The Worker now registers the Application layer, observability and stream tickets, validates the
container on build and ships a complete appsettings. The Gateway drops underscore fields and uses a
placeholder bucket in its default YARP transform.
"Listening time this week" summed the full duration of every track whose
stream ticket was issued, so pressing play and skipping counted the whole
song. Playback is now measured on the client and reported to the API.
Backend:
- ListeningHistory gains PlayedSeconds, LastProgressAt and IsCounted
(migration TrackPlayedSeconds marks existing rows as counted).
- /tracks/{id}/stream returns a listenId; new
PUT /tracks/listens/{listenId}/progress stores the accumulated seconds,
capped by track duration and elapsed wall-clock time, monotonic and
owner-only.
- A listen counts once it reaches min(30s, 50% of the track). Weekly
stats, streak, recent history/albums, mixes and listensCount only use
counted listens; seconds sum PlayedSeconds.
- ListeningHistoryCleanupJob (daily) deletes uncounted listens older
than 8 days.
web-player:
- ListenTracker accumulates played time (seeks are ignored) and flushes
on pause, track change, ended, every 30s, and on pagehide.
- Proxy route /api/listens/[id]/progress; repeat starts a new listen per
loop.
Strip //, /* */ and XML doc comments from all backend .cs files, and
JS/TS/CSS/HTML comments from web-player source (.ts, .svelte, .css),
per the project's no-comments convention.
The Sept migration MakePlayListPictureColumnsOptional altered the
PlayLists picture columns to nullable:true when they were already
nullable:true (set back in MakePlayListPicturesNullable, two months
earlier) — a dead migration left over from making the Pictures
navigation itself optional, which produces no actual schema change.
Verified with `dotnet ef migrations has-pending-model-changes` and a
full migration run against a fresh Postgres container that removing
it introduces no drift.
Also add a test for updating a playlist that has no picture yet,
which was the one Pictures-related state transition without coverage.
Drops the YouTube-backed second catalog source entirely: the
Local/External split on Track/Album collapses into single concrete
entities, Artist/TrackArtist/ExternalTrack/ExternalAlbum and the
YouTube service/download pipeline (yt-dlp, MassTransit consumer,
routing slip) are deleted, and mixes now source discovery only from
local listening history. Includes the RemoveYouTubeIntegration EF
Core migration and matching Worker/deploy/compose cleanup (no more
yt-dlp/python/deno in the Worker image, no thumbnail-cache/YtDlp
config sections).
Backend:
- New Likes feature (toggle/get liked tracks) and endpoints
- User follow/unfollow, listening stats, public user profile
- Playlist visibility (public/private) support
- Various auth and DTO/response adjustments to support the above
Frontend (web-player):
- New design system pass: theme tokens/mode (light/dark), glass menu,
tabs bar, player dock/extras/queue components, mix tiles, artist link
- New routes: Liked, public user profile (/u/[id]), likes API proxy
- Search refactor: shared SearchBox component used by TopBar and
MobileHeader (search now reachable on mobile), live results as you
type instead of requiring Enter, dropped the "Buscando…" quick-result
preview
- Removed now-unused components (MobileNav, CoverBadge, MixBentoTile,
PlayPauseOverlay, SuggestionsTable, userDirectory)
- Design handoff reference docs added under web-player/design_handoff_musify_player
and web-player/docs/design-system-refactor-plan.md
Albums previously had no cover concept at all: no picture upload
flow, no GET /albums/{id}/cover, and AlbumApplicationResponse's
image-key fields were plumbed but never populated. Description,
Pictures and TrackCount already lived on the shared Album base entity
for both local and external albums, so unifying the cover story only
required building the missing local-album picture pipeline.
Backend, cloning PlayList's existing async picture-processing
architecture exactly (MassTransit routing slip + saga), but making
the picture mandatory instead of optional (matching Track's pattern):
- AlbumPictures moves from all-nullable to required fields.
- New AlbumConfiguration (routes/sizes), deliberately without
PlayList's preset-picture fallback since a picture is now required
up front.
- CreateAlbum now takes a mandatory PictureIntentId, validates and
consumes the upload intent, and kicks off the same
copy-to-final -> resize -> upload -> update-entity routing slip
PlayLists use, via a new AlbumProcessingState saga that marks the
album Failed on a picture-processing failure.
- UpdateAlbum takes an optional NewPictureIntentId to replace the
cover later.
- New GET /albums/{id}/cover and POST /albums/upload-picture
endpoints, mirroring the playlist ones.
- New EF migration for the AlbumProcessingState saga table.
Frontend:
- AlbumForm gains a cover dropzone, required on create and optional
on edit (via ImageDropzone's new `required` prop), uploaded through
the same presigned-upload helper playlists use.
- New /api/albums/{id}/cover proxy route.
- PlaylistArt gains a generic coverUrl prop so AlbumHeader and the
album list/detail cards render the real uploaded cover instead of
only the track mosaic fallback.
Delete-time picture cleanup for albums is intentionally left as a
follow-up, matching the existing gap in playlist deletion.
Each .csproj is renamed to just the project's own name within its folder
(Core/Musify.Application/Musify.Application.csproj -> Application.csproj,
and so on for every Core/Hosts/Tests project) — the Musify.* folder name
already carries that information, so the file name was redundant. Explicit
<AssemblyName>/<RootNamespace> keep the compiled assembly and C# namespaces
unchanged, so this is a build-file-only rename, not a namespace migration.
Dockerfiles, Musify.slnx, and every ProjectReference are updated to match.
New Playback:AllowAnonymousListening / Playback:AnonymousFragmentSeconds
settings control whether a request without a session can stream at all,
and if so, whether it's limited to a fragment instead of the full track:
- GET /tracks/{id}/stream and GET /youtube/tracks/{videoId}/stream no
longer require authorization outright; the handlers gate on the config
instead, so both keep working exactly as before when it's off (the
default).
- The fragment cap is enforced by the Streaming Gateway, not the client:
the stream ticket now carries an optional maxBytes claim (computed from
AnonymousFragmentSeconds and the transcoder's known bitrate), and
TicketValidationMiddleware clamps the Range it forwards to SeaweedFS to
stay under it — synthesizing one if the request didn't send one, and
answering 416 outright if the requested range starts past the cap.
- A YouTube track that hasn't been provisioned server-side yet streams
straight from YouTube's CDN, bypassing the Gateway entirely — there's no
way to cap that, so an anonymous request for one is refused (409) instead
of silently handing out an uncapped stream.
- ListeningHistory has a non-nullable UserId, so anonymous plays simply
don't get recorded rather than trying to force a row through the FK.
Also fixes a real, pre-existing bug this surfaced: the AppSettings.Development.json
of the Api, Worker, and StreamingGateway all pointed StreamTicket/Workers
paths at "../../deploy/..." — one directory short of deploy/'s actual
location at the repo root relative to each project's own folder. Docker
never hit this (it mounts an absolute /keys path), so it had apparently
never been exercised via `dotnet run` before.
- YouTubeConfiguration.Enabled (default true, Infrastructure): single
switch for the whole source
- DisabledYouTubeMusicService: null-object IYouTubeMusicService that
fails every call with Forbidden, registered instead of the real one
when disabled (AddYouTubeMusicService) so no client is ever built
- AppSettings.json (Api + Worker): document YouTube.Enabled explicitly;
overridable via YouTube__Enabled env var like every other section
- CurrentUser.cs: small unrelated cleanup, collapse the IsAuthenticated
computation to a single null-coalescing expression
Search, albums, stream resolution and adding a new YouTube track all
surface as 403 Forbidden through the existing ErrorOr -> HTTP mapping.
Daily mix generation already treated a YouTube search failure as "no
YouTube candidates" and keeps working with local-only candidates —
added a test locking that in. Already-downloaded YouTube tracks are
unaffected since playback never goes through IYouTubeMusicService.
257/257 tests passing (7 new), 0 build warnings.
- StorageServiceTests: replace out-param + manual dispose with IAsyncLifetime
- PictureServiceTests: Assert.True bound checks -> Assert.InRange
- CreateAlbumCommandHandlerTests: assert the specific NotFound error type
instead of just IsError, matching what the test name promises
- CreateAlbumRequestValidatorTests: replace a boundary Theory that computed
its expected result inline with explicit Facts against the real
AlbumReleaseYear constants
- Remove unused using directives across a handful of production and test
files found during the review
Full suite verified green: 250/250 tests passing, 0 build warnings.
Second pass on backend/Tests/, covering what Domain+Application (the first
pass) deliberately left out — the parts that talk to real infrastructure:
Musify.Infrastructure.Tests Database/migrations, StorageService,
StreamTicketService, AuditableEntityInterceptor,
PictureService, SingleFlightCache,
PlayListPresetSeeder.
Musify.Api.Tests Real HTTP endpoints via WebApplicationFactory
(routing, auth, ValidationFilter, ErrorOr->HTTP
mapping), plus isolated unit tests for
ErrorOrHttpExtensions, CurrentUser and the
FluentValidation validators.
Musify.StreamingGateway.Tests TicketValidator (RS256) and
TicketValidationMiddleware (path traversal,
prefix boundary, ticket extraction).
Musify.Worker gets no test project: its Program.cs is pure DI/host wiring
(Hangfire, MassTransit, jobs); the logic it runs lives in Musify.Infrastructure,
already covered there.
Per the user's direction, the parts that touch real infrastructure use
Testcontainers instead of fakes: a real Postgres (Testcontainers.PostgreSql)
for Infrastructure.Tests and Api.Tests, and — matching deploy/compose.yml
exactly (chrislusf/seaweedfs:latest, same startup command), not MinIO — a
real SeaweedFS container for StorageService. Api.Tests boots the actual
Musify.Api host against that Postgres (real routing/auth/validation) but
substitutes the services that talk over the network (storage, YouTube, the
message bus, stream-ticket signing) with NSubstitute fakes, and swaps the
JwtBearer scheme for a test-only header-based one (FakeAuthenticationHandler)
so tests don't need a reachable Zitadel. Application.Tests' approach — a real
DbContext (SQLite in-memory) rather than mocking IDatabase, since it exposes
DbSet<T> directly and handlers compose real LINQ queries against it — carries
over into Infrastructure.Tests/Api.Tests via real Postgres instead.
Testing against the real backend (not a fake) found two genuine production
bugs, both fixed here:
- StorageService.RemoveFolderAsync threw NullReferenceException against
SeaweedFS: its DeleteObjects response omits the <Error> list entirely when
nothing failed, which the AWS SDK deserializes as null rather than an empty
list (real AWS S3 always returns one). Now treats null as no errors.
- AuditableEntityInterceptor never bumped UpdatedAt on a normal update (load,
mutate a property, SaveChanges) — only on insert. SavingChanges(Async) fires
before EF's own automatic change detection for that save, so an entity
modified through a plain property setter still reported EntityState.Unchanged
inside the interceptor. Now calls ChangeTracker.DetectChanges() explicitly
first, which is the documented fix for exactly this interceptor pattern.
Also required to make the Api host testable: Program.cs now ends with `public
partial class Program;` (WebApplicationFactory<Program> needs the top-level-
statements Program class to be public — no behavior change), and
Directory.Packages.props gains Microsoft.AspNetCore.Mvc.Testing, Testcontainers
and Testcontainers.PostgreSql.
249 tests total across all five projects, all green: `dotnet test
backend/Musify.slnx` (needs Docker running for Infrastructure.Tests and
Api.Tests).
Removes every wrapper script under deploy/ (up.ps1, up.sh, scripts/*,
zitadel/provision.*) and folds their logic into three one-shot services
in compose.yml, following the pattern already used by seaweedfs-init:
keys-init generates the RS256 stream-ticket key pair
migrate applies the EF Core migrations (backend/Musify.Migrator.Dockerfile)
zitadel-init creates the Musify project + OIDC apps, writes the client
ids back into the active env file
Deploying is now two plain `docker compose` commands, no scripts to run
or chmod:
docker compose -f deploy/compose.yml -f deploy/compose.dev.yml up -d
docker compose -f deploy/compose.yml -f deploy/compose.dev.yml --profile apps up -d --build
(swap compose.dev.yml for compose.prod.yml + --env-file deploy/.env.prod
for production). The first command brings up infra and lets the bootstrap
jobs run to completion; the second builds and starts the apps, which by
then read real OIDC values instead of empty ones — compose interpolates
${VAR} once per invocation, so this can't collapse into a single command
without the apps reading their own config file at container start instead
of via compose env (out of scope here).
Also:
- DatabaseDesignTimeFactory now also reads Database__ConnectionString
from the environment, and DesignSettings.json is optional, so the new
migrate container works without user-secrets or a config file excluded
from the Docker build context by .dockerignore.
- nginx's depends_on no longer lists the apps-profile services: it does
not need them at its own startup (every vhost resolves its upstream at
request time via the embedded Docker resolver), and requiring them made
`compose.prod.yml up -d` (without --profile apps) an invalid project.
- env_get/env_set in zitadel-init strip \r: the mounted env file can have
CRLF line endings on Windows, which otherwise makes an empty-looking
value non-empty to `[ -z ... ]`. .env.example/.env.prod.example are
pinned to LF via .gitattributes for the same reason. Also fixed:
rewriting the bind-mounted env file in place instead of renaming a temp
file over it (rename onto a bind-mounted inode fails with "Resource
busy").
- Removed compose.share.yml and zitadel/.output-share/ — a "temporary"
personal overlay that had leaked a real Zitadel service-account PAT
into git history (committed in 70968b3). That token should be rotated.
- Removed deploy/.tmp/ from .gitignore: nothing mounts or creates it
anymore (it never actually did, either — no compose service referenced
it, only the now-removed up.ps1 did).
Verified end-to-end with Docker: a clean `down -v` + fresh `up -d` +
`--profile apps up -d --build` on the dev stack brings up all four one-shot
jobs successfully and all four apps healthy (api/gateway return 200,
worker starts its consumers with no errors, web-player responds). Also
verified compose.prod.yml starts nginx cleanly with dummy certs and no
apps running, confirming the depends_on fix.
Moves the six backend projects on disk into Core/ and Hosts/
subfolders, matching the solution folders already defined in
Musify.slnx, so the file explorer reflects the same layout as the
solution:
backend/Core/Musify.Domain
backend/Core/Musify.Application
backend/Core/Musify.Infrastructure
backend/Hosts/Musify.Api
backend/Hosts/Musify.Worker
backend/Hosts/Musify.StreamingGateway
Updates every reference to the old paths: ProjectReference entries in
Musify.Api.csproj and Musify.Worker.csproj, the three Dockerfiles,
deploy/scripts/migrate.ps1|sh, deploy/zitadel/provision.ps1,
deploy/up.ps1, deploy/README.md and docs/development.md. Also fixes a
stale Dockerfile comment pointing at a compose file that no longer
exists.
Verified with `dotnet build Musify.slnx` against the new layout.
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