refactor: bootstrap crate, thin server/worker binaries

This commit is contained in:
2026-10-25 21:16:38 +01:00
parent 04f9c13625
commit 9bf9342fc0
39 changed files with 939 additions and 905 deletions

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[package]
name = "bootstrap"
version = "0.1.0"
edition.workspace = true
[features]
default = []
nats = ["dep:nats"]
federation = [
"application/federation",
"presentation/federation",
"dep:sqlite-federation",
"dep:activitypub",
]
[dependencies]
config = { workspace = true }
domain = { workspace = true }
application = { workspace = true }
presentation = { path = "../presentation", default-features = false }
auth = { workspace = true }
metadata = { workspace = true }
poster-fetcher = { workspace = true }
object-storage = { workspace = true }
poster-sync = { workspace = true }
tmdb-enrichment = { workspace = true }
image-converter = { workspace = true }
export = { workspace = true }
importer = { workspace = true }
rss = { workspace = true }
jellyfin = { workspace = true }
plex = { workspace = true }
sqlite = { workspace = true }
sqlx = { workspace = true }
anyhow = { workspace = true }
async-trait = { workspace = true }
axum = { workspace = true }
tokio = { workspace = true }
tracing = { workspace = true }
tracing-subscriber = { workspace = true }
nats = { workspace = true, optional = true }
activitypub = { workspace = true, optional = true }
sqlite-federation = { workspace = true, optional = true }
[dev-dependencies]
chrono = { workspace = true }
domain = { workspace = true, features = ["test-helpers"] }
uuid = { workspace = true }

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use application::auth::deps::{
LoginDeps, LogoutDeps, RefreshDeps, RegisterAndLoginDeps, RegisterDeps,
};
use application::deps::{
AuthGroup, Deps, DiaryGroup, GoalsGroup, ImportGroup, InsightsGroup, IntegrationsGroup,
MoviesGroup, PersonGroup, SearchGroup, SocialGroup, UsersGroup, WatchlistGroup, WorkerDeps,
WrapupGroup,
};
use application::diary::deps::{
DeleteReviewDeps, EditReviewDeps, ExportDiaryDeps, GetActivityFeedDeps, GetDiaryDeps,
GetMovieSocialPageDeps, GetReviewHistoryDeps, GetUserFeedDeps,
};
use application::goals::deps::{GoalCommandDeps, GoalQueryDeps};
use application::import::deps::{
ApplyMappingDeps, ApplyProfileAndMapDeps, ApplyProfileDeps, CreateSessionDeps,
DeleteImportProfileDeps, ExecuteImportDeps, GetMappingStageDeps, GetPreviewStageDeps,
GetSessionStateDeps, ListImportProfilesDeps, SaveProfileDeps,
};
use application::insights::deps::GetInsightsDeps;
use application::integrations::deps::{
ConfirmWatchEventsDeps, DismissWatchEventsDeps, GenerateWebhookTokenDeps, GetWatchQueueDeps,
GetWebhookTokensDeps, IngestWatchEventDeps, RevokeWebhookTokenDeps,
};
use application::movies::deps::{
EnrichMovieDeps, GetMovieProfileDeps, GetMoviesDeps, ReindexSearchDeps, SyncPosterDeps,
};
use application::movies::merge_duplicates::MergeDuplicatesDeps;
use application::person::deps::{EnrichPersonDeps, GetPersonDeps};
use application::search::deps::SearchDeps;
use application::social::deps::{SocialCommandDeps, SocialQueryDeps};
use application::users::deps::{
AuthorizeAdminDeps, DeleteAccountDeps, GetCurrentProfileDeps, GetFederatedProfileDeps,
GetFederatedProfileStatsDeps, GetLocalProfileDeps, GetPageViewerDeps, GetProfileSettingsDeps,
GetSettingsDeps, GetUsersListDeps, ResolveUsernameDeps, UpdateProfileDeps,
UpdateProfileFieldsDeps, UpdateSettingsDeps,
};
use application::watchlist::deps::{
GetWatchlistDeps, GetWatchlistForOwnerDeps, IsOnWatchlistDeps, RemoveFromWatchlistDeps,
WatchlistAddDeps,
};
use application::wrapup::deps::{
DeleteWrapUpDeps, GenerateWrapUpDeps, GetReadyReportDeps, GetWrapUpDeps,
HandleWrapUpRequestedDeps, ListWrapUpsDeps,
};
use domain::value_objects::InstanceIdentity;
use crate::{DatabaseOutput, Repositories};
/// The composition root's single assembly point: every one of the server-facing
/// deps structs, built once from the already-constructed `Repositories` and
/// `application::Services`. Only `Arc` clones happen here — no adapters are built.
pub fn build_deps(
repos: &Repositories,
services: &application::Services,
config: &application::config::AppConfig,
instance: &InstanceIdentity,
) -> Deps {
Deps {
auth: AuthGroup {
login: LoginDeps {
user: repos.user.clone(),
password_hasher: services.password_hasher.clone(),
auth: services.auth.clone(),
refresh_session: repos.refresh_session.clone(),
config: config.clone(),
},
register: RegisterDeps {
user: repos.user.clone(),
password_hasher: services.password_hasher.clone(),
config: config.clone(),
},
refresh: RefreshDeps {
refresh_session: repos.refresh_session.clone(),
auth: services.auth.clone(),
config: config.clone(),
},
register_and_login: RegisterAndLoginDeps {
user: repos.user.clone(),
password_hasher: services.password_hasher.clone(),
auth: services.auth.clone(),
refresh_session: repos.refresh_session.clone(),
config: config.clone(),
},
logout: LogoutDeps {
refresh_session: repos.refresh_session.clone(),
},
},
diary: DiaryGroup {
delete_review: DeleteReviewDeps {
review: repos.review.clone(),
diary: repos.diary.clone(),
movie_command: repos.movie_command.clone(),
event_publisher: services.event_publisher.clone(),
},
edit_review: EditReviewDeps {
review: repos.review.clone(),
event_publisher: services.event_publisher.clone(),
},
get_movie_social_page: GetMovieSocialPageDeps {
movie_query: repos.movie_query.clone(),
diary: repos.diary.clone(),
movie_profile: repos.movie_profile.clone(),
},
get_activity_feed: GetActivityFeedDeps {
diary: repos.diary.clone(),
social_query: repos.follow_graph.clone(),
config: config.clone(),
},
get_user_feed: GetUserFeedDeps {
user: repos.user.clone(),
diary: repos.diary.clone(),
},
get_diary: GetDiaryDeps {
diary: repos.diary.clone(),
},
get_review_history: GetReviewHistoryDeps {
diary: repos.diary.clone(),
},
export_diary: ExportDiaryDeps {
diary: repos.diary.clone(),
diary_exporter: services.diary_exporter.clone(),
},
},
goals: GoalsGroup {
command: GoalCommandDeps {
goal_command: repos.goal_command.clone(),
goal_query: repos.goal_query.clone(),
stats: repos.stats.clone(),
event_publisher: services.event_publisher.clone(),
},
query: GoalQueryDeps {
goal_query: repos.goal_query.clone(),
stats: repos.stats.clone(),
},
},
import: ImportGroup {
create_session: CreateSessionDeps {
import_session: repos.import_session.clone(),
document_parser: services.document_parser.clone(),
},
apply_mapping: ApplyMappingDeps {
import_session: repos.import_session.clone(),
document_parser: services.document_parser.clone(),
movie_query: repos.movie_query.clone(),
},
apply_profile: ApplyProfileDeps {
import_profile: repos.import_profile.clone(),
import_session: repos.import_session.clone(),
},
execute_import: ExecuteImportDeps {
import_session: repos.import_session.clone(),
review_logger: services.review_logger.clone(),
},
save_profile: SaveProfileDeps {
import_session: repos.import_session.clone(),
import_profile: repos.import_profile.clone(),
},
get_mapping_stage: GetMappingStageDeps {
import_session: repos.import_session.clone(),
},
get_preview_stage: GetPreviewStageDeps {
import_session: repos.import_session.clone(),
},
get_session_state: GetSessionStateDeps {
import_session: repos.import_session.clone(),
},
apply_profile_and_map: ApplyProfileAndMapDeps {
import_profile: repos.import_profile.clone(),
import_session: repos.import_session.clone(),
document_parser: services.document_parser.clone(),
movie_query: repos.movie_query.clone(),
},
delete_profile: DeleteImportProfileDeps {
import_profile: repos.import_profile.clone(),
},
list_profiles: ListImportProfilesDeps {
import_profile: repos.import_profile.clone(),
},
},
insights: InsightsGroup {
get: GetInsightsDeps {
insights: repos.insights.clone(),
},
},
integrations: IntegrationsGroup {
ingest_watch_event: IngestWatchEventDeps {
webhook_token: repos.webhook_token.clone(),
watch_event_command: repos.watch_event_command.clone(),
watch_event_query: repos.watch_event_query.clone(),
event_publisher: services.event_publisher.clone(),
},
confirm_watch_events: ConfirmWatchEventsDeps {
watch_event_command: repos.watch_event_command.clone(),
watch_event_query: repos.watch_event_query.clone(),
review_logger: services.review_logger.clone(),
},
dismiss_watch_events: DismissWatchEventsDeps {
watch_event_command: repos.watch_event_command.clone(),
watch_event_query: repos.watch_event_query.clone(),
},
generate_webhook_token: GenerateWebhookTokenDeps {
webhook_token: repos.webhook_token.clone(),
},
get_watch_queue: GetWatchQueueDeps {
watch_event_query: repos.watch_event_query.clone(),
},
get_webhook_tokens: GetWebhookTokensDeps {
webhook_token: repos.webhook_token.clone(),
},
revoke_webhook_token: RevokeWebhookTokenDeps {
webhook_token: repos.webhook_token.clone(),
},
jellyfin_parser: std::sync::Arc::new(jellyfin::JellyfinParser),
plex_parser: std::sync::Arc::new(plex::PlexParser),
},
movies: MoviesGroup {
sync_poster: SyncPosterDeps {
movie_command: repos.movie_command.clone(),
movie_query: repos.movie_query.clone(),
movie_profile: repos.movie_profile.clone(),
metadata: services.metadata.clone(),
poster_fetcher: services.poster_fetcher.clone(),
object_storage: services.object_storage.clone(),
event_publisher: services.event_publisher.clone(),
search_command: repos.search_command.clone(),
},
get_movie_profile: GetMovieProfileDeps {
movie_profile: repos.movie_profile.clone(),
},
get_movies: GetMoviesDeps {
movie: repos.movie_query.clone(),
},
},
person: PersonGroup {
get_person: GetPersonDeps {
person_query: repos.person_query.clone(),
event_publisher: services.event_publisher.clone(),
},
},
search: SearchGroup {
execute: SearchDeps {
search_port: repos.search_port.clone(),
},
},
social: SocialGroup {
command: SocialCommandDeps {
social_command: repos.social_command.clone(),
event_publisher: services.event_publisher.clone(),
},
query: SocialQueryDeps {
follow_graph: repos.follow_graph.clone(),
block_query: repos.block_query.clone(),
},
},
users: UsersGroup {
get_local_profile: GetLocalProfileDeps {
stats: repos.stats.clone(),
diary: repos.diary.clone(),
social_query: repos.follow_graph.clone(),
user: repos.user.clone(),
instance: instance.clone(),
},
get_federated_profile_stats: GetFederatedProfileStatsDeps {
stats: repos.stats.clone(),
diary: repos.diary.clone(),
social_query: repos.follow_graph.clone(),
},
get_page_viewer: GetPageViewerDeps {
user: repos.user.clone(),
follow_graph: repos.follow_graph.clone(),
},
resolve_username: ResolveUsernameDeps {
user: repos.user.clone(),
},
get_profile_settings: GetProfileSettingsDeps {
user: repos.user.clone(),
profile_fields: repos.profile_fields.clone(),
instance: instance.clone(),
},
get_users_list: GetUsersListDeps {
user: repos.user.clone(),
federation_admin: repos.federation_admin.clone(),
},
update_profile: UpdateProfileDeps {
user: repos.user.clone(),
object_storage: services.object_storage.clone(),
event_publisher: services.event_publisher.clone(),
},
delete_account: DeleteAccountDeps {
user: repos.user.clone(),
event_publisher: services.event_publisher.clone(),
},
get_current_profile: GetCurrentProfileDeps {
user: repos.user.clone(),
},
update_profile_fields: UpdateProfileFieldsDeps {
profile_fields: repos.profile_fields.clone(),
event_publisher: services.event_publisher.clone(),
},
get_settings: GetSettingsDeps {
user_settings: repos.user_settings.clone(),
},
update_settings: UpdateSettingsDeps {
user_settings: repos.user_settings.clone(),
},
authorize_admin: AuthorizeAdminDeps {
user: repos.user.clone(),
},
get_federated_profile: GetFederatedProfileDeps {
federated_profile: repos.federated_profile.clone(),
},
},
watchlist: WatchlistGroup {
add: WatchlistAddDeps {
movie_command: repos.movie_command.clone(),
movie_query: repos.movie_query.clone(),
metadata: services.metadata.clone(),
watchlist: repos.watchlist.clone(),
event_publisher: services.event_publisher.clone(),
},
get_watchlist_for_owner: GetWatchlistForOwnerDeps {
user: repos.user.clone(),
watchlist: repos.watchlist.clone(),
remote_watchlist: repos.remote_watchlist.clone(),
},
get_watchlist: GetWatchlistDeps {
watchlist: repos.watchlist.clone(),
},
is_on_watchlist: IsOnWatchlistDeps {
watchlist: repos.watchlist.clone(),
},
remove_from_watchlist: RemoveFromWatchlistDeps {
watchlist: repos.watchlist.clone(),
event_publisher: services.event_publisher.clone(),
},
},
wrapup: WrapupGroup {
get_ready_report: GetReadyReportDeps {
wrapup_repo: repos.wrapup_repo.clone(),
},
delete_wrapup: DeleteWrapUpDeps {
wrapup_repo: repos.wrapup_repo.clone(),
},
generate: GenerateWrapUpDeps {
wrapup_repo: repos.wrapup_repo.clone(),
event_publisher: services.event_publisher.clone(),
},
get_wrapup: GetWrapUpDeps {
wrapup_repo: repos.wrapup_repo.clone(),
},
list_wrapups: ListWrapUpsDeps {
wrapup_repo: repos.wrapup_repo.clone(),
},
},
}
}
/// The worker binary's assembly point: the five deps structs that have no consumer
/// the server binary can ever reach, built straight from `DatabaseOutput` — the
/// worker cannot honestly construct a `Repositories` (it lacks the six
/// federation-sourced ports) but every field this function reads is on
/// `DatabaseOutput` — plus `application::WorkerServices`, the strict subset of
/// ports the worker actually constructs.
pub fn build_worker_deps(
db: &DatabaseOutput,
services: &application::WorkerServices,
) -> WorkerDeps {
WorkerDeps {
enrich_movie: EnrichMovieDeps {
movie_query: db.movie_query.clone(),
movie_profile: db.movie_profile.clone(),
person_command: db.person_command.clone(),
search_command: db.search_command.clone(),
},
reindex_search: ReindexSearchDeps {
movie_query: db.movie_query.clone(),
movie_profile: db.movie_profile.clone(),
search_command: db.search_command.clone(),
person_command: db.person_command.clone(),
person_query: db.person_query.clone(),
},
merge_duplicates: MergeDuplicatesDeps {
movie_query: db.movie_query.clone(),
deduplicator: db.deduplicator.clone(),
object_storage: services.object_storage.clone(),
},
enrich_person: EnrichPersonDeps {
person_query: db.person_query.clone(),
person_enrichment: services.person_enrichment.clone(),
person_command: db.person_command.clone(),
},
handle_requested: HandleWrapUpRequestedDeps {
wrapup_repo: db.wrapup_repo.clone(),
event_publisher: services.event_publisher.clone(),
wrapup_stats: db.wrapup_stats.clone(),
},
}
}

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use std::sync::Arc;
use anyhow::Context;
use domain::ports::{
AuthService, ImageRefCommand, ImageRefQuery, LocalApContentQuery, MetadataClient,
MovieDeduplicator, ObjectStorage, PasswordHasher, PosterFetcherClient,
RefreshSessionRepository, UserProfileFieldsRepository, WatchEventCommand, WatchEventQuery,
WebhookTokenRepository,
};
pub enum DbPool {
Sqlite(sqlx::SqlitePool),
}
pub struct DatabaseOutput {
pub movie_command: Arc<dyn domain::ports::MovieCommand>,
pub movie_query: Arc<dyn domain::ports::MovieQuery>,
pub review: Arc<dyn domain::ports::ReviewRepository>,
pub diary: Arc<dyn domain::ports::DiaryQuery>,
pub stats: Arc<dyn domain::ports::StatsRepository>,
pub user: Arc<dyn domain::ports::UserRepository>,
pub import_session: Arc<dyn domain::ports::ImportSessionRepository>,
pub import_profile: Arc<dyn domain::ports::ImportProfileRepository>,
pub movie_profile: Arc<dyn domain::ports::MovieProfileRepository>,
pub watchlist: Arc<dyn domain::ports::WatchlistRepository>,
pub watch_event_command: Arc<dyn WatchEventCommand>,
pub watch_event_query: Arc<dyn WatchEventQuery>,
pub webhook_token: Arc<dyn WebhookTokenRepository>,
pub person_command: Arc<dyn domain::ports::PersonCommand>,
pub person_query: Arc<dyn domain::ports::PersonQuery>,
pub search_port: Arc<dyn domain::ports::SearchPort>,
pub search_command: Arc<dyn domain::ports::SearchCommand>,
pub profile_fields: Arc<dyn UserProfileFieldsRepository>,
pub ap_content: Arc<dyn LocalApContentQuery>,
pub wrapup_stats: Arc<dyn domain::ports::WrapUpStatsQuery>,
pub wrapup_repo: Arc<dyn domain::ports::WrapUpRepository>,
pub insights: Arc<dyn domain::ports::InsightsQuery>,
pub goal_command: Arc<dyn domain::ports::GoalCommand>,
pub goal_query: Arc<dyn domain::ports::GoalQuery>,
pub user_settings: Arc<dyn domain::ports::UserSettingsRepository>,
pub federation_settings: std::sync::Arc<dyn domain::ports::UserFederationSettingsQuery>,
pub remote_goal: Arc<dyn domain::ports::RemoteGoalRepository>,
pub refresh_session: Arc<dyn RefreshSessionRepository>,
pub deduplicator: Arc<dyn MovieDeduplicator>,
pub image_ref_command: Arc<dyn ImageRefCommand>,
pub image_ref_query: Arc<dyn ImageRefQuery>,
pub follow_command: Arc<dyn domain::ports::FollowCommand>,
pub follow_query: Arc<dyn domain::ports::FollowQuery>,
pub db_pool: DbPool,
}
pub async fn build_database_adapters(
url: &str,
instance: &domain::value_objects::InstanceIdentity,
) -> anyhow::Result<DatabaseOutput> {
let w = sqlite::wire(url)
.await
.context("SQLite connection failed")?;
assemble(w, instance)
}
/// Like [`build_database_adapters`], on a pool the caller already connected
/// (migrations still run). Lets tests drive the real wiring on an in-memory pool.
pub async fn build_database_adapters_on(
pool: sqlx::SqlitePool,
instance: &domain::value_objects::InstanceIdentity,
) -> anyhow::Result<DatabaseOutput> {
let w = sqlite::wire_pool(pool)
.await
.context("SQLite wiring failed")?;
assemble(w, instance)
}
fn assemble(
w: sqlite::SqliteWireOutput,
instance: &domain::value_objects::InstanceIdentity,
) -> anyhow::Result<DatabaseOutput> {
let (image_ref_command, image_ref_query) = sqlite::create_image_ref(w.pool.clone());
let (pc, pq) = sqlite::create_person_adapter(w.pool.clone());
let (sc, sp) = sqlite::create_search_adapter(w.pool.clone());
let pf = sqlite::create_profile_fields_repo(w.pool.clone());
let we = Arc::new(sqlite::SqliteWatchEventRepository::new(w.pool.clone()));
let wt: Arc<dyn WebhookTokenRepository> =
Arc::new(sqlite::SqliteWebhookTokenRepository::new(w.pool.clone()));
let social = Arc::new(sqlite::SqliteSocialRepository::new(
w.pool.clone(),
instance.clone(),
));
Ok(DatabaseOutput {
movie_command: w.movie_command,
movie_query: w.movie_query,
review: w.review,
diary: w.diary,
stats: w.stats,
user: w.user,
import_session: w.import_session,
import_profile: w.import_profile,
movie_profile: w.movie_profile,
watchlist: w.watchlist,
watch_event_command: we.clone() as _,
watch_event_query: we as _,
webhook_token: wt,
person_command: pc,
person_query: pq,
search_port: sp,
search_command: sc,
profile_fields: pf,
ap_content: w.ap_content,
wrapup_stats: w.wrapup_stats,
wrapup_repo: w.wrapup_repo,
insights: w.insights,
goal_command: w.goal_command,
goal_query: w.goal_query,
user_settings: w.user_settings,
federation_settings: w.federation_settings,
remote_goal: w.remote_goal,
refresh_session: Arc::new(sqlite::SqliteRefreshSessionAdapter::new(w.pool.clone())) as _,
deduplicator: w.deduplicator,
image_ref_command,
image_ref_query,
follow_command: Arc::clone(&social) as _,
follow_query: social as _,
db_pool: DbPool::Sqlite(w.pool),
})
}
pub fn build_auth_adapters(
config: &config::AuthConfig,
) -> anyhow::Result<(Arc<dyn AuthService>, Arc<dyn PasswordHasher>)> {
auth::create(config)
}
pub fn build_metadata_client(
config: &config::MetadataConfig,
) -> anyhow::Result<Arc<dyn MetadataClient>> {
metadata::create(config)
}
pub fn build_poster_fetcher(
config: &config::MetadataConfig,
) -> anyhow::Result<Arc<dyn PosterFetcherClient>> {
poster_fetcher::create(config)
}
pub fn build_object_storage(
config: &config::StorageConfig,
) -> anyhow::Result<Arc<dyn ObjectStorage>> {
object_storage::create(config)
}
pub fn build_profile_fields_repo(
pool: &DbPool,
) -> anyhow::Result<Arc<dyn UserProfileFieldsRepository>> {
match pool {
DbPool::Sqlite(pool) => Ok(sqlite::create_profile_fields_repo(pool.clone())),
}
}
pub fn warn_if_database_backend_set() {
if let Ok(v) = std::env::var("DATABASE_BACKEND")
&& v != "sqlite"
{
tracing::warn!("DATABASE_BACKEND is ignored; SQLite is the only backend");
}
}

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use std::sync::Arc;
#[cfg(feature = "nats")]
use anyhow::Context;
use domain::ports::{EventConsumer, EventPublisher};
use crate::database::DbPool;
#[derive(Clone, Copy)]
pub enum EventBusBackend {
Db,
#[cfg(feature = "nats")]
Nats,
}
impl EventBusBackend {
pub fn from_config(config: &config::EventsConfig) -> anyhow::Result<Self> {
match config.bus_backend.as_str() {
"db" => Ok(Self::Db),
#[cfg(feature = "nats")]
"nats" => Ok(Self::Nats),
#[cfg(not(feature = "nats"))]
"nats" => {
anyhow::bail!("EVENT_BUS_BACKEND=nats requires the nats feature to be compiled in")
}
other => anyhow::bail!("unknown EVENT_BUS_BACKEND={other}, expected 'db' or 'nats'"),
}
}
}
pub async fn create_publisher(
db_pool: &DbPool,
config: &config::AppConfig,
) -> anyhow::Result<Arc<dyn EventPublisher>> {
match EventBusBackend::from_config(&config.events)? {
EventBusBackend::Db => {
tracing::info!("event bus: DB queue");
Ok(match db_pool {
DbPool::Sqlite(pool) => {
sqlite::SqliteEventQueue::create_publisher(pool.clone(), &config.events).await?
}
})
}
#[cfg(feature = "nats")]
EventBusBackend::Nats => {
let cfg = nats::NatsConfig::from_config(&config.nats)
.context("EVENT_BUS_BACKEND=nats requires NATS_URL to be set")?;
tracing::info!("event bus: NATS ({})", cfg.url);
Ok(nats::create_publisher(cfg).await?)
}
}
}
pub async fn create_channel(
db_pool: &DbPool,
config: &config::AppConfig,
) -> anyhow::Result<(Arc<dyn EventPublisher>, Arc<dyn EventConsumer>)> {
match EventBusBackend::from_config(&config.events)? {
EventBusBackend::Db => {
tracing::info!("event bus: DB queue");
match db_pool {
DbPool::Sqlite(pool) => Ok(sqlite::SqliteEventQueue::create_channel(
pool.clone(),
&config.events,
)
.await?),
}
}
#[cfg(feature = "nats")]
EventBusBackend::Nats => {
let cfg = nats::NatsConfig::from_config(&config.nats)
.context("EVENT_BUS_BACKEND=nats requires NATS_URL to be set")?;
tracing::info!("event bus: NATS ({})", cfg.url);
Ok(nats::create_channel(cfg).await?)
}
}
}

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//! Social and federation wiring for the server and worker.
//!
//! Federation off still wires real local social behaviour (`LocalSocialService`):
//! the follow graph and block queries must never silently report empty.
use std::sync::Arc;
use domain::ports::{
BlockQuery, EventPublisher, FederatedProfileQuery, FederationAdminQuery, FollowGraphQuery,
RemoteWatchlistRepository, SocialCommand,
};
use domain::value_objects::InstanceIdentity;
use crate::database::DatabaseOutput;
pub struct ServerSocial {
pub ap_router: axum::Router,
#[cfg(feature = "federation")]
pub ap_document: Arc<dyn domain::ports::ApDocumentPort>,
#[cfg(feature = "federation")]
pub ap_blocklist: Arc<dyn domain::ports::InstanceBlocklistPort>,
pub social_command: Arc<dyn SocialCommand>,
pub follow_graph: Arc<dyn FollowGraphQuery>,
pub block_query: Arc<dyn BlockQuery>,
pub remote_watchlist: Arc<dyn RemoteWatchlistRepository>,
pub federation_admin: Arc<dyn FederationAdminQuery>,
pub federated_profile: Option<Arc<dyn FederatedProfileQuery>>,
}
#[cfg(not(feature = "federation"))]
pub async fn wire_server_social(
db: &DatabaseOutput,
instance: &InstanceIdentity,
_config: &config::AppConfig,
_event_publisher: &Arc<dyn EventPublisher>,
) -> anyhow::Result<ServerSocial> {
let local = Arc::new(application::social::local_service::LocalSocialService::new(
Arc::clone(&db.user),
Arc::clone(&db.follow_command),
Arc::clone(&db.follow_query),
instance.clone(),
));
Ok(ServerSocial {
ap_router: axum::Router::new(),
social_command: Arc::clone(&local) as Arc<dyn SocialCommand>,
follow_graph: Arc::clone(&local) as Arc<dyn FollowGraphQuery>,
block_query: local as Arc<dyn BlockQuery>,
remote_watchlist: Arc::new(domain::ports::noop::NoopRemoteWatchlistRepository),
// The empty list this noop returns is an invariant, not an approximation:
// federation-off, `LocalSocialService::follow_resolved` hard-errors on any
// non-Local target and block/unblock always error, so no remote follow can
// ever be persisted through this wiring. (Stale rows from an instance
// previously built federation-ON are the one exception — display staleness
// only; see ADR-0009.)
federation_admin: Arc::new(domain::ports::noop::NoopFederationAdminQuery),
federated_profile: None,
})
}
#[cfg(feature = "federation")]
pub async fn wire_server_social(
db: &DatabaseOutput,
instance: &InstanceIdentity,
config: &config::AppConfig,
event_publisher: &Arc<dyn EventPublisher>,
) -> anyhow::Result<ServerSocial> {
let crate::database::DbPool::Sqlite(pool) = &db.db_pool;
let fed_repos = sqlite_federation::wire(pool.clone(), instance.clone());
let ap = activitypub::wire(activitypub::ActivityPubDeps {
activity_repo: fed_repos.activity,
follow_repo: fed_repos.follow,
actor_repo: fed_repos.actor,
blocklist_repo: fed_repos.blocklist,
review_store: fed_repos.review_store,
remote_watchlist_repo: fed_repos.remote_watchlist.clone(),
remote_goal_repo: Arc::clone(&db.remote_goal),
local_ap_content: Arc::clone(&db.ap_content),
movie_repo: Arc::clone(&db.movie_query),
review_repo: Arc::clone(&db.review),
diary_repo: Arc::clone(&db.diary),
goal_repo: Arc::clone(&db.goal_query),
stats_repo: Arc::clone(&db.stats),
user_repo: Arc::clone(&db.user),
federation_settings: Arc::clone(&db.federation_settings),
follow_command: Arc::clone(&fed_repos.follow_command),
follow_query: Arc::clone(&fed_repos.follow_query),
instance: instance.clone(),
allow_registration: config.server.allow_registration,
federation: config.federation.clone(),
event_publisher: Arc::clone(event_publisher),
})
.await?;
let local_social: Arc<dyn domain::ports::LocalSocial> =
Arc::new(application::social::local_service::LocalSocialService::new(
Arc::clone(&db.user),
Arc::clone(&db.follow_command),
Arc::clone(&db.follow_query),
instance.clone(),
));
let composite_social = Arc::new(activitypub::CompositeSocialAdapter::new(
local_social,
ap.service,
Arc::clone(&db.user),
instance.clone(),
));
Ok(ServerSocial {
ap_router: ap.router,
ap_document: ap.document,
ap_blocklist: ap.blocklist,
social_command: composite_social.clone() as Arc<dyn SocialCommand>,
follow_graph: composite_social.clone() as Arc<dyn FollowGraphQuery>,
block_query: composite_social as Arc<dyn BlockQuery>,
remote_watchlist: fed_repos.remote_watchlist,
federation_admin: fed_repos.admin_query,
federated_profile: Some(sqlite::create_federated_profile_query(
pool.clone(),
instance.clone(),
)),
})
}
/// The worker's federation event handlers: the ActivityPub delivery handler and
/// the follow-accepted outbox backfill.
#[cfg(feature = "federation")]
pub async fn wire_worker_handlers(
db: &DatabaseOutput,
instance: &InstanceIdentity,
config: &config::AppConfig,
event_publisher: &Arc<dyn EventPublisher>,
) -> anyhow::Result<Vec<Arc<dyn domain::ports::EventHandler>>> {
let crate::database::DbPool::Sqlite(pool) = &db.db_pool;
let fed_repos = sqlite_federation::wire(pool.clone(), instance.clone());
let ap_wire = activitypub::wire(activitypub::ActivityPubDeps {
activity_repo: fed_repos.activity,
follow_repo: fed_repos.follow,
actor_repo: fed_repos.actor,
blocklist_repo: fed_repos.blocklist,
review_store: fed_repos.review_store,
remote_watchlist_repo: fed_repos.remote_watchlist,
remote_goal_repo: Arc::clone(&db.remote_goal),
local_ap_content: Arc::clone(&db.ap_content),
movie_repo: Arc::clone(&db.movie_query),
review_repo: Arc::clone(&db.review),
diary_repo: Arc::clone(&db.diary),
goal_repo: Arc::clone(&db.goal_query),
stats_repo: Arc::clone(&db.stats),
user_repo: Arc::clone(&db.user),
follow_command: fed_repos.follow_command,
follow_query: fed_repos.follow_query,
instance: instance.clone(),
allow_registration: config.server.allow_registration,
federation: config.federation.clone(),
event_publisher: Arc::clone(event_publisher),
federation_settings: Arc::clone(&db.federation_settings),
})
.await?;
tracing::info!("federation event handler registered");
Ok(vec![
ap_wire.event_handler,
Arc::new(crate::follow_backfill_handler::FollowBackfillHandler {
backfill: ap_wire.backfill,
}),
])
}

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@@ -0,0 +1,49 @@
use std::sync::Arc;
use async_trait::async_trait;
use domain::{
errors::DomainError,
events::DomainEvent,
ports::{ApBackfillPort, EventHandler},
value_objects::SocialIdentity,
};
pub struct FollowBackfillHandler {
pub backfill: Arc<dyn ApBackfillPort>,
}
#[async_trait]
impl EventHandler for FollowBackfillHandler {
async fn handle(&self, event: &DomainEvent) -> Result<(), DomainError> {
match event {
DomainEvent::FollowAccepted {
owner,
requester: SocialIdentity::Remote { actor_url },
} => {
tracing::info!(actor = %actor_url, "follow accepted — looking up outbox for import");
let following = self.backfill.get_following(owner.value()).await?;
if let Some(actor) = following.iter().find(|a| a.url == *actor_url) {
if let Some(outbox_url) = &actor.outbox_url {
tracing::info!(outbox = %outbox_url, actor = %actor_url, "importing remote outbox");
self.backfill
.import_remote_outbox(outbox_url, actor_url)
.await?;
} else {
tracing::warn!(actor = %actor_url, "no outbox URL for accepted follow — skipping import");
}
}
Ok(())
}
DomainEvent::BackfillFollower {
owner_user_id,
follower_inbox_url,
} => {
tracing::info!(owner = %owner_user_id.value(), inbox = %follower_inbox_url, "backfilling local content to new follower");
self.backfill
.run_backfill_for_follower(owner_user_id.value(), follower_inbox_url.clone())
.await
}
_ => Ok(()),
}
}
}

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//! The composition root: the only crate that names concrete adapters.
//!
//! `server` and `worker` are thin binaries over [`build_server`] and
//! [`build_worker`]; everything between configuration and a running service is
//! assembled here (ADR-0005, ADR-0013).
pub mod build;
pub mod database;
mod event_bus;
mod federation;
#[cfg(feature = "federation")]
mod follow_backfill_handler;
pub mod repositories;
mod server;
mod tracing_setup;
mod worker;
pub use build::{build_deps, build_worker_deps};
pub use database::{DatabaseOutput, DbPool};
pub use event_bus::EventBusBackend;
pub use repositories::Repositories;
pub use server::{ServerApp, build_server, build_server_on};
pub use tracing_setup::init_tracing;
pub use worker::{WorkerApp, build_worker};
#[cfg(test)]
#[path = "tests/build.rs"]
mod build_tests;

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@@ -0,0 +1,47 @@
use std::sync::Arc;
use domain::ports::{
BlockQuery, DiaryQuery, FederatedProfileQuery, FederationAdminQuery, FollowGraphQuery,
GoalCommand, GoalQuery, ImportProfileRepository, ImportSessionRepository, InsightsQuery,
MovieCommand, MovieProfileRepository, MovieQuery, PersonCommand, PersonQuery,
RefreshSessionRepository, RemoteGoalRepository, RemoteWatchlistRepository, ReviewRepository,
SearchCommand, SearchPort, SocialCommand, StatsRepository, UserProfileFieldsRepository,
UserRepository, UserSettingsRepository, WatchEventCommand, WatchEventQuery,
WatchlistRepository, WebhookTokenRepository, WrapUpRepository, WrapUpStatsQuery,
};
#[derive(Clone)]
pub struct Repositories {
pub movie_command: Arc<dyn MovieCommand>,
pub movie_query: Arc<dyn MovieQuery>,
pub review: Arc<dyn ReviewRepository>,
pub diary: Arc<dyn DiaryQuery>,
pub stats: Arc<dyn StatsRepository>,
pub user: Arc<dyn UserRepository>,
pub import_session: Arc<dyn ImportSessionRepository>,
pub import_profile: Arc<dyn ImportProfileRepository>,
pub movie_profile: Arc<dyn MovieProfileRepository>,
pub watchlist: Arc<dyn WatchlistRepository>,
pub watch_event_command: Arc<dyn WatchEventCommand>,
pub watch_event_query: Arc<dyn WatchEventQuery>,
pub webhook_token: Arc<dyn WebhookTokenRepository>,
pub person_command: Arc<dyn PersonCommand>,
pub person_query: Arc<dyn PersonQuery>,
pub search_port: Arc<dyn SearchPort>,
pub search_command: Arc<dyn SearchCommand>,
pub profile_fields: Arc<dyn UserProfileFieldsRepository>,
pub remote_watchlist: Arc<dyn RemoteWatchlistRepository>,
pub social_command: Arc<dyn SocialCommand>,
pub follow_graph: Arc<dyn FollowGraphQuery>,
pub block_query: Arc<dyn BlockQuery>,
pub federation_admin: Arc<dyn FederationAdminQuery>,
pub wrapup_stats: Arc<dyn WrapUpStatsQuery>,
pub wrapup_repo: Arc<dyn WrapUpRepository>,
pub insights: Arc<dyn InsightsQuery>,
pub goal_command: Arc<dyn GoalCommand>,
pub goal_query: Arc<dyn GoalQuery>,
pub user_settings: Arc<dyn UserSettingsRepository>,
pub remote_goal: Arc<dyn RemoteGoalRepository>,
pub refresh_session: Arc<dyn RefreshSessionRepository>,
pub federated_profile: Option<Arc<dyn FederatedProfileQuery>>,
}

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use std::net::SocketAddr;
use std::sync::Arc;
use anyhow::Context;
use application::config::AppConfig as AppSettings;
use domain::ports::{DiaryExporter, DocumentParser, EventPublisher};
use domain::value_objects::InstanceIdentity;
use export::ExportAdapter;
use importer::ImporterDocumentParser;
use presentation::context::AppContext;
use presentation::{openapi, routes, state::AppState};
use rss::RssAdapter;
use crate::database::{self, DatabaseOutput};
use crate::{Repositories, event_bus, federation};
pub struct ServerApp {
pub router: axum::Router,
pub addr: SocketAddr,
}
/// Wires the whole HTTP application from configuration.
pub async fn build_server(config: &config::AppConfig) -> anyhow::Result<ServerApp> {
database::warn_if_database_backend_set();
let instance = InstanceIdentity::new(config.server.base_url.clone());
let db = database::build_database_adapters(&config.database.url, &instance).await?;
let router = assemble(config, db, instance)
.await
.context("Failed to wire dependencies")?;
// Resolved like `TcpListener::bind(&str)` would, so a hostname HOST keeps working.
let bind = format!("{}:{}", config.server.host, config.server.port);
let addr = tokio::net::lookup_host(&bind)
.await
.with_context(|| format!("Invalid HOST/PORT {bind}"))?
.next()
.with_context(|| format!("HOST/PORT {bind} resolved to no address"))?;
Ok(ServerApp { router, addr })
}
/// Builds the same router as [`build_server`] on a caller-provided pool.
/// Migrations run on it exactly as they do for the normal path.
pub async fn build_server_on(
config: &config::AppConfig,
pool: sqlx::SqlitePool,
) -> anyhow::Result<axum::Router> {
let instance = InstanceIdentity::new(config.server.base_url.clone());
let db = database::build_database_adapters_on(pool, &instance).await?;
assemble(config, db, instance).await
}
async fn assemble(
config: &config::AppConfig,
db: DatabaseOutput,
instance: InstanceIdentity,
) -> anyhow::Result<axum::Router> {
let app_config = AppSettings::from(config);
let (auth_service, password_hasher) = database::build_auth_adapters(&config.auth)?;
let metadata_client = database::build_metadata_client(&config.metadata)?;
let poster_fetcher = database::build_poster_fetcher(&config.metadata)?;
let object_storage = database::build_object_storage(&config.storage)?;
let event_publisher: Arc<dyn EventPublisher> =
event_bus::create_publisher(&db.db_pool, config).await?;
let social = federation::wire_server_social(&db, &instance, config, &event_publisher).await?;
let review_logger = Arc::new(application::diary::review_logger::DefaultReviewLogger::new(
Arc::clone(&db.movie_command),
Arc::clone(&db.movie_query),
Arc::clone(&db.review),
Arc::clone(&db.watchlist),
Arc::clone(&metadata_client),
Arc::clone(&event_publisher),
));
let repos = Repositories {
movie_command: db.movie_command,
movie_query: db.movie_query,
review: db.review,
diary: db.diary,
stats: db.stats,
user: db.user,
import_session: db.import_session,
import_profile: db.import_profile,
movie_profile: db.movie_profile,
watchlist: db.watchlist,
watch_event_command: db.watch_event_command,
watch_event_query: db.watch_event_query,
webhook_token: db.webhook_token,
person_command: db.person_command,
person_query: db.person_query,
search_port: db.search_port,
search_command: db.search_command,
profile_fields: db.profile_fields,
remote_watchlist: social.remote_watchlist,
social_command: social.social_command,
follow_graph: social.follow_graph,
block_query: social.block_query,
federation_admin: social.federation_admin,
wrapup_stats: db.wrapup_stats,
wrapup_repo: db.wrapup_repo,
insights: db.insights,
goal_command: db.goal_command,
goal_query: db.goal_query,
user_settings: db.user_settings,
remote_goal: db.remote_goal,
refresh_session: db.refresh_session,
federated_profile: social.federated_profile,
};
let services = application::Services {
auth: auth_service,
password_hasher,
metadata: metadata_client,
poster_fetcher,
object_storage,
event_publisher,
diary_exporter: Arc::new(ExportAdapter) as Arc<dyn DiaryExporter>,
document_parser: Arc::new(ImporterDocumentParser) as Arc<dyn DocumentParser>,
review_logger,
person_enrichment: None,
};
let deps = Arc::new(crate::build_deps(&repos, &services, &app_config, &instance));
let app_ctx = AppContext {
deps,
services,
config: app_config,
instance,
#[cfg(feature = "federation")]
ap_document: social.ap_document,
#[cfg(feature = "federation")]
ap_blocklist: social.ap_blocklist,
};
let state = AppState {
app_ctx,
rss_renderer: Arc::new(RssAdapter::new(config.server.base_url.clone())),
};
Ok(openapi::serve(routes::build_router(
state,
social.ap_router,
)))
}

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use tracing_subscriber::{layer::SubscriberExt, util::SubscriberInitExt};
/// Installs the global subscriber. `RUST_LOG` overrides `default_directives`.
pub fn init_tracing(default_directives: &str) {
tracing_subscriber::registry()
.with(log_filter(default_directives))
.with(tracing_subscriber::fmt::layer())
.init();
}
/// `RUST_LOG` names the crates to trace in detail; anything it doesn't name
/// still reports warnings and errors. Without a baseline, a filter like
/// `presentation=debug` silently drops adapter errors (e.g. the sqlx detail
/// behind "Database operation failed").
fn log_filter(default: &str) -> tracing_subscriber::EnvFilter {
let directives = std::env::var("RUST_LOG").unwrap_or_else(|_| default.to_string());
let has_baseline = directives
.split(',')
.any(|d| !d.trim().is_empty() && !d.contains('='));
if has_baseline {
tracing_subscriber::EnvFilter::new(directives)
} else {
tracing_subscriber::EnvFilter::new(format!("warn,{directives}"))
}
}

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use std::sync::Arc;
use application::config::AppConfig as AppSettings;
use application::{
MovieDiscoveryIndexer, SearchCleanupHandler, SearchReindexHandler, worker::WorkerService,
};
use domain::ports::{EventHandler, MovieEnrichmentClient, PeriodicJob, PersonEnrichmentClient};
use domain::value_objects::InstanceIdentity;
use crate::{database, event_bus};
pub struct WorkerApp {
pub service: WorkerService,
}
/// Wires the background worker: event handlers, periodic jobs (already
/// spawned) and the consumer. Run it with `service.run(shutdown)`.
pub async fn build_worker(config: &config::AppConfig) -> anyhow::Result<WorkerApp> {
database::warn_if_database_backend_set();
let app_config = AppSettings::from(config);
let instance = InstanceIdentity::new(app_config.base_url.clone());
let metadata_client = metadata::create(&config.metadata)?;
let poster_fetcher = poster_fetcher::create(&config.metadata)?;
let object_storage = object_storage::create(&config.storage)?;
// TMDb client detection happens before `build_worker_deps` so the optional
// person-enrichment port can be handed to `WorkerServices` up front.
let tmdb_client = match tmdb_enrichment::TmdbEnrichmentClient::from_config(&config.metadata) {
Ok(client) => {
tracing::info!("TMDb enrichment enabled");
Some(Arc::new(client))
}
Err(e) => {
tracing::warn!("TMDb enrichment disabled: {e}");
None
}
};
let person_enrichment: Option<Arc<dyn PersonEnrichmentClient>> = tmdb_client
.clone()
.map(|c| c as Arc<dyn PersonEnrichmentClient>);
let db = database::build_database_adapters(&config.database.url, &instance).await?;
let (event_publisher_arc, consumer_arc) =
event_bus::create_channel(&db.db_pool, config).await?;
let worker_services = application::WorkerServices {
object_storage: Arc::clone(&object_storage),
event_publisher: Arc::clone(&event_publisher_arc),
person_enrichment,
};
let worker_deps = crate::build_worker_deps(&db, &worker_services);
let image_ref_command = Arc::clone(&db.image_ref_command);
let image_ref_query = Arc::clone(&db.image_ref_query);
#[cfg(feature = "federation")]
let federation_handlers =
crate::federation::wire_worker_handlers(&db, &instance, config, &event_publisher_arc)
.await?;
let movie_command = db.movie_command;
let movie_query = db.movie_query;
let user = db.user;
let import_session = db.import_session;
let movie_profile = db.movie_profile;
let watch_event_command = db.watch_event_command;
let person_query = db.person_query;
let search_command = db.search_command;
let wrapup_repo = db.wrapup_repo;
let refresh_session = db.refresh_session;
let event_publisher = event_publisher_arc;
let metadata = metadata_client;
// ── Enrichment ────────────────────────────────────────────────────────────
// Both the event handler and the staleness job are gated on TMDB_API_KEY.
// Without a key, no MovieEnrichmentRequested events are produced or handled.
type EnrichmentParts = (
Option<Arc<dyn EventHandler>>,
Option<Arc<dyn EventHandler>>,
Option<Arc<dyn PeriodicJob>>,
);
let (enrichment_handler, person_enrichment_handler, enrichment_job): EnrichmentParts =
match tmdb_client {
Some(client) => {
let image_fetcher = poster_fetcher::create_image_fetcher(&config.metadata)?;
let handler = Arc::new(application::movies::MovieEnrichmentHandler::new(
Arc::clone(&client) as Arc<dyn MovieEnrichmentClient>,
worker_deps.enrich_movie.movie_query.clone(),
worker_deps.enrich_movie.movie_profile.clone(),
worker_deps.enrich_movie.person_command.clone(),
worker_deps.enrich_movie.search_command.clone(),
Arc::clone(&object_storage),
image_fetcher,
)) as Arc<dyn EventHandler>;
let person_handler = Arc::new(application::person::PersonEnrichmentHandler::new(
worker_deps.enrich_person.person_query.clone(),
worker_deps.enrich_person.person_enrichment.clone(),
worker_deps.enrich_person.person_command.clone(),
)) as Arc<dyn EventHandler>;
let job = Arc::new(application::jobs::EnrichmentStalenessJob::new(
Arc::clone(&movie_profile),
Arc::clone(&event_publisher),
)) as Arc<dyn PeriodicJob>;
(Some(handler), Some(person_handler), Some(job))
}
None => (None, None, None),
};
// ── Image conversion ──────────────────────────────────────────────────────
let conversion = image_converter::build(
&config.image_conversion,
Arc::clone(&object_storage),
image_ref_command,
image_ref_query,
Arc::clone(&event_publisher),
)?;
// ── Periodic jobs ─────────────────────────────────────────────────────────
let mut periodic_jobs: Vec<Arc<dyn PeriodicJob>> = vec![
Arc::new(application::jobs::MovieDeduplicationJob::new(
worker_deps.merge_duplicates.movie_query.clone(),
worker_deps.merge_duplicates.deduplicator.clone(),
worker_deps.merge_duplicates.object_storage.clone(),
)),
Arc::new(application::jobs::ImportSessionCleanupJob::new(
import_session.clone(),
)),
Arc::new(application::jobs::WatchEventCleanupJob::new(
watch_event_command.clone(),
)),
Arc::new(application::jobs::WrapUpAutoGenerateJob::new(
Arc::clone(&user),
Arc::clone(&wrapup_repo),
Arc::clone(&event_publisher),
)),
Arc::new(application::jobs::WrapUpCleanupJob::new(Arc::clone(
&wrapup_repo,
))),
Arc::new(application::jobs::RefreshSessionCleanupJob::new(
Arc::clone(&refresh_session),
)),
];
if let Some(job) = enrichment_job {
periodic_jobs.push(job);
}
if let Some((_, ref conv_job)) = conversion {
periodic_jobs.push(Arc::clone(conv_job));
}
for job in periodic_jobs {
tokio::spawn(async move {
let mut tick = tokio::time::interval(job.interval());
loop {
tick.tick().await;
if let Err(e) = job.run().await {
tracing::error!("periodic job failed: {e}");
}
}
});
}
// ── Event handlers ────────────────────────────────────────────────────────
let handlers: Vec<Arc<dyn EventHandler>> = {
let poster = Arc::new(poster_sync::PosterSyncHandler::new(
Arc::clone(&movie_command),
Arc::clone(&movie_query),
Arc::clone(&metadata),
Arc::clone(&poster_fetcher),
Arc::clone(&object_storage),
Arc::clone(&event_publisher),
3,
)) as Arc<dyn EventHandler>;
let cleanup = Arc::new(object_storage::ImageCleanupHandler::new(Arc::clone(
&object_storage,
))) as Arc<dyn EventHandler>;
let search_cleanup = Arc::new(SearchCleanupHandler::new(
Arc::clone(&search_command),
Arc::clone(&person_query),
)) as Arc<dyn EventHandler>;
let discovery_indexer = Arc::new(MovieDiscoveryIndexer::new(
Arc::clone(&movie_query),
Arc::clone(&search_command),
)) as Arc<dyn EventHandler>;
let wrapup_handler = Arc::new(application::wrapup::event_handler::WrapUpEventHandler::new(
worker_deps.handle_requested.wrapup_repo.clone(),
worker_deps.handle_requested.event_publisher.clone(),
worker_deps.handle_requested.wrapup_stats.clone(),
)) as Arc<dyn EventHandler>;
let reindex_handler = Arc::new(SearchReindexHandler::new(worker_deps.reindex_search))
as Arc<dyn EventHandler>;
let mut h = vec![
poster,
cleanup,
search_cleanup,
discovery_indexer,
wrapup_handler,
reindex_handler,
];
#[cfg(feature = "federation")]
h.extend(federation_handlers);
if let Some(e) = enrichment_handler {
h.push(e);
}
if let Some(e) = person_enrichment_handler {
h.push(e);
}
if let Some((ref conv_handler, _)) = conversion {
h.push(Arc::clone(conv_handler));
}
h
};
Ok(WorkerApp {
service: WorkerService::new(consumer_arc, handlers),
})
}