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f853ca604a* refactor(model): extract canonical 128-bit base62 id codec * feat(model): generate random ids as canonical 128-bit base62 values * feat(scanner): emit legacy PIDs in canonical base62 encoding * feat(db): add id canonicalization transform for the uniform-ids migration * feat(db): migrate all ids to canonical 128-bit base62 encoding * fix(db): canonicalize ids in junction tables and JSON columns * chore(jellyfin): update id-family notes for uniform canonical ids * test(ids): harden codec input contract and migration edge coverage * refactor(model): use log.Fatal for Encode128 contract guard per project convention * fix(db): force full rescan after id migration for legacy PID configs * test(db): guard id-column inventory against schema drift * refactor(ids): compile-time Encode128 contract and unified column rewrite helper * refactor(db): apply review feedback to id migration Filter empty strings in collectColumn's SQL, reuse a prepared statement for rewriteColumn updates, and clarify the legacy ID functions' comment now that they emit the canonical encoding. * feat(auth): split session and public-link JWT secrets, rotating sessions on id migration * test(subsonic): initialize public token secret in helpers suite The suite sets auth.TokenAuth directly instead of calling auth.Init, so the new PublicTokenAuth was nil whenever Ginkgo's spec order ran a helpers spec before any spec that calls auth.Init, panicking in publicurl.ImageURL. * refactor(db): inline canonicalID into its only consumer, the uniform-ids migration * refactor(model): rename Encode128/Decode128 to Encode/Decode With every id now exactly 128 bits, the width suffix is redundant; the package-qualified id.Encode/id.Decode carries the same information. * test(db): make the id-columns guard classify JSON columns too The guard only inspected columns named id/pid/*_id, so it could not see ids embedded in JSON. Widen it to *_ids and to every JSON column, and drive the "covered" set from a new embeddedIDColumns list instead of the inline calls in the migration. Every JSON column the schema has now carries a verdict. The four denormalized caches -- media_file/album.participants, media_file/album.tags, album.folder_ids and artist.similar_artists -- hold only artist, tag and folder ids. Those all come from id.NewHash, whose 22-char base62 encoding of a 128-bit MD5 is already in canonical range, so canonicalID is the identity on them and the migration correctly leaves them alone. A new codec test pins that invariant, since the exemptions depend on it. Verified on a copy of a 727MB/96k-track production database: canonicalizing those four columns changed zero rows, and artist, tag and folder ids were themselves unchanged by the migration (only media_file ids moved, 95108 of 96666). |
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| .. | ||
| e2e | ||
| responses | ||
| album_lists.go | ||
| album_lists_test.go | ||
| api.go | ||
| api_suite_test.go | ||
| api_test.go | ||
| bookmarks.go | ||
| browsing.go | ||
| browsing_test.go | ||
| helpers.go | ||
| helpers_test.go | ||
| jukebox.go | ||
| library_scanning.go | ||
| library_scanning_test.go | ||
| lyrics.go | ||
| lyrics_test.go | ||
| media_annotation.go | ||
| media_annotation_test.go | ||
| media_retrieval.go | ||
| media_retrieval_test.go | ||
| middlewares.go | ||
| middlewares_test.go | ||
| opensubsonic.go | ||
| opensubsonic_test.go | ||
| playlists.go | ||
| playlists_test.go | ||
| radio.go | ||
| radio_test.go | ||
| searching.go | ||
| searching_test.go | ||
| sharing.go | ||
| sonic_similarity.go | ||
| stream.go | ||
| system.go | ||
| transcode.go | ||
| transcode_test.go | ||
| users.go | ||
| users_test.go | ||