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7bee596a0e |
Add user accounts: registration, login, and JWT auth
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The first authenticated-user concept in Aurora Core -- everything else in this codebase is public, read-only catalog data. Foundation for ratings and a watchlist (not yet built): POST /auth/register, POST /auth/login, GET /auth/me. Security specifics worth knowing: - Passwords hashed with argon2 (via argon2-cffi), never stored plain or logged. - Login returns an identical 401 for a nonexistent email and a wrong password on a real one, including matching response timing (burn_time_like_a_password_check) -- otherwise either the status code or the timing alone lets a client enumerate registered emails. - AURORA_SECRET_KEY now actually signs JWTs (previously defined but unused anywhere) -- .env.example's existing token_urlsafe(48) guidance already produces a long enough key, just flagged its new stakes. - Email matched case-insensitively via explicit normalization in the service layer, not relied on from Pydantic's EmailStr (which does not lowercase the local part). 12 new integration tests (register/login/me over real HTTP via the `client` fixture) plus 10 unit tests for the hashing/JWT logic itself, following the same-day lesson that only unit tests actually execute locally without Postgres -- the auth core is tested for real here rather than only through integration tests that might not run before a deploy. Co-Authored-By: Claude Sonnet 5 <[email protected]> |
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56a03f9cfe |
Add a public API wiki at /wiki
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Builds docs/ into a static site via mkdocs + mkdocs-material in its own Docker build stage (docs-builder), so mkdocs itself never ends up in the runtime image -- only the rendered HTML does, mounted at /wiki alongside the existing /docs OpenAPI schema (unconditionally, unlike /docs, since this is curated content meant to be public regardless of AURORA_API_DOCS_ENABLED). docs/aurora-core-spec.md (the internal build spec, referenced by "section N" comments throughout the codebase) is excluded from the built site entirely via exclude_docs, not just left out of the nav -- it was never meant for public consumption. Co-Authored-By: Claude Sonnet 5 <[email protected]> |
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567b4ef068 |
Add keyword browsing/filtering and expose alternate titles
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Keywords were ingested and shown read-only on detail pages, but had no
directory (GET /keywords) or filter param -- the same gap genres had
before today. Mirrors the genre browse pattern exactly: repository,
service, route, plus a `keyword` filter on GET /movies and GET /series.
Alternate/translated titles ("Also Known As") were normalized down to
bare title strings and never written to MovieAlternateTitle/
SeriesAlternateTitle at all. Normalizer now captures country_code + type
per TMDb's actual shape; ingestion writes them; movie/series detail now
expose an alternate_titles list.
Co-Authored-By: Claude Sonnet 5 <[email protected]>
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340cadd99d |
Add GET /genres directory endpoint
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GET /movies and GET /series accept a genre filter (an Aurora genre id), but nothing exposed what those ids actually are -- genres otherwise only ever appear embedded in a movie/series response's own genres list. This is the resolve-by-name-first-then-filter step the frontend needs to build real genre browsing. No filter, no sort_by -- always alphabetical by name, same pattern as collections/companies (genres have no categorical field or popularity/ date to sort by). page_size defaults to 50 (max 200) rather than the 20/50 used elsewhere, since genres are a small, fixed reference set (TMDb has ~19-20 total) a client typically wants in full for a filter dropdown, not paginated like a catalog of millions of movies. Also fixed two stale "behind Traefik" mentions in app/main.py's module docstring while touching this file, left over from the earlier cPanel/host-webserver deployment change. Co-Authored-By: Claude Sonnet 5 <[email protected]> |
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fef914db36 |
Add artwork self-hosting: local-disk download worker + storage
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Section 10: every image API responses reference has pointed straight at TMDb's CDN since day one -- Aurora never actually downloaded or served artwork itself, despite storing dimensions/checksum/local_path columns for exactly that. Closes the gap: - is_primary was declared on the Artwork model but never actually set anywhere -- every row defaulted to False. Now the normalizer marks the one image each provider designates as *the* image for an entity (TMDb's poster_path/backdrop_path/profile_path) as primary, distinct from the dozens of alternates also ingested, including correctly marking an existing row primary (not inserting a duplicate) when that image already appears in the alternates list. - app/services/artwork/: an ArtworkStorage interface with a LocalDiskStorage implementation (checksum-named files, single-host deployment via a Docker volume shared between api and worker -- see docs/architecture.md for the S3/R2 upgrade path), and a download pipeline with content-type validation, a size cap, and path-traversal protection. - After movie/series/person ingestion succeeds, tasks.py cascades one download_artwork_task per primary artwork id via arq's ctx['redis'] (same fan-out pattern as the season cascade) -- fire-and-forget, not tracked in ingestion_jobs, since a failed image cache is a known-safe fallback to the provider URL, not a user-facing failure. - app/main.py serves MEDIA_ROOT at MEDIA_URL_PREFIX; local_path is preferred over original_url once set (already-existing fallback logic in app/services/common.py:artwork_url, now actually exercised). Also fixes a real interaction bug this surfaced: every ingestion pipeline deleted and recreated all of an entity's Artwork rows on each re-sync, which would have silently wiped local_path/checksum on every re-ingestion, forcing a full re-download every time and defeating the point of caching locally at all. app/repositories/polymorphic.py's new sync_artwork upserts by provider_asset_id (TMDb's stable per-image path) instead, preserving downloaded copies across re-sync, and replaces three near-identical delete+recreate helpers that used to live separately in movie_ingestion.py, series_ingestion.py, and person_ingestion.py. Co-Authored-By: Claude Sonnet 5 <[email protected]> |
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c20df1c503 |
Initial Aurora Core 0.1 implementation
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Production-grade media metadata backend per docs/aurora-core-spec.md: Aurora-owned UUIDv7 identity system, normalized movie/TV/people/credits schema, provider abstraction with a TMDb adapter, an idempotent async ingestion pipeline (normalize -> match -> upsert -> provenance), a Postgres FTS/trigram search layer, a stateless FastAPI v1 API with Redis caching/rate-limiting, arq workers, dev/prod Docker Compose topologies, unit + integration + load tests, CI, and architecture/ database/API/ERD documentation. Co-Authored-By: Claude Sonnet 5 <[email protected]> |