Files
silo-server/internal/api/router.go
604bbf1a0f feat(playback): unified restart-resilient playback (native + jellycompat) (#174)
* feat(playback): unified restart-resilient playback via shared TranscodeManager

Make direct, remux, and native HLS transcode sessions survive a server
restart through one shared flow instead of per-method paths. A missing
in-memory session becomes a reconstruct trigger, not a 404: the server
rebuilds the session from a tiny durable recipe card plus the position the
client re-supplies on its next request.

- internal/playback/transcode_manager.go: shared TranscodeManager owning the
  transcodes map, recipe-card lifecycle, reconstruct single-flight +
  concurrency cap, LoadOrReconstructSession front door, ReconstructSession /
  ReconstructTranscode, and orphan cleanup. ~90% is logic moved out of the
  native handler (no behavior change), not new surface.
- internal/playback/recipecard.go + recipecard_postgres.go: RecipeCard with a
  PlayMethod discriminator (direct/remux/transcode; empty decodes as transcode
  for back-compat) behind a swappable, nil-safe RecipeStore interface backed by
  transcode_recipes.
- internal/playback/session.go: RegisterReconstructed inserts a rebuilt Session
  under its existing id (no UUID mint, no limit double-count, race-yielding).
- internal/playback/transcode.go: CloseProcess keeps the output dir so a
  reconstruct winner keeps serving; Close removes it.
- internal/api/handlers: drain the transcode lifecycle into the manager; wire
  reconstruct into the stream/segment serve paths; re-bind ownership to the live
  caller (refuse userID==0/mismatch); card-aware orphan cleanup.
- migrations: add transcode_recipes (expires_at TTL, filter-on-read, indexed).

Ownership stays two-factor: an authenticated caller AND a session.UserID that
matches; the card stores no secrets and identity is re-resolved per request.

Tests: recipe-card round-trip/legacy-decode/disabled-noop, RegisterReconstructed
insert/race/concurrency, close-vs-close-process dir semantics, the
LoadOrReconstructSession status matrix, and the reconstruct concurrency cap.

AI-use: implemented with AI assistance (design, implementation, adversarial review).

* feat(jellycompat): reconstruct transcodes across restart via shared manager

Bring Jellyfin (jellycompat) HLS playback onto the same restart-resilient flow
as the native path. Previously jellycompat owned a separate PlaybackHandler with
a private transcodes map and a duplicated transcode lifecycle that never grew the
reconstruct half, so an in-flight Jellyfin transcode died on restart and the next
segment request 404'd.

- Embed the shared playback.TranscodeManager and delete the duplicate lifecycle,
  so jellycompat gets reconstruct, the concurrency cap, the node-affinity rule,
  and the card lifecycle for free.
- internal/jellycompat/playback_sessions_postgres.go: DurableCompatPlaybackStore,
  a write-through cache over jellycompat_playback_sessions behind the new
  CompatPlaybackStore interface (nil pool degrades to cache-only). This persists
  the load-bearing PlaySessionId -> UpstreamSessionID mapping (plus media sources,
  route item id, seek) so it survives a restart instead of vanishing with the map.
- Write a recipe card on compat transcode start keyed by the upstream session id,
  using the native StreamAppUserID so the ownership re-bind matches; reconstruct
  the upstream session and the transcode seeked to the requested seg_NNNNN.
- migrations: add jellycompat_playback_sessions (expires_at TTL + compat_token
  index, full PlaybackSession in data JSONB).

Auth is mapped to the native user id before reconstruct so the same two-factor
ownership check and userID==0/mismatch refusal apply unchanged.

Tests: DB-gated (SILO_TEST_DATABASE_URL) durable-store round-trip proving a
session written by one instance reloads in a fresh one (the restart case), plus
a nil-pool cache-only path; existing handler tests updated to the manager.

AI-use: implemented with AI assistance (design, implementation, adversarial review).

* docs(playback): consolidate unified playback reconstruction design

Replace the three overlapping playback docs (the native Postgres
restart-resilience spec, the jellycompat plan, and the unification spec) with a
single self-contained design at
docs/superpowers/specs/unified-playback-reconstruct.md.

The doc leads with the unified design — the one-idea reconstruct model, a strong
visual flow of a restart mid-playback, the shared TranscodeManager + recipe card,
the two swappable durable stores, security, the concurrency cap and node-affinity
constraint, preconditions, and verification. The design history and rationale
(reconstruct-not-rehydrate, phased delivery, Redis-vs-Postgres, token-as-
descriptor, failure analysis) move to an appendix. It references no other md file.

AI-use: written with AI assistance.

* fix(playback): address review on restart-resilient playback

Four fixes from PR review of the unified reconstruction work:

- Rewrite the recipe card on audio-track change. HandleChangeAudioTrack only
  updated the in-memory session/transcode, so after a restart reconstruct
  resumed with the stale AudioTrackIndex/TranscodeAudio (and stale play method)
  from the start-time card. Re-save the card (direct/remux/transcode) with the
  switched state, mirroring the start-card pattern.
- Guard nil TranscodeManager in LoadOrReconstructSession and ReconstructSession.
  StreamHandler.TM is documented optional (tests/minimal setups); a missing
  session previously panicked in recipeEnabled instead of returning
  SessionMissing. ReconstructTranscode already guarded nil; make the two
  siblings consistent.
- Reject direct/remux cards in doReconstructTranscode before spawning ffmpeg, so
  a non-transcode card id can never enter the HLS reconstruction path.
- Log a non-success status from the remote transcode-node DELETE in
  CloseTranscodeSession; a 401/404/500 was previously silent.

AI-use: implemented with AI assistance.

* fix(playback): harden restart-resilient compat sessions

* feat(playback): token-carried reconstruction across restarts

Build on the shared TranscodeManager (introduced earlier in this branch) so a
playback session survives an API-server or transcode-node restart without the
client re-negotiating, and retire the Postgres transcode_recipes store in favor
of a recipe carried inside the signed stream token.

- RecipeCard encodes the byte-affecting encode parameters and rides inside the
  stream token; LoadOrReconstructSession rebuilds the in-memory Session (and,
  for integrated transcodes, the ffmpeg process) on a cold miss, single-flighted
  per session and paced by a spawn semaphore. Removes recipecard_postgres.go and
  the 20260617233705_add_transcode_recipes migration.
- transcodenode reconstructs a lost ffmpeg node-side from the forwarded token.
- TR-lease: proxy/streamauth enforce a revocation deny-marker on every served
  segment, with a 500ms Redis timeout, a bounded per-session "allowed" cache
  (3s TTL, expiry-first graceful eviction), and a degraded-fail-open counter.

Review hardening folded in:
- Manifest/segment handlers do the in-memory session lookup first and only
  verify the stream token on a reconstruct miss (token HMAC was per-segment).
- Copy-mode reconstruct never applies the encoded-only seg*dur seek, at spawn
  time or via the recovery path: RestartSeekTarget reports "unresolved" for a
  copy session whose manifest cannot yet map the segment, so the client retries
  instead of seeking to a fabricated source time.
- Crash teardown is a compare-and-delete (CloseTranscodeSessionIf returns
  whether it matched); the crash closure tears down the playback session only
  when it matched, so a session reconstructed under the same id is not killed.
- Reconstruct enforces the same per-user stream/transcode caps as a fresh start
  (RegisterReconstructedWithLimits), closing a token-replay slot bypass.

AI-use disclosure: implemented with AI assistance (Claude Code), including a
two-round multi-agent adversarial review whose findings drove the hardening.

* feat(jellycompat): node-side transcode reconstruct via shared recipe store

Make Jellyfin-compat playback sessions survive a server or transcode-node
restart by reusing the shared TranscodeManager reconstruct path and a durable
recipe store, on top of the durable compat session store added earlier in this
branch.

- Node-side transcode reconstruct goes through the shared recipe store; the
  recipe is persisted to the control-plane store (Redis) when a dedicated
  transcode node is used so the node can rebuild ffmpeg after its own restart.
- Adopt the shared manager's API (3-arg OnFFmpegCrash carrying the dead session,
  guarded CloseTranscodeSessionIf, RegisterReconstructedWithLimits).

Review hardening folded in:
- Recipe lifecycle: noderecipe.Store gains Delete, called on deliberate
  teardown (stop, method-switch discard, node stop/force-reload) so a stopped
  session cannot be resurrected by a buffered request after a node restart;
  crash paths intentionally keep the recipe so a resume can reconstruct.
- Crash closure tears down the upstream session only when the guarded transcode
  close matched, so a reconstructed successor is never left orphaned.
- Copy-mode segment recovery surfaces a retryable not-found instead of a
  wrong-position restart, matching the native and node paths.
- Durable Update is now a SELECT ... FOR UPDATE transaction, removing the
  lost-update clobber that could silently drop a transcode recipe.
- Empty-token route resolution no longer falls back to an unbounded full-table
  scan; DB expiry filters bind the injected clock; the redundant re-Get is gone.

AI-use disclosure: implemented with AI assistance (Claude Code), including a
two-round multi-agent adversarial review whose findings drove the hardening.

* docs(playback): consolidate restart-resilient playback design

Replace the superpowers spec with a single architecture record describing the
token-carried recipe card, the shared TranscodeManager reconstruct path for
direct/remux/transcode, the jellycompat durable session + node recipe store, and
the revocation-lease model with its fail-open tradeoff.

AI-use disclosure: written with AI assistance (Claude Code).

* docs(playback): correct jellycompat node-recipe rationale in comments

The noderecipe / transcode-node / jellycompat comments justified the Redis
recipe store with "a Jellyfin client cannot round-trip a token". The real
reason: the node-hop token is server-minted and could carry the recipe, but the
recipe is mutated in place under a stable session id (a /Sessions/Playing/Progress
audio switch restarts ffmpeg without re-minting the client's token) and a
third-party Jellyfin client cannot be driven to refresh a stale token, so the
node must reconstruct from a server-authoritative, node-reachable store.

Aligns the comments with docs/architecture/restart-resilient-playback.md §10.
Comment-only; no behavior change.

* refactor(playback): remove deny-lease revocation, defer to future PR

The deny-lease stream-revocation mechanism (the internal/streamauth
package, its silo:streamauth:<sid> Redis markers, the proxy Allowed()
enforcement, and the admin Stop/Terminate deny write) only ever enforced
on the offload-proxy topology and was a silent no-op on the integrated
single box and the dedicated transcode node. Rather than ship a partial
revocation feature that looks complete but isn't, remove it wholesale and
defer a uniform cross-topology revocation design to a dedicated follow-up.

Removed: internal/streamauth (package + tests); the LeaseDenier field,
StreamLeaseDenier interface, and denyStreamLease helper in playback.go;
the admin deny write; the router/main wiring; and the proxy verifyToken
Allowed() gate. The unified-reconstruct core (recipe-token,
LoadOrReconstructSession) is orthogonal and untouched.

Known limitation (now on every topology): admin Terminate and user Stop
tear down the live in-memory session and ffmpeg producer, but a still-valid
stream token can reconstruct the session until its 24h TTL expires. No
node-side byte-withholding ships in this PR.

docs/architecture/restart-resilient-playback.md is updated to mark the
revocation/deny-lease sections as deferred and to drop the overstated
"instant revocation on admin kill" claim.

* fix(playback): allow zero-caller bearer on transcode reconstruct

The authless HLS transcode delivery routes (master.m3u8 / segment) treat
the session UUID as the bearer credential, so a real request carries
requestUserID == 0. The live serve path already allows this, but
ReconstructSession hard-rejected a zero caller, so a request that worked
before a restart became SessionMissing -> 404 after the in-memory session
was gone, breaking the restart resilience these routes advertise.

Match the live-path contract in LoadOrReconstructSession: allow a zero
caller (UUID-as-bearer) and refuse only a non-zero caller that mismatches
the card owner. The reconstructed session is bound to card.UserID either
way. Adds TestReconstructSession_Ownership covering both cases.

* fix(jellycompat): re-persist recipe on local audio switch

A Jellyfin client switching audio on an integrated/local compat transcode
restarted live ffmpeg with the new track but did not re-persist
PlaybackSession.Recipe. The remote branch already re-persists via
startRemoteTranscode -> persistTranscodeRecipe. After a central restart,
reconstruct rebuilt ffmpeg from the stale Recipe.AudioTrackIndex, so the
integrated session resumed on the original audio track.

Persist the updated recipe (best-effort) after a successful Restart in the
local branch, mirroring the remote branch, so the durable
Recipe.AudioTrackIndex tracks live ffmpeg. Adds a regression test.

* fix(playback): strip stream token from proxied transcode-node URL

proxyToTranscodeNode appended the client's raw query string to the internal
transcode-node URL and logged that URL on transport failure. When a remote
transcode runs without a separate proxy node, that query carries
?st=<signed JWT> — a 24h bearer reconstruction descriptor exposing the
media path and recipe claims — placing the token into internal requests and
error logs.

Strip the "st" param before building targetURL, preserving any other query
params. The token is neither forwarded to the node nor present in the
logged URL. Header-forwarding of the token (so the node can reconstruct) is
a separate follow-up (#6).

* fix(playback): fail open on transient limit-provider error in reconstruct

During the reconstruct wave right after a restart (Postgres under peak
load), a transient limit-provider DB error was collapsed into a hard 404,
permanently stopping playback for a user within their limits. limitsForUser
wrapped any provider error, RegisterReconstructedWithLimits propagated it,
and ReconstructSession mapped every error to SessionMissing -> 404 -
indistinguishable from a genuine over-cap rejection.

Distinguish the two: tag provider errors with a new ErrLimitProviderUnavailable
sentinel and, during reconstruct, fail OPEN on a provider error (admit via
RegisterReconstructed + log a degraded warning) rather than refuse - mirroring
the reliability-first fail-open-on-dependency-error philosophy. A genuine
ErrTooManyStreams / ErrTooManyTranscodes over-cap still refuses. Adds tests
for both the fail-open and still-refused paths.

* fix(playback): forward stream token to transcode node as header

The dedicated transcode node's reconstruct path reads the stream token only
from the X-Silo-Stream-Token header, but proxyToTranscodeNode forwarded only
the node-API bearer token (and #5 now strips st from the URL). So when the
central API proxied to the node and the node self-restarted, it could not
reconstruct from the recipe-complete native token -> 404.

Capture st before stripping it from the URL, verify it at the API boundary
(streamtoken.Verify + SessionID match, mirroring the node's own check), and
forward it as X-Silo-Stream-Token. Best-effort: a missing/invalid token never
blocks the live proxy, and the token is still kept out of the forwarded URL
and logs.

* fix(playback): restart node ffmpeg on native remote audio switch

A native audio-track switch on an offloaded/remote transcode was a no-op at
the node yet returned 200 with a fresh URL: HandleChangeAudioTrack restarted
ffmpeg only when the API owned a LOCAL TranscodeSession, so for an offloaded
transcode the node kept serving the OLD audio (the node consults the token
only on a session miss). The replacement URL was also minted from identity-
only claims, so a later node restart 404'd.

For the offloaded transcode case (detected via session.TranscodeNodeURL),
POST a fresh /transcode/start to the node with the new AudioTrackIndex
(handleStart tears down and restarts ffmpeg) and mint the replacement proxy
URL from a full RecipeCard so reconstruct survives a node restart. The encode
recipe is derived from the durable session target fields plus the file,
mirroring HandleStartTranscode. A concrete SegmentDuration
(playback.DefaultSegmentDuration) is embedded rather than 0: the node's token
completeness gate treats SegmentDuration<=0 as incomplete and falls back to a
recipe store the native path never populates, which would 404 on a node
restart - the exact resilience this path provides. A failed node POST now
surfaces 502 rather than a false 200. Remux and non-offloaded (local)
transcode paths keep their prior identity-claim URLs unchanged.

Known limitation: Session does not persist the original SegmentDuration or
SubtitleTrackIndex/SubtitleBurnIn, so a remote audio switch resets subtitle
selection to none and assumes the default segment length; a client that
started with a non-default segment length will resegment on switch. Making
that state durable on the session is a follow-up.

* docs(playback): scrub stale deny-lease/revalidator comments

The deny-lease revocation mechanism and its "central revalidator" were removed
earlier in this branch, but four comments still described them as live
(transcode_manager.go, noderecipe/store.go, streamtoken/token.go,
proxy/server.go). Reword them to match the shipped behavior: ownership claims
are re-resolved at reconstruct, the noderecipe store shares Redis only with the
node-session tracker, and a sub-TTL hard cut depends on a node-side revocation
mechanism that is deferred to a future PR.

* fix(jellycompat): surface durable playback-session write failures

DurableCompatPlaybackStore.Update applied the in-memory mutation and then
swallowed every Postgres commit-failure path, returning nil. Callers that
promise restart resilience (persistTranscodeRecipe's recipe write, the
upstream-session binds in streams.go) were told the session was durably
persisted when only the cache held it, so a transient DB hiccup could leave
the next restart reloading a stale row (wrong audio track) or 404ing.

updateDB now returns the genuine DB round-trip error (begin/query/unmarshal/
marshal/exec/commit); Update propagates it while still applying the in-memory
mutation so live state stays correct. A nil pool and a genuinely absent/expired
row remain best-effort (return nil) — only real infrastructure failures
propagate, so existing rollback paths fire exactly when durability is lost.

Part of #174

* fix(playback): re-inject stream token into proxied transcode manifests

API-proxied remote transcode manifests dropped the reconstruct token from
their segment URLs, so playback died after a node or API restart. When a
remote transcode has no separate proxy node, the client loads its manifest via
the API-local path; proxyToTranscodeNode strips the signed token ("st") from
the forwarded URL (keeping it off node URLs and logs, forwarded only as the
X-Silo-Stream-Token header), and the node builds relative segment URIs from
that token-less query. The segment URLs the client received carried no token,
and the proxy only re-attached the header when an incoming segment request
already had "st" — which it never did — so a restart made those segments
non-reconstructable and they 404'd.

proxyToTranscodeNode now rewrites the manifest body at the boundary: every
segment and #EXT-X-MAP init URI gets the client-facing, API-verified token
re-appended (new playback.AppendManifestQueryParam helper), so the client's
later segment fetches carry "st" again and reconstruct after a restart. The
token still never reaches the node URL or its logs. Only 200 .m3u8 responses
are rewritten (Content-Length corrected); segments stream through untouched.

Part of #174

* fix(playback): preserve subtitle/cadence recipe across offloaded audio switch

Switching audio on a remote (offloaded) transcode with burned-in subtitles
silently dropped them, and reset a non-default segment cadence. The offloaded
audio-switch restart rebuilt the node start request from Session state, but
Session/SessionStreamState retained no subtitle or segment-duration state
(only the live local ts.Opts() and the RecipeCard did), so the branch
hard-coded SubtitleTrackIndex:-1, SubtitleBurnIn:false and
SegmentDuration:Default — signing that altered recipe into the replacement
stream token. An audio switch then changed bytes beyond audio selection, and
any later reconstruct kept the wrong no-subtitle/wrong-cadence recipe.

Persist the byte-affecting recipe on the session: SubtitleTrackIndex,
SubtitleBurnIn and SegmentDuration are added to Session/SessionStreamState,
populated at start (finalizeTranscodeStart) and on post-restart reconstruct
(ReconstructSession from the card), carried forward on every audio-switch
state update, and read back when rebuilding the offloaded node request and its
recipe card. The restart now reproduces the exact live stream. Also resolves
the M-4b non-default segment_duration reset.

Part of #174

* fix(playback): serialize transcode spawn paths with a per-session lock

Reconstruct was single-flighted only against other reconstructs, so a
restart-driven segment reconstruct racing a quality/seek/audio fresh start
could spawn two ffmpeg processes writing the same output directory at once —
segment corruption, partial-write closes, orphaned processes, and skewed
active-job accounting. The atomic register-after-spawn (GetOrRegister / the
reconstruct compare-on-register) prevented a map leak but not the concurrent
disk writers, because the losing path had already spawned. The dedicated
transcode node had the same split between handleStart and spawnReconstruct.

Add a refcounted per-session lifecycle lock to both TranscodeManager and the
node Server, held across "check existing -> spawn -> register":
- reconstruct (doReconstructTranscode / spawnReconstruct) re-checks under the
  lock and yields to any live session instead of spawning a duplicate;
- the native and jellycompat fresh-start paths take the lock around their
  spawn+register (the native path also closes any session a reconstruct rebuilt
  in the meantime so its fresh ffmpeg is the sole writer);
- the node handleStart holds it across teardown+spawn+register.
The refcount drops the map entry once no path holds/waits, keeping it bounded.
GetOrRegisterTranscodeSession is removed — the lock supersedes it and keeping a
register-after-spawn primitive would invite reintroducing the race.

Part of #174

* fix(playback): serialize restart re-spawn under the session lifecycle lock

TranscodeSession.Restart() releases s.mu across cancel -> wait-for-done ->
re-exec and spawns ffmpeg into opts.OutputDir without holding the per-session
lifecycle lock. LockSessionLifecycle's contract (fresh start, restart,
reconstruct) requires restart to hold it too, but all five callers invoked
Restart unlocked: native audio-switch and segment-recovery, compat
audio-switch and segment-recovery, and the transcode-node segment-recovery.

A restart racing another restart (audio-switch vs segment-recovery) or a
fresh-start/reconstruct could land two ffmpeg processes writing the same
segment directory -- mixed timelines, init.mp4/segment mismatch, and an
orphaned-but-still-writing ffmpeg -- the exact concurrent-writer corruption
the lifecycle lock exists to prevent.

Add RestartSessionLocked (TranscodeManager) and restartSessionLocked (node
Server) that hold LockSessionLifecycle only across the cancel->respawn
transition, re-check that the handle is still the live mapped session under
the lock, and return ErrSessionSuperseded rather than re-spawning a stale
handle. Route all five call sites through them. The lock is released before
callers wait on segments so recovery latency is unchanged.

Tests: gating (restart blocks until the lifecycle lock frees, then spawns),
concurrent-restart serialization, and superseded re-check on both the manager
(covers native + compat) and node lock owners.

---------

Co-authored-by: Quick <31828688+Quick104@users.noreply.github.com>
2026-07-02 14:23:14 -04:00

3032 lines
132 KiB
Go

// Package api provides the HTTP router and middleware setup for Silo.
package api
import (
"context"
"errors"
"io/fs"
"log/slog"
"net/http"
"strconv"
"strings"
"time"
"github.com/go-chi/chi/v5"
"github.com/go-chi/chi/v5/middleware"
"github.com/jackc/pgx/v5"
"github.com/jackc/pgx/v5/pgxpool"
"github.com/redis/go-redis/v9"
"github.com/Silo-Server/silo-server/internal/access"
"github.com/Silo-Server/silo-server/internal/activitylog"
"github.com/Silo-Server/silo-server/internal/adminjob"
"github.com/Silo-Server/silo-server/internal/ai/jobrunner"
"github.com/Silo-Server/silo-server/internal/ai/llm"
"github.com/Silo-Server/silo-server/internal/api/handlers"
apimw "github.com/Silo-Server/silo-server/internal/api/middleware"
"github.com/Silo-Server/silo-server/internal/auth"
"github.com/Silo-Server/silo-server/internal/autoscan"
"github.com/Silo-Server/silo-server/internal/branding"
"github.com/Silo-Server/silo-server/internal/cache"
"github.com/Silo-Server/silo-server/internal/catalog"
"github.com/Silo-Server/silo-server/internal/catalogseed"
"github.com/Silo-Server/silo-server/internal/clientip"
"github.com/Silo-Server/silo-server/internal/config"
"github.com/Silo-Server/silo-server/internal/downloads"
evt "github.com/Silo-Server/silo-server/internal/events"
"github.com/Silo-Server/silo-server/internal/historyimport"
"github.com/Silo-Server/silo-server/internal/intromarkers"
"github.com/Silo-Server/silo-server/internal/libraryingest"
"github.com/Silo-Server/silo-server/internal/literaryworks"
"github.com/Silo-Server/silo-server/internal/logstream"
"github.com/Silo-Server/silo-server/internal/mail"
"github.com/Silo-Server/silo-server/internal/markers"
"github.com/Silo-Server/silo-server/internal/mdblist"
"github.com/Silo-Server/silo-server/internal/metadata"
"github.com/Silo-Server/silo-server/internal/metadata/tmdb"
metatrakt "github.com/Silo-Server/silo-server/internal/metadata/trakt"
metadatatranslation "github.com/Silo-Server/silo-server/internal/metadata/translation"
"github.com/Silo-Server/silo-server/internal/nodepool"
"github.com/Silo-Server/silo-server/internal/notifications"
"github.com/Silo-Server/silo-server/internal/opslog"
"github.com/Silo-Server/silo-server/internal/playback"
"github.com/Silo-Server/silo-server/internal/plugins"
"github.com/Silo-Server/silo-server/internal/ratelimit"
"github.com/Silo-Server/silo-server/internal/recommendations"
mediarequests "github.com/Silo-Server/silo-server/internal/requests"
"github.com/Silo-Server/silo-server/internal/s3client"
"github.com/Silo-Server/silo-server/internal/scanner"
"github.com/Silo-Server/silo-server/internal/scanqueue"
"github.com/Silo-Server/silo-server/internal/secret"
"github.com/Silo-Server/silo-server/internal/sections"
"github.com/Silo-Server/silo-server/internal/subtitles"
subtitleai "github.com/Silo-Server/silo-server/internal/subtitles/ai"
"github.com/Silo-Server/silo-server/internal/subtitles/opensubtitles"
"github.com/Silo-Server/silo-server/internal/subtitles/subdl"
"github.com/Silo-Server/silo-server/internal/subtitles/subsource"
"github.com/Silo-Server/silo-server/internal/taskmanager"
"github.com/Silo-Server/silo-server/internal/taskmanager/repository"
"github.com/Silo-Server/silo-server/internal/usercollections"
"github.com/Silo-Server/silo-server/internal/userstore"
"github.com/Silo-Server/silo-server/internal/watchstate"
watchtrakt "github.com/Silo-Server/silo-server/internal/watchsync/providers/trakt"
"github.com/Silo-Server/silo-server/internal/watchtogether"
"github.com/Silo-Server/silo-server/internal/webhooksync"
)
// Dependencies holds all shared dependencies that handlers need.
type Dependencies struct {
Config *config.Config
// LiveConfig returns the current hot-reloaded config. May be nil (tests,
// worker modes); read through CurrentConfig(), which falls back to Config.
LiveConfig func() *config.Config
// OnConfigChange registers a callback fired after a live config reload
// actually changes the config. May be nil when hot reload is not wired.
OnConfigChange func(fn func(old, updated *config.Config))
BootstrapSensitiveConfigured map[string]bool
BootstrapSensitiveValues map[string]string
AppContext context.Context
DB *pgxpool.Pool
SecretCipher *secret.Cipher // at-rest credential cipher (required when DB is set)
FrontendFS fs.FS
S3Public *s3client.Client // public assets bucket client (may be nil)
S3Private *s3client.Client // private internal bucket client (may be nil)
S3UserDB *s3client.Client // user-db bucket client (may be nil)
BrandingService *branding.Service // white-label branding (nil when DB unavailable)
FolderRepo *catalog.FolderRepository // media folder repository (may be nil)
FileRepo *scanner.FileRepository // media file repository (may be nil)
Scanner *scanner.Scanner // scanner instance (may be nil)
LibraryIngester *libraryingest.Executor // shared library ingest executor (may be nil)
ProbeEnsurer handlers.PlaybackProbeEnsurer // on-demand probe repair for playback/detail (may be nil)
UserStoreProvider userstore.UserStoreProvider // user store provider (may be nil)
SessionMgr *playback.SessionManager // playback session manager (may be nil)
SkippedRootRepo *metadata.SkippedRootRepository // skipped root repository (may be nil)
StaleIDRepo *metadata.StaleMediaIDRepository // stale media ID repository (may be nil)
MovieMatchQueueRepo *metadata.MovieMatchQueueRepository
SeriesRootMatchQueueRepo *metadata.SeriesRootMatchQueueRepository
Refresher handlers.AdminMetadataRefresher // metadata refresher (may be nil)
NodeRepo *nodepool.Repository // stream node repository (may be nil)
ProxyPool *nodepool.ProxyPool // proxy node pool (may be nil)
TranscodePool *nodepool.TranscodePool // transcode node pool (may be nil)
NodePlanner *nodepool.Planner // group/cap-aware node selection (may be nil)
SessionSyncer handlers.PlaybackSessionSyncer // optional; immediate playback session sync trigger
EventBus cache.EventBus
AdminStatsProvider handlers.AdminStatsSource
Recommender recommendations.Recommender // nil when disabled
RecWorker *recommendations.Worker // nil when disabled
CatalogSearchVectorizer catalog.CatalogSearchQueryVectorizer
RatingsRepo *catalog.RatingsRepo
PersonRepo *catalog.PersonRepository
PersonRefreshQueue handlers.PersonRefreshQueue
PersonRefresher handlers.PersonRefresher
RateLimitMW *ratelimit.Middleware
ClientIPResolver *clientip.Resolver
NodeID string
LogStreamHub *logstream.Hub
RealtimeHub *notifications.Hub
Notifications *notifications.System // user-facing release notifications (may be nil)
EventsHub *evt.Hub
ScanRegistry *evt.ScanRegistry
LibraryScanQueue *scanqueue.Service
ActivityLogWriter activitylog.Writer
ActivityLogRepo *activitylog.Repo
OpsLogRepo *opslog.Repo
FFmpegLogSink playback.FFmpegLogSink
RedisClient *redis.Client // for session listing (may be nil)
TaskManager *taskmanager.TaskManager // task manager (may be nil)
ArtifactManager *downloads.ArtifactManager // download prepare-to-file pipeline (may be nil)
AdminJobCancelRegistry *adminjob.CancelRegistry
IntroRepository *intromarkers.Repository
IntroAnalyzer *intromarkers.Analyzer
MarkerRegistry *markers.Registry
MarkerResolver markers.ExternalIDResolver
MarkerProviderConfig *markers.ProviderConfigStore
MarkerContributionStore *markers.ContributionStore
MarkerContributionService *markers.ContributionService
WatchProviderService handlers.WatchProviderService
WatchCompletionObserver watchstate.CompletionObserver
PluginService *plugins.Service
PluginHTTPProxy *plugins.HTTPProxy
PluginUserConfig *plugins.UserConfigStore
AuthProviders []auth.RegisteredProvider
// PublicURL is the externally-reachable origin (scheme + host) for this
// silo instance. Used to build redirect_uri values handed to OAuth
// IdPs. Empty disables the /oauth/{install_id}/{init,callback} routes.
PublicURL string
ImageResolver catalog.ImageResolver // plugin-based image URL resolver (may be nil)
PluginImageResolver *metadata.PluginImageResolver // concrete resolver for runtime source registration (may be nil)
MetadataService handlers.MatchMetadataService // metadata search+process (may be nil)
CollectionService *catalog.LibraryCollectionService // collection service (may be nil)
ChapterThumbnailQueuer catalog.ChapterThumbnailQueuer
PlaybackRealtimeHub *playback.RealtimeHub
OnUserSessionsRevoked func(ctx context.Context, userID int)
OnServerSettingUpdated func(ctx context.Context, key, value string)
RequestServerRestart func(ctx context.Context) error
ServerRestartStatus *handlers.ServerRestartStatusTracker
// UserCollectionSync handles per-profile imported collections (TMDB /
// Trakt / MDBList) — the user-facing analogue of CollectionService.
UserCollectionSync *usercollections.Service
UserCollectionScheduler *usercollections.Scheduler
// TrendingRefresher refreshes the persisted trending_discover snapshots.
// Built in main.go with TMDB wired; its Trakt fetcher is propagated here in
// router.go once the Trakt adapter exists (mirrors UserCollectionSync).
TrendingRefresher *sections.TrendingRefresher
// MDBListClient is used by user-facing list discovery endpoints
// (search/top). May be nil; the handlers report "not configured" in
// that case rather than failing.
MDBListClient *mdblist.Client
// ABSHandler is the Audiobookshelf-compatible HTTP handler. When non-nil
// it is mounted at the root router level (not under /api/v1/) so that ABS
// clients hitting /login, /api/*, /abs/api/*, and /abs/socket.io/* all
// resolve correctly. May be nil; no ABS routes are registered in that case.
ABSHandler absHandler
}
// absHandler is the narrow interface the router needs from the ABS handler.
// Using an interface avoids a direct import of the abs sub-package from router.go.
type absHandler interface {
Mount(r chi.Router)
}
// CurrentConfig returns the live config when hot reload is wired, falling
// back to the startup snapshot otherwise.
func (d *Dependencies) CurrentConfig() *config.Config {
if d.LiveConfig != nil {
if cfg := d.LiveConfig(); cfg != nil {
return cfg
}
}
return d.Config
}
// NewRouter creates a chi.Router with all middleware and routes mounted
// under /api/v1/. ABS-compat routes (/abs/*, /login, /socket.io/*) are
// mounted at the root level when deps.ABSHandler is non-nil.
func NewRouter(deps Dependencies) chi.Router {
r := chi.NewRouter()
// Standard middleware.
r.Use(middleware.RequestID)
// Client IP resolution must run before request logging.
if deps.ClientIPResolver != nil {
r.Use(clientip.Middleware(deps.ClientIPResolver))
}
r.Use(apimw.RequestLogger(deps.NodeID))
r.Use(middleware.Recoverer)
r.Use(apimw.Metrics)
// Compress text-like responses (JSON, SVG, …); media content types are
// not in the middleware's allowlist and stream through untouched.
r.Use(middleware.Compress(5))
// Activity logging (before auth — captures all requests including failed auth).
if deps.ActivityLogWriter != nil {
r.Use(activitylog.NewMiddleware(deps.ActivityLogWriter, deps.NodeID))
}
// Build the readiness handler with optional S3 check.
var s3Checker handlers.S3HealthChecker
if deps.S3Public != nil {
s3Checker = deps.S3Public
} else if deps.S3Private != nil {
s3Checker = deps.S3Private
}
// PG pinger: use the pool if available.
var pgPinger handlers.PGPinger
if deps.DB != nil {
pgPinger = deps.DB
}
readyHandler := handlers.NewReadyHandler(pgPinger, s3Checker)
// Resolves whether a declared profile belongs to the user and is the
// household primary profile. Nil (no user store) disables the
// acting-admin profile policy, degrading admin routes to the plain
// role check.
var checkPrimaryProfile apimw.PrimaryProfileChecker
if deps.UserStoreProvider != nil {
userStores := deps.UserStoreProvider
checkPrimaryProfile = func(ctx context.Context, userID int, profileID string) (bool, bool, error) {
store, err := userStores.ForUser(ctx, userID)
if err != nil {
return false, false, err
}
profile, err := store.GetProfile(ctx, profileID)
if err != nil {
return false, false, err
}
if profile == nil {
return false, false, nil
}
return profile.IsPrimary, true, nil
}
}
// Admin authorization for routes: admin role, exercised through the
// account's primary household profile (see apimw.RequireActingAdmin).
requireActingAdmin := apimw.RequireActingAdmin(checkPrimaryProfile)
// Health handler advertises the server's identity so multi-server
// clients can display a friendly name. Falls back to empty strings
// if config is absent (tests, minimal fixtures); JSON omits empties.
var healthServerName, healthServerID string
if deps.Config != nil {
healthServerName = deps.Config.JellyfinCompat.ServerName
healthServerID = deps.Config.JellyfinCompat.ServerID
}
healthHandler := handlers.NewHealthHandler(healthServerName, healthServerID)
// Build server settings repo if DB is available (needed by auth and admin).
// Wrap it in the encrypting decorator so sensitive keys rest as ciphertext
// and every consumer transparently reads plaintext.
var settingsRepo catalog.SettingsStore
if deps.DB != nil {
settingsRepo = catalog.NewEncryptedSettingsRepo(catalog.NewServerSettingsRepo(deps.DB), deps.SecretCipher)
}
// Build auth handler and auth middleware if DB and config are available.
var userRepo *auth.UserRepository
var inviteCodeRepo *auth.InviteCodeRepository
var apiKeyRepo *auth.APIKeyRepository
var authService *auth.Service
var authHandler *handlers.AuthHandler
var authMiddleware *apimw.AuthMiddleware
var viewerAccessMiddleware *apimw.ViewerAccessMiddleware
var permissionMiddleware *apimw.PermissionMiddleware
var viewerResolver *access.Resolver
var profileTokenService *access.ProfileTokenService
var jwtService *auth.JWTService
var sessionRepo *auth.SessionRepository
var deviceLoginService *auth.DeviceLoginService
if deps.DB != nil && deps.Config != nil {
userRepo = auth.NewUserRepository(deps.DB)
sessionRepo = auth.NewSessionRepository(deps.DB)
inviteCodeRepo = auth.NewInviteCodeRepository(deps.DB)
apiKeyRepo = auth.NewAPIKeyRepository(deps.DB)
jwtService = auth.NewJWTService(
deps.Config.Auth.JWTSecret,
deps.Config.Auth.AccessTokenExpiry,
deps.Config.Auth.RefreshTokenExpiry,
)
if deps.OnConfigChange != nil {
jwtForReload := jwtService
deps.OnConfigChange(func(_, updated *config.Config) {
jwtForReload.SetExpiries(updated.Auth.AccessTokenExpiry, updated.Auth.RefreshTokenExpiry)
})
}
provider := auth.NewLocalProvider(userRepo, sessionRepo)
authService = auth.NewService(
provider,
jwtService,
sessionRepo,
userRepo,
inviteCodeRepo,
settingsRepo,
deps.UserStoreProvider,
)
for _, registration := range deps.AuthProviders {
authService.RegisterProvider(registration.Info, registration.Provider)
}
deviceLoginService = auth.NewDeviceLoginService(deps.DB, userRepo, jwtService, sessionRepo)
authHandler = handlers.NewAuthHandler(authService, jwtService, deviceLoginService)
authMiddleware = apimw.NewAuthMiddleware(jwtService, sessionRepo, apiKeyRepo, userRepo)
profileTokenService = access.NewProfileTokenService(deps.Config.Auth.JWTSecret, 0)
if deps.UserStoreProvider != nil {
viewerResolver = access.NewResolver(userRepo, deps.UserStoreProvider, profileTokenService)
viewerAccessMiddleware = apimw.NewViewerAccessMiddleware(viewerResolver)
}
if deps.DB != nil {
permissionMiddleware = apimw.NewPermissionMiddleware(
userRepo,
apimw.NewPGMetadataTargetLibraryResolver(deps.DB),
checkPrimaryProfile,
)
}
}
if deps.SessionMgr != nil && userRepo != nil {
deps.SessionMgr.SetLimitProvider(func(ctx context.Context, userID int) (playback.SessionLimits, error) {
user, err := userRepo.GetByID(ctx, userID)
if err != nil {
return playback.SessionLimits{}, err
}
return playback.SessionLimits{
MaxStreams: user.MaxStreams,
MaxTranscodes: user.MaxTranscodes,
}, nil
})
}
// Build demo guard middleware if server settings are available.
var demoGuard *apimw.DemoGuard
if settingsRepo != nil {
demoGuard = apimw.NewDemoGuard(settingsRepo)
}
// Build library handler if folder repo is available.
var libraryHandler *handlers.LibraryHandler
if deps.FolderRepo != nil {
libraryHandler = handlers.NewLibraryHandler(deps.FolderRepo, deps.LibraryIngester, userRepo, deps.DB, deps.Refresher, deps.AppContext)
libraryHandler.EventBus = deps.EventBus
libraryHandler.EventsHub = deps.EventsHub
libraryHandler.ScanRegistry = deps.ScanRegistry
libraryHandler.ScanQueue = deps.LibraryScanQueue
libraryHandler.MovieMatchQueueRepo = deps.MovieMatchQueueRepo
libraryHandler.SeriesMatchQueueRepo = deps.SeriesRootMatchQueueRepo
libraryHandler.RawMatchBacklogRepo = deps.FileRepo
if deps.Config != nil {
libraryHandler.TVSeriesRootQueue = deps.Config.Matcher.TVSeriesRootQueueEnabled()
}
if deps.DB != nil {
libraryHandler.JobRepo = adminjob.NewRepository(deps.DB)
}
// Library poster uploads are writable client-facing assets, so they
// belong in the public assets bucket.
if deps.S3Public != nil {
libraryHandler.S3Meta = deps.S3Public
}
// Wire provider chain repos for per-library provider priority management.
if deps.DB != nil && deps.PluginService != nil {
libraryHandler.ChainRepo = metadata.NewChainRepository(deps.DB)
libraryHandler.PluginInstallations = plugins.NewInstallationStore(deps.DB)
}
if invalidator, ok := deps.MetadataService.(interface{ InvalidateChainCache() }); ok {
libraryHandler.SetChainCacheInvalidator(invalidator)
}
if deps.SkippedRootRepo != nil {
libraryHandler.SkippedRootRepo = deps.SkippedRootRepo
}
if deps.StaleIDRepo != nil {
libraryHandler.StaleIDRepo = deps.StaleIDRepo
}
if deps.DB != nil {
libraryHandler.SectionRepo = sections.NewRepository(deps.DB)
}
if deps.UserStoreProvider != nil {
libraryHandler.StoreProvider = deps.UserStoreProvider
}
}
// Build ratings repo if DB is available. Use dep-injected repo when provided
// (e.g. already constructed in main.go for the recommendations engine).
var ratingsRepo *catalog.RatingsRepo
if deps.RatingsRepo != nil {
ratingsRepo = deps.RatingsRepo
} else if deps.DB != nil {
ratingsRepo = catalog.NewRatingsRepo(deps.DB)
}
// Build browse/search/items handlers if DB is available.
var itemsHandler *handlers.ItemsHandler
var catalogResourceHandler *handlers.CatalogResourceHandler
var catalogHandler *handlers.CatalogHandler
var literaryWorkHandler *handlers.LiteraryWorkHandler
var peopleHandler *handlers.PeopleHandler
var itemRepo *catalog.ItemRepository
var episodeRepo *catalog.EpisodeRepository
var providerIDRepo *catalog.ProviderIDRepository
var seasonRepo *catalog.SeasonRepository
var detailSvc *catalog.DetailService
var calendarRepo *catalog.CalendarRepository
var catalogSearchService *catalog.CatalogSearchService
var webhookSyncHandler *handlers.WebhookSyncHandler
var requestHandler *handlers.RequestsHandler
var autoscanHandler *handlers.AutoscanHandler
var ebookReaderHandler *handlers.EbookReaderHandler
var ebookProgressStore *handlers.PGEbookReaderProgressStore
var ebookConfigStore *handlers.PGEbookReaderConfigStore
var ebookAnnotationStore *handlers.PGEbookReaderAnnotationStore
if deps.DB != nil {
ebookProgressStore = handlers.NewPGEbookReaderProgressStore(deps.DB)
ebookConfigStore = handlers.NewPGEbookReaderConfigStore(deps.DB)
ebookAnnotationStore = handlers.NewPGEbookReaderAnnotationStore(deps.DB)
browseRepo := catalog.NewBrowseRepository(deps.DB)
itemRepo = catalog.NewItemRepository(deps.DB)
searchIndexEvents := catalog.NewSearchIndexEventRepository(deps.DB)
catalogSearchService = catalog.NewCatalogSearchService(
context.Background(),
settingsRepo,
itemRepo,
searchIndexEvents,
deps.CatalogSearchVectorizer,
)
if catalogSearchService != nil {
catalogSearchService.StartCoverageRefresh(deps.AppContext)
}
activeSearchProvider := catalog.SearchProviderPostgres
if _, ok := catalogSearchService.Provider().(*catalog.MeilisearchSearchProvider); ok {
activeSearchProvider = catalog.SearchProviderMeilisearch
}
searchIndexEvents.WithActiveProvider(activeSearchProvider)
itemRepo.WithSearchIndexEvents(searchIndexEvents)
episodeRepo = catalog.NewEpisodeRepository(deps.DB)
providerIDRepo = catalog.NewProviderIDRepository(deps.DB)
calendarRepo = catalog.NewCalendarRepository(deps.DB)
var fileFetcher catalog.FileVersionFetcher
if deps.FileRepo != nil {
fileFetcher = deps.FileRepo
}
seasonRepo = catalog.NewSeasonRepository(deps.DB)
folderRepo := catalog.NewFolderRepository(deps.DB)
var episodeFileProvider handlers.EpisodeFileProvider
if deps.FileRepo != nil {
episodeFileProvider = deps.FileRepo
}
rootClaimRepo := catalog.NewRootClaimRepository(deps.DB)
groupClaimRepo := catalog.NewGroupClaimRepository(deps.DB)
literaryRepo := literaryworks.NewRepository(deps.DB)
literaryWorkHandler = &handlers.LiteraryWorkHandler{Service: literaryworks.NewService(literaryRepo)}
detailSvc = catalog.NewDetailService(itemRepo, episodeRepo, seasonRepo, deps.PersonRepo, fileFetcher)
detailSvc.SetFolderRepository(folderRepo)
detailSvc.SetRootClaimRepository(rootClaimRepo)
detailSvc.SetGroupClaimRepository(groupClaimRepo)
detailSvc.SetWorkSummaryProvider(literaryRepo)
detailSvc.SetProbeEnsurer(deps.ProbeEnsurer)
detailSvc.SetChapterThumbnailQueuer(deps.ChapterThumbnailQueuer)
if deps.ImageResolver != nil {
detailSvc.SetImageResolver(deps.ImageResolver)
}
detailSvc.SetUserStoreProvider(deps.UserStoreProvider)
itemsHandler = handlers.NewItemsHandler(
browseRepo,
itemRepo,
episodeRepo,
seasonRepo,
ratingsRepo,
episodeFileProvider,
deps.UserStoreProvider,
detailSvc,
providerIDRepo,
)
if catalogSearchService != nil {
itemsHandler.SetCatalogSearchProvider(catalogSearchService.Provider())
}
itemsHandler.EventsHub = deps.EventsHub
itemsHandler.UserRepo = userRepo
if requester, ok := deps.MetadataService.(handlers.MetadataRefreshRequester); ok {
itemsHandler.SetMetadataRefreshRequester(requester)
}
if dispatcher, ok := deps.WatchProviderService.(handlers.LocalWatchEventDispatcher); ok {
itemsHandler.SetLocalWatchEventDispatcher(dispatcher)
}
if deps.WatchCompletionObserver != nil {
itemsHandler.SetCompletionObserver(deps.WatchCompletionObserver)
}
if ebookProgressStore != nil {
itemsHandler.SetEbookReaderProgressStore(ebookProgressStore)
}
if deps.FileRepo != nil {
ebookReaderHandler = handlers.NewEbookReaderHandler(&handlers.MediaFileAuthorizer{
FileResolver: deps.FileRepo,
ItemAccess: itemRepo,
EpisodeLookup: episodeRepo,
})
if ebookProgressStore != nil {
ebookReaderHandler.ProgressStore = ebookProgressStore
}
if ebookConfigStore != nil {
ebookReaderHandler.ConfigStore = ebookConfigStore
}
if ebookAnnotationStore != nil {
ebookReaderHandler.AnnotationStore = ebookAnnotationStore
}
if conv := buildEbookConversion(deps, settingsRepo); conv != nil {
ebookReaderHandler.Conversion = conv
}
}
catalogResourceHandler = handlers.NewCatalogResourceHandler(itemsHandler)
catalogHandler = handlers.NewCatalogHandler(
catalog.NewCatalogResolver(browseRepo, itemRepo).
WithEpisodeRepository(episodeRepo).
WithUserStoreProvider(deps.UserStoreProvider).
WithSearchProvider(catalogSearchService.Provider()),
itemsHandler,
)
catalogHandler.SetWorkSummaryProvider(literaryRepo)
tmdbAPIKey := ""
if deps.Config != nil {
tmdbAPIKey = deps.Config.TMDBAPIKey
}
requestsRepo := mediarequests.NewRepository(deps.DB, deps.SecretCipher)
requestSvc := mediarequests.NewService(
requestsRepo,
tmdb.NewClient(tmdbAPIKey, 40),
mediarequests.NewCatalogPresence(itemRepo, providerIDRepo),
)
AttachRequestRouter(requestSvc, deps.PluginService)
requestSvc.SetRequesterIdentityResolver(plugins.RequesterIdentityFromLookup(plugins.NewPgUserIdentityLookup(deps.DB)))
if viewerResolver != nil {
requestSvc.SetEntitlementResolver(mediarequests.NewAccessEntitlements(viewerResolver))
}
// Request lifecycle notifications (submitted / approved / declined):
// server-channel broadcasts plus personal deliveries to the requester
// on approve/decline. Fulfilled rides the reconcile service's
// fulfillment notifier instead.
if lifecycle := notifications.NewRequestLifecycleNotifier(deps.Notifications); lifecycle != nil {
requestSvc.SetLifecycleNotifier(lifecycle)
}
requestHandler = handlers.NewRequestsHandler(requestSvc)
autoscanRepo := autoscan.NewRepository(deps.DB, deps.SecretCipher)
if deps.FolderRepo != nil && deps.LibraryScanQueue != nil && deps.PluginService != nil {
autoscanSvc := BuildAutoscanService(
autoscanRepo,
deps.PluginService,
plugins.NewInstallationStore(deps.DB),
requestsRepo,
deps.FolderRepo,
deps.LibraryScanQueue,
deps.RedisClient,
)
autoscanHandler = handlers.NewAutoscanHandler(autoscanRepo, autoscanSvc)
// Wire the optional poll-task rescheduler so a settings change
// re-applies the poll interval without a restart.
if deps.TaskManager != nil {
autoscanHandler.SetTriggerUpdater(deps.TaskManager)
}
}
if deps.PersonRepo != nil {
peopleHandler = handlers.NewPeopleHandler(deps.PersonRepo, browseRepo, itemRepo, detailSvc)
peopleHandler.SetItemsHandler(itemsHandler)
peopleHandler.SetRefreshQueue(deps.PersonRefreshQueue)
peopleHandler.SetRefreshService(deps.PersonRefresher)
}
}
// Build profile/personal data handlers if UserStoreProvider is available.
var profileHandler *handlers.ProfileHandler
var personalDataHandler *handlers.PersonalDataHandler
var progressHandler *handlers.ProgressHandler
var collectionHandler *handlers.CollectionHandler
var settingsHandler *handlers.SettingsHandler
var homeDismissalHandler *handlers.HomeDismissalHandler
var subtitlePrefHandler *handlers.SubtitlePrefHandler
var audioPrefHandler *handlers.AudioPrefHandler
var libraryPlaybackPrefHandler *handlers.LibraryPlaybackPrefHandler
var watchProviderHandler *handlers.WatchProviderHandler
var playbackSessionsLoader *handlers.PlaybackSessionsLoader
if deps.DB != nil {
playbackSessionsLoader = handlers.NewPlaybackSessionsLoader(deps.DB, deps.UserStoreProvider, detailSvc)
}
if deps.UserStoreProvider != nil {
profileHandler = handlers.NewProfileHandler(deps.UserStoreProvider)
profileHandler.UserRepo = userRepo
profileHandler.ProfileTokens = profileTokenService
profileHandler.AvatarStore = deps.S3Private
profileHandler.SessionsReader = playbackSessionsLoader
personalDataHandler = handlers.NewPersonalDataHandler(deps.UserStoreProvider, itemRepo)
if detailSvc != nil {
personalDataHandler.SetDetailService(detailSvc)
}
if ebookProgressStore != nil {
personalDataHandler.SetEbookReaderProgressStore(ebookProgressStore)
}
personalDataHandler.SetEpisodeRepo(episodeRepo)
personalDataHandler.SetSeasonRepo(seasonRepo)
personalDataHandler.EventsHub = deps.EventsHub
if dispatcher, ok := deps.WatchProviderService.(handlers.LocalListEventDispatcher); ok {
personalDataHandler.SetLocalListEventDispatcher(dispatcher)
}
progressHandler = handlers.NewProgressHandler(deps.UserStoreProvider)
progressHandler.EventsHub = deps.EventsHub
if settingsRepo != nil {
progressHandler.SettingsRepo = settingsRepo
}
if deps.DB != nil {
progressHandler.LibraryLookup = catalog.NewLibraryItemRepository(deps.DB)
}
collectionHandler = handlers.NewCollectionHandler(deps.UserStoreProvider)
if deps.DB != nil {
collectionHandler.Executor = &catalog.QueryExecutor{Pool: deps.DB}
}
if deps.S3Public != nil {
collectionHandler.S3GP = deps.S3Public
collectionHandler.PresignTTL = 4 * time.Hour
}
settingsHandler = handlers.NewSettingsHandler(deps.UserStoreProvider)
if settingsRepo != nil {
settingsHandler.SetServerSettings(settingsRepo)
}
homeDismissalHandler = handlers.NewHomeDismissalHandler(deps.UserStoreProvider)
homeDismissalHandler.EventsHub = deps.EventsHub
subtitlePrefHandler = handlers.NewSubtitlePrefHandler(deps.UserStoreProvider)
audioPrefHandler = handlers.NewAudioPrefHandler(deps.UserStoreProvider)
libraryPlaybackPrefHandler = handlers.NewLibraryPlaybackPrefHandler(deps.UserStoreProvider)
if deps.FolderRepo != nil {
libraryPlaybackPrefHandler.SetLibraryLookup(deps.FolderRepo)
} else if deps.DB != nil {
libraryPlaybackPrefHandler.SetLibraryLookup(catalog.NewFolderRepository(deps.DB))
}
}
if deps.WatchProviderService != nil {
watchProviderHandler = handlers.NewWatchProviderHandler(deps.WatchProviderService)
}
// Build ratings handler if both repo and itemRepo are available.
var ratingsHandler *handlers.RatingsHandler
var recsRepoForStale *recommendations.Repo
if ratingsRepo != nil && itemRepo != nil {
ratingsHandler = handlers.NewRatingsHandler(ratingsRepo, itemRepo)
if deps.DB != nil {
recsRepoForStale = recommendations.NewRepo(deps.DB)
ratingsHandler.SetProfileStaler(recsRepoForStale)
ratingsHandler.SetProfileRefreshRequester(deps.RecWorker)
if personalDataHandler != nil {
personalDataHandler.SetProfileStaler(recsRepoForStale)
personalDataHandler.SetProfileRefreshRequester(deps.RecWorker)
}
if progressHandler != nil {
progressHandler.SetProfileStaler(recsRepoForStale)
progressHandler.SetProfileRefreshRequester(deps.RecWorker)
}
if itemsHandler != nil {
itemsHandler.SetProfileStaler(recsRepoForStale)
itemsHandler.SetProfileRefreshRequester(deps.RecWorker)
}
}
}
// Create subtitleRepo early — only needs DB, shared with playback handler and subtitle search handler.
var subtitleRepo *subtitles.PgRepository
if deps.DB != nil {
subtitleRepo = subtitles.NewPgRepository(deps.DB, deps.SecretCipher)
}
// Notifier that pushes "subtitle ready" events to active sessions when an AI
// translation completes. Assigned inside the playback handler block where the
// realtime hub and session manager are in scope; nil when playback is off.
var subtitleAINotifier *playback.SubtitleReadyNotifier
// Build playback handler if session manager is available.
var playbackHandler *handlers.PlaybackHandler
var adminPlaybackControlHandler *handlers.AdminPlaybackControlHandler
var playbackCommandDispatcher *playback.CommandDispatcher
var streamHandler *handlers.StreamHandler
var watchTogetherHandler *handlers.WatchTogetherHandler
if deps.SessionMgr != nil {
var playbackAdminStore handlers.PlaybackAdminStore
if deps.DB != nil {
playbackAdminStore = handlers.NewPGPlaybackAdminStore(deps.DB, deps.EventsHub)
}
if deps.FileRepo != nil {
playbackHandler = handlers.NewPlaybackHandler(deps.SessionMgr, deps.FileRepo)
streamHandler = handlers.NewStreamHandler(deps.SessionMgr, deps.FileRepo)
} else {
playbackHandler = handlers.NewPlaybackHandler(deps.SessionMgr)
}
// Wire UserStoreProvider for progress/history persistence.
if deps.UserStoreProvider != nil {
playbackHandler.StoreProvider = deps.UserStoreProvider
}
playbackHandler.StableIdentityResolver = watchstate.NewStableIdentityResolver(itemRepo, episodeRepo, providerIDRepo)
playbackHandler.CompletionObserver = deps.WatchCompletionObserver
if scrobbler, ok := deps.WatchProviderService.(handlers.PlaybackWatchScrobbler); ok {
playbackHandler.WatchScrobbler = scrobbler
}
playbackHandler.AdminStore = playbackAdminStore
playbackHandler.EventsHub = deps.EventsHub
if deps.FileRepo != nil {
playbackHandler.MissingMarker = deps.FileRepo
}
if deps.SessionSyncer != nil {
playbackHandler.SessionSyncer = deps.SessionSyncer
}
if streamHandler != nil {
// Share the playback handler's transcode/reconstruct manager so a
// direct/remux stream can rebuild its session from the token recipe
// after a restart (same manager, same SessionManager).
streamHandler.TM = playbackHandler.TranscodeManager()
if deps.Config != nil {
streamHandler.JWTSecret = deps.Config.Auth.JWTSecret
}
streamHandler.AdminStore = playbackAdminStore
streamHandler.EventsHub = deps.EventsHub
streamHandler.SessionSyncer = deps.SessionSyncer
if deps.FileRepo != nil {
streamHandler.MissingMarker = deps.FileRepo
}
}
// Wire the optional node planner and JWT secret for node-aware stream URLs.
if deps.NodePlanner != nil {
playbackHandler.NodePlanner = deps.NodePlanner
}
if deps.Config != nil && deps.Config.Auth.JWTSecret != "" {
playbackHandler.JWTSecret = deps.Config.Auth.JWTSecret
}
if deps.Config != nil {
playbackHandler.PlaybackConfig = func() config.PlaybackConfig {
return deps.CurrentConfig().Playback
}
if cleaned, err := playbackHandler.CleanupOrphanedTranscodes(); err != nil {
slog.Warn("playback transcode cleanup failed", "dir", deps.Config.Playback.TranscodeDir, "error", err)
} else if cleaned > 0 {
slog.Info("playback transcode cleanup removed orphaned dirs", "dir", deps.Config.Playback.TranscodeDir, "count", cleaned)
}
}
playbackHandler.ProbeEnsurer = deps.ProbeEnsurer
playbackHandler.ChapterThumbnailQueuer = deps.ChapterThumbnailQueuer
if settingsRepo != nil {
playbackHandler.SettingsRepo = settingsRepo
}
if deps.FileRepo != nil {
playbackHandler.FileVersionFetcher = deps.FileRepo
}
if subtitleRepo != nil {
playbackHandler.SubtitleRepo = subtitleRepo
}
if recsRepoForStale != nil {
playbackHandler.SetProfileStaler(recsRepoForStale)
playbackHandler.SetProfileRefreshRequester(deps.RecWorker)
}
realtimeHub := deps.PlaybackRealtimeHub
if realtimeHub == nil {
realtimeHub = playback.NewRealtimeHub()
}
commandTracker := playback.NewCommandTracker()
playbackHandler.RealtimeHub = realtimeHub
playbackHandler.CommandTracker = commandTracker
playbackHandler.CommandDispatcher = playback.NewCommandDispatcher(deps.SessionMgr, realtimeHub, commandTracker)
playbackCommandDispatcher = playbackHandler.CommandDispatcher
playbackHandler.IntroAnalyzer = deps.IntroAnalyzer
playbackHandler.IntroRepository = deps.IntroRepository
playbackHandler.MarkerRegistry = deps.MarkerRegistry
playbackHandler.MarkerResolver = deps.MarkerResolver
if deps.FileRepo != nil {
playbackHandler.MarkerUpserter = deps.FileRepo
}
playbackHandler.MarkerUpdateNotifier = playback.NewMarkerUpdateNotifier(deps.SessionMgr, realtimeHub)
subtitleAINotifier = playback.NewSubtitleReadyNotifier(deps.SessionMgr, realtimeHub)
adminPlaybackControlHandler = handlers.NewAdminPlaybackControlHandler(playbackHandler)
if deps.DB != nil && deps.FileRepo != nil && viewerResolver != nil && deps.Config != nil && detailSvc != nil {
roomTokenService := watchtogether.NewRoomTokenService(deps.Config.Auth.JWTSecret, 24*time.Hour)
watchTogetherHandler = handlers.NewWatchTogetherHandler(
watchtogether.NewService(
watchtogether.NewRepository(deps.DB),
deps.SessionMgr,
deps.FileRepo,
watchtogether.NewCatalogSelectionResolver(detailSvc),
watchtogether.NewSuggestionRepository(deps.DB),
watchtogether.NewProfileNameResolver(deps.UserStoreProvider),
),
viewerResolver,
roomTokenService,
)
}
}
// Wire subtitle repo and S3 client onto streamHandler for S3-stored subtitle serving.
if streamHandler != nil && subtitleRepo != nil && deps.S3Public != nil {
streamHandler.SubtitleRepo = subtitleRepo
streamHandler.S3Client = deps.S3Public
streamHandler.S3Bucket = deps.S3Public.Bucket()
}
if streamHandler != nil && deps.Config != nil {
streamHandler.PlaybackConfig = func() config.PlaybackConfig {
return deps.CurrentConfig().Playback
}
}
restartStatus := deps.ServerRestartStatus
if restartStatus == nil {
restartStatus = handlers.NewServerRestartStatusTracker()
}
serverControlHandler := handlers.NewServerControlHandler(deps.RequestServerRestart, playbackCommandDispatcher, restartStatus)
// Build admin handler if we have a user repo.
var adminHandler *handlers.AdminHandler
var catalogSeedHandler *handlers.CatalogSeedHandler
var adminJobsHandler *handlers.AdminJobsHandler
if userRepo != nil {
adminHandler = handlers.NewAdminHandler(userRepo, deps.DB, deps.UserStoreProvider)
adminHandler.SessionsLoader = playbackSessionsLoader
adminHandler.DetailSvc = detailSvc
adminHandler.EventBus = deps.EventBus
adminHandler.EventsHub = deps.EventsHub
adminHandler.ImpersonationService = authService
adminHandler.StatsSource = deps.AdminStatsProvider
adminHandler.RealtimeHub = deps.RealtimeHub
adminHandler.BootstrapSensitiveConfigured = deps.BootstrapSensitiveConfigured
adminHandler.BootstrapSensitiveValues = deps.BootstrapSensitiveValues
adminHandler.RestartStatus = restartStatus
adminHandler.CatalogSearchStatus = catalogSearchService
if settingsRepo != nil {
adminHandler.SettingsRepo = settingsRepo
}
adminHandler.Config = deps.Config
if deps.OnUserSessionsRevoked != nil {
adminHandler.OnUserSessionsRevoked = deps.OnUserSessionsRevoked
}
if deps.OnServerSettingUpdated != nil {
adminHandler.OnServerSettingUpdated = deps.OnServerSettingUpdated
}
}
if deps.DB != nil {
jobRepo := adminjob.NewRepository(deps.DB)
// Avoid wrapping a nil *s3client.Client in a non-nil interface;
// handlers rely on interface-nil checks to gate S3 features.
var privateStore handlers.CatalogSeedArtifactStore
if deps.S3Private != nil {
privateStore = deps.S3Private
}
catalogSeedHandler = handlers.NewCatalogSeedHandler(catalogseed.NewService(deps.DB, deps.PersonRepo, recommendations.NewRepo(deps.DB)), jobRepo, privateStore)
catalogSeedHandler.RealtimeHub = deps.RealtimeHub
adminJobsHandler = handlers.NewAdminJobsHandler(jobRepo, privateStore)
adminJobsHandler.CancelRegistry = deps.AdminJobCancelRegistry
adminJobsHandler.RealtimeHub = deps.RealtimeHub
if adminHandler != nil && deps.FolderRepo != nil && deps.FileRepo != nil && itemRepo != nil && episodeRepo != nil {
adminHandler.JobRepo = jobRepo
adminHandler.ItemRefreshResolver = adminjob.NewItemRefreshResolver(
itemRepo,
catalog.NewSeasonRepository(deps.DB),
episodeRepo,
deps.FolderRepo,
deps.FileRepo,
)
}
}
// Build admin match handler if metadata service and item repo are available.
var adminMatchHandler *handlers.AdminMatchHandler
if deps.MetadataService != nil && itemRepo != nil && deps.DB != nil {
adminMatchHandler = handlers.NewAdminMatchHandler(
itemRepo,
&handlers.PoolFolderLookup{Pool: deps.DB},
deps.MetadataService,
)
}
// Build admin image handler for poster/backdrop/logo selection.
var adminImageHandler *handlers.AdminImageHandler
if imageSvc, ok := deps.MetadataService.(handlers.ImageService); ok && itemRepo != nil && seasonRepo != nil && episodeRepo != nil && deps.DB != nil && detailSvc != nil {
adminImageHandler = handlers.NewAdminImageHandler(
itemRepo,
seasonRepo,
episodeRepo,
&handlers.PoolFolderLookup{Pool: deps.DB},
imageSvc,
deps.PluginImageResolver,
detailSvc,
)
}
var adminIntroHandler *handlers.AdminIntroHandler
if deps.IntroAnalyzer != nil && deps.IntroRepository != nil {
adminIntroHandler = handlers.NewAdminIntroHandler(
deps.IntroAnalyzer,
deps.IntroRepository,
deps.AppContext,
slog.Default(),
)
adminIntroHandler.Settings = settingsRepo
adminIntroHandler.FileResolver = deps.FileRepo
if playbackHandler != nil {
adminIntroHandler.MarkerUpdateNotifier = playbackHandler.MarkerUpdateNotifier
}
}
var markersHandler *handlers.MarkersHandler
if deps.FileRepo != nil {
var notifier handlers.PlaybackMarkerUpdateNotifier
if playbackHandler != nil {
notifier = playbackHandler.MarkerUpdateNotifier
}
var contributor handlers.MarkerContributor
if deps.MarkerContributionService != nil {
contributor = deps.MarkerContributionService
}
var contributions handlers.MarkerContributionLister
if deps.MarkerContributionStore != nil {
contributions = deps.MarkerContributionStore
}
markersHandler = handlers.NewMarkersHandler(
deps.FileRepo, deps.FileRepo, contributor, contributions, notifier, slog.Default(),
)
markersHandler.BaseContext = deps.AppContext
markersHandler.AuditHistory = deps.FileRepo
markersHandler.Users = userRepo
if itemRepo != nil {
markersHandler.Authorizer = &handlers.MediaFileAuthorizer{
FileResolver: deps.FileRepo,
ItemAccess: itemRepo,
EpisodeLookup: episodeRepo,
}
}
}
var adminMarkerProvidersHandler *handlers.AdminMarkerProvidersHandler
if deps.MarkerRegistry != nil && deps.MarkerProviderConfig != nil {
adminMarkerProvidersHandler = handlers.NewAdminMarkerProvidersHandler(
deps.MarkerRegistry, deps.MarkerProviderConfig, deps.EventBus, slog.Default(),
)
}
// Admin subtitle config handler only needs the DB repo — no S3 required.
var adminSubtitleHandler *handlers.AdminSubtitleHandler
var subtitleManager *subtitles.Manager
if subtitleRepo != nil {
adminSubtitleHandler = handlers.NewAdminSubtitleHandler(subtitleRepo)
}
// Build subtitle search handler if we have DB and S3.
var subtitleSearchHandler *handlers.SubtitleSearchHandler
if deps.DB != nil && deps.S3Public != nil && subtitleRepo != nil {
subtitleManager = subtitles.NewManager(subtitleRepo, deps.S3Public, deps.S3Public.Bucket())
// Load provider configs from DB and register enabled providers.
providerConfigs, _ := subtitleRepo.ListProviderConfigs(deps.AppContext)
for _, cfg := range providerConfigs {
if !cfg.Enabled {
continue
}
switch cfg.ProviderName {
case "opensubtitles":
if cfg.Username == "" || cfg.Password == "" {
continue
}
subtitleManager.RegisterProvider(opensubtitles.New(opensubtitles.Config{
Username: cfg.Username,
Password: cfg.Password,
}))
case "subdl":
if cfg.APIKey == "" {
continue
}
subtitleManager.RegisterProvider(subdl.New(subdl.Config{APIKey: cfg.APIKey}))
case "subsource":
if cfg.APIKey == "" {
continue
}
subtitleManager.RegisterProvider(subsource.New(subsource.Config{APIKey: cfg.APIKey}))
}
}
mediaResolver := &pgSubtitleMediaResolver{pool: deps.DB}
subtitleSearchHandler = handlers.NewSubtitleSearchHandler(subtitleManager, subtitleRepo, mediaResolver)
}
if adminSubtitleHandler != nil && deps.DB != nil && subtitleManager != nil {
adminSubtitleHandler.SetDownloadedSubtitleDeps(deps.DB, subtitleManager)
}
// Build the AI subtitle handler (on-demand translation). Generated tracks are
// stored as ordinary downloaded subtitles, so they reach every client through
// the existing subtitle pipeline with no client changes.
// Shared AI endpoint client + dispatch semaphore: subtitle translation/ASR
// and metadata translation draw from one client and one concurrency bound.
// Connection settings, models, toggles, and quotas hot-reload through
// OnConfigChange; only the semaphore size (ai.max_concurrent_jobs) is
// fixed at construction.
var aiClient *llm.Client
var aiSem chan struct{}
if deps.Config != nil {
aiClient = llm.NewClient(llmConfigFromServer(deps.Config))
aiSem = jobrunner.NewSemaphore(deps.Config.AI.MaxConcurrentJobs)
if deps.OnConfigChange != nil {
clientForReload := aiClient
deps.OnConfigChange(func(_, updated *config.Config) {
clientForReload.UpdateConfig(llmConfigFromServer(updated))
})
}
}
var subtitleAIHandler *handlers.SubtitleAIHandler
if subtitleManager != nil && subtitleRepo != nil && deps.FileRepo != nil && deps.DB != nil && deps.Config != nil {
aiCfg, disabledGateway := effectiveSubtitleAIConfig(deps.Config)
if disabledGateway != "" {
warnChatOnlyGateway(disabledGateway)
}
var aiNotifier subtitleai.Notifier
if subtitleAINotifier != nil {
aiNotifier = subtitleAINotifier
}
aiTranslator := subtitleai.NewLLMTranslator(aiClient, aiCfg.BatchSize, aiCfg.ContextNeighbors)
aiTranscriber := subtitleai.NewWhisperTranscriber(aiClient, deps.Config.Playback.FFmpegPath, deps.Config.SubtitleAI.ASRChunkSeconds)
aiService := subtitleai.NewService(
deps.AppContext,
aiCfg,
subtitleai.NewPgJobRepository(deps.DB),
aiTranslator,
aiTranscriber,
subtitleManager,
subtitleRepo,
deps.FileRepo,
aiNotifier,
deps.Config.Playback.FFmpegPath,
slog.Default(),
aiSem,
)
aiService.Recover()
if deps.OnConfigChange != nil {
deps.OnConfigChange(func(old, updated *config.Config) {
newCfg, newDisabled := effectiveSubtitleAIConfig(updated)
aiService.UpdateConfig(newCfg)
aiTranslator.SetBatching(updated.SubtitleAI.BatchSize, updated.SubtitleAI.ContextNeighbors)
aiTranscriber.SetExtraction(updated.Playback.FFmpegPath, updated.SubtitleAI.ASRChunkSeconds)
// Warn only when the gateway-disable condition newly appears,
// not on every unrelated settings change.
if newDisabled != "" && old != nil {
if _, oldDisabled := effectiveSubtitleAIConfig(old); oldDisabled == "" {
warnChatOnlyGateway(newDisabled)
}
}
})
}
subtitleAIHandler = handlers.NewSubtitleAIHandler(aiService)
subtitleAIHandler.StoreProvider = deps.UserStoreProvider
}
// Metadata AI translation (descriptions into the localization tables).
var metadataAIHandler *handlers.MetadataAIHandler
if deps.DB != nil && deps.Config != nil && aiClient != nil {
mtRepo := metadatatranslation.NewPgRepository(deps.DB)
mtService := metadatatranslation.NewService(
deps.AppContext,
metadataAIConfigFromServer(deps.Config),
mtRepo,
mtRepo,
&metadatatranslation.CatalogLocalizationStore{
Items: catalog.NewMediaItemLocalizationRepository(deps.DB),
Seasons: catalog.NewSeasonLocalizationRepository(deps.DB),
Episodes: catalog.NewEpisodeLocalizationRepository(deps.DB),
},
aiClient.SystemUserChat,
aiSem,
slog.Default(),
)
mtService.Recover()
if deps.OnConfigChange != nil {
deps.OnConfigChange(func(_, updated *config.Config) {
mtService.UpdateConfig(metadataAIConfigFromServer(updated))
})
}
metadataAIHandler = handlers.NewMetadataAIHandler(mtService)
// Wire the refresh fallback: libraries with auto_translate_metadata get
// missing localizations filled after each metadata refresh.
if mt, ok := deps.MetadataService.(interface {
SetAutoTranslator(metadata.AutoTranslator)
}); ok {
mt.SetAutoTranslator(mtService)
}
}
// Build section handler if DB is available.
var sectionHandler *handlers.SectionHandler
var sectionSettingsHandler *handlers.SectionSettingsHandler
var sectionBulkHandler *handlers.SectionBulkHandler
var libraryCollectionHandler *handlers.LibraryCollectionHandler
var libraryCollectionGroupHandler *handlers.LibraryCollectionGroupHandler
libraryCollectionService := deps.CollectionService
if deps.DB != nil {
sectionRepo := sections.NewRepository(deps.DB)
sectionBulkHandler = &handlers.SectionBulkHandler{Repo: sectionRepo}
sectionFetcher := sections.NewFetcher(deps.DB)
sectionFetcher.StoreProvider = deps.UserStoreProvider
sectionFetcher.CollectionRepo = catalog.NewLibraryCollectionRepository(deps.DB)
sectionFetcher.NextUpRepo = catalog.NewNextUpRepository(deps.DB, deps.UserStoreProvider)
sectionFetcher.AudiobookNextRepo = catalog.NewAudiobookNextRepository(deps.DB)
if deps.DB != nil {
sectionFetcher.RecommendationRepo = recommendations.NewRepo(deps.DB)
if ratingsRepo != nil {
sectionFetcher.RecommendationReader = recommendations.NewReader(sectionFetcher.RecommendationRepo, ratingsRepo, deps.RecWorker, deps.UserStoreProvider)
}
}
sections.InstallRecipeDelegate(sectionFetcher)
sectionHandler = handlers.NewSectionHandler(sectionRepo, sectionFetcher)
sectionHandler.CollectionRepo = sectionFetcher.CollectionRepo
sectionHandler.FolderRepo = deps.FolderRepo
if deps.UserStoreProvider != nil {
sectionHandler.StoreProvider = deps.UserStoreProvider
}
sectionHandler.EpisodeRepo = episodeRepo
sectionHandler.DetailSvc = detailSvc
if ebookProgressStore != nil {
sectionHandler.EbookProgress = ebookProgressStore
}
if userRepo != nil {
sectionHandler.UserRepo = userRepo
}
if settingsRepo != nil {
sectionHandler.Settings = settingsRepo
sectionSettingsHandler = &handlers.SectionSettingsHandler{Settings: settingsRepo}
}
libraryCollectionRepo := catalog.NewLibraryCollectionRepository(deps.DB)
if libraryCollectionService == nil {
libraryCollectionService = catalog.NewLibraryCollectionService(
libraryCollectionRepo,
itemRepo,
catalog.NewLibraryItemRepository(deps.DB),
nil,
)
}
if libraryCollectionService.TMDBCollections == nil {
apiKey := ""
if deps.Config != nil {
apiKey = deps.Config.TMDBAPIKey
}
libraryCollectionService.TMDBCollections = &tmdbCollectionAdapter{
client: tmdb.NewClient(apiKey, 40),
}
}
if libraryCollectionService.TMDBFranchises == nil {
apiKey := ""
if deps.Config != nil {
apiKey = deps.Config.TMDBAPIKey
}
libraryCollectionService.TMDBFranchises = &tmdbFranchiseAdapter{
client: tmdb.NewClient(apiKey, 40),
}
}
if libraryCollectionService.TMDBDiscovers == nil {
apiKey := ""
if deps.Config != nil {
apiKey = deps.Config.TMDBAPIKey
}
libraryCollectionService.TMDBDiscovers = &tmdbDiscoverAdapter{
client: tmdb.NewClient(apiKey, 40),
}
}
traktClientID := ""
if settingsRepo != nil {
ctx := deps.AppContext
if ctx == nil {
ctx = context.Background()
}
if value, err := settingsRepo.Get(ctx, "watchsync.trakt.client_id"); err == nil {
traktClientID = value
}
}
if libraryCollectionService.TraktCollections == nil {
libraryCollectionService.TraktCollections = &traktCollectionAdapter{
client: metatrakt.NewClient(traktClientID, 5),
}
}
if libraryCollectionService.TraktTokenResolver == nil && deps.DB != nil && settingsRepo != nil {
libraryCollectionService.TraktTokenResolver = &traktCollectionTokenResolver{
pool: deps.DB,
settings: settingsRepo,
cipher: deps.SecretCipher,
provider: watchtrakt.NewProvider(nil, ""),
}
}
// Propagate the now-wired Trakt + TMDB fetchers to the user-side sync
// service (constructed earlier in main.go before settingsRepo and the
// Trakt adapters existed, so its fetcher fields started nil).
if deps.UserCollectionSync != nil {
if deps.UserCollectionSync.TraktCollections == nil {
deps.UserCollectionSync.TraktCollections = libraryCollectionService.TraktCollections
}
if deps.UserCollectionSync.TraktTokenResolver == nil {
deps.UserCollectionSync.TraktTokenResolver = libraryCollectionService.TraktTokenResolver
}
if deps.UserCollectionSync.TMDBCollections == nil {
deps.UserCollectionSync.TMDBCollections = libraryCollectionService.TMDBCollections
}
}
// Propagate the now-wired Trakt fetcher to the trending refresher (built
// in main.go with TMDB only, before the Trakt adapter existed).
if deps.TrendingRefresher != nil && deps.TrendingRefresher.TraktTrending == nil {
deps.TrendingRefresher.TraktTrending = libraryCollectionService.TraktCollections
}
// Wire the trending snapshot reader into the section fetcher. The
// trending_discover home section reads its list from the persisted
// snapshot table; the upstream fetch happens out-of-band in the refresh
// task, so the read path never calls the provider.
sectionFetcher.TrendingSnapshots = sections.NewTrendingSnapshotRepository(deps.DB)
libraryCollectionHandler = handlers.NewLibraryCollectionHandler(
libraryCollectionRepo,
libraryCollectionService,
itemRepo,
4*time.Hour,
nil,
deps.S3Public,
)
libraryCollectionHandler.FrontendFS = deps.FrontendFS
libraryCollectionHandler.Executor = &catalog.QueryExecutor{Pool: deps.DB}
libraryCollectionHandler.SectionRepo = sectionRepo
libraryCollectionHandler.UserCollectionPool = deps.DB
libraryCollectionHandler.EventsHub = deps.EventsHub
if deps.FolderRepo != nil {
libraryCollectionHandler.FolderRepo = deps.FolderRepo
} else {
libraryCollectionHandler.FolderRepo = catalog.NewFolderRepository(deps.DB)
}
libraryCollectionGroupRepo := catalog.NewLibraryCollectionGroupRepository(deps.DB)
libraryCollectionHandler.GroupRepo = libraryCollectionGroupRepo
if deps.DB != nil {
libraryCollectionHandler.JobRepo = adminjob.NewRepository(deps.DB)
}
libraryCollectionGroupHandler = handlers.NewLibraryCollectionGroupHandler(
libraryCollectionGroupRepo,
libraryCollectionRepo,
deps.DB,
)
refresher := &catalog.SmartCountRefresher{
Pool: deps.DB,
Executor: &catalog.QueryExecutor{Pool: deps.DB},
}
libraryCollectionHandler.SmartCountRefresher = refresher
appCtx := deps.AppContext
if appCtx == nil {
appCtx = context.Background()
}
go func() {
select {
case <-time.After(15 * time.Second):
case <-appCtx.Done():
return
}
refreshed, errs := refresher.RefreshAll(appCtx)
slog.Info("smart-count refresh complete", "refreshed", refreshed, "errors", errs)
ticker := time.NewTicker(time.Hour)
defer ticker.Stop()
for {
select {
case <-appCtx.Done():
return
case <-ticker.C:
refreshed, errs := refresher.RefreshAll(appCtx)
slog.Debug("smart-count refresh complete", "refreshed", refreshed, "errors", errs)
}
}
}()
if detailSvc != nil {
libraryCollectionHandler.SetDetailService(detailSvc)
libraryCollectionHandler.SetupCollage()
}
}
// Build recommendations handler if ratings repo is available.
var recsHandler *handlers.RecommendationsHandler
if ratingsRepo != nil {
var recsRepo *recommendations.Repo
var recsReader *recommendations.Reader
if deps.DB != nil {
recsRepo = recommendations.NewRepo(deps.DB)
recsReader = recommendations.NewReader(recsRepo, ratingsRepo, deps.RecWorker, deps.UserStoreProvider)
}
recsHandler = handlers.NewRecommendationsHandler(deps.Recommender, recsReader, deps.UserStoreProvider, ratingsRepo, recsRepo, deps.Recommender != nil)
if deps.DB != nil {
recsFetcher := sections.NewFetcher(deps.DB)
recsFetcher.StoreProvider = deps.UserStoreProvider
recsFetcher.NextUpRepo = catalog.NewNextUpRepository(deps.DB, deps.UserStoreProvider)
recsFetcher.AudiobookNextRepo = catalog.NewAudiobookNextRepository(deps.DB)
recsHandler.Fetcher = recsFetcher
recsHandler.WatchTonightFetcher = recsFetcher
}
if detailSvc != nil {
recsHandler.DetailSvc = detailSvc
}
recsHandler.CalendarRepo = calendarRepo
recsHandler.EpisodeRepo = episodeRepo
if ebookProgressStore != nil {
recsHandler.EbookProgress = ebookProgressStore
}
if deps.PersonRepo != nil {
recsHandler.CastFetcher = deps.PersonRepo
}
if deps.RecWorker != nil {
recsHandler.RecWorker = deps.RecWorker
}
}
// Build download handler.
var downloadHandler *handlers.DownloadHandler
if deps.DB != nil && deps.FileRepo != nil && deps.Config != nil {
downloadRepo := downloads.NewRepository(deps.DB)
downloadBandwidth := downloads.NewBandwidthManager(
deps.Config.Download.ServerBandwidthBPS,
deps.Config.Download.UserBandwidthBPS,
)
downloadLimiter := downloads.NewQuantityLimiter(
downloadRepo,
deps.Config.Download.MaxConcurrentPerUser,
deps.Config.Download.MaxPerPeriod,
deps.Config.Download.PeriodDuration,
)
downloadSvc := downloads.NewService(
downloadRepo,
downloadBandwidth,
downloadLimiter,
deps.FileRepo,
itemRepo,
episodeRepo,
userRepo,
itemRepo,
settingsRepo,
&deps.Config.Download,
)
if detailSvc != nil {
// Offline manifest + artwork/subtitle proxies (Phase 2). subtitleManager
// may be nil when subtitles are unconfigured; pass a nil interface so the
// downloaded-subtitle path reports unavailable instead of panicking.
var subtitleSource downloads.SubtitleSource
if subtitleManager != nil {
subtitleSource = subtitleManager
}
downloadSvc.SetOfflineDeps(detailSvc, subtitleSource, nil)
}
if deps.ArtifactManager != nil {
// Prepare-to-file pipeline (Phase 3): remux/transcode-to-single-file.
downloadSvc.SetArtifactManager(deps.ArtifactManager)
}
// Series monitoring (auto-download subscriptions). Client-pull only:
// devices sync on app open / background refresh; there is no server
// background worker.
downloadSvc.SetSubscriptions(downloads.NewSubscriptionRepository(deps.DB))
downloadHandler = handlers.NewDownloadHandler(downloadSvc)
if profileHandler != nil {
// Profiles may live outside Postgres (sqlite userdb backend), so
// deleting one cannot FK-cascade the shared user_devices table;
// purge the device library (and its downloads) in-app instead.
profileHandler.DeviceLibraryPurger = downloadRepo
}
} else {
downloadHandler = handlers.NewDownloadHandler(nil)
}
var historyImportHandler *handlers.HistoryImportHandler
var historyImportSvc *historyimport.Service
if deps.DB != nil {
historyRepo := historyimport.NewRepository(deps.DB, deps.SecretCipher)
historyImportSvc = historyimport.NewService(deps.AppContext, historyRepo, deps.UserStoreProvider)
historyIdentity := watchstate.NewStableIdentityResolver(itemRepo, episodeRepo, providerIDRepo)
historyImportSvc.SetStableIdentityResolver(historyIdentity)
if deps.EventsHub != nil {
historyImportSvc.AddObserver(evt.NewHistoryImportObserver(deps.EventsHub))
}
historyImportHandler = handlers.NewHistoryImportHandler(historyImportSvc)
if deps.UserStoreProvider != nil {
webhookSyncSvc := webhooksync.NewService(webhooksync.NewRepository(deps.DB, deps.SecretCipher), historyRepo, deps.UserStoreProvider)
webhookSyncSvc.SetStableIdentityResolver(historyIdentity)
webhookSyncHandler = handlers.NewWebhookSyncHandler(webhookSyncSvc)
}
}
// ABS-compat routes are NOT mounted here — they live on a dedicated
// http.Server (see absCompatSrv in cmd/silo/main.go) so the discovery
// probes (/ping, /healthcheck, /status, etc.) don't collide with the
// SPA fallback. Same pattern as the Jellyfin compat listener on 8096.
r.Route("/api/v1", func(r chi.Router) {
r.Get("/health", healthHandler.ServeHTTP)
r.Get("/ready", readyHandler.ServeHTTP)
// Branding handler is shared between the public read/serve endpoints
// (registered with the theme endpoints below) and the admin
// upload/delete endpoints (registered in the admin group).
var brandingHandler *handlers.BrandingHandler
if deps.BrandingService != nil {
brandingHandler = handlers.NewBrandingHandler(deps.BrandingService)
}
if webhookSyncHandler != nil {
r.Post("/plex-sync/webhooks/{secret}", webhookSyncHandler.HandleWebhook)
r.Post("/webhook-sync/webhooks/{secret}", webhookSyncHandler.HandleWebhook)
}
// Theme endpoints (admin-css is public for pre-login branding).
if settingsRepo != nil {
themeHandler := handlers.NewThemeHandler(settingsRepo)
r.Get("/theme/admin-css", themeHandler.HandleAdminCSS)
if brandingHandler != nil {
// Public branding read + asset serving (pre-login white-label).
r.Get("/theme/branding", brandingHandler.HandleGetBranding)
r.Get("/branding/assets/{kind}", brandingHandler.HandleServeAsset)
}
// Catalog and download proxies require auth (to avoid open proxy).
if authMiddleware != nil {
r.Group(func(r chi.Router) {
r.Use(authMiddleware.RequireAuth)
r.Get("/theme/catalog", themeHandler.HandleCatalog)
r.Get("/theme/download", themeHandler.HandleDownload)
r.With(requireActingAdmin).Post("/theme/catalog/refresh", themeHandler.HandleCatalogRefresh)
})
}
}
if deps.PluginHTTPProxy != nil {
r.HandleFunc("/plugins/{installation_id}/*", func(w http.ResponseWriter, r *http.Request) {
installationID, err := strconv.Atoi(chi.URLParam(r, "installation_id"))
if err != nil {
http.Error(w, "invalid installation id", http.StatusBadRequest)
return
}
authenticated, admin, userID := resolveOptionalPluginAccessUser(r, jwtService, sessionRepo, apiKeyRepo, userRepo)
ctx := plugins.WithPluginAccessUser(r.Context(), authenticated, admin, userID)
deps.PluginHTTPProxy.ServeRoute(w, r.WithContext(ctx), installationID, authenticated, admin)
})
r.Get("/plugin-assets/{installation_id}/*", func(w http.ResponseWriter, r *http.Request) {
installationID, err := strconv.Atoi(chi.URLParam(r, "installation_id"))
if err != nil {
http.Error(w, "invalid installation id", http.StatusBadRequest)
return
}
assetPath := strings.TrimPrefix(chi.URLParam(r, "*"), "/")
if assetPath == "" {
http.NotFound(w, r)
return
}
authenticated, admin := resolveOptionalPluginAccess(r, jwtService, sessionRepo)
deps.PluginHTTPProxy.ServeAsset(w, r.WithContext(plugins.WithPluginAccess(r.Context(), authenticated, admin)), installationID, assetPath)
})
}
// Auth routes: public (no auth required).
if authHandler != nil {
// OAuth handler is optional: it only stands up when PublicURL is
// configured (we need a stable redirect_uri origin for IdPs) and
// the DB is available (oauth_session storage).
var oauthHandler *auth.OAuthHandler
if deps.PublicURL != "" && deps.DB != nil && authService != nil && jwtService != nil {
stateSecret := auth.DeriveOAuthStateSecret([]byte(deps.Config.Auth.JWTSecret))
oauthStore := auth.NewPGOAuthStore(deps.DB, stateSecret)
resolveClient := func(ctx context.Context, installationID int) (auth.OAuthClient, string, error) {
pp := authService.FindOAuthInstallation(installationID)
if pp == nil {
return nil, "", errors.New("plugin not found")
}
c, err := pp.OAuthClient(ctx)
if err != nil {
return nil, "", err
}
return c, pp.CapabilityID(), nil
}
oauthHandler = auth.NewOAuthHandler(auth.OAuthHandlerDeps{
Store: oauthStore,
CompletionStore: oauthStore,
StateSecret: stateSecret,
ResolveClient: resolveClient,
LoginCompleter: authService,
HostBaseURL: deps.PublicURL,
StateTTL: 10 * time.Minute,
})
}
authHandler.SetOAuthRoutesAvailable(oauthHandler != nil)
r.Route("/auth", func(r chi.Router) {
if deps.RateLimitMW != nil {
r.With(deps.RateLimitMW.AuthEndpointHandler("login")).Post("/login", authHandler.HandleLogin)
r.With(deps.RateLimitMW.AuthEndpointHandler("setup")).Post("/setup", authHandler.HandleSetup)
r.With(deps.RateLimitMW.AuthEndpointHandler("signup")).Post("/signup", authHandler.HandleSignup)
} else {
r.Post("/login", authHandler.HandleLogin)
r.Post("/setup", authHandler.HandleSetup)
r.Post("/signup", authHandler.HandleSignup)
}
r.Get("/setup", authHandler.HandleSetupStatus)
r.Get("/providers", authHandler.HandleProviders)
r.Post("/refresh", authHandler.HandleRefresh)
r.Get("/signup", authHandler.HandleSignupStatus)
if authMiddleware != nil {
r.With(authMiddleware.RequireAuth).Post("/plugin-launch", authHandler.HandlePluginLaunch)
}
if oauthHandler != nil {
r.Post("/oauth/complete", oauthHandler.HandleComplete)
r.Route("/oauth/{install_id}", func(r chi.Router) {
r.Post("/init", oauthHandler.HandleInit)
r.Get("/callback", oauthHandler.HandleCallback)
})
}
if deps.RateLimitMW != nil {
r.With(deps.RateLimitMW.AuthEndpointHandler("device_start")).Post("/device/start", authHandler.HandleDeviceStart)
r.With(deps.RateLimitMW.AuthEndpointHandler("device_lookup")).Get("/device", authHandler.HandleDeviceLookup)
r.With(deps.RateLimitMW.AuthEndpointHandler("device_poll")).Post("/device/poll", authHandler.HandleDevicePoll)
} else {
r.Post("/device/start", authHandler.HandleDeviceStart)
r.Get("/device", authHandler.HandleDeviceLookup)
r.Post("/device/poll", authHandler.HandleDevicePoll)
}
// Protected auth routes (require valid session).
if authMiddleware != nil {
r.Group(func(r chi.Router) {
r.Use(authMiddleware.RequireAuth)
r.Post("/logout", authHandler.HandleLogout)
r.Post("/impersonation/end", authHandler.HandleEndImpersonation)
r.Get("/me", authHandler.HandleMe)
r.Get("/sessions", authHandler.HandleListSessions)
r.Delete("/sessions/{id}", authHandler.HandleDeleteSession)
r.Post("/device/approve", authHandler.HandleDeviceApprove)
r.Post("/device/deny", authHandler.HandleDeviceDeny)
})
}
})
}
// Discord account-link OAuth callback: public — Discord redirects the
// browser here without credentials; the one-time link-state row
// authenticates the request and maps it back to the initiating
// account. The static path coexists with the authenticated
// /notifications subrouter below (static routes win in chi).
var discordNotificationsHandler *handlers.DiscordNotificationsHandler
if deps.Notifications != nil {
discordNotificationsHandler = handlers.NewDiscordNotificationsHandler(deps.Notifications, deps.PublicURL)
r.Get("/notifications/discord/link/callback", discordNotificationsHandler.HandleLinkCallback)
// Tokenized email links: public — clicked from mail clients on
// devices without a Silo session; the single-use token (verify)
// or per-profile capability token (unsubscribe) authenticates the
// request. Static paths coexist with the authenticated
// /notifications subrouter below, same as the Discord callback.
deps.Notifications.SetPublicURL(deps.PublicURL)
emailLinkHandler := handlers.NewEmailLinkHandler(deps.Notifications)
r.Get("/notifications/email/verify", emailLinkHandler.HandleVerify)
r.Get("/notifications/email/unsubscribe", emailLinkHandler.HandleUnsubscribe)
r.Post("/notifications/email/unsubscribe", emailLinkHandler.HandleUnsubscribe)
}
// API key management routes (auth only, no viewer access needed).
if apiKeyRepo != nil && authMiddleware != nil {
r.Group(func(r chi.Router) {
r.Use(authMiddleware.RequireAuth)
if demoGuard != nil {
r.Use(demoGuard.Guard)
}
apiKeyHandler := handlers.NewAPIKeyHandler(apiKeyRepo)
r.Route("/api-keys", func(r chi.Router) {
r.Post("/", apiKeyHandler.HandleCreateAPIKey)
r.Get("/", apiKeyHandler.HandleListAPIKeys)
r.Delete("/{id}", apiKeyHandler.HandleDeleteAPIKey)
})
})
}
// All remaining routes require auth.
if authMiddleware != nil {
r.Group(func(r chi.Router) {
r.Use(authMiddleware.RequireAuth)
if demoGuard != nil {
r.Use(demoGuard.Guard)
}
if deps.RateLimitMW != nil {
r.Use(deps.RateLimitMW.Handler)
}
if viewerAccessMiddleware != nil {
r.Use(viewerAccessMiddleware.RequireViewerAccess)
}
// User-facing library route (all authenticated users).
if libraryHandler != nil {
r.Get("/user/libraries", libraryHandler.HandleListUserLibraries)
}
if deps.EventsHub != nil {
eventsHandler := handlers.NewEventsHandler(
deps.EventsHub,
adminJobsHandler,
adminHandler,
deps.TaskManager,
deps.ScanRegistry,
deps.LibraryScanQueue,
historyImportSvc,
)
eventsHandler.SetNotificationsSystem(deps.Notifications)
r.Get("/events/ws", eventsHandler.HandleWebSocket)
}
// User notifications: profile-scoped inbox, preferences, and
// the websocket handshake ticket.
if deps.Notifications != nil {
if detailSvc != nil {
deps.Notifications.SetImageResolver(detailSvc)
}
notificationsHandler := handlers.NewNotificationsHandler(deps.Notifications, deps.EventsHub)
r.With(apimw.RequireProfile).Post("/events/ws-ticket", notificationsHandler.HandleMintWSTicket)
r.With(apimw.RequireProfile).Post("/devices/push/apple", notificationsHandler.HandleRegisterApplePushDevice)
// Discord DM channel: the linked identity and mode hang off
// the login account, not a profile, so these stay outside
// the RequireProfile subrouter below (static paths coexist
// with it, same as the public email-link routes above).
if discordNotificationsHandler != nil {
r.Get("/notifications/discord-preferences", discordNotificationsHandler.HandleGetPreferences)
r.Put("/notifications/discord-preferences", discordNotificationsHandler.HandleUpdatePreferences)
r.Delete("/notifications/discord-link", discordNotificationsHandler.HandleUnlink)
r.Post("/notifications/discord/link/init", discordNotificationsHandler.HandleLinkInit)
}
r.Route("/notifications", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", notificationsHandler.HandleList)
r.Get("/sync", notificationsHandler.HandleSync)
r.Get("/unread-count", notificationsHandler.HandleUnreadCount)
r.Get("/capability", notificationsHandler.HandleCapability)
r.Get("/preferences", notificationsHandler.HandleGetPreferences)
r.Put("/preferences", notificationsHandler.HandleUpdatePreferences)
r.Get("/push/apple/display/{delivery_id}", notificationsHandler.HandleApplePushDisplay)
r.Get("/email-preferences", notificationsHandler.HandleGetEmailPreferences)
r.Put("/email-preferences", notificationsHandler.HandleUpdateEmailPreferences)
r.Put("/email-preferences/address", notificationsHandler.HandleRequestEmailAddress)
r.Delete("/email-preferences/address", notificationsHandler.HandleClearEmailAddress)
r.Post("/read-all", notificationsHandler.HandleReadAll)
r.Route("/webhooks", func(r chi.Router) {
r.Get("/", notificationsHandler.HandleListWebhooks)
r.Post("/", notificationsHandler.HandleCreateWebhook)
r.Put("/{id}", notificationsHandler.HandleUpdateWebhook)
r.Delete("/{id}", notificationsHandler.HandleDeleteWebhook)
r.Post("/{id}/rotate-secret", notificationsHandler.HandleRotateWebhookSecret)
r.Post("/{id}/test", notificationsHandler.HandleTestWebhook)
})
r.Route("/web-push", func(r chi.Router) {
r.Get("/subscriptions", notificationsHandler.HandleWebPushList)
r.Post("/subscriptions", notificationsHandler.HandleWebPushSubscribe)
r.Delete("/subscriptions/{id}", notificationsHandler.HandleWebPushDelete)
r.Post("/unsubscribe", notificationsHandler.HandleWebPushUnsubscribe)
})
r.Get("/{id}", notificationsHandler.HandleGet)
r.Post("/{id}/read", notificationsHandler.HandleMarkRead)
})
}
// Marker read/write/clear for any authenticated viewer: users
// fix and create intro/recap/credits/preview markers from the
// player. Writes are stamped source="manual" and contributed to
// enabled providers in the background. Contribution + provider
// config stay admin-only (see the /admin group below).
if markersHandler != nil {
r.Route("/markers", func(r chi.Router) {
r.Get("/items/{id}", markersHandler.HandleGetItemMarkers)
r.Put("/items/{id}", markersHandler.HandleSetItemMarkers)
r.Get("/files/{fileId}", markersHandler.HandleGetFileMarkers)
r.Put("/files/{fileId}", markersHandler.HandleSetFileMarkers)
r.Delete("/files/{fileId}/{segment}", markersHandler.HandleClearFileSegment)
})
}
// Library management routes (admin-only).
if libraryHandler != nil {
r.Group(func(r chi.Router) {
r.Use(requireActingAdmin)
r.Route("/libraries", func(r chi.Router) {
r.Get("/", libraryHandler.HandleListLibraries)
r.Get("/roots", libraryHandler.HandleListRoots)
r.Put("/roots/override", libraryHandler.HandleUpsertRootOverride)
r.Delete("/roots/override", libraryHandler.HandleDeleteRootOverride)
r.Get("/skipped-roots", libraryHandler.HandleListSkippedRoots)
r.Get("/stale-ids", libraryHandler.HandleListStaleIDs)
r.Post("/stale-ids/{contentID}/rematch", libraryHandler.HandleRematchStaleID)
r.Get("/unmatched-items", libraryHandler.HandleListUnmatchedItems)
r.Get("/metadata-match-queue", libraryHandler.HandleListMetadataMatchQueues)
r.Post("/", libraryHandler.HandleCreateLibrary)
r.Put("/reorder", libraryHandler.HandleReorderLibraries)
r.Put("/{id}", libraryHandler.HandleUpdateLibrary)
r.Delete("/{id}", libraryHandler.HandleDeleteLibrary)
r.Post("/{id}/check-mount", libraryHandler.HandleCheckLibraryMount)
r.Post("/{id}/confirm-empty-root-cleanup", libraryHandler.HandleConfirmEmptyRootCleanup)
r.Get("/{id}/metadata-match-queue", libraryHandler.HandleGetMetadataMatchQueue)
r.Post("/{id}/metadata-match-queue/retry", libraryHandler.HandleRetryMetadataMatchQueue)
r.Post("/{id}/metadata-match-queue/cancel", libraryHandler.HandleCancelMetadataMatchQueue)
r.Post("/{id}/refresh-metadata", libraryHandler.HandleRefreshLibraryMetadata)
r.Get("/{id}/providers", libraryHandler.HandleGetLibraryProviders)
r.Put("/{id}/providers", libraryHandler.HandleSetLibraryProviders)
r.Put("/{id}/poster", libraryHandler.HandleUploadPoster)
r.Delete("/{id}/poster", libraryHandler.HandleDeletePoster)
})
r.Post("/scan", libraryHandler.HandleScan)
r.Post("/scan/cancel", libraryHandler.HandleScanCancel)
})
}
// Browse, search, and item detail routes.
if itemsHandler != nil {
r.Get("/catalog", catalogHandler.HandleGetCatalog)
r.Get("/catalog/filters", catalogHandler.HandleGetCatalogFilters)
r.Get("/catalog/filters/search", catalogHandler.HandleGetCatalogFacetSearch)
r.Get("/catalog/audiobook-groups", catalogHandler.HandleGetAudiobookGroups)
r.Post("/catalog/query", catalogHandler.HandlePostCatalogQuery)
if literaryWorkHandler != nil {
r.Get("/works/{work_id}", literaryWorkHandler.HandleGetWork)
}
if catalogResourceHandler != nil {
r.Get("/catalog/items/{id}", catalogResourceHandler.HandleGetItemDetail)
r.Get("/catalog/items/{id}/episodes", catalogResourceHandler.HandleGetItemEpisodes)
r.Get("/catalog/items/{id}/versions", catalogResourceHandler.HandleGetItemVersions)
r.Get("/catalog/items/{id}/manga-files", catalogResourceHandler.HandleGetMangaFiles)
r.Get("/catalog/series/{id}/seasons", catalogResourceHandler.HandleGetSeasons)
r.Get("/catalog/series/{id}/seasons/{num}", catalogResourceHandler.HandleGetSeason)
r.Get("/catalog/series/{id}/seasons/{num}/episodes", catalogResourceHandler.HandleGetEpisodes)
}
r.Get("/watch/{id}", itemsHandler.HandleGetWatchDetail)
}
if calendarRepo != nil {
calendarPopular := recommendations.NewRepo(deps.DB)
calendarTrending := sections.NewTrendingSnapshotRepository(deps.DB)
calendarHandler := handlers.NewCalendarHandler(calendarRepo, detailSvc, calendarPopular, calendarTrending)
r.With(apimw.RequireProfile).Get("/calendar", calendarHandler.HandleGetCalendar)
}
if peopleHandler != nil {
r.Get("/people", peopleHandler.HandleSearch)
r.Get("/people/{id}", peopleHandler.HandleGetPerson)
r.Post("/people/{id}/refresh", peopleHandler.HandleRefreshPerson)
}
if libraryCollectionHandler != nil {
r.Get("/library/{id}/collections", libraryCollectionHandler.HandleListLibraryCollections)
r.Get("/library/{id}/collections/{collection_id}/items", libraryCollectionHandler.HandleGetLibraryCollectionItems)
r.Get("/library/{id}/user-collections", libraryCollectionHandler.HandleListLibraryUserCollections)
}
// Profile routes.
if profileHandler != nil {
r.Route("/profiles", func(r chi.Router) {
r.Get("/household/sessions", profileHandler.HandleListHouseholdSessions)
r.Get("/", profileHandler.HandleListProfiles)
r.Post("/", profileHandler.HandleCreateProfile)
r.Put("/{id}", profileHandler.HandleUpdateProfile)
r.Delete("/{id}", profileHandler.HandleDeleteProfile)
r.Put("/{id}/avatar", profileHandler.HandleUploadAvatar)
r.Delete("/{id}/avatar", profileHandler.HandleDeleteAvatar)
r.Post("/{id}/verify-pin", profileHandler.HandleVerifyPIN)
})
}
// Favorites, watchlist, and history routes (profile-scoped).
if personalDataHandler != nil && itemsHandler != nil {
r.Route("/watched", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Post("/{id}", itemsHandler.HandleMarkWatched)
r.Delete("/{id}", itemsHandler.HandleMarkUnwatched)
})
r.Route("/favorites", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", personalDataHandler.HandleListFavorites)
r.Get("/{item_id}", personalDataHandler.HandleCheckFavorite)
r.Put("/{item_id}", personalDataHandler.HandleAddFavorite)
r.Delete("/{item_id}", personalDataHandler.HandleRemoveFavorite)
})
r.Route("/watchlist", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", personalDataHandler.HandleListWatchlist)
r.Get("/{item_id}", personalDataHandler.HandleCheckWatchlist)
r.Put("/{item_id}", personalDataHandler.HandleAddToWatchlist)
r.Delete("/{item_id}", personalDataHandler.HandleRemoveFromWatchlist)
})
r.Route("/history", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", personalDataHandler.HandleListHistory)
r.Post("/remove", personalDataHandler.HandleRemoveHistory)
})
// Ratings routes (profile-scoped).
if ratingsHandler != nil {
r.Route("/ratings", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", ratingsHandler.HandleListRatings)
r.Get("/{item_id}", ratingsHandler.HandleGetRating)
r.Put("/{item_id}", ratingsHandler.HandleSetRating)
r.Delete("/{item_id}", ratingsHandler.HandleDeleteRating)
})
}
}
// Progress and sync routes (profile-scoped).
if progressHandler != nil {
r.Route("/progress", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", progressHandler.HandleListProgress)
})
r.Route("/sync", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Post("/progress", progressHandler.HandleSyncProgress)
})
}
// Collection routes (profile-scoped).
if collectionHandler != nil {
var userImportHandler *handlers.UserCollectionImportHandler
if deps.UserCollectionSync != nil {
userImportHandler = handlers.NewUserCollectionImportHandler(
deps.UserStoreProvider,
deps.UserCollectionSync,
deps.UserCollectionScheduler,
nil,
deps.MDBListClient,
deps.S3Public,
deps.FrontendFS,
4*time.Hour,
)
}
r.Route("/collections", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", collectionHandler.HandleListCollections)
r.Get("/capabilities", collectionHandler.HandleCapabilities)
if libraryCollectionHandler != nil {
// Aggregated server (admin-curated) collections across
// every accessible library. Separate from "/" (personal,
// editable) by design — different access + cache lifecycle.
r.Get("/server", libraryCollectionHandler.HandleListServerCollections)
}
r.Post("/", collectionHandler.HandleCreateCollection)
r.Post("/preview", collectionHandler.HandlePreviewCollection)
r.Put("/order", collectionHandler.HandleReorderCollections)
r.Post("/groups", collectionHandler.HandleCreateCollectionGroup)
r.Put("/groups/order", collectionHandler.HandleReorderCollectionGroups)
r.Put("/groups/{id}", collectionHandler.HandleUpdateCollectionGroup)
r.Delete("/groups/{id}", collectionHandler.HandleDeleteCollectionGroup)
if userImportHandler != nil {
r.Get("/templates", userImportHandler.HandleListTemplates)
r.Get("/import/mdblist/search", userImportHandler.HandleSearchMDBList)
r.Get("/import/mdblist/top", userImportHandler.HandleTopMDBList)
r.Post("/import/mdblist", userImportHandler.HandleImportMDBList)
r.Post("/import/tmdb", userImportHandler.HandleImportTMDB)
r.Post("/import/trakt", userImportHandler.HandleImportTrakt)
r.Post("/{id}/sync", userImportHandler.HandleSync)
}
r.Put("/{id}", collectionHandler.HandleUpdateCollection)
r.Delete("/{id}", collectionHandler.HandleDeleteCollection)
r.Delete("/{id}/image", collectionHandler.HandleDeleteCollectionImage)
r.Get("/{id}/items", collectionHandler.HandleListCollectionItems)
r.Put("/{id}/items/order", collectionHandler.HandleReorderCollectionItems)
r.Put("/{id}/items/{item_id}", collectionHandler.HandleAddCollectionItem)
r.Delete("/{id}/items/{item_id}", collectionHandler.HandleRemoveCollectionItem)
})
}
if homeDismissalHandler != nil {
r.Route("/home/dismissals", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Put("/{surface}/{item_id}", homeDismissalHandler.HandleUpsertDismissal)
r.Delete("/{surface}/{item_id}", homeDismissalHandler.HandleDeleteDismissal)
})
}
if watchProviderHandler != nil {
r.Route("/watch-providers", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", watchProviderHandler.HandleListProviders)
r.Get("/{provider}/connection", watchProviderHandler.HandleGetConnection)
r.Patch("/{provider}/connection", watchProviderHandler.HandleUpdateConnection)
r.Delete("/{provider}/connection", watchProviderHandler.HandleDeleteConnection)
r.Post("/{provider}/auth/device-code", watchProviderHandler.HandleStartDeviceAuth)
r.Post("/{provider}/auth/poll", watchProviderHandler.HandlePollDeviceAuth)
r.Post("/{provider}/auth/api-key", watchProviderHandler.HandleConnectAPIKey)
r.Post("/{provider}/sync", watchProviderHandler.HandleManualSync)
r.Get("/{provider}/sync-runs", watchProviderHandler.HandleListSyncRuns)
})
}
if requestHandler != nil {
r.Route("/requests", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/search", requestHandler.HandleSearch)
r.Get("/discover", requestHandler.HandleDiscover)
r.Get("/discover/studios", requestHandler.HandleListStudios)
r.Get("/discover/networks", requestHandler.HandleListNetworks)
r.Get("/discover/genres", requestHandler.HandleListGenres)
r.Get("/discover/browse/studio/{slug}", requestHandler.HandleBrowseStudio)
r.Get("/discover/browse/network/{slug}", requestHandler.HandleBrowseNetwork)
r.Get("/discover/browse/genre/{slug}", requestHandler.HandleBrowseGenre)
r.Get("/discover/{section}", requestHandler.HandleDiscoverSection)
r.Get("/detail/{media_type}/{tmdb_id}", requestHandler.HandleGetDetail)
r.Get("/status", requestHandler.HandleGetStatus)
r.Post("/", requestHandler.HandleCreate)
r.Get("/mine", requestHandler.HandleListMine)
r.Get("/{id}", requestHandler.HandleGet)
r.Post("/{id}/cancel", requestHandler.HandleCancel)
})
}
// Settings routes (user-scoped, no profile required).
if settingsHandler != nil {
r.Route("/settings", func(r chi.Router) {
if deps.PluginUserConfig != nil && deps.PluginService != nil {
pluginHandler := handlers.NewPluginHandler(
plugins.NewRepositoryStore(deps.DB),
plugins.NewInstallationStore(deps.DB),
plugins.NewRuntimeConfigStore(deps.DB),
deps.PluginService,
deps.PluginUserConfig,
deps.PluginHTTPProxy,
metadata.NewChainRepository(deps.DB),
deps.PluginImageResolver,
restartStatus,
)
r.Get("/plugins", pluginHandler.HandleListUserPluginSettings)
r.Get("/plugins/{installation_id}", pluginHandler.HandleGetUserPluginSettings)
r.Put("/plugins/{installation_id}", pluginHandler.HandlePutUserPluginSettings)
}
r.Get("/", settingsHandler.HandleListSettings)
r.Get("/overlay-config", settingsHandler.HandleGetOverlayConfig)
r.Group(func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/effective", settingsHandler.HandleGetEffectiveSettings)
r.Get("/subtitle_appearance/effective", settingsHandler.HandleGetEffectiveSubtitleAppearance)
r.Put("/device/subtitle_appearance", settingsHandler.HandleSetSubtitleAppearanceDeviceOverride)
r.Delete("/device/subtitle_appearance", settingsHandler.HandleDeleteSubtitleAppearanceDeviceOverride)
r.Get("/device/{key}", settingsHandler.HandleGetDeviceSetting)
r.Put("/device/{key}", settingsHandler.HandleSetDeviceSetting)
r.Delete("/device/{key}", settingsHandler.HandleDeleteDeviceSetting)
})
r.Get("/{key}", settingsHandler.HandleGetSetting)
r.Put("/{key}", settingsHandler.HandleSetSetting)
r.Delete("/{key}", settingsHandler.HandleDeleteSetting)
})
}
if historyImportHandler != nil {
r.Route("/history-imports", func(r chi.Router) {
r.Get("/sources", historyImportHandler.HandleListSources)
r.Post("/emby-connect/login", historyImportHandler.HandleLoginConnect)
r.Post("/plex/auth/pin", historyImportHandler.HandleCreatePlexPin)
r.Post("/plex/auth/check", historyImportHandler.HandleCheckPlexPin)
r.Get("/runs", historyImportHandler.HandleListRuns)
r.Post("/runs", historyImportHandler.HandleCreateRun)
r.Get("/runs/{id}", historyImportHandler.HandleGetRun)
})
}
if webhookSyncHandler != nil {
r.Route("/plex-sync", func(r chi.Router) {
r.Get("/connections", webhookSyncHandler.HandleLegacyListConnections)
r.Post("/connections", webhookSyncHandler.HandleLegacyCreateConnection)
r.Delete("/connections/{id}", webhookSyncHandler.HandleLegacyDeleteConnection)
r.Post("/connections/{id}/webhook/rotate", webhookSyncHandler.HandleLegacyRotateWebhook)
r.Get("/connections/{id}/actors", webhookSyncHandler.HandleLegacyGetActors)
r.Put("/connections/{id}/actors", webhookSyncHandler.HandleLegacyUpdateActors)
})
r.Route("/webhook-sync", func(r chi.Router) {
r.Get("/connections", webhookSyncHandler.HandleListConnections)
r.Post("/connections", webhookSyncHandler.HandleCreateConnection)
r.Put("/connections/{id}", webhookSyncHandler.HandleUpdateConnection)
r.Delete("/connections/{id}", webhookSyncHandler.HandleDeleteConnection)
r.Post("/connections/{id}/webhook/rotate", webhookSyncHandler.HandleRotateWebhook)
r.Get("/connections/{id}/events", webhookSyncHandler.HandleListEvents)
r.Get("/connections/{id}/profile-mappings", webhookSyncHandler.HandleGetProfileMappings)
r.Put("/connections/{id}/profile-mappings", webhookSyncHandler.HandleUpdateProfileMappings)
})
}
// Subtitle preference routes (profile-scoped).
if subtitlePrefHandler != nil {
r.Route("/subtitle-prefs", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/{series_id}", subtitlePrefHandler.HandleGetSubtitlePref)
r.Put("/{series_id}", subtitlePrefHandler.HandleSetSubtitlePref)
r.Delete("/{series_id}", subtitlePrefHandler.HandleDeleteSubtitlePref)
})
}
// Audio preference routes (profile-scoped).
if audioPrefHandler != nil {
r.Route("/audio-prefs", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/{series_id}", audioPrefHandler.HandleGetAudioPref)
r.Put("/{series_id}", audioPrefHandler.HandleSetAudioPref)
r.Delete("/{series_id}", audioPrefHandler.HandleDeleteAudioPref)
})
}
// Library playback preference routes (profile-scoped).
if libraryPlaybackPrefHandler != nil {
r.Route("/library-playback-prefs", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", libraryPlaybackPrefHandler.HandleListLibraryPlaybackPrefs)
r.Put("/{library_id}", libraryPlaybackPrefHandler.HandleSetLibraryPlaybackPref)
r.Delete("/{library_id}", libraryPlaybackPrefHandler.HandleDeleteLibraryPlaybackPref)
})
}
if ebookReaderHandler != nil {
r.Route("/ebooks", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/capability", ebookReaderHandler.HandleConversionCapability)
r.Get("/{content_id}/files/{file_id}/read", ebookReaderHandler.HandleReadFile)
r.Head("/{content_id}/files/{file_id}/read", ebookReaderHandler.HandleReadFile)
r.Get("/{content_id}/progress", ebookReaderHandler.HandleGetProgress)
r.Put("/{content_id}/progress", ebookReaderHandler.HandleSaveProgress)
r.Get("/{content_id}/reader-config", ebookReaderHandler.HandleGetConfig)
r.Put("/{content_id}/reader-config", ebookReaderHandler.HandleSaveConfig)
r.Get("/{content_id}/annotations", ebookReaderHandler.HandleListAnnotations)
r.Post("/{content_id}/annotations", ebookReaderHandler.HandleCreateAnnotation)
r.Patch("/{content_id}/annotations/{annotation_id}", ebookReaderHandler.HandleUpdateAnnotation)
r.Delete("/{content_id}/annotations/{annotation_id}", ebookReaderHandler.HandleDeleteAnnotation)
})
}
// Metadata AI translation availability probe (the metadata editor
// and detail pages show or hide their translate actions based on
// this) plus the viewer-facing on-view translation trigger.
if metadataAIHandler != nil {
r.Get("/metadata/ai/status", metadataAIHandler.HandleStatus)
if itemRepo != nil {
metadataAIHandler.ItemAccess = itemRepo
metadataAIHandler.SeasonLookup = seasonRepo
metadataAIHandler.EpisodeLookup = episodeRepo
r.Post("/items/{id}/translate-description", metadataAIHandler.HandleTranslateOnView)
}
} else {
r.Get("/metadata/ai/status", handlers.WriteMetadataAIDisabledStatus)
}
// Subtitle search + AI translation routes.
if subtitleSearchHandler != nil {
if deps.FileRepo != nil && itemRepo != nil {
fileAuthorizer := &handlers.MediaFileAuthorizer{
FileResolver: deps.FileRepo,
ItemAccess: itemRepo,
EpisodeLookup: episodeRepo,
}
subtitleSearchHandler.FileAuthorizer = fileAuthorizer
if subtitleAIHandler != nil {
subtitleAIHandler.FileAuthorizer = fileAuthorizer
}
}
r.Route("/subtitles", func(r chi.Router) {
r.Post("/search", subtitleSearchHandler.HandleSearch)
r.Post("/download", subtitleSearchHandler.HandleDownload)
r.Post("/upload", subtitleSearchHandler.HandleUpload)
r.Post("/detect-language", subtitleSearchHandler.HandleDetectLanguage)
if subtitleAIHandler != nil {
r.Get("/ai/status", subtitleAIHandler.HandleStatus)
r.Get("/ai/quota", subtitleAIHandler.HandleQuota)
r.Post("/ai/translate", subtitleAIHandler.HandleTranslate)
r.Get("/ai/jobs", subtitleAIHandler.HandleListJobs)
r.Get("/ai/jobs/{job_id}", subtitleAIHandler.HandleGetJob)
r.Post("/ai/jobs/{job_id}/cancel", subtitleAIHandler.HandleCancelJob)
} else {
// Answer the capability probe with 200 {"enabled": false}
// when AI translation isn't wired, so the client gets a
// clean negative instead of a 404.
r.Get("/ai/status", handlers.WriteSubtitleAIDisabledStatus)
}
r.Get("/{media_file_id}", subtitleSearchHandler.HandleList)
r.Delete("/{id}", subtitleSearchHandler.HandleDelete)
})
}
// Playback routes.
if playbackHandler != nil {
playbackHandler.ItemAccess = itemRepo
playbackHandler.EpisodeLookup = episodeRepo
playbackHandler.OriginalLangLookup = itemRepo
playbackHandler.FFmpegLogSink = deps.FFmpegLogSink
r.Route("/playback", func(r chi.Router) {
// HLS transcode delivery — no profile auth needed;
// session ID (UUID) serves as the access token, same
// pattern as /stream/{session_id}.
r.Get("/transcode/{session_id}/master.m3u8", playbackHandler.HandleGetTranscodeManifest)
r.Get("/transcode/{session_id}/segment/{name}", playbackHandler.HandleGetTranscodeSegment)
// Playback realtime control socket — needs auth but not profile.
r.Get("/sessions/{session_id}/control/ws", playbackHandler.HandleSessionWebSocket)
// All mutation routes require profile auth.
r.Group(func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Post("/start", playbackHandler.HandleStartPlayback)
r.Post("/{session_id}/progress", playbackHandler.HandleUpdateProgress)
r.Patch("/{session_id}/audio", playbackHandler.HandleChangeAudioTrack)
r.Delete("/{session_id}", playbackHandler.HandleStopPlayback)
r.Post("/transcode/start", playbackHandler.HandleStartTranscode)
})
})
}
if watchTogetherHandler != nil {
r.Route("/watch-together", func(r chi.Router) {
r.Get("/rooms/{room_id}/ws", watchTogetherHandler.HandleRoomWebSocket)
r.Group(func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Post("/rooms", watchTogetherHandler.HandleCreateRoom)
r.Post("/join", watchTogetherHandler.HandleJoinRoom)
r.Get("/rooms/{room_id}", watchTogetherHandler.HandleGetRoom)
r.Put("/rooms/{room_id}/selection", watchTogetherHandler.HandleSelectRoomItem)
r.Patch("/rooms/{room_id}/policy", watchTogetherHandler.HandleUpdateRoomPolicy)
r.Delete("/rooms/{room_id}", watchTogetherHandler.HandleCloseRoom)
r.Get("/rooms/{room_id}/suggestions", watchTogetherHandler.HandleListSuggestions)
r.Post("/rooms/{room_id}/suggestions", watchTogetherHandler.HandleCreateSuggestion)
r.Delete("/rooms/{room_id}/suggestions/{suggestion_id}", watchTogetherHandler.HandleDeleteSuggestion)
r.Post("/rooms/{room_id}/suggestions/{suggestion_id}/vote", watchTogetherHandler.HandleVote)
r.Delete("/rooms/{room_id}/suggestions/{suggestion_id}/vote", watchTogetherHandler.HandleUnvote)
r.Post("/rooms/{room_id}/suggestions/promote", watchTogetherHandler.HandlePromoteSuggestion)
})
})
}
// Stream routes.
if streamHandler != nil {
r.Get("/stream/{session_id}", streamHandler.HandleStream)
r.Head("/stream/{session_id}", streamHandler.HandleStream)
r.Get("/stream/{session_id}/subtitles/{track}", streamHandler.HandleSubtitle)
r.Get("/stream/{session_id}/subtitles/{track}/fonts", streamHandler.HandleSubtitleFonts)
}
// Download routes.
r.Route("/downloads", func(r chi.Router) {
r.Get("/capability", downloadHandler.HandleCapability)
r.Post("/", downloadHandler.HandleCreateDownload)
r.Get("/", downloadHandler.HandleListDownloads)
// Series monitoring (auto-download) subscriptions.
r.Post("/subscriptions", downloadHandler.HandleCreateSubscription)
r.Post("/subscriptions/sync", downloadHandler.HandleSyncSubscriptions)
r.Get("/subscriptions", downloadHandler.HandleListSubscriptions)
r.Get("/subscriptions/{id}", downloadHandler.HandleGetSubscription)
r.Patch("/subscriptions/{id}", downloadHandler.HandlePatchSubscription)
r.Delete("/subscriptions/{id}", downloadHandler.HandleDeleteSubscription)
r.Get("/batches/{batch_id}/manifests", downloadHandler.HandleBatchManifests)
r.Patch("/{id}", downloadHandler.HandlePatchDownload)
r.Delete("/{id}", downloadHandler.HandleDeleteDownload)
// GET+HEAD: background download stacks probe with HEAD
// before issuing ranged GETs; http.ServeContent handles
// HEAD natively.
r.Get("/{id}/file", downloadHandler.HandleDownloadFile)
r.Head("/{id}/file", downloadHandler.HandleDownloadFile)
r.Get("/{id}/manifest", downloadHandler.HandleManifest)
r.Get("/{id}/artwork/{kind}", downloadHandler.HandleArtwork)
r.Get("/{id}/subtitles/{ref}", downloadHandler.HandleSubtitle)
})
r.Get("/direct-download", downloadHandler.HandleDirectDownload)
r.Head("/direct-download", downloadHandler.HandleDirectDownload)
// Recipe gallery catalog (no profile required — purely static metadata).
recipeHandler := &handlers.RecipeHandler{}
r.Get("/sections/recipes", recipeHandler.HandleList)
r.Get("/sections/recipes/{type}/candidates", recipeHandler.HandleCandidates)
// Section endpoints (profile-scoped).
if sectionHandler != nil {
r.Group(func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/home/layout", sectionHandler.HandleHomeLayout)
r.Get("/home/sections", sectionHandler.HandleHomeSections)
r.Get("/home/sections/{id}/items", sectionHandler.HandleHomeSectionItems)
r.Get("/library/{id}/layout", sectionHandler.HandleLibraryLayout)
r.Get("/library/{id}/sections", sectionHandler.HandleLibrarySections)
r.Get("/library/{id}/sections/{sectionId}/items", sectionHandler.HandleLibrarySectionItems)
})
r.Route("/profile/sections", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/", sectionHandler.HandleGetProfileOverrides)
r.Put("/", sectionHandler.HandleSaveProfileOverrides)
r.Delete("/reset", sectionHandler.HandleResetProfileOverrides)
r.Get("/settings", sectionHandler.HandleSectionSettings)
if sectionSettingsHandler != nil {
r.Get("/flags", sectionSettingsHandler.HandleGetProfileFlag)
}
})
}
// Recommendation routes (profile-scoped).
if recsHandler != nil {
r.Route("/recommendations", func(r chi.Router) {
r.Use(apimw.RequireProfile)
r.Get("/for-you/main", recsHandler.HandleForYouMain)
r.Get("/for-you/rows", recsHandler.HandleForYouRows)
r.Get("/because-watched/{item_id}", recsHandler.HandleBecauseWatched)
r.Get("/similar/{item_id}", recsHandler.HandleSimilar)
r.Get("/similar-users", recsHandler.HandleSimilarUsers)
r.Get("/taste-profile", recsHandler.HandleTasteProfile)
r.Get("/popular", recsHandler.HandlePopular)
r.Get("/recently-added", recsHandler.HandleRecentlyAdded)
r.Get("/discover", recsHandler.HandleDiscover)
r.Get("/section/{kind}", recsHandler.HandleSection)
r.Get("/section/{kind}/{key}", recsHandler.HandleSection)
r.Get("/watch-tonight", recsHandler.HandleWatchTonight)
r.Get("/watch-tonight/cards", recsHandler.HandleWatchTonightCards)
r.Get("/taste-seed/items", recsHandler.HandleTasteSeedItems)
r.Post("/taste-seed", recsHandler.HandleTasteSeed)
})
}
// Admin routes.
if adminHandler != nil {
r.Route("/admin", func(r chi.Router) {
metadataItemAccess := requireActingAdmin
if permissionMiddleware != nil {
metadataItemAccess = permissionMiddleware.RequireMetadataCurationForItem
}
r.Group(func(r chi.Router) {
r.Use(metadataItemAccess)
r.Post("/items/{id}/refresh-metadata", adminHandler.HandleRefreshItemMetadata)
r.Patch("/items/{id}/metadata", adminHandler.HandleUpdateItemMetadata)
if adminMatchHandler != nil {
r.Post("/items/{id}/match/search", adminMatchHandler.HandleSearchItemMatchCandidates)
r.Post("/items/{id}/match/apply", adminMatchHandler.HandleApplyItemMatch)
}
if metadataAIHandler != nil {
r.Post("/items/{id}/metadata-translation", metadataAIHandler.HandleTranslate)
r.Get("/items/{id}/metadata-translation/jobs", metadataAIHandler.HandleListJobs)
r.Post("/items/{id}/metadata-translation/jobs/{job_id}/cancel", metadataAIHandler.HandleCancelJob)
}
})
if adminJobsHandler != nil {
// Curators must poll their own item-refresh jobs, so this stays outside
// the admin-only group. HandleGet enforces per-job authorization.
r.Get("/jobs/{id}", adminJobsHandler.HandleGet)
}
r.Group(func(r chi.Router) {
r.Use(requireActingAdmin)
r.Get("/users", adminHandler.HandleListUsers)
r.Post("/users", adminHandler.HandleCreateUser)
r.Get("/users/{id}", adminHandler.HandleGetUser)
r.Put("/users/{id}", adminHandler.HandleUpdateUser)
r.Delete("/users/{id}", adminHandler.HandleDeleteUser)
r.Post("/users/{id}/impersonate", adminHandler.HandleImpersonateUser)
r.Get("/users/{id}/profiles", adminHandler.HandleListUserProfiles)
r.Get("/users/{id}/settings", adminHandler.HandleListUserSettings)
r.Get("/users/{id}/settings/{key}", adminHandler.HandleGetUserSetting)
r.Put("/users/{id}/settings/{key}", adminHandler.HandleUpdateUserSetting)
r.Delete("/users/{id}/settings/{key}", adminHandler.HandleDeleteUserSetting)
r.Get("/users/{id}/device-settings", adminHandler.HandleListUserDeviceSettings)
r.Get("/users/{id}/device-settings/{key}", adminHandler.HandleListUserDeviceSettingsByKey)
r.Put("/users/{id}/profiles/{profile_id}/device-settings/{key}/{device_id}", adminHandler.HandleUpdateUserDeviceSetting)
r.Delete("/users/{id}/device-settings/{key}", adminHandler.HandleDeleteUserDeviceSettingsByKey)
r.Delete("/users/{id}/profiles/{profile_id}/device-settings/{key}/{device_id}", adminHandler.HandleDeleteUserDeviceSetting)
r.Delete("/users/{id}/profiles/{profile_id}/devices/{device_id}/settings", adminHandler.HandleDeleteAllUserDeviceSettings)
r.Get("/devices", adminHandler.HandleListDevices)
r.Get("/devices/{user_id}/{device_id}", adminHandler.HandleGetDevice)
r.Get("/sessions", adminHandler.HandleListSessions)
r.Get("/playback-history", adminHandler.HandleListPlaybackHistory)
r.Get("/unmatched", adminHandler.HandleListUnmatched)
r.Get("/stats", adminHandler.HandleGetStats)
r.Get("/server/status", adminHandler.HandleGetServerStatus)
r.Get("/catalog/search/status", adminHandler.HandleGetCatalogSearchStatus)
if literaryWorkHandler != nil {
r.Get("/literary-works/items/{content_id}/candidates", literaryWorkHandler.HandleListCandidates)
r.Post("/literary-works/link", literaryWorkHandler.HandleLinkItems)
r.Delete("/literary-works/{work_id}/items/{content_id}", literaryWorkHandler.HandleUnlinkItem)
r.Post("/literary-works/matches/confirm", literaryWorkHandler.HandleConfirmMatch)
r.Post("/literary-works/matches/ignore", literaryWorkHandler.HandleIgnoreMatch)
}
r.Post("/server/restart", serverControlHandler.HandleRestart)
r.Get("/jellyfin-compat/status", adminHandler.HandleGetJellyfinCompatStatus)
r.Patch("/jellyfin-compat/settings", adminHandler.HandleUpdateJellyfinCompatSettings)
r.Post("/jellyfin-compat/web/install", adminHandler.HandleInstallJellyfinCompatWeb)
r.Post("/jellyfin-compat/web/update", adminHandler.HandleUpdateJellyfinCompatWeb)
r.Post("/jellyfin-compat/web/remove", adminHandler.HandleRemoveJellyfinCompatWeb)
r.Get("/settings/sensitive-status", adminHandler.HandleGetSensitiveStatus)
r.Post("/settings/check/{kind}", adminHandler.HandleCheckSettingsConnection)
if sectionSettingsHandler != nil {
r.Get("/settings/sections", sectionSettingsHandler.HandleGet)
r.Put("/settings/sections", sectionSettingsHandler.HandlePut)
}
r.Get("/settings/{key}", adminHandler.HandleGetSetting)
r.Get("/settings", adminHandler.HandleGetSettings)
r.Put("/settings/{key}", adminHandler.HandleUpdateSetting)
if brandingHandler != nil {
// Branding image upload/delete (scalar branding
// fields use the generic settings PUT above).
r.Post("/branding/assets/{kind}", brandingHandler.HandleUploadAsset)
r.Delete("/branding/assets/{kind}", brandingHandler.HandleDeleteAsset)
}
if settingsRepo != nil {
emailHandler := handlers.NewEmailHandler(mail.NewSMTPSender(settingsRepo))
r.Post("/email/test", emailHandler.HandleTest)
}
if discordNotificationsHandler != nil {
r.Post("/notifications/discord/test", discordNotificationsHandler.HandleAdminTest)
}
if deps.Notifications != nil || settingsRepo != nil {
applePushHandler := handlers.NewAdminApplePushHandler(deps.Notifications, settingsRepo)
if deps.Notifications != nil {
r.Post("/notifications/push/apple/test", applePushHandler.HandleTest)
}
if settingsRepo != nil {
r.Post("/notifications/push/relay/register", applePushHandler.HandleRegisterRelay)
}
}
if deps.Notifications != nil && deps.Notifications.ServerChannels != nil {
serverChannelsHandler := handlers.NewAdminServerChannelsHandler(deps.Notifications)
r.Route("/notifications/server-channels", func(r chi.Router) {
r.Get("/", serverChannelsHandler.HandleList)
r.Post("/", serverChannelsHandler.HandleCreate)
r.Put("/{id}", serverChannelsHandler.HandleUpdate)
r.Delete("/{id}", serverChannelsHandler.HandleDelete)
r.Post("/{id}/rotate-secret", serverChannelsHandler.HandleRotateSecret)
r.Post("/{id}/test", serverChannelsHandler.HandleTest)
})
}
if adminIntroHandler != nil {
r.Post("/items/{id}/refresh-markers", adminIntroHandler.HandleRefreshEpisodeMarkers)
r.Post("/items/{id}/redetect-intro", adminIntroHandler.HandleRedetectEpisodeIntro)
}
if markersHandler != nil {
// Marker read/write/clear live on the authenticated
// /markers routes; writes require marker_edit.
// Contribution and audit history stay admin operations.
r.Post("/files/{fileId}/contribute", markersHandler.HandleContributeFile)
r.Get("/files/{fileId}/contributions", markersHandler.HandleListFileContributions)
r.Get("/markers/history", markersHandler.HandleListMarkerHistory)
r.Get("/markers/files/{fileId}/history", markersHandler.HandleListFileMarkerHistory)
r.Get("/markers/items/{id}/history", markersHandler.HandleListItemMarkerHistory)
}
if adminMarkerProvidersHandler != nil {
r.Get("/markers/providers", adminMarkerProvidersHandler.HandleListProviders)
r.Put("/markers/providers/{provider}", adminMarkerProvidersHandler.HandleUpdateProvider)
r.Post("/markers/providers/{provider}/validate", adminMarkerProvidersHandler.HandleValidateProvider)
}
if peopleHandler != nil {
r.Post("/people/{id}/refresh", peopleHandler.HandleAdminRefreshPerson)
r.Patch("/people/{id}", peopleHandler.HandleAdminUpdatePerson)
}
if adminImageHandler != nil {
r.Get("/items/{id}/images", adminImageHandler.HandleGetItemImages)
r.Post("/items/{id}/images/apply", adminImageHandler.HandleApplyItemImage)
}
filesystemHandler := handlers.NewFilesystemHandler()
r.Get("/filesystem/browse", filesystemHandler.HandleBrowse)
if catalogSeedHandler != nil {
r.Route("/catalog", func(r chi.Router) {
r.Post("/export", catalogSeedHandler.HandleExport)
r.Post("/export-jobs", catalogSeedHandler.HandleCreateExportJob)
r.Post("/export-jobs/{id}/publish", catalogSeedHandler.HandlePublishExportJob)
r.Post("/import-jobs", catalogSeedHandler.HandleCreateImportJob)
r.Get("/import-sources", catalogSeedHandler.HandleListImportSources)
r.Get("/local-import-sources", catalogSeedHandler.HandleListLocalImportSources)
r.Post("/import", catalogSeedHandler.HandleImport)
})
}
if adminJobsHandler != nil {
r.Route("/jobs", func(r chi.Router) {
r.Get("/", adminJobsHandler.HandleList)
r.Post("/{id}/cancel", adminJobsHandler.HandleCancel)
})
}
if deps.PluginService != nil && deps.PluginUserConfig != nil {
pluginHandler := handlers.NewPluginHandler(
plugins.NewRepositoryStore(deps.DB),
plugins.NewInstallationStore(deps.DB),
plugins.NewRuntimeConfigStore(deps.DB),
deps.PluginService,
deps.PluginUserConfig,
deps.PluginHTTPProxy,
metadata.NewChainRepository(deps.DB),
deps.PluginImageResolver,
restartStatus,
)
r.Route("/plugins", func(r chi.Router) {
r.Get("/repositories", pluginHandler.HandleListRepositories)
r.Post("/repositories", pluginHandler.HandleCreateRepository)
r.Put("/repositories/{id}", pluginHandler.HandleUpdateRepository)
r.Delete("/repositories/{id}", pluginHandler.HandleDeleteRepository)
r.Get("/catalog", pluginHandler.HandleCatalog)
r.Get("/installations", pluginHandler.HandleListInstallations)
r.Post("/installations", pluginHandler.HandleCreateInstallation)
r.Post("/uploads", pluginHandler.HandleUploadInstallation)
r.Post("/uploads/chunked", pluginHandler.HandleCreateChunkedUpload)
r.Put("/uploads/chunked/{upload_id}/chunks/{chunk_index}", pluginHandler.HandleUploadChunk)
r.Post("/uploads/chunked/{upload_id}/complete", pluginHandler.HandleCompleteChunkedUpload)
r.Delete("/uploads/chunked/{upload_id}", pluginHandler.HandleCancelChunkedUpload)
r.Put("/installations/{id}", pluginHandler.HandleUpdateInstallation)
r.Post("/installations/{id}/update", pluginHandler.HandleApplyUpdate)
r.Post("/installations/{id}/config/test", pluginHandler.HandleTestInstallationConfig)
r.Put("/installations/{id}/config", pluginHandler.HandlePutInstallationConfig)
r.Put("/installations/{id}/auth-binding", pluginHandler.HandlePutAuthBinding)
r.Put("/installations/{id}/task-bindings/{capability_id}", pluginHandler.HandlePutTaskBinding)
r.Delete("/installations/{id}", pluginHandler.HandleDeleteInstallation)
})
}
if historyImportHandler != nil {
r.Route("/history-import-sources", func(r chi.Router) {
r.Get("/", historyImportHandler.HandleAdminListSources)
r.Post("/", historyImportHandler.HandleAdminCreateSource)
r.Put("/{id}", historyImportHandler.HandleAdminUpdateSource)
r.Delete("/{id}", historyImportHandler.HandleAdminDeleteSource)
})
r.Route("/history-imports", func(r chi.Router) {
r.Post("/plex/login", historyImportHandler.HandleAdminPlexLogin)
r.Put("/sources/{id}/token", historyImportHandler.HandleAdminSetSourceToken)
r.Delete("/sources/{id}/token", historyImportHandler.HandleAdminClearSourceToken)
r.Get("/sources/{id}/users", historyImportHandler.HandleAdminDiscoverUsers)
r.Post("/sources/{id}/bulk-run", historyImportHandler.HandleAdminBulkRun)
r.Get("/mappings", historyImportHandler.HandleAdminListMappings)
r.Post("/mappings", historyImportHandler.HandleAdminCreateMapping)
r.Put("/mappings/{id}", historyImportHandler.HandleAdminUpdateMapping)
r.Delete("/mappings/{id}", historyImportHandler.HandleAdminDeleteMapping)
r.Post("/mappings/{id}/run", historyImportHandler.HandleAdminCreateRun)
r.Get("/runs", historyImportHandler.HandleAdminListRuns)
r.Get("/runs/{id}", historyImportHandler.HandleAdminGetRun)
r.Post("/runs/{id}/cancel", historyImportHandler.HandleAdminCancelRun)
})
}
if sectionHandler != nil {
r.Route("/sections", func(r chi.Router) {
r.Get("/", sectionHandler.HandleListSections)
r.Post("/", sectionHandler.HandleCreateSection)
r.Post("/preview", sectionHandler.HandlePreview)
r.Put("/reorder", sectionHandler.HandleReorderSections)
r.Post("/restore-defaults", sectionHandler.HandleRestoreDefaults)
r.Put("/{id}", sectionHandler.HandleUpdateSection)
r.Delete("/{id}", sectionHandler.HandleDeleteSection)
if sectionBulkHandler != nil {
r.Post("/bulk-create", sectionBulkHandler.HandleBulkCreate)
}
})
}
if libraryCollectionHandler != nil {
collectionTemplateHandler := handlers.NewCollectionTemplateHandler(nil)
r.Route("/collections", func(r chi.Router) {
r.Get("/", libraryCollectionHandler.HandleListAdminCollections)
r.Get("/templates", collectionTemplateHandler.HandleListTemplates)
r.Get("/template-bundles", libraryCollectionHandler.HandleListTemplateBundles)
r.Post("/template-bundles/{bundleID}/apply", libraryCollectionHandler.HandleApplyTemplateBundle)
r.Post("/template-bundles/{bundleID}/apply-job", libraryCollectionHandler.HandleApplyTemplateBundleJob)
r.Post("/", libraryCollectionHandler.HandleCreateAdminCollection)
r.Post("/preview", libraryCollectionHandler.HandlePreviewAdminCollection)
r.Put("/order", libraryCollectionHandler.HandleReorderAdminCollections)
r.Put("/{id}", libraryCollectionHandler.HandleUpdateAdminCollection)
r.Delete("/{id}", libraryCollectionHandler.HandleDeleteAdminCollection)
r.Post("/{id}/sync", libraryCollectionHandler.HandleSyncAdminCollection)
r.Delete("/{id}/image", libraryCollectionHandler.HandleDeleteCollectionImage)
r.Put("/{id}/items/order", libraryCollectionHandler.HandleReorderAdminCollectionItems)
r.Put("/{id}/items/{item_id}", libraryCollectionHandler.HandleAddAdminCollectionItem)
r.Delete("/{id}/items/{item_id}", libraryCollectionHandler.HandleRemoveAdminCollectionItem)
r.Post("/import/mdblist", libraryCollectionHandler.HandleImportMDBList)
r.Post("/import/tmdb", libraryCollectionHandler.HandleImportTMDBCollection)
r.Post("/import/trakt", libraryCollectionHandler.HandleImportTraktCollection)
})
}
if libraryCollectionGroupHandler != nil {
r.Route("/libraries/{libraryID}/collection-groups", func(r chi.Router) {
r.Get("/", libraryCollectionGroupHandler.HandleListGroups)
r.Post("/", libraryCollectionGroupHandler.HandleCreateGroup)
r.Put("/reorder", libraryCollectionGroupHandler.HandleReorderGroups)
})
r.Route("/collection-groups", func(r chi.Router) {
r.Put("/{id}", libraryCollectionGroupHandler.HandleUpdateGroup)
r.Delete("/{id}", libraryCollectionGroupHandler.HandleDeleteGroup)
r.Put("/{groupID}/collections/reorder", libraryCollectionGroupHandler.HandleReorderCollectionsInGroup)
})
}
if deps.NodeRepo != nil {
jwtSecret := ""
if deps.Config != nil {
jwtSecret = deps.Config.Auth.JWTSecret
}
nodeHandler := handlers.NewNodeHandler(deps.NodeRepo, deps.ProxyPool, deps.TranscodePool, deps.NodeRepo, deps.EventBus, deps.RedisClient, jwtSecret)
r.Route("/nodes", func(r chi.Router) {
r.Get("/", nodeHandler.HandleListNodes)
r.Post("/", nodeHandler.HandleCreateNode)
r.Put("/{id}", nodeHandler.HandleUpdateNode)
r.Delete("/{id}", nodeHandler.HandleDeleteNode)
r.Post("/{id}/check", nodeHandler.HandleCheckNode)
r.Post("/force-reload", nodeHandler.HandleForceReloadNodes)
r.Post("/{id}/force-reload", nodeHandler.HandleForceReloadNode)
})
// Live node sessions (reads from Redis)
// Note: /admin/sessions is already used for playback sessions from PostgreSQL.
r.Get("/node-sessions", nodeHandler.HandleListSessions)
}
// System inspection.
{
sysJWTSecret := ""
sysFFmpegPath := ""
if deps.Config != nil {
sysJWTSecret = deps.Config.Auth.JWTSecret
sysFFmpegPath = deps.Config.Playback.FFmpegPath
}
systemHandler := handlers.NewSystemHandler(deps.TranscodePool, sysJWTSecret, sysFFmpegPath)
r.Route("/system", func(r chi.Router) {
r.Get("/build", systemHandler.HandleBuildInfo)
r.Get("/hw-accel", systemHandler.HandleHWAccel)
})
}
if deps.RecWorker != nil {
adminRecsHandler := handlers.NewAdminRecommendationsHandler(deps.RecWorker)
r.Route("/recommendations", func(r chi.Router) {
r.Get("/status", adminRecsHandler.HandleStatus)
r.Post("/trigger/embeddings", adminRecsHandler.HandleTriggerEmbeddings)
r.Post("/trigger/taste-profiles", adminRecsHandler.HandleTriggerTasteProfiles)
r.Post("/trigger/cowatch", adminRecsHandler.HandleTriggerCowatch)
r.Post("/trigger/recommendations", adminRecsHandler.HandleTriggerRecommendations)
})
}
if inviteCodeRepo != nil {
inviteCodeHandler := handlers.NewInviteCodeHandler(inviteCodeRepo)
r.Route("/invite-codes", func(r chi.Router) {
r.Get("/", inviteCodeHandler.HandleListInviteCodes)
r.Post("/", inviteCodeHandler.HandleCreateInviteCode)
r.Put("/{id}", inviteCodeHandler.HandleUpdateInviteCode)
r.Post("/{id}/top-up", inviteCodeHandler.HandleTopUpInviteCode)
r.Delete("/{id}", inviteCodeHandler.HandleDeleteInviteCode)
})
}
if adminSubtitleHandler != nil {
r.Route("/subtitle-providers", func(r chi.Router) {
r.Get("/", adminSubtitleHandler.HandleListProviders)
r.Route("/{provider}", func(r chi.Router) {
r.Put("/", adminSubtitleHandler.HandleUpdateProvider)
r.Post("/test", adminSubtitleHandler.HandleTestProvider)
})
})
r.Route("/subtitles", func(r chi.Router) {
r.Get("/", adminSubtitleHandler.HandleListDownloadedSubtitles)
r.Route("/{id}", func(r chi.Router) {
r.Patch("/", adminSubtitleHandler.HandlePatchDownloadedSubtitle)
r.Get("/download", adminSubtitleHandler.HandleDownloadDownloadedSubtitle)
r.Delete("/", adminSubtitleHandler.HandleDeleteDownloadedSubtitle)
})
})
}
// Rate limit admin routes. Mounted even when the limiter is not
// running (deps.RateLimitMW == nil) so admins can always reach the
// config; otherwise disabling rate limiting and restarting would
// lock the settings page out of re-enabling it.
if settingsRepo != nil {
rateLimitHandler := handlers.NewRateLimitHandler(settingsRepo, deps.RateLimitMW, deps.EventBus, restartStatus)
r.Route("/rate-limits", func(r chi.Router) {
r.Get("/config", rateLimitHandler.HandleGetConfig)
r.Put("/config", rateLimitHandler.HandleUpdateConfig)
})
}
if apiKeyRepo != nil {
apiKeyHandler := handlers.NewAPIKeyHandler(apiKeyRepo)
r.Get("/users/{userId}/api-keys", apiKeyHandler.HandleAdminListUserAPIKeys)
r.Get("/api-keys", apiKeyHandler.HandleAdminListAllAPIKeys)
r.Post("/api-keys", apiKeyHandler.HandleAdminCreateAPIKey)
r.Delete("/api-keys/{id}", apiKeyHandler.HandleAdminDeleteAPIKey)
r.Put("/api-keys/{id}/tier", apiKeyHandler.HandleAdminUpdateTier)
}
if requestHandler != nil {
r.Get("/requests", requestHandler.HandleAdminList)
r.Post("/requests/{id}/approve", requestHandler.HandleApprove)
r.Post("/requests/{id}/decline", requestHandler.HandleDecline)
r.Post("/requests/{id}/cancel", requestHandler.HandleCancel)
r.Post("/requests/{id}/retry", requestHandler.HandleRetry)
r.Get("/request-settings", requestHandler.HandleGetSettings)
r.Put("/request-settings", requestHandler.HandleUpdateSettings)
r.Get("/request-users/{user_id}/limit", requestHandler.HandleGetUserLimit)
r.Put("/request-users/{user_id}/limit", requestHandler.HandleUpdateUserLimit)
r.Get("/request-integrations", requestHandler.HandleListIntegrations)
r.Post("/request-integrations", requestHandler.HandleCreateIntegration)
r.Put("/request-integrations/{id}", requestHandler.HandleUpdateIntegration)
r.Delete("/request-integrations/{id}", requestHandler.HandleDeleteIntegration)
r.Post("/request-integrations/{id}/options", requestHandler.HandleLoadIntegrationOptions)
}
if autoscanHandler != nil {
r.Get("/autoscan/settings", autoscanHandler.HandleGetSettings)
r.Put("/autoscan/settings", autoscanHandler.HandleUpdateSettings)
r.Get("/autoscan/connections", autoscanHandler.HandleListConnections)
r.Post("/autoscan/connections", autoscanHandler.HandleCreateConnection)
r.Put("/autoscan/connections/{id}", autoscanHandler.HandleUpdateConnection)
r.Delete("/autoscan/connections/{id}", autoscanHandler.HandleDeleteConnection)
r.Post("/autoscan/connections/test", autoscanHandler.HandleTestConnection)
r.Get("/autoscan/scan-source-plugins", autoscanHandler.HandleListAvailableScanSources)
r.Get("/autoscan/sources", autoscanHandler.HandleListSources)
r.Post("/autoscan/sources", autoscanHandler.HandleCreateSource)
r.Put("/autoscan/sources/{id}", autoscanHandler.HandleUpdateSource)
r.Delete("/autoscan/sources/{id}", autoscanHandler.HandleDeleteSource)
r.Get("/autoscan/sources/{id}/rewrite-suggestions", autoscanHandler.HandleRewriteSuggestions)
r.Get("/autoscan/scans", autoscanHandler.HandleListScans)
r.Get("/autoscan/events", autoscanHandler.HandleListEvents)
r.Post("/autoscan/trigger", autoscanHandler.HandleTrigger)
r.Get("/autoscan/status", autoscanHandler.HandleStatus)
}
if deps.ActivityLogRepo != nil {
adminIPHandler := handlers.NewAdminIPHandler(deps.ActivityLogRepo)
r.Get("/users/{id}/ips", adminIPHandler.HandleGetUserIPs)
r.Get("/ips", adminIPHandler.HandleGetIPUsers)
}
if deps.OpsLogRepo != nil && deps.ActivityLogRepo != nil {
adminLogsHandler := handlers.NewAdminLogsHandler(deps.OpsLogRepo, deps.ActivityLogRepo, deps.LogStreamHub)
r.Get("/logs/app", adminLogsHandler.HandleListOperationalLogs)
r.Get("/logs/audit", adminLogsHandler.HandleListAuditLogs)
r.Get("/logs/ws", adminLogsHandler.HandleLogStreamWebSocket)
}
if adminPlaybackControlHandler != nil {
r.Post("/sessions/{session_id}/pause", adminPlaybackControlHandler.HandlePauseSession)
r.Post("/sessions/{session_id}/resume", adminPlaybackControlHandler.HandleResumeSession)
r.Post("/sessions/{session_id}/stop", adminPlaybackControlHandler.HandleStopSession)
r.Post("/sessions/{session_id}/terminate", adminPlaybackControlHandler.HandleTerminateSession)
r.Post("/sessions/{session_id}/message", adminPlaybackControlHandler.HandleMessageSession)
}
if deps.TaskManager != nil {
taskHistoryRepo := repository.NewPgExecutionRepository(deps.DB)
taskMetrics := handlers.NewTaskMetricsService(metadata.NewRefreshDebtRepository(deps.DB))
taskHandler := handlers.NewTaskHandler(deps.TaskManager, taskHistoryRepo, taskMetrics)
r.Route("/tasks", func(r chi.Router) {
r.Get("/", taskHandler.HandleListTasks)
r.Get("/{key}", taskHandler.HandleGetTask)
r.Get("/{key}/metrics", taskHandler.HandleGetMetrics)
r.Post("/{key}/run", taskHandler.HandleRunTask)
r.Post("/{key}/cancel", taskHandler.HandleCancelTask)
r.Put("/{key}/triggers", taskHandler.HandleUpdateTriggers)
r.Get("/{key}/history", taskHandler.HandleGetHistory)
})
}
})
})
}
})
}
})
return r
}
// pgSubtitleMediaResolver implements handlers.SubtitleMediaResolver using a direct PG query.
type pgSubtitleMediaResolver struct {
pool *pgxpool.Pool
}
func (r *pgSubtitleMediaResolver) GetMediaFileWithMetadata(ctx context.Context, fileID int) (*handlers.MediaFileMetadata, error) {
var meta handlers.MediaFileMetadata
err := r.pool.QueryRow(ctx, `
SELECT
mf.id,
mf.file_path,
COALESCE(mf.file_size, 0),
COALESCE(mf.file_hash, ''),
COALESCE(mf.resolution, ''),
COALESCE(mf.codec_video, ''),
COALESCE(mf.codec_audio, ''),
mi.title,
COALESCE(mi.year, 0),
COALESCE(mi.imdb_id, ''),
COALESCE(e.season_number, 0),
COALESCE(e.episode_number, 0)
FROM media_files mf
JOIN media_items mi ON mi.content_id = mf.content_id
LEFT JOIN episodes e ON e.content_id = mf.episode_id
WHERE mf.id = $1
`, fileID).Scan(
&meta.FileID,
&meta.FilePath,
&meta.FileSize,
&meta.FileHash,
&meta.Resolution,
&meta.VideoCodec,
&meta.AudioCodec,
&meta.Title,
&meta.Year,
&meta.IMDbID,
&meta.Season,
&meta.Episode,
)
if err != nil {
if errors.Is(err, pgx.ErrNoRows) {
return nil, nil
}
return nil, err
}
return &meta, nil
}
func resolveOptionalPluginAccess(
r *http.Request,
jwtService *auth.JWTService,
sessionRepo *auth.SessionRepository,
) (bool, bool) {
authenticated, admin, _ := resolveOptionalPluginAccessUser(r, jwtService, sessionRepo, nil, nil)
return authenticated, admin
}
// resolveOptionalPluginAccessUser is like resolveOptionalPluginAccess but also
// returns the authenticated user's ID, and accepts API-key bearer tokens
// (sa_*) when apiKeyRepo + userRepo are provided.
func resolveOptionalPluginAccessUser(
r *http.Request,
jwtService *auth.JWTService,
sessionRepo *auth.SessionRepository,
apiKeyRepo *auth.APIKeyRepository,
userRepo *auth.UserRepository,
) (bool, bool, int) {
if jwtService == nil || sessionRepo == nil {
return false, false, 0
}
token := ""
if header := r.Header.Get("Authorization"); header != "" {
parts := strings.SplitN(header, " ", 2)
if len(parts) == 2 && strings.EqualFold(parts[0], "bearer") {
token = strings.TrimSpace(parts[1])
}
}
if token == "" {
token = strings.TrimSpace(r.URL.Query().Get("token"))
}
if token == "" {
if cookie, err := r.Cookie(auth.PluginAccessCookieName); err == nil {
token = strings.TrimSpace(cookie.Value)
}
}
if token == "" {
return false, false, 0
}
if strings.HasPrefix(token, "sa_") {
if apiKeyRepo == nil || userRepo == nil {
return false, false, 0
}
apiKey, err := apiKeyRepo.GetByKey(r.Context(), token)
if err != nil {
return false, false, 0
}
user, err := userRepo.GetByID(r.Context(), apiKey.UserID)
if err != nil || !user.Enabled {
return false, false, 0
}
return true, user.Role == "admin", user.ID
}
claims, err := jwtService.ValidateToken(token)
if err != nil || (claims.TokenType != auth.TokenTypeAccess && claims.TokenType != auth.TokenTypePluginAccess) {
return false, false, 0
}
valid, err := sessionRepo.IsValid(r.Context(), claims.SessionID)
if err != nil || !valid {
return false, false, 0
}
return true, claims.Role == "admin", claims.UserID
}
// NewTMDBCollectionFetcher creates a TMDBCollectionFetcher from an API key.
// Exported so main.go can construct it for the collection sync scheduler.
func NewTMDBCollectionFetcher(apiKey string) catalog.TMDBCollectionFetcher {
return &tmdbCollectionAdapter{
client: tmdb.NewClient(apiKey, 40),
}
}
// tmdbCollectionAdapter adapts the tmdb.Client to the catalog.TMDBCollectionFetcher interface.
type tmdbCollectionAdapter struct {
client *tmdb.Client
}
func (a *tmdbCollectionAdapter) GetCollectionPreset(ctx context.Context, preset, mediaType, timeWindow string, limit int) ([]catalog.TMDBCollectionEntry, error) {
results, err := a.client.GetCollectionPreset(ctx, preset, mediaType, timeWindow, limit)
if err != nil {
return nil, err
}
entries := make([]catalog.TMDBCollectionEntry, len(results))
for i, r := range results {
entry := catalog.TMDBCollectionEntry{
ID: r.ID,
MediaType: r.MediaType,
Title: r.Title,
}
// Fetch external IDs (IMDb, TVDB) for better matching against local library.
if externalIDs, err := a.client.GetExternalIDs(ctx, r.MediaType, r.ID); err == nil && externalIDs != nil {
entry.IMDbID = externalIDs.IMDbID
entry.TVDBID = externalIDs.TVDBID
}
entries[i] = entry
}
return entries, nil
}
// tmdbFranchiseAdapter adapts tmdb.Client to catalog.TMDBCollectionByIDFetcher
// for the `tmdb_collection` sync mode. Like the preset adapter, it enriches
// each TMDB collection part with external IDs so the catalog matcher can fall
// back to IMDb/TVDB when a local item lacks a TMDB ID.
type tmdbFranchiseAdapter struct {
client *tmdb.Client
}
func (a *tmdbFranchiseAdapter) GetCollection(ctx context.Context, id int) ([]catalog.TMDBCollectionEntry, error) {
collection, err := a.client.GetCollection(ctx, id)
if err != nil {
return nil, err
}
if collection == nil {
return nil, nil
}
entries := make([]catalog.TMDBCollectionEntry, len(collection.Parts))
for i, p := range collection.Parts {
mediaType := p.MediaType
if mediaType == "" {
mediaType = "movie"
}
entry := catalog.TMDBCollectionEntry{
ID: p.ID,
MediaType: mediaType,
Title: p.Title,
}
if externalIDs, err := a.client.GetExternalIDs(ctx, mediaType, p.ID); err == nil && externalIDs != nil {
entry.IMDbID = externalIDs.IMDbID
entry.TVDBID = externalIDs.TVDBID
}
entries[i] = entry
}
return entries, nil
}
// tmdbDiscoverAdapter adapts tmdb.Client to catalog.TMDBDiscoverFetcher for
// the `tmdb_discover` sync mode. Like the preset adapter, it enriches each
// result with external IDs so the catalog matcher can fall back to IMDb/TVDB
// when a local item lacks a TMDB ID.
type tmdbDiscoverAdapter struct {
client *tmdb.Client
}
func (a *tmdbDiscoverAdapter) Discover(ctx context.Context, mediaType string, params catalog.TMDBDiscoverParams, limit int) ([]catalog.TMDBCollectionEntry, error) {
results, err := a.client.Discover(ctx, mediaType, tmdb.DiscoverParams{
WithGenres: params.WithGenres,
WithoutGenres: params.WithoutGenres,
SortBy: params.SortBy,
VoteCountGte: params.VoteCountGte,
VoteAverageGte: params.VoteAverageGte,
ReleaseDateGte: params.ReleaseDateGte,
ReleaseDateLte: params.ReleaseDateLte,
Certifications: params.Certifications,
CertificationLte: params.CertificationLte,
WithRuntimeGte: params.WithRuntimeGte,
WithRuntimeLte: params.WithRuntimeLte,
OriginalLanguage: params.OriginalLanguage,
Limit: limit,
})
if err != nil {
return nil, err
}
entries := make([]catalog.TMDBCollectionEntry, len(results))
for i, r := range results {
entry := catalog.TMDBCollectionEntry{
ID: r.ID,
MediaType: r.MediaType,
Title: r.Title,
}
if externalIDs, err := a.client.GetExternalIDs(ctx, r.MediaType, r.ID); err == nil && externalIDs != nil {
entry.IMDbID = externalIDs.IMDbID
entry.TVDBID = externalIDs.TVDBID
}
entries[i] = entry
}
return entries, nil
}
type traktCollectionAdapter struct {
client *metatrakt.Client
}
func (a *traktCollectionAdapter) GetCollectionPreset(ctx context.Context, preset, mediaType string, limit int, accessToken string) ([]catalog.TraktCollectionEntry, error) {
results, err := a.client.GetCollectionPreset(ctx, preset, mediaType, limit, accessToken)
if err != nil {
return nil, err
}
entries := make([]catalog.TraktCollectionEntry, len(results))
for i, r := range results {
entries[i] = catalog.TraktCollectionEntry{
TraktID: r.TraktID,
TMDBID: r.TMDBID,
TVDBID: r.TVDBID,
IMDbID: r.IMDbID,
MediaType: r.MediaType,
Title: r.Title,
Year: r.Year,
Rank: r.Rank,
}
}
return entries, nil
}
// llmConfigFromServer derives the shared AI client config from the server
// config. Used at construction and again on every config reload.
func llmConfigFromServer(cfg *config.Config) llm.Config {
return llm.Config{
BaseURL: cfg.AI.BaseURL,
APIKey: cfg.AI.APIKey,
ChatModel: cfg.AI.ChatModel,
ASRBaseURL: cfg.AI.ASRBaseURL,
ASRAPIKey: cfg.AI.ASRAPIKey,
ASRModel: cfg.AI.ASRModel,
}
}
// effectiveSubtitleAIConfig derives the subtitle AI service config from the
// server config. A chat-only gateway (e.g. OpenRouter) cannot produce
// timestamped transcriptions, so transcription is disabled rather than
// letting every job fail; the settings API rejects such values for the ASR
// URL, but the chat base URL legitimately may be one — this catches the
// blank-ASR-URL fallback case. The second return is the offending endpoint
// when that guard fired, empty otherwise.
func effectiveSubtitleAIConfig(cfg *config.Config) (subtitleai.Config, string) {
transcribeEnabled := cfg.SubtitleAI.TranscribeEnabled
effectiveASRBase := cfg.AI.ASRBaseURL
if effectiveASRBase == "" {
effectiveASRBase = cfg.AI.BaseURL
}
disabledGateway := ""
if transcribeEnabled && llm.IsChatOnlyGateway(effectiveASRBase) {
transcribeEnabled = false
disabledGateway = effectiveASRBase
}
return subtitleai.Config{
Configured: cfg.AI.BaseURL != "",
TranslateEnabled: cfg.SubtitleAI.Enabled,
TranscribeEnabled: transcribeEnabled,
ChatModel: cfg.AI.ChatModel,
ASRModel: cfg.AI.ASRModel,
BatchSize: cfg.SubtitleAI.BatchSize,
ContextNeighbors: cfg.SubtitleAI.ContextNeighbors,
LiveASRChunkSeconds: cfg.SubtitleAI.LiveASRChunkSeconds,
TranscribeQuotaJobs: cfg.SubtitleAI.TranscribeQuotaJobs,
TranscribeQuotaPeriod: cfg.SubtitleAI.TranscribeQuotaPeriod,
}, disabledGateway
}
func warnChatOnlyGateway(endpoint string) {
slog.Warn("subtitle transcription disabled: the effective transcription endpoint is a chat-only gateway; "+
"set a Whisper-compatible Transcription base URL in AI Services", "endpoint", endpoint)
}
// metadataAIConfigFromServer derives the metadata translation service config
// from the server config. Used at construction and on every config reload.
func metadataAIConfigFromServer(cfg *config.Config) metadatatranslation.Config {
return metadatatranslation.Config{
Enabled: cfg.MetadataAI.Enabled,
Configured: cfg.AI.BaseURL != "",
ChatModel: cfg.AI.ChatModel,
OnView: cfg.MetadataAI.OnView,
}
}