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7 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
Deluan Quintão
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6b9f85efcc
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fix(subsonic): omit bit depth for lossy targets in transcode decision (#5768)
getTranscodeDecision was copying the source file's bit depth into the transcodeStream details, so a 24-bit FLAC negotiated to Opus reported audioBitdepth=24. Lossy codecs (Opus, MP3, AAC) have no PCM bit depth, and ffmpeg only honors a bit depth constraint (-sample_fmt) for lossless outputs, so the value was both meaningless and misleading to clients that use it as a quality indicator. Only set the transcoded stream's bit depth when the target format is lossless; a zero value omits audioBitdepth from the response. This also makes audioBitdepth codec limitations a no-op for lossy targets instead of rejecting the profile. Lossless targets (e.g. FLAC->FLAC downconvert) keep reporting and clamping bit depth as before. |
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Deluan Quintão
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da56df3160
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feat(smartplaylist): extend isMissing/isPresent to bpm, bitDepth and many text fields (#5603)
* feat(smartplaylist): support isMissing/isPresent on mbz_* and lyrics fields Mark the six mbz_* MusicBrainz ID columns and the lyrics column as Nullable in the criteria field map, then extend missingExpr to handle string columns where absence is encoded as NULL or empty string (plus '[]' for lyrics). The Numeric/Boolean path (ReplayGain) is preserved via an explicit type check. * refactor(model): make MediaFile BPM and BitDepth nullable pointers Convert BPM and BitDepth fields in model.MediaFile from int to *int so that 'tag absent' is distinguishable from zero. The metadata mapper now uses NullableFloat for BPM (nil when absent or zero/unparseable) and only sets BitDepth when the audio property is non-zero (lossy codecs report 0). All read sites use gg.V() for zero-fallback deref so Subsonic API output and transcoding behaviour are byte-identical to before. The persistence layer bridges the existing NOT NULL DB columns by coercing nil to 0 on write and 0 back to nil on read in PostMapArgs/PostScan; a later migration task will drop those constraints. Hash upgrade safety is verified by a new MediaFile.Hash describe block: nil *int hashes identically to the old int(0) default via ZeroNil+IgnoreZeroValue, so no files will be spuriously re-imported after this change. Extra files touched beyond the plan's list: core/stream/legacy_client_test.go (BitDepth in model.MediaFile literals), persistence/mediafile_repository.go (NOT NULL bridge). * test(model): pin pre-conversion golden hashes for BPM/BitDepth * feat(smartplaylist): support isMissing/isPresent on bpm and bitDepth * feat(db): make bpm and bit_depth columns nullable, backfill 0 to NULL Drop the NOT NULL constraint on media_file.bpm and bit_depth via a lossless migration that converts legacy 0-means-absent values to real NULL. Remove the temporary shim in PostScan/PostMapArgs that was bridging the old NOT NULL columns to the *int model fields. Add round-trip persistence tests asserting NULL storage for nil pointers and correct value round-trip for non-nil pointers. * test(e2e): verify isMissing/isPresent partition for nullable fields Add DescribeTable covering bpm, bitdepth, lyrics, and mbz_recording_id: for each field, isMissing + isPresent song counts must equal the total library count, proving the nullable-column SQL is exhaustive and correct. * test(e2e): seed bpm tag so isMissing/isPresent partition is non-trivial * fix(model): omit bitDepth from JSON when absent instead of emitting null * feat(smartplaylist): support isMissing/isPresent on more string fields Enable isMissing/isPresent operators for album, comment, catalognumber, discsubtitle, albumcomment, sorttitle, sortalbum, sortartist, sortalbumartist, and explicitstatus by marking them Nullable in fieldMap. * refactor(smartplaylist): unify missingExpr column logic into one flow Collapse the numeric/string fork in missingExpr into a single empties-driven loop (numeric/boolean fields simply have no empties), and replace the duplicated IsTag/IsRole guard with a three-way switch that expresses the dispatch model once. No SQL semantics change for string fields; numeric/boolean fields now emit a single-element Or/And which squirrel parenthesizes (e.g. `(col IS NULL)` instead of bare `col IS NULL`) — update the affected test expectations accordingly. |
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Deluan Quintão
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b18dfb474a
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fix(transcoding): don't apply server-side override on getTranscodeDecision (#5473)
* fix(transcoding): don't apply server-side transcoding override on getTranscodeDecision The getTranscodeDecision endpoint was incorrectly applying server-side player transcoding overrides (forced format and MaxBitRate cap), which replaced the client's declared capabilities with synthetic profiles. This caused the endpoint to ignore what the client can actually play and return decisions for formats the client never requested (e.g. AAC when the client only supports FLAC/opus/mp3). The override is now gated behind an ApplyServerOverride flag in TranscodeOptions, which is only set by the legacy stream endpoint where this behavior is expected. Signed-off-by: Deluan <deluan@navidrome.org> * refactor: move server-side transcoding override to ResolveRequest Moved the server-side player transcoding override logic (forced format and MaxBitRate cap) from MakeDecision into ResolveRequest, where the legacy stream context is handled. This makes MakeDecision a pure function that only operates on the ClientInfo it receives, removing the ApplyServerOverride flag and all context-sniffing from the decision engine. Tests moved accordingly to legacy_client_test.go. * test(e2e): update transcode decision tests for server override removal Updated e2e tests to reflect that getTranscodeDecision no longer applies server-side player overrides (MaxBitRate cap and forced transcoding profile). The player MaxBitRate tests now verify the endpoint ignores the player cap and relies solely on client-declared capabilities. * test(e2e): assert opus default bitrate when player cap is ignored Added bitrate assertion to verify the player MaxBitRate cap is truly ignored: the target bitrate should be the opus format default (128kbps), not the player cap (320kbps). --------- Signed-off-by: Deluan <deluan@navidrome.org> |
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Deluan Quintão
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27209ed26a
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fix(transcoding): clamp target channels to codec limit (#5336) (#5345)
* fix(transcoding): clamp target channels to codec limit (#5336) When transcoding a multi-channel source (e.g. 6-channel FLAC) to MP3, the decider passed the source channel count through to ffmpeg unchanged. The default MP3 command path then emitted `-ac 6`, and the template path injected `-ac 6` after the template's own `-ac 2`, causing ffmpeg to honor the last occurrence and fail with exit code 234 since libmp3lame only supports up to 2 channels. Introduce `codecMaxChannels()` in core/stream/codec.go (mp3→2, opus→8), mirroring the existing `codecMaxSampleRate` pattern, and apply the clamp in `computeTranscodedStream` right after the sample-rate clamps. Also fix a pre-existing ordering bug where the profile's MaxAudioChannels check compared against src.Channels rather than ts.Channels, which would have let a looser profile setting raise the codec-clamped value back up. Comparing against the already-clamped ts.Channels makes profile limits strictly narrowing, which matches how the sample-rate block already behaves. The ffmpeg buildTemplateArgs comment is refreshed to point at the new upstream clamp, since the flags it injects are now always codec-safe. Adds unit tests for codecMaxChannels and four decider scenarios covering the literal issue repro (6-ch FLAC→MP3 clamps to 2), a stricter profile limit winning over the codec clamp, a looser profile limit leaving the codec clamp intact, and a codec with no hard limit (AAC) passing 6 channels through. * test(e2e): pin codec channel clamp at the Subsonic API surface (#5336) Add a 6-channel FLAC fixture to the e2e test suite and use it to assert the codec channel clamp end-to-end on both Subsonic streaming endpoints: - getTranscodeDecision (mp3OnlyClient, no MaxAudioChannels in profile): expects TranscodeStream.AudioChannels == 2 for the 6-channel source. This exercises the new codecMaxChannels() helper through the OpenSubsonic decision endpoint, with no profile-level channel limit masking the bug. - /rest/stream (legacy): requests format=mp3 against the multichannel fixture and asserts streamerSpy.LastRequest.Channels == 2, confirming the clamp propagates through ResolveRequest into the stream.Request that the streamer receives. The fixture is metadata-only (channels: 6 plumbed via the existing storagetest.File helper) — no real audio bytes required, since the e2e suite uses a spy streamer rather than invoking ffmpeg. Bumps the empty-query search3 song count expectation from 13 to 14 to account for the new fixture. * test(decider): clarify codec-clamp comment terminology Distinguish "transcoding profile MaxAudioChannels" (Profile.MaxAudioChannels field) from "LimitationAudioChannels" (CodecProfile rule constant). The regression test bypasses the former, not the latter. |
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Deluan Quintão
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36a7be9eaf
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fix(transcoding): include ffprobe in MSI and fall back gracefully when absent (#5326)
* fix(msi): include ffprobe executable in MSI build Signed-off-by: Deluan <deluan@navidrome.org> * feat(ffmpeg): add IsProbeAvailable() to FFmpeg interface Add runtime check for ffprobe binary availability with cached result and startup logging. When ffprobe is missing, logs a warning at startup. * feat(stream): guard MakeDecision behind ffprobe availability When ffprobe is not available, MakeDecision returns a decision with ErrorReason set and both CanDirectPlay and CanTranscode false, instead of failing with an opaque exec error. * feat(subsonic): only advertise transcoding extension when ffprobe is available The OpenSubsonic transcoding extension is now conditionally included based on ffprobe availability, so clients know not to call getTranscodeDecision when ffprobe is missing. * refactor(ffmpeg): move ffprobe startup warning to initial_setup Move the ffprobe availability warning from the lazy IsProbeAvailable() check to checkFFmpegInstallation() in server/initial_setup.go, alongside the existing ffmpeg warning. This ensures the warning appears at startup rather than on first endpoint call. * fix(e2e): set noopFFmpeg.IsProbeAvailable to true The e2e tests use pre-populated probe data and don't need a real ffprobe binary. Setting IsProbeAvailable to true allows the transcode decision logic to proceed normally in e2e tests. * fix(stream): only guard on ffprobe when probing is needed Move the IsProbeAvailable() guard inside the SkipProbe check so that legacy stream requests (which pass SkipProbe: true) are not blocked when ffprobe is missing. The guard only applies when probing is actually required (i.e., getTranscodeDecision endpoint). * refactor(stream): fall back to tag metadata when ffprobe is unavailable Instead of blocking getTranscodeDecision when ffprobe is missing, fall back to tag-based metadata (same behavior as /rest/stream). The transcoding extension is always advertised. A startup warning still alerts admins when ffprobe is not found. * fix(stream): downgrade ffprobe-unavailable log to Debug Avoids log spam when clients call getTranscodeDecision repeatedly without ffprobe installed. The startup warning in initial_setup.go already alerts admins at Warn level. --------- Signed-off-by: Deluan <deluan@navidrome.org> |
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Deluan Quintão
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664217f3f7 |
fix(transcoding): play WAV files directly in browsers instead of transcoding (#5309)
* fix: allow WAV direct play by aliasing pcm and wav codecs
WAV files were being transcoded to FLAC even when the browser declared
native WAV support. The backend normalizes ffprobe's pcm_s16le (and
similar PCM variants) to the internal codec name "pcm", while browsers
advertise WAV support as audioCodecs:["wav"] in their client profile.
The direct-play codec check compared these literally and rejected the
match with "audio codec not supported", forcing a needless FLAC
transcode.
Added {"pcm", "wav"} to codecAliasGroups so the matcher treats them
as equivalent. The container check runs first, so AIFF files (which also
normalize to codec "pcm" but use container "aiff") cannot
accidentally match a WAV direct-play profile.
* feat: include profile details in direct-play rejection reasons
The transcodeReason array returned by getTranscodeDecision previously
contained one generic string per failed DirectPlayProfile (e.g., five
copies of "container not supported"), making it hard to correlate a
reason with the profile that rejected the stream.
Each rejection reason now embeds the offending source value (in single
quotes) along with a compact representation of the full profile that
rejected it, rendered as [container/codec]. For example, clients with
two distinct ogg-container profiles (opus and vorbis) produced two
identical rejection strings; they now read "container 'wav' not
supported by profile [ogg/opus]" and "container 'wav' not supported
by profile [ogg/vorbis]", making each entry in the transcodeReason
array unique and self-describing.
A small describeProfile helper renders profiles as [container/codec]
(or [container] when no codec is constrained).
* refactor(stream): address code review — narrow pcm/wav match, tighten tests
Responds to reviewer feedback on the initial PR:
- Replace the symmetric pcm↔wav codec alias with a contextual
isPCMInWAVMatch check in checkDirectPlayProfile. The alias
unconditionally equated the two names in matchesCodec, which would
let AIFF sources (also normalized to codec "pcm") falsely satisfy
a codec-only ["wav"] direct-play profile that omitted containers.
The new check additionally requires src.Container == "wav" before
bridging the names, closing the false-positive path.
- Tighten the rejection-reason test assertions to verify the new
formatted output (source value + profile descriptor) instead of
just matching loose substrings like "container", preventing
unrelated rejections from satisfying the expectations.
- Add coverage for the WAV→wav-codec acceptance path and for the
AIFF-in-wav-codec-profile rejection path to pin down the contract
of isPCMInWAVMatch.
* refactor(codec): rename isPCMInWAVMatch to matchesPCMWAVBridge for clarity
Signed-off-by: Deluan <deluan@navidrome.org>
---------
Signed-off-by: Deluan <deluan@navidrome.org>
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Deluan Quintão
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767744a301
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refactor: rename core/transcode to core/stream, simplify MediaStreamer (#5166)
* refactor: rename core/transcode directory to core/stream * refactor: update all imports from core/transcode to core/stream * refactor: rename exported symbols to fit core/stream package name * refactor: simplify MediaStreamer interface to single NewStream method Remove the two-method interface (NewStream + DoStream) in favor of a single NewStream(ctx, mf, req) method. Callers are now responsible for fetching the MediaFile before calling NewStream. This removes the implicit DB lookup from the streamer, making it a pure streaming concern. * refactor: update all callers from DoStream to NewStream * chore: update wire_gen.go and stale comment for core/stream rename * refactor: update wire command to handle GO_BUILD_TAGS correctly Signed-off-by: Deluan <deluan@navidrome.org> * fix: distinguish not-found from internal errors in public stream handler * refactor: remove unused ID field from stream.Request * refactor: simplify ResolveRequestFromToken to receive *model.MediaFile Move MediaFile fetching responsibility to callers, making the method focused on token validation and request resolution. Remove ErrMediaNotFound (no longer produced). Update GetTranscodeStream handler to fetch the media file before calling ResolveRequestFromToken. * refactor: extend tokenTTL from 12 to 48 hours Signed-off-by: Deluan <deluan@navidrome.org> --------- Signed-off-by: Deluan <deluan@navidrome.org> |