edde746
a7527718df
plex_client.selectStreams' allParts=false branch, download_manager's both-branches-true conditional and unscoped getAllPinnedMetadata tail, playback_source_resolver.preferOffline, and update_service's unreachable catches had no reachable path; PlaybackSession.result/streamHeaders, PlaybackContext.clientScopeId, FileInfoStreams.audioStream, PrefsRepairOutcome.settingsReset/sessionsSalvaged, and JellyfinLiveSessionTracker.playSessionId were write-only; PlexConnection.directUrl, PlexServer.isOnline plus its parse-and-persist presence field, SafStorageService.createDirectory, FullscreenStateManager.stopMonitoring/dispose, the play_queue_launcher re-export shim, track-selection's constant params, and PlexApiCache.unpinForOffline/isPinnedRatingKey (matching the earlier Jellyfin removal) were dead API.
492 lines
20 KiB
Dart
492 lines
20 KiB
Dart
import '../media/media_file_info.dart';
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import '../media/media_source_info.dart';
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import '../media/media_version.dart' show bitrateKbpsFromBps;
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import '../utils/json_utils.dart';
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import 'plex_constants.dart';
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/// Backend-agnostic stream-array walker. Plex and Jellyfin both express the
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/// per-source stream list (video/audio/subtitle entries) as `List<dynamic>`
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/// under different field names; the per-backend [FileInfoStreamReader]
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/// implementations encapsulate the naming differences so the call sites in
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/// each client can hand a streams array straight to [walkStreams].
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enum FileInfoStreamType { video, audio, subtitle }
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/// Normalised projection of a single entry in Jellyfin's `MediaStreams` array.
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/// Callers build their own typed output from this shared extraction so the
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/// field-name parsing only lives in one place.
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typedef JellyfinStreamFields = ({
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String? type,
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int index,
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String? codec,
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String? language,
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String? languageCode,
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String? title,
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String? displayTitle,
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bool isDefault,
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bool isForced,
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bool isExternalFile,
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bool usesExternalDelivery,
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bool isExternal,
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String? deliveryUrl,
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int? channels,
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double? frameRate,
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});
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JellyfinStreamFields parseJellyfinStreamFields(Map<String, dynamic> s, {int fallbackIndex = 0}) {
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final deliveryMethod = (s['DeliveryMethod'] as String?)?.toLowerCase();
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final isExternalFile = s['IsExternal'] == true;
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final usesExternalDelivery = deliveryMethod == 'external';
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return (
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type: (s['Type'] as String?)?.toLowerCase(),
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index: flexibleInt(s['Index']) ?? fallbackIndex,
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codec: s['Codec'] as String?,
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language: s['DisplayLanguage'] as String? ?? s['Language'] as String?,
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languageCode: s['Language'] as String?,
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title: s['Title'] as String?,
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displayTitle: s['DisplayTitle'] as String?,
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isDefault: s['IsDefault'] as bool? ?? false,
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isForced: s['IsForced'] as bool? ?? false,
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isExternalFile: isExternalFile,
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usesExternalDelivery: usesExternalDelivery,
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isExternal: isExternalFile || usesExternalDelivery,
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deliveryUrl: s['DeliveryUrl'] as String?,
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channels: flexibleInt(s['Channels']),
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frameRate: flexibleDouble(s['RealFrameRate']) ?? flexibleDouble(s['AverageFrameRate']),
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);
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}
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/// Single-pass result of walking a streams array. Keeps the raw
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/// `videoStream` map pointer (for callers that need to dig out keys the
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/// parsed track classes don't carry — e.g. `colorSpace`, `BitDepth`,
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/// `BitRate`) and the parsed neutral track lists.
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class FileInfoStreams {
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final Map<String, dynamic>? videoStream;
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final List<MediaAudioTrack> audioTracks;
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final List<MediaSubtitleTrack> subtitleTracks;
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const FileInfoStreams({required this.videoStream, required this.audioTracks, required this.subtitleTracks});
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static const empty = FileInfoStreams(videoStream: null, audioTracks: [], subtitleTracks: []);
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}
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abstract class FileInfoStreamReader {
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/// Classify a raw stream entry — return null to skip (unknown / irrelevant).
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FileInfoStreamType? typeOf(Map<String, dynamic> stream);
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/// Build a neutral [MediaAudioTrack] from a backend-specific audio entry.
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/// [autoIndex] is the 1-based ordinal of this track among audio entries
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/// in the streams array; backends that lack a stable per-stream `id` can
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/// fall back to it.
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MediaAudioTrack toAudioTrack(Map<String, dynamic> stream, int autoIndex);
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/// Build a neutral [MediaSubtitleTrack] from a backend-specific subtitle
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/// entry. See [autoIndex] note on [toAudioTrack].
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MediaSubtitleTrack toSubtitleTrack(Map<String, dynamic> stream, int autoIndex);
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}
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typedef MalformedStreamHandler = void Function(Object error, StackTrace stackTrace, Map<String, dynamic> stream);
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/// Walk [streams] in a single pass. Captures the first video entry (later
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/// ones are ignored — both backends serve a single primary track per type),
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/// accumulates *all* audio / subtitle tracks for selection UIs, and keeps
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/// the raw video stream for display-metadata parsing.
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FileInfoStreams walkStreams(
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List<dynamic>? streams,
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FileInfoStreamReader reader, {
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MalformedStreamHandler? onMalformed,
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}) {
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if (streams == null || streams.isEmpty) return FileInfoStreams.empty;
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final audioTracks = <MediaAudioTrack>[];
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final subtitleTracks = <MediaSubtitleTrack>[];
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Map<String, dynamic>? videoStream;
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var audioIndex = 0;
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var subtitleIndex = 0;
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for (final raw in streams) {
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if (raw is! Map<String, dynamic>) continue;
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try {
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final type = reader.typeOf(raw);
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if (type == null) continue;
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switch (type) {
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case FileInfoStreamType.video:
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videoStream ??= raw;
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case FileInfoStreamType.audio:
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audioIndex++;
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audioTracks.add(reader.toAudioTrack(raw, audioIndex));
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case FileInfoStreamType.subtitle:
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subtitleIndex++;
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subtitleTracks.add(reader.toSubtitleTrack(raw, subtitleIndex));
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}
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} catch (error, stackTrace) {
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if (onMalformed == null) rethrow;
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onMalformed(error, stackTrace, raw);
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}
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}
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return FileInfoStreams(videoStream: videoStream, audioTracks: audioTracks, subtitleTracks: subtitleTracks);
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}
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/// Reader for Plex's `Part.Stream[]` entries. Field naming follows Plex's
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/// camelCase: `streamType` (1=video, 2=audio, 3=subtitle), numeric `id`,
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/// `language`/`languageCode`, `selected`/`forced` arrive as bool-ish strings
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/// or 0/1 ints (handled by [flexibleBool]).
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class PlexFileInfoStreamReader implements FileInfoStreamReader {
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const PlexFileInfoStreamReader();
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@override
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FileInfoStreamType? typeOf(Map<String, dynamic> stream) {
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final t = flexibleInt(stream['streamType']);
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return switch (t) {
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PlexStreamType.video => FileInfoStreamType.video,
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PlexStreamType.audio => FileInfoStreamType.audio,
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PlexStreamType.subtitle => FileInfoStreamType.subtitle,
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_ => null,
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};
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}
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@override
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MediaAudioTrack toAudioTrack(Map<String, dynamic> stream, int _) {
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return MediaAudioTrack(
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id: flexibleInt(stream['id']) ?? (throw const FormatException('Plex audio stream is missing a numeric id')),
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index: flexibleInt(stream['index']),
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codec: stream['codec'] as String?,
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language: stream['language'] as String?,
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languageCode: stream['languageCode'] as String?,
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title: stream['title'] as String?,
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displayTitle: stream['displayTitle'] as String?,
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channels: flexibleInt(stream['channels']),
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selected: flexibleBool(stream['selected']),
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);
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}
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@override
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MediaSubtitleTrack toSubtitleTrack(Map<String, dynamic> stream, int _) {
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return MediaSubtitleTrack(
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id: flexibleInt(stream['id']) ?? (throw const FormatException('Plex subtitle stream is missing a numeric id')),
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index: flexibleInt(stream['index']),
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codec: stream['codec'] as String?,
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language: stream['language'] as String?,
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languageCode: stream['languageCode'] as String?,
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title: stream['title'] as String?,
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displayTitle: stream['displayTitle'] as String?,
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selected: flexibleBool(stream['selected']),
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forced: flexibleBool(stream['forced']),
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key: stream['key'] as String?,
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);
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}
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}
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/// Reader for Jellyfin's `MediaSources[].MediaStreams[]` entries. Field
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/// naming is PascalCase: `Type` ('Video'/'Audio'/'Subtitle'), `Index` per
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/// stream-type ordinal, `IsDefault`/`IsForced` as proper booleans. The
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/// per-stream `Index` can theoretically be null on misconfigured items, so
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/// the reader falls back to the walker's `autoIndex` for stable IDs.
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class JellyfinFileInfoStreamReader implements FileInfoStreamReader {
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const JellyfinFileInfoStreamReader();
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@override
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FileInfoStreamType? typeOf(Map<String, dynamic> stream) {
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final type = (stream['Type'] as String?)?.toLowerCase();
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return switch (type) {
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'video' => FileInfoStreamType.video,
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'audio' => FileInfoStreamType.audio,
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'subtitle' => FileInfoStreamType.subtitle,
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_ => null,
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};
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}
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@override
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MediaAudioTrack toAudioTrack(Map<String, dynamic> s, int autoIndex) {
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final f = parseJellyfinStreamFields(s, fallbackIndex: autoIndex);
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return MediaAudioTrack(
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id: f.index,
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index: f.index,
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codec: f.codec,
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language: f.language,
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languageCode: f.languageCode,
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title: f.title,
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displayTitle: f.displayTitle,
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channels: f.channels,
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selected: f.isDefault,
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external: f.isExternal,
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);
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}
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@override
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MediaSubtitleTrack toSubtitleTrack(Map<String, dynamic> s, int autoIndex) {
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final f = parseJellyfinStreamFields(s, fallbackIndex: autoIndex);
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return MediaSubtitleTrack(
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id: f.index,
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index: f.index,
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codec: f.codec,
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language: f.language,
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languageCode: f.languageCode,
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title: f.title,
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displayTitle: f.displayTitle,
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selected: f.isDefault,
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forced: f.isForced,
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key: f.isExternal ? f.deliveryUrl : null,
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external: f.isExternalFile,
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usesExternalDelivery: f.usesExternalDelivery,
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);
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}
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}
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// ---------------------------------------------------------------------------
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// Full per-stream detail extraction for the file-info sheet.
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//
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// [walkStreams] above deliberately keeps only what playback needs. The sheet
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// needs every probed property, so these builders read the raw stream maps a
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// second time and project them onto the neutral [MediaStreamDetails]. Both
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// backends' field-name maps live side by side here for the same reason the
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// readers above do: one place to compare when a server adds a key.
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// ---------------------------------------------------------------------------
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/// Classify a Plex `Part.Stream[]` entry. Plex numbers stream types 1–4
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/// ([PlexStreamType]); anything else maps to [MediaStreamKind.unknown].
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///
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/// Type 4 is lyrics, not an embedded image — music tracks are the only items
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/// that carry it, so the mismatch only became visible once File Info was
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/// offered for tracks.
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MediaStreamKind plexStreamKind(Map<String, dynamic> s) => switch (flexibleInt(s['streamType'])) {
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PlexStreamType.video => MediaStreamKind.video,
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PlexStreamType.audio => MediaStreamKind.audio,
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PlexStreamType.subtitle => MediaStreamKind.subtitle,
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PlexStreamType.lyrics => MediaStreamKind.lyric,
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_ => MediaStreamKind.unknown,
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};
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/// Classify a Jellyfin `MediaStreams[]` entry.
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MediaStreamKind jellyfinStreamKind(Map<String, dynamic> s) => switch ((s['Type'] as String?)?.toLowerCase()) {
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'video' => MediaStreamKind.video,
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'audio' => MediaStreamKind.audio,
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'subtitle' => MediaStreamKind.subtitle,
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'embeddedimage' => MediaStreamKind.image,
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'lyric' => MediaStreamKind.lyric,
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'data' => MediaStreamKind.data,
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_ => MediaStreamKind.unknown,
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};
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/// Project a Plex `Part.Stream[]` entry. [ordinal] is the 1-based position
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/// among streams of the same kind.
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MediaStreamDetails plexStreamDetails(Map<String, dynamic> s, int ordinal) {
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final kind = plexStreamKind(s);
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final dolbyVision = _plexDolbyVision(s);
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return MediaStreamDetails(
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kind: kind,
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ordinal: ordinal,
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id: s['id']?.toString(),
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index: flexibleInt(s['index']),
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title: _text(s['title']),
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displayTitle: _text(s['extendedDisplayTitle']) ?? _text(s['displayTitle']),
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codec: _text(s['codec']),
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codecTag: _text(s['codecID']),
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profile: _text(s['profile']),
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level: flexibleInt(s['level']),
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language: _text(s['language']),
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languageCode: _text(s['languageCode']) ?? _text(s['languageTag']),
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// Plex already reports stream bitrates in kbps.
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bitrateKbps: flexibleInt(s['bitrate']),
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isDefault: flexibleBoolNullable(s['default']),
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isForced: flexibleBoolNullable(s['forced']),
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isSelected: flexibleBoolNullable(s['selected']),
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isExternal: _plexIsExternal(s),
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isHearingImpaired: flexibleBoolNullable(s['hearingImpaired']),
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isDub: flexibleBoolNullable(s['dub']),
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isOriginal: flexibleBoolNullable(s['original']),
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width: flexibleInt(s['width']),
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height: flexibleInt(s['height']),
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codedWidth: flexibleInt(s['codedWidth']),
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codedHeight: flexibleInt(s['codedHeight']),
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frameRate: flexibleDouble(s['frameRate']),
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scanType: _text(s['scanType']),
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isInterlaced: _plexInterlaced(s),
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bitDepth: flexibleInt(s['bitDepth']),
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refFrames: flexibleInt(s['refFrames']),
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colorSpace: _text(s['colorSpace']),
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colorRange: _text(s['colorRange']),
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colorPrimaries: _text(s['colorPrimaries']),
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colorTransfer: _text(s['colorTrc']),
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chromaSubsampling: _text(s['chromaSubsampling']),
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chromaLocation: _text(s['chromaLocation']),
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pixelAspectRatio: _text(s['pixelAspectRatio']),
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isAnamorphic: flexibleBoolNullable(s['anamorphic']),
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videoRange: kind == MediaStreamKind.video ? _plexVideoRange(s, dolbyVision) : MediaVideoRange.unknown,
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dolbyVision: dolbyVision,
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hasScalingMatrix: flexibleBoolNullable(s['hasScalingMatrix']),
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streamIdentifier: _text(s['streamIdentifier']),
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channels: flexibleInt(s['channels']),
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channelLayout: _text(s['audioChannelLayout']),
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sampleRate: flexibleInt(s['samplingRate']),
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subtitleFormat: _text(s['format']),
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providerTitle: _text(s['providerTitle']),
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score: flexibleInt(s['score']),
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externalKey: _text(s['key']),
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isTransient: flexibleBoolNullable(s['transient']),
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sourceKey: _text(s['sourceKey']),
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comment: _text(s['comment']),
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hasDescriptions: flexibleBoolNullable(s['descriptions']),
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headerCompression: flexibleBoolNullable(s['headerCompression']),
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);
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}
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/// Project a Jellyfin `MediaSources[].MediaStreams[]` entry.
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MediaStreamDetails jellyfinStreamDetails(Map<String, dynamic> s, int ordinal) {
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final kind = jellyfinStreamKind(s);
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final interlaced = flexibleBoolNullable(s['IsInterlaced']);
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return MediaStreamDetails(
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kind: kind,
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ordinal: ordinal,
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index: flexibleInt(s['Index']),
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title: _text(s['Title']),
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displayTitle: _text(s['DisplayTitle']),
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codec: _text(s['Codec']),
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codecTag: _text(s['CodecTag']),
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profile: _text(s['Profile']),
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level: flexibleInt(s['Level']),
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language: _text(s['DisplayLanguage']) ?? _text(s['Language']),
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languageCode: _text(s['Language']),
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bitrateKbps: bitrateKbpsFromBps(flexibleInt(s['BitRate'])),
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isDefault: flexibleBoolNullable(s['IsDefault']),
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isForced: flexibleBoolNullable(s['IsForced']),
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isExternal: flexibleBoolNullable(s['IsExternal']),
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isHearingImpaired: flexibleBoolNullable(s['IsHearingImpaired']),
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width: flexibleInt(s['Width']),
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height: flexibleInt(s['Height']),
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frameRate: flexibleDouble(s['RealFrameRate']) ?? flexibleDouble(s['AverageFrameRate']),
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scanType: interlaced == null ? null : (interlaced ? 'interlaced' : 'progressive'),
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isInterlaced: interlaced,
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bitDepth: flexibleInt(s['BitDepth']),
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refFrames: flexibleInt(s['RefFrames']),
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pixelFormat: _text(s['PixelFormat']),
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colorSpace: _text(s['ColorSpace']),
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colorRange: _text(s['ColorRange']),
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colorPrimaries: _text(s['ColorPrimaries']),
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colorTransfer: _text(s['ColorTransfer']),
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aspectRatio: _text(s['AspectRatio']),
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isAnamorphic: flexibleBoolNullable(s['IsAnamorphic']),
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videoRange: kind == MediaStreamKind.video ? _jellyfinVideoRange(s) : MediaVideoRange.unknown,
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hasHdr10Plus: flexibleBoolNullable(s['Hdr10PlusPresentFlag']),
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dolbyVision: _jellyfinDolbyVision(s),
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isAvc: flexibleBoolNullable(s['IsAVC']),
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nalLengthSize: flexibleInt(s['NalLengthSize']),
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channels: flexibleInt(s['Channels']),
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channelLayout: _text(s['ChannelLayout']),
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sampleRate: flexibleInt(s['SampleRate']),
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spatialFormat: _text(s['AudioSpatialFormat']),
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isTextSubtitle: flexibleBoolNullable(s['IsTextSubtitleStream']),
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supportsExternalStream: flexibleBoolNullable(s['SupportsExternalStream']),
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score: flexibleInt(s['Score']),
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timeBase: _text(s['TimeBase']),
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externalKey: _text(s['DeliveryUrl']),
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comment: _text(s['Comment']),
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rotation: flexibleInt(s['Rotation']),
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filePath: _text(s['Path']),
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);
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}
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/// Project a Jellyfin `MediaSources[].MediaAttachments[]` entry. Plex does not
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/// expose attachments on `/library/metadata`, so this has no Plex sibling.
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MediaFileAttachment jellyfinAttachment(Map<String, dynamic> a) {
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return MediaFileAttachment(
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index: flexibleInt(a['Index']),
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fileName: _text(a['FileName']),
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mimeType: _text(a['MimeType']),
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// Live servers populate `CodecTag`; `Codec` is in the DTO but usually null.
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codec: _text(a['Codec']) ?? _text(a['CodecTag']),
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);
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}
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/// Trim and drop empties — both servers emit `""` for "not probed", and an
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/// empty row is worse than an absent one.
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String? _text(Object? value) {
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if (value == null) return null;
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final text = value.toString().trim();
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return text.isEmpty ? null : text;
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}
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/// Plex marks sidecar subtitles with a `/library/streams/...` key rather than
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/// an explicit flag.
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bool? _plexIsExternal(Map<String, dynamic> s) {
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if (flexibleInt(s['streamType']) != PlexStreamType.subtitle) return null;
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final key = s['key'];
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return key is String && key.isNotEmpty;
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}
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bool? _plexInterlaced(Map<String, dynamic> s) {
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final scanType = _text(s['scanType'])?.toLowerCase();
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return scanType == null ? null : scanType != 'progressive';
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}
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MediaDolbyVisionInfo? _plexDolbyVision(Map<String, dynamic> s) {
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if (!flexibleBool(s['DOVIPresent'])) return null;
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return MediaDolbyVisionInfo(
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profile: flexibleInt(s['DOVIProfile']),
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level: flexibleInt(s['DOVILevel']),
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version: _text(s['DOVIVersion']),
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blCompatibilityId: flexibleInt(s['DOVIBLCompatID']),
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blPresent: flexibleBoolNullable(s['DOVIBLPresent']),
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elPresent: flexibleBoolNullable(s['DOVIELPresent']),
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rpuPresent: flexibleBoolNullable(s['DOVIRPUPresent']),
|
||
);
|
||
}
|
||
|
||
MediaDolbyVisionInfo? _jellyfinDolbyVision(Map<String, dynamic> s) {
|
||
final major = flexibleInt(s['DvVersionMajor']);
|
||
final minor = flexibleInt(s['DvVersionMinor']);
|
||
final info = MediaDolbyVisionInfo(
|
||
profile: flexibleInt(s['DvProfile']),
|
||
level: flexibleInt(s['DvLevel']),
|
||
version: major == null ? null : '$major.${minor ?? 0}',
|
||
blCompatibilityId: flexibleInt(s['DvBlSignalCompatibilityId']),
|
||
blPresent: flexibleBoolNullable(s['BlPresentFlag']),
|
||
elPresent: flexibleBoolNullable(s['ElPresentFlag']),
|
||
rpuPresent: flexibleBoolNullable(s['RpuPresentFlag']),
|
||
title: _text(s['VideoDoViTitle']),
|
||
);
|
||
return info.isEmpty ? null : info;
|
||
}
|
||
|
||
/// Plex reports no dynamic-range field, so classify from the Dolby Vision
|
||
/// block first and fall back to the transfer characteristics.
|
||
MediaVideoRange _plexVideoRange(Map<String, dynamic> s, MediaDolbyVisionInfo? dolbyVision) {
|
||
if (dolbyVision != null) {
|
||
// `dv_bl_signal_compatibility_id`: 1 = HDR10, 2 = SDR/BT.709, 4 = HLG,
|
||
// 6 = Blu-ray HDR10. Profile 7 always carries an HDR10 base layer, and
|
||
// profile 5 carries none (0), so it stays plain Dolby Vision.
|
||
final compatibility = dolbyVision.blCompatibilityId;
|
||
if (compatibility == 4) return MediaVideoRange.dolbyVisionHlg;
|
||
if (dolbyVision.profile == 7 || compatibility == 1 || compatibility == 6) {
|
||
return MediaVideoRange.dolbyVisionHdr10;
|
||
}
|
||
return MediaVideoRange.dolbyVision;
|
||
}
|
||
return switch (_text(s['colorTrc'])?.toLowerCase()) {
|
||
'smpte2084' => MediaVideoRange.hdr10,
|
||
'arib-std-b67' => MediaVideoRange.hlg,
|
||
null => MediaVideoRange.unknown,
|
||
_ => MediaVideoRange.sdr,
|
||
};
|
||
}
|
||
|
||
MediaVideoRange _jellyfinVideoRange(Map<String, dynamic> s) {
|
||
final type = _text(s['VideoRangeType'])?.toLowerCase();
|
||
if (type != null && type != 'unknown') {
|
||
if (type.startsWith('dovi')) {
|
||
if (type.contains('hlg')) return MediaVideoRange.dolbyVisionHlg;
|
||
if (type.contains('hdr10')) return MediaVideoRange.dolbyVisionHdr10;
|
||
return MediaVideoRange.dolbyVision;
|
||
}
|
||
return switch (type) {
|
||
'sdr' => MediaVideoRange.sdr,
|
||
'hdr10' => MediaVideoRange.hdr10,
|
||
'hdr10plus' => MediaVideoRange.hdr10Plus,
|
||
'hlg' => MediaVideoRange.hlg,
|
||
_ => MediaVideoRange.hdr,
|
||
};
|
||
}
|
||
return switch (_text(s['VideoRange'])?.toLowerCase()) {
|
||
'sdr' => MediaVideoRange.sdr,
|
||
'hdr' => MediaVideoRange.hdr,
|
||
_ => MediaVideoRange.unknown,
|
||
};
|
||
}
|