Files
silo-server/internal/models/media.go
T
854d07cf8f feat(playback): add protocol v3 planning and recovery (#398)
* docs(playback): plan protocol v3 server implementation

* docs(playback): incorporate protocol v3 review

* feat(playback): implement protocol v3 server

* fix(playback): persist empty route diagnostics

* feat(playback): harden protocol v3 HDR routing

* feat(playback): complete protocol v3 client contract

* fix(playback): harden protocol v3 recovery

* fix(playback): restore dovi_rpu strip filter for DV remuxes

The v3 work renamed the Dolby Vision strip recipe to a dovi_split=mode=bl
bitstream filter that does not exist in stock FFmpeg or jellyfin-ffmpeg;
the probe failed closed on every deployment, disabling the new validated
DV7-to-HDR10 route and regressing the previously working dovi_rpu=strip=1
remux path from main. Restore dovi_rpu across the probe, remux and HLS
copy arguments, and the recipe-card constant.

Also from review: validate the remux DV mode for every profile (garbage
modes on non-P7 sources silently no-opped), reject preserve mode for P7
outright (a base-layer-only remux cannot preserve dual-layer DV), tag
dvhe sample entries only for the explicit v3 preserve recipe so legacy
web/jellycompat remuxes keep their pre-v3 hev1 labeling, and honor the
token-frozen DV mode in the proxy remux path instead of legacy-auto.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(playback): correct v3 planner policy and contract validation

Review fixes to the v3 planner and wire contracts:

- Bar Profile 7 sources from the non-strip progressive remux route: a
  base-layer-only remux can never deliver native dual-layer DV, so the
  planner no longer emits plans claiming validated Dolby Vision while
  the executed remux drops the enhancement layer.
- Accept the device-quirks feature flag from either capability location,
  matching every other dual-location feature check.
- Treat legacy hdr_unknown rows as HDR10 for HDR10-capable clients with
  a degradation warning instead of leaving them unplayable under v3.
- Honor bandwidth_cap_kbps as a hard ceiling in every quality mode and
  wire the previously dead Metered signal into conservative auto rungs.
- Degrade to the validated source-quality route instead of a terminal
  when only an implicit quality reduction demanded an unsupported
  transcode; explicit user-selected rungs keep terminal behavior.
- Bound inner capability lists and strings; compare attempt keys exactly
  instead of case-folded; make ParseTrackIDV3 strict about canonical
  numerics; accept dvdsub/pgssub/dvbsub aliases and stop promising
  burn-in for unknown subtitle codecs; probe every h264 encoder rather
  than requiring libx264; normalize the file-level bitrate fallback.
- Evaluate subtitle renderability against the engine each candidate
  route executes on, not always media3_direct.
- Pin the with-quirks attempt-key preimage arity in the cross-language
  fixture so the Kotlin client stays in lockstep.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(playback): harden v3 control-plane reliability

Review fixes to the v3 session, store, and handler layer:

- Bound concurrent replans with a slot semaphore: each replan pins a
  pooled connection for its advisory lock while issuing further store
  queries from the same pool, so an unbounded recovery storm could turn
  every connection into a lock holder and deadlock the server.
- Make CompleteReplan a real compare-and-swap (base-revision predicate,
  ErrReplanSupersededV3) and map BeginReplan insert races to a replay
  instead of a raw unique violation.
- Fingerprint start requests (request_digest column): an attempt ID
  reused with different input is now a 409-style conflict rather than a
  silent replay, and both replay paths check session liveness so dead
  sessions surface as retryable terminals.
- Pre-delete expired attempt rows on SaveAttempt so a retry during the
  cleanup window cannot wedge on an unreachable conflict.
- Align the in-memory store's semantics with Postgres and add DB-backed
  planstore tests (SILO_TEST_DATABASE_URL), including a regression test
  inserting every route-event name against the real CHECK constraint.
- Session manager: v3 route-set updates own RemuxDVMode outright so a
  replan onto an SDR source clears a stale strip mode; replacement
  reservations survive unrelated legacy stream updates; replacement
  admission excludes the replaced session explicitly instead of
  decrementing totals it may no longer be part of; the admission CAS
  loop is bounded and decider errors are logged.
- Map transient store failures to 500s instead of terminal 404/403s;
  authorize route events via identity-only projections after the rate
  limiter; keep sanitized diagnostics deterministic.
- Merge the server-computed durable plan key into replan exclusions so
  unreproducible client history cannot re-select the failed route.
- Remap tracks only when the effective edition changes (a same-file
  replan no longer switches audio to a lookalike track) and remap
  ID-only subtitle selections on edition fallback.
- Cache the v3/shadow feature flags for five seconds instead of one
  settings SELECT per playback request; stop remote transports
  best-effort when the start call times out; carry dvm/tid claims and
  the transport-scoped job identity through the legacy audio-change
  re-mint; index playback_route_events(received_at) for the retention
  delete; run store maintenance for DB-less deployments too.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(transcode): reap idle node jobs and gate WebVTT conversion

- Add an idle reaper to the transcode node: a job untouched by manifest
  or segment requests for ten minutes is closed and unregistered. After
  a v3 replan retires a transport ID, a stale in-flight stream token
  could resurrect the old job via reconstruct and encode to end-of-file
  for nobody; jobs waiting on readiness count registration as access
  and are never reaped mid-wait, and reaping keeps the recipe so a
  still-valid token reconstructs on the next hit.
- Reject bitmap subtitle tracks (PGS) on the .vtt conversion path with
  415 before headers are written instead of spawning an ffmpeg command
  that always fails mid-response, and make the extract-format override
  fall back to source-driven mapping for bitmap codecs.
- Drain error bodies on non-202 node responses so the HTTP transport
  can reuse connections.
- Pin the transcode-dir cleanup separator-boundary semantics with a
  regression test (a session ID sharing another's prefix must not
  retain foreign directories).

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(playback): close v3 planner policy gaps from review

- Clamp the final transcode bitrate to bandwidth_cap_kbps: the ladder has
  no rung below 480p/1500kbps, so lower caps were silently exceeded even
  though the cap is documented as a hard delivery ceiling.
- Treat video-only media as audio-compatible instead of forcing an AAC
  conversion (or an audio_conversion_unsupported terminal) onto a file
  with no audio stream. Tracks whose codec failed to probe keep the gate.
- Only promise a bitmap subtitle sidecar for embedded PGS with an engine
  that renders embedded bitmap: external/downloaded bitmap and embedded
  DVD/DVB published artifact URLs that always failed at fetch. They now
  fall through to burn-in or its terminal.
- Accept client_video_transformations_v1 from either client_features or
  the nested context when validating client-executor transformations,
  matching the planner's dual-source reads.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(playback): probe and execute DV remuxes with one ffmpeg binary

The v3 transformation registry probed the configured playback.ffmpeg_path
while progressive remux execution resolved the process-global discovery
path, so a deployment where only one binary carries dovi_rpu could plan a
server_dv7_to_hdr10 route and then fail it at stream time. Resolution now
goes through a shared ResolveFFmpegPath (configured path first, discovery
fallback — the same rule the transcode pipeline already used), the
dovi_rpu probe is cached per binary path, and the stream handler and proxy
worker pass their configured path into ServeRemuxWithDVMode.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(playback): harden v3 replan identity and control-plane limits

- Seed failure-replan track selections from the durable current plan
  before overlaying the request: after an alternate-version fallback the
  normalized request still carries requested-edition track IDs, so a
  replan omitting unchanged tracks was rejected as a track/file mismatch.
- Remap ID-only audio selections across edition changes (parse the ID to
  an index like the subtitle remap already does) instead of leaving a
  stale file-bound ID to fail validation.
- Release the node planner reservation when a prepared remote transport
  rolls back after the node accepted the job; repeated failed starts
  could otherwise pin max-job/bandwidth budgets for the full reservation
  age.
- Size the replan semaphore below the PostgreSQL pool via a store
  capacity advisor: with max_connections at or below the fixed bound,
  advisory-lock holders could starve the inner store queries they need
  to finish.
- Contain shadow-planner panics with a recover boundary; it runs on a
  bare goroutine where an escaped panic kills the process for what is
  telemetry-only work. Document why the memory store's session lock is
  deliberately a no-op.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

* fix(transcode): serialize node job teardown against reconstructs

- Look up and touch manifest/segment sessions in one critical section so
  the idle reaper cannot unregister a job between the lookup and its
  liveness refresh.
- Re-validate each reap candidate under the per-session lifecycle lock
  before closing it: Close removes the output directory, and without the
  lock it could race a token reconstruct and wipe the segments the fresh
  ffmpeg is writing.
- Take the lifecycle lock in handleStop so a stop racing a RequireReady
  start's readiness wait blocks until registration and tears the job
  down, instead of 404ing and orphaning the ffmpeg until the reaper.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

---------

Co-authored-by: Claude Fable 5 <noreply@anthropic.com>
2026-07-14 11:51:27 -04:00

553 lines
20 KiB
Go

package models
import (
"strings"
"time"
)
// MediaFolder represents a row in the media_folders table.
type MediaFolder struct {
ID int
Paths []string // from media_folder_paths child table
Type string // movies, series, mixed
Name string
Enabled bool
MetadataLanguage string // ISO 639-1 code (e.g. "en", "ja")
AutoTranslateMetadata bool // AI-translate descriptions when providers lack this language
ChapterThumbnailsEnabled bool
IntroDetectionEnabled bool
// TrailerKinds is the allow-list of remote video kinds (ExtraKind values)
// fetched during metadata refresh for this library. Empty disables remote
// videos entirely.
TrailerKinds []string
PosterPath string // S3 key for library poster image
LastScannedAt *time.Time // nullable
ScanWarningCode *string
ScanWarningMessage *string
ScanWarningAt *time.Time
AllowEmptyCleanupOnce bool
SortOrder int
}
// MediaFile represents a row in the media_files table.
type MediaFile struct {
ID int
ContentID string // Sonyflake ID (nullable until matched)
EpisodeID string // FK to episodes.content_id (nullable)
ExtraID string // FK to media_extras.content_id (nullable); set only for local extras files, which keep ContentID/EpisodeID empty
SeasonNumber int // parsed from filename (nullable)
EpisodeNumber int // parsed from filename (nullable)
MediaFolderID int
CanonicalRootPath string
ObservedRootPath string
ContentGroupKey string
GroupKeyVersion int
BaseTitle string
BaseYear int
BaseType string
IdentityConfidence string
IdentityJSON []byte
FilePath string
FileSize int64
FileModifiedAt *time.Time
FileHash string // OSHash (16-char hex)
CodecVideo string // h264, hevc, av1
CodecAudio string // aac, opus, flac
Resolution string // 1080p, 2160p
AudioChannels int
HDR bool
Container string // mkv, mp4
Duration int // seconds
Bitrate int // kbps
VideoTracks []VideoTrack // JSONB
AudioTracks []AudioTrack // JSONB
SubtitleTracks []SubtitleTrack // JSONB
ExternalSubtitles []ExternalSubtitle // JSONB
Chapters []MediaChapter // JSONB; nil means not yet probed for chapters
ChapterThumbnailRetryAfter *time.Time
ChapterThumbnailFailureCount int
ChapterThumbnailLastError string
IntroStart *float64
IntroEnd *float64
CreditsStart *float64
CreditsEnd *float64
RecapStart *float64
RecapEnd *float64
PreviewStart *float64
PreviewEnd *float64
MarkersSource *string
MarkersConfidence *float64
IntroMarkersSource *string
IntroMarkersProvider *string
IntroMarkersConfidence *float64
IntroMarkersAlgorithm *string
IntroMarkersDetectedAt *time.Time
CreditsMarkersSource *string
CreditsMarkersProvider *string
CreditsMarkersConfidence *float64
CreditsMarkersAlgorithm *string
CreditsMarkersDetectedAt *time.Time
RecapMarkersSource *string
RecapMarkersProvider *string
RecapMarkersConfidence *float64
RecapMarkersAlgorithm *string
RecapMarkersDetectedAt *time.Time
PreviewMarkersSource *string
PreviewMarkersProvider *string
PreviewMarkersConfidence *float64
PreviewMarkersAlgorithm *string
PreviewMarkersDetectedAt *time.Time
EditionRaw string
EditionKey string
EditionConfidence *float64
EditionSource string
PresentationKind string
PresentationGroupKey string
PresentationPartIndex int
PresentationPartTotal int
MultiEpisodeStart int
MultiEpisodeEnd int
ProbeSource string // arrs, local
ProbeUpdatedAt *time.Time
MatchAttemptedAt *time.Time
MissingSince *time.Time
CreatedAt time.Time
UpdatedAt time.Time
}
// MediaChapter represents a single media chapter derived from embedded file metadata.
type MediaChapter struct {
Index int `json:"index"`
Title string `json:"title"`
StartSeconds float64 `json:"start_seconds"`
EndSeconds float64 `json:"end_seconds"`
Source string `json:"source"`
ThumbnailPath string `json:"thumbnail_path,omitempty"`
ThumbnailThumbhash string `json:"thumbnail_thumbhash,omitempty"`
ThumbnailRetryAfter *time.Time `json:"thumbnail_retry_after,omitempty"`
ThumbnailFailedAt *time.Time `json:"thumbnail_failed_at,omitempty"`
ThumbnailLastError string `json:"thumbnail_last_error,omitempty"`
}
// OverlaySummary is the compact media badge payload shared across API surfaces.
type OverlaySummary struct {
Resolution string `json:"resolution,omitempty"`
HDR string `json:"hdr,omitempty"`
Audio string `json:"audio,omitempty"`
AudioChannels string `json:"audio_channels,omitempty"` // "Stereo", "5.1", "7.1"
VideoCodec string `json:"video_codec,omitempty"` // "H.264", "H.265", "AV1"
Container string `json:"container,omitempty"` // "MKV", "MP4"
AspectRatio string `json:"aspect_ratio,omitempty"` // "16:9", "2.39:1"
ReleaseType string `json:"release_type,omitempty"`
Edition string `json:"edition,omitempty"`
MultiAudio bool `json:"multi_audio,omitempty"` // ≥2 distinct audio languages
MultiSub bool `json:"multi_sub,omitempty"` // ≥1 subtitle track (embedded or external)
}
// PrimaryDVProfile returns the Dolby Vision profile of the first video
// track (0 when none/unprobed).
func (f *MediaFile) PrimaryDVProfile() int {
if f == nil || len(f.VideoTracks) == 0 {
return 0
}
return f.VideoTracks[0].DVProfile
}
// NormalizeVideoBitDepth returns an explicit probe value when available and
// otherwise derives the bit depth from stable ffprobe fields. FFprobe commonly
// omits bits_per_raw_sample for HEVC even though the pixel format and profile
// are conclusive (for example yuv420p10le / Main 10).
func NormalizeVideoBitDepth(explicit int, pixelFormat, profile string) int {
if explicit > 0 {
return explicit
}
pixelFormat = strings.ToLower(strings.TrimSpace(pixelFormat))
for _, candidate := range []struct {
markers []string
depth int
}{
{markers: []string{"p016", "p16", "gray16", "16le", "16be"}, depth: 16},
{markers: []string{"p014", "p14", "gray14", "14le", "14be"}, depth: 14},
{markers: []string{"p012", "p12", "gray12", "12le", "12be"}, depth: 12},
{markers: []string{"p010", "p10", "gray10", "10le", "10be"}, depth: 10},
{markers: []string{"p009", "p9", "gray9", "9le", "9be"}, depth: 9},
} {
for _, marker := range candidate.markers {
if strings.Contains(pixelFormat, marker) {
return candidate.depth
}
}
}
profile = strings.ToLower(strings.TrimSpace(profile))
for _, marker := range []string{"main 12", "main12", "12-bit", "12 bit"} {
if strings.Contains(profile, marker) {
return 12
}
}
for _, marker := range []string{"main 10", "main10", "10-bit", "10 bit"} {
if strings.Contains(profile, marker) {
return 10
}
}
switch pixelFormat {
case "yuv420p", "yuv422p", "yuv444p", "yuvj420p", "yuvj422p", "yuvj444p", "nv12", "nv21", "rgb24", "bgr24":
return 8
}
return 0
}
// VideoTrack represents a probed video stream stored as JSONB.
type VideoTrack struct {
Title string `json:"title,omitempty"`
Codec string `json:"codec,omitempty"`
DolbyVision string `json:"dolby_vision,omitempty"`
DVProfile int `json:"dv_profile,omitempty"`
DVBLCompatID int `json:"dv_bl_compat_id,omitempty"`
DVELPresent bool `json:"dv_el_present,omitempty"`
DVEnhancementLayer string `json:"dv_enhancement_layer,omitempty"` // none, mel, fel, unknown
HDR10Plus bool `json:"hdr10_plus,omitempty"`
Profile string `json:"profile,omitempty"`
Level int `json:"level,omitempty"`
Width int `json:"width,omitempty"`
Height int `json:"height,omitempty"`
AspectRatio string `json:"aspect_ratio,omitempty"`
Interlaced bool `json:"interlaced"`
FrameRate string `json:"frame_rate,omitempty"`
Bitrate int `json:"bitrate,omitempty"`
VideoRange string `json:"video_range,omitempty"`
VideoRangeType string `json:"video_range_type,omitempty"`
ColorPrimaries string `json:"color_primaries,omitempty"`
ColorSpace string `json:"color_space,omitempty"`
ColorTransfer string `json:"color_transfer,omitempty"`
BitDepth int `json:"bit_depth,omitempty"`
PixelFormat string `json:"pixel_format,omitempty"`
ReferenceFrames int `json:"reference_frames,omitempty"`
}
// AudioTrack represents a probed audio stream stored as JSONB.
type AudioTrack struct {
Title string `json:"title,omitempty"`
EmbeddedTitle string `json:"embedded_title,omitempty"`
Language string `json:"language,omitempty"`
Codec string `json:"codec,omitempty"`
Profile string `json:"profile,omitempty"`
Layout string `json:"layout,omitempty"`
Channels int `json:"channels,omitempty"`
Bitrate int `json:"bitrate,omitempty"`
SampleRate int `json:"sample_rate,omitempty"`
BitDepth int `json:"bit_depth,omitempty"`
Default bool `json:"default"`
}
// SubtitleTrack represents an embedded subtitle track stored as JSONB.
type SubtitleTrack struct {
Index int `json:"index"`
Language string `json:"language"`
Codec string `json:"codec"`
Title string `json:"title,omitempty"`
EmbeddedTitle string `json:"embedded_title,omitempty"`
Resolution string `json:"resolution,omitempty"`
Forced bool `json:"forced"`
Default bool `json:"default"`
HearingImpaired bool `json:"hearing_impaired"`
External bool `json:"external"`
FileName string `json:"file_name,omitempty"`
}
// ExternalSubtitle represents a sidecar subtitle file stored as JSONB.
type ExternalSubtitle struct {
Path string `json:"path"`
Language string `json:"language"`
Format string `json:"format"` // srt, vtt, ass, ssa, sub
Title string `json:"title,omitempty"`
EmbeddedTitle string `json:"embedded_title,omitempty"`
Resolution string `json:"resolution,omitempty"`
Forced bool `json:"forced"`
Default bool `json:"default"`
HearingImpaired bool `json:"hearing_impaired"`
}
// PersonKind identifies the role type a person has on a media item.
type PersonKind int
const (
PersonKindActor PersonKind = 1
PersonKindDirector PersonKind = 2
PersonKindWriter PersonKind = 3
PersonKindProducer PersonKind = 4
PersonKindGuestStar PersonKind = 5
PersonKindComposer PersonKind = 6
PersonKindAuthor PersonKind = 7
PersonKindNarrator PersonKind = 8
)
// String returns the Jellyfin-compatible type string for this PersonKind.
func (k PersonKind) String() string {
switch k {
case PersonKindActor:
return "Actor"
case PersonKindDirector:
return "Director"
case PersonKindWriter:
return "Writer"
case PersonKindProducer:
return "Producer"
case PersonKindGuestStar:
return "GuestStar"
case PersonKindComposer:
return "Composer"
case PersonKindAuthor:
return "Author"
case PersonKindNarrator:
return "Narrator"
default:
return "Unknown"
}
}
// PersonKindFromJob maps a crew job title to a PersonKind.
func PersonKindFromJob(job string) PersonKind {
switch strings.ToLower(strings.TrimSpace(job)) {
case "director":
return PersonKindDirector
case "writer", "screenplay", "story", "novel":
return PersonKindWriter
case "composer", "original music composer", "music":
return PersonKindComposer
default:
return PersonKindProducer
}
}
// Person represents a deduplicated person entity.
type Person struct {
ID int64
Name string
SortName string
Bio string
BirthDate *time.Time
DeathDate *time.Time
Birthplace string
Homepage string
PhotoPath string
PhotoSourcePath string
PhotoThumbhash string
TmdbID string
ImdbID string
TvdbID string
PlexGUID string
CreatedAt time.Time
UpdatedAt time.Time
}
// ItemPerson represents a person's credit on a specific media item.
type ItemPerson struct {
Person
Kind PersonKind
Character string
SortOrder int
}
// AudiobookSeriesMembership captures a book's membership in an audiobook
// series and its optional sequence number within that series.
type AudiobookSeriesMembership struct {
Name string
Index *float64
}
// MediaItem represents a row in the media_items table.
type MediaItem struct {
ContentID string // Sonyflake ID (PK)
Type string // movie, series
Title string
SortTitle string
DefaultMetadataLanguage string
OriginalTitle string
Year int
Genres []string
ContentRating string // PG-13, TV-MA
Runtime int // minutes
Overview string
Tagline string
RatingIMDB *float64
RatingTMDB *float64
RatingRTCritic *int
RatingRTAudience *int
ImdbID string
TmdbID string
TvdbID string
PosterPath string // S3 path
PosterSourcePath string // provider-origin path kept when caching rewrites PosterPath; feeds outbound embeds
PosterThumbhash string
BackdropPath string
BackdropSourcePath string
BackdropThumbhash string
LogoPath string
LogoSourcePath string
MetadataS3Path string
MetadataEtag string
SeasonCount *int // series only
MangaChapterCount *int // manga series only: loose manga_chapters rows without a volume token
MangaVolumeCount *int // manga series only: distinct non-empty volume tokens in manga_chapters
Studios []string
Networks []string
Countries []string
Keywords []string
OriginalLanguage string
ReleaseDate *string // ISO date, nullable
FirstAirDate *string // ISO date (series only), nullable
LastAirDate *string // ISO date (series only), nullable
AirTime *string // Series broadcast time (e.g. "20:00"), nullable
AirTimezone *string // Series broadcast timezone (IANA name, e.g. "America/New_York"), nullable
ShowStatus string // Series lifecycle: "returning", "ended", "cancelled", "in_production", "upcoming", or "" if unknown (series; manga uses its own domain, e.g. "Ongoing")
People []ItemPerson
AudiobookSeries []AudiobookSeriesMembership
MatchedAt *time.Time
EpisodeMetadataIncomplete bool
EpisodeMetadataLastCheckedAt *time.Time
LastRefreshed *time.Time `json:"last_refreshed,omitempty"`
RefreshFailures int `json:"refresh_failures"`
LockedFields []int `json:"locked_fields"`
Status string `json:"status"` // pending, matched, unmatched
CreatedAt time.Time
UpdatedAt time.Time
AddedAt *time.Time // populated by browse queries (MIN(mil.first_seen_at))
}
// Season represents a row in the seasons table.
type Season struct {
ContentID string
SeriesID string
SeasonNumber int
Title string
DefaultMetadataLanguage string
Overview string
AirDate *time.Time
PosterPath string
PosterSourcePath string
PosterThumbhash string
MetadataS3Path string
MetadataEtag string
MetadataSource string
CreatedAt time.Time
UpdatedAt time.Time
}
// Episode represents a row in the episodes table.
type Episode struct {
ContentID string // episode Sonyflake ID (PK)
SeriesID string
SeasonID string // FK to seasons.content_id
SeasonNumber int
EpisodeNumber int
Title string
DefaultMetadataLanguage string
Overview string
AirDate *time.Time
Runtime int // minutes
RatingIMDB *float64
RatingTMDB *float64
ImdbID string
TmdbID string
TvdbID string
StillPath string
StillSourcePath string
StillThumbhash string
MetadataS3Path string
MetadataEtag string
MetadataSource string
CreatedAt time.Time
UpdatedAt time.Time
}
// MediaItemRoot represents a row in the media_item_roots table.
// It records which content_id owns a given canonical root path within a library folder.
type MediaItemRoot struct {
MediaFolderID int
CanonicalRootPath string
ContentID string
FirstSeenAt time.Time
LastSeenAt time.Time
}
// MediaItemGroup represents a row in the media_item_groups table.
type MediaItemGroup struct {
MediaFolderID int
GroupKeyVersion int
ContentGroupKey string
ContentID string
FirstSeenAt time.Time
LastSeenAt time.Time
}
// MediaItemLibrary represents a row in the media_item_libraries junction table.
type MediaItemLibrary struct {
ContentID string
MediaFolderID int
FirstSeenAt time.Time
}
// EpisodeLibrary represents a row in the episode_libraries junction table.
type EpisodeLibrary struct {
EpisodeID string
MediaFolderID int
FirstSeenAt time.Time
}
// Localization field provenance values. Precedence when writing:
// manual beats provider beats ai — a provider refresh may overwrite an AI
// translation but never a manual edit, and AI never overwrites either
// (except provider, when the admin explicitly forces a re-translation).
const (
LocalizationSourceProvider = "provider"
LocalizationSourceAI = "ai"
LocalizationSourceManual = "manual"
)
type MediaItemLocalization struct {
ContentID string
Language string
Title string
SortTitle string
Overview string
Tagline string
PosterPath string
PosterSourcePath string
PosterThumbhash string
BackdropPath string
BackdropSourcePath string
BackdropThumbhash string
LogoPath string
LogoSourcePath string
OverviewSource string // provider | ai | manual
TaglineSource string // provider | ai | manual
CreatedAt time.Time
UpdatedAt time.Time
}
type SeasonLocalization struct {
SeasonContentID string
Language string
Title string
Overview string
PosterPath string
PosterSourcePath string
PosterThumbhash string
OverviewSource string // provider | ai | manual
CreatedAt time.Time
UpdatedAt time.Time
}
type EpisodeLocalization struct {
EpisodeContentID string
Language string
Title string
Overview string
OverviewSource string // provider | ai | manual
CreatedAt time.Time
UpdatedAt time.Time
}