newSanitizedTrack after the dedup guard in bucketTracks, so a track
credited to multiple resolved artists is sanitized only when actually bucketed
- pre-size the phase-1/phase-2 maps; drop the dead nil-guard in own()
- slice.Map for the []string->[]any arg conversion
- document why the raw media_file_artists SQL stays in this layer, and that
bucketTracks relies on the bulk participants JSON carrying artist IDs
- extract an artistParticipants() test helper, collapsing 57 four-level
Participants literals (test file -211 lines net)
* docs(matcher): rename inner title-matching steps to avoid 'phase' clash
The matcher's top-level strategies (ID/MBID/ISRC/Title) are already called phases.
Reusing 'phase 1/2' for the two steps inside title matching (resolve artists,
fetch their tracks) was confusing. Drop the ordinals and let the function names
(resolveArtists, fetchTracksCreditedTo) and prose describe the steps. Renamed the
matchTitlePhase2 test helper to matchTracksByArtistQuery. Comment-only; no behavior
change.
* fix(matcher): own MBID-resolved artists for every aliased query
Address bot review on PR #5637. When several agent queries share one
ArtistMBID under different sanitized names (agent aliases), the resolver
kept only the last query name per MBID, so the others never owned the
resolved artist and their songs fell through. Track all query names per
MBID instead; add a RED-proven test for the two-alias case.
Also invert byQuery into a reverse artist-ID -> query-name index in
bucketTracks, dropping the per-participant scan over all queries, and
guard fetchTracksCreditedTo against an empty artist-ID slice. Fix the
artist mock to forward variadic options with Called(options...) so
QueryOptions-shaped matchers receive the same argument shape as real
calls.
* docs(matcher): trim comments that restated the code
Cut three doc comments down to their why: groupQueriesByArtist, own, and
bucketTracks no longer restate what the signature and body already show.
Condense fetchTracksCreditedTo's rationale from two paragraphs to one,
keeping the role='artist', non-correlated-IN, and layer-boundary notes.
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6486a27634 |
refactor(matcher): index-space resolution + batched title lookups (#5635)
* refactor(matcher): resolve matches in song-index space * test(matcher): pin per-index duration matching for duplicate title+artist songs * refactor(matcher): drop unreachable specificity sentinel * refactor(matcher): hoist PreferStarred read out of scoring loop * docs(matcher): correct config field references in MatchSongs doc * fix(matcher): log swallowed per-artist DB error in title matching * fix(matcher): fail title matching when all artist lookups error * refactor(matcher): simplify loaders and test helpers * docs(matcher): move algorithm docs to package-level doc.go * docs(matcher): focus examples on fuzzy matching behavior * refactor(matcher): store index in dedup map and harden test helper * fix(matcher): keep exact-phase matches when all title lookups fail * perf(matcher): batch title-phase artist lookups into one query matchByTitle issued one GetAll per distinct artist, run serially. On a large library a batch of similar-songs spans dozens of artists, and profiling against a 95k-track library showed the matcher was ~90% bound in that serial query loop (a 100-song batch fired ~89 separate multi-join queries, taking ~6s). Replace the loop with a single 'order_artist_name IN (...)' query, then group the returned tracks by artist in memory and score each song against its bucket. This cuts a 100-song batch from ~6s to ~0.4s (roughly 14x) with less memory. Grouping keys on order_artist_name (the field the query filters on, matching how the per-artist queries are keyed), falling back to the sanitized Artist when it is unset. Because there is now a single query, matchByTitle is all-or-nothing like the ID/MBID/ISRC loaders: the per-artist best-effort skip is gone, while resolveMatches still preserves exact-phase matches when the title query fails. * refactor(matcher): group batched title matches by order_artist_name After batching the title-phase lookups into one query, the returned tracks must be grouped back to their artist. Key on MediaFile.OrderArtistName — the exact field the query filters on — so collaboration/"feat." tracks (whose display Artist differs from the sort artist) bucket correctly, with a sanitized-Artist fallback when it is unset. OrderArtistName is deprecated in favor of Participants, but the bulk GetAll path does not hydrate participant detail (the rich artist fields come only from the per-record GetWithParticipants JOIN), so the participant order name is empty here and the column is the only populated source. Also adds a TODO in computeSpecificityLevel: its artist-MBID levels read the deprecated, unpopulated MediaFile.MbzArtistID column, so they never fire today. |
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259c1a9484 |
feat(subsonic): add sonicSimilarity extension as plugin capability (#5419)
* feat(plugins): add sonicSimilarity capability types
Defines the SonicSimilarity plugin capability interface with
GetSonicSimilarTracks and FindSonicPath methods, along with
their request/response types.
* feat(sonic): add core sonic similarity service
Implements the Sonic service with HasProvider, GetSonicSimilarTracks,
and FindSonicPath, delegating to the PluginLoader and using the
Matcher for index-preserving library resolution.
* test(sonic): add sonic service unit tests
Covers HasProvider, GetSonicSimilarTracks, and FindSonicPath with
mock plugin loader and provider, verifying error propagation and
successful match resolution via the library matcher.
* feat(matcher): add MatchSongsToLibraryMap for index-preserving matching
Adds a new method alongside MatchSongsToLibrary that returns a
map[int]MediaFile keyed by input song index rather than a flat slice,
enabling callers to correlate similarity scores back to the original
position in the results.
* fix(sonic): check provider availability before MediaFile lookup
Avoids unnecessary DB call when no plugin is available, and ensures
the correct error path is tested.
* feat(plugins): add sonic similarity adapter
Adds SonicSimilarityAdapter implementing sonic.Provider, bridging the
plugin system to the core sonic service via Extism plugin functions.
Reuses existing songRefsToAgentSongs helper for SongRef conversion.
* feat(plugins): add LoadSonicSimilarity to plugin manager
Adds Manager.LoadSonicSimilarity method following the pattern of
LoadLyricsProvider, enabling the core sonic service to load a
SonicSimilarityAdapter from a named plugin.
* feat(subsonic): add sonicMatch response type
Add SonicMatch struct with Entry and Similarity fields, and a SonicMatches slice to the Subsonic response struct. These types support the OpenSubsonic sonicSimilarity extension for returning similarity-scored track results.
* feat(subsonic): add getSonicSimilarTracks and findSonicPath handlers
Add two new Subsonic API handlers for the sonicSimilarity OpenSubsonic extension: GetSonicSimilarTracks returns similarity-scored tracks similar to a given song, and FindSonicPath returns a path of tracks connecting two songs. Both handlers delegate to the sonic core service and map results to SonicMatch response types.
* feat(subsonic): advertise sonicSimilarity extension when plugin available
Update GetOpenSubsonicExtensions to conditionally include the sonicSimilarity extension only when a sonic similarity plugin provider is available. The nil guard ensures backward compatibility with tests that pass nil for the sonic field. Also update the existing test to pass the new nil parameter.
* feat(subsonic): wire sonic similarity service into router
Add the sonic.Sonic service to the Router struct and New() constructor, register the getSonicSimilarTracks and findSonicPath routes, and wire sonic.New and its PluginLoader binding into the Wire dependency injection graph. Update all existing test call sites to pass the new nil parameter. Regenerate wire_gen.go.
* fix(e2e): add sonic parameter to subsonic.New call in e2e tests
* test(subsonic): add sonicSimilarity extension advertisement tests
Restructures the GetOpenSubsonicExtensions test into two contexts: one verifying the baseline 5 extensions are returned when no sonic similarity plugin is configured, and one verifying that the sonicSimilarity extension is advertised (making 6 total) when a plugin loader reports an available provider. Adds a mockSonicPluginLoader to satisfy the sonic.PluginLoader interface without requiring a real plugin.
* feat(subsonic): add nil guard and e2e tests for sonic similarity endpoints
Handlers return ErrorDataNotFound when no sonic service is configured,
preventing nil panics. E2e tests verify both endpoints return proper
error responses when no plugin is available.
* fix(subsonic): return HTTP 404 when no sonic similarity plugin available
Endpoints are always registered but return 404 when no provider is
available, rather than a subsonic error code 70.
* refactor: clean up sonic similarity code after review
Extract shared helpers to reduce duplication across the sonic similarity
implementation: loadAllMatches in matcher consolidates the 4-phase
matching pipeline, songRefToAgentSong eliminates per-iteration slice
allocation in the adapter, sonicMatchResponse deduplicates response
building in handlers, and a package-level constant replaces raw
capability name strings in core/sonic.
* fix empty response shapes
Signed-off-by: Deluan <deluan@navidrome.org>
* test(plugins): add testdata plugin and e2e tests for sonic similarity
Add a test-sonic-similarity WASM plugin that implements both
GetSonicSimilarTracks and FindSonicPath via the generated sonicsimilarity
PDK. The plugin returns deterministic test data with decreasing similarity
scores and supports error injection via config. Adapter tests verify the
full round-trip through the WASM plugin including error handling. Also
includes regenerated PDK code from make gen.
* docs: update README to include new capabilities and usage examples for plugins
Signed-off-by: Deluan <deluan@navidrome.org>
* test(e2e): enhance sonic similarity tests with additional scenarios and mock provider
Signed-off-by: Deluan <deluan@navidrome.org>
* fix: address PR review feedback for sonic similarity
Fix incorrect field names in README documentation ({from, to} →
{startSong, endSong}) and remove unnecessary XML serialization test
from e2e suite since OpenSubsonic endpoints only use JSON.
* refactor: rename Matcher methods for conciseness
Rename MatchSongsToLibrary to MatchSongs and MatchSongsToLibraryMap to
MatchSongsIndexed. The Matcher receiver already establishes the "to
library" context, making that suffix redundant, and "Indexed" better
describes the intent (preserving input ordering) than "Map" which
describes the data structure.
* refactor: standardize variable naming for media files in sonic path methods
Signed-off-by: Deluan <deluan@navidrome.org>
* refactor: simplify plugin loading by introducing adapter constructors
Signed-off-by: Deluan <deluan@navidrome.org>
---------
Signed-off-by: Deluan <deluan@navidrome.org>
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3b7d3f4383 |
feat(matcher): add Matcher.PreferStarred option to bias fuzzy matcher toward starred/high-rated tracks (#5387)
* matcher: update godoc for matcher config scoring order * conf: log deprecated SimilarSongsMatchThreshold option * conf: enable matcher prefer-starred by default |
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52e47b896a |
refactor: extract song-to-library matcher to core/matcher package (#5348)
* refactor: extract matchSongsToLibrary to core/matcher package Move the song-to-library matching algorithm from core/external into its own core/matcher package. The Matcher struct exposes a single public method MatchSongsToLibrary that implements a multi-phase matching algorithm (ID > MBID > ISRC > fuzzy title+artist). Includes pre-sanitization optimization for the fuzzy matching loop. No behavioral changes — the algorithm is identical to the version in core/external/provider_matching.go. * refactor: inject matcher.Matcher via Wire instead of creating it inline Add *matcher.Matcher as a dependency of external.NewProvider, wired via Google Wire. Update all provider test files to pass matcher.New(ds). This eliminates tight coupling so future consumers can reuse the matcher without depending on the external package. * refactor: remove old provider_matching files Delete core/external/provider_matching.go and its tests. All matching logic now lives in core/matcher/. * test(matcher): restore test coverage lost in extraction Port back 23 specs that existed in the old provider_matching_test.go but were dropped during the extraction. Covers specificity levels, fuzzy matching thresholds, fuzzy album matching, duration matching, and deduplication edge cases. * test(matcher): extract matchFieldInAnd/matchFieldInEq helpers The four inline mock.MatchedBy closures in setupAllPhaseExpectations all followed the same squirrel.And -> squirrel.Eq -> field-name-check pattern. Extract into two small helpers to reduce duplication and make the setup functions read as a concise list of phase expectations. * refactor(matcher): address PR #5348 review feedback - sanitizedTrack now holds *model.MediaFile instead of a value copy. Since MediaFile is a large struct (~74 fields), this avoids the per-track copy into sanitized[] and a second copy when findBestMatch assigns the winner. loadTracksByTitleAndArtist updated to iterate by index and pass &tracks[i]. - loadTracksByISRC now sorts results (starred desc, rating desc, year asc, compilation asc) so that when multiple library tracks share an ISRC the most relevant one is picked deterministically, matching the sort order already used by loadTracksByTitleAndArtist. - Restored the four worked examples (MBID Priority, ISRC Priority, Specificity Ranking, Fuzzy Title Matching) in the MatchSongsToLibrary godoc that were dropped during the extraction. - matcher_test.go: tests now enforce expectations via AssertExpectations in a DeferCleanup. The old setupAllPhaseExpectations helper was replaced with per-phase helpers (expectIDPhase/expectMBIDPhase/expectISRCPhase + allowOtherPhases) so each test deterministically verifies which matching phases fire. This surfaced (and fixes) a latent issue copilot flagged: the old .Once() expectations were not actually asserted, so tests would silently pass even when phases short-circuited unexpectedly. |