Commit Graph
5 Commits
Author SHA1 Message Date
Admin c8fe28b07b Add editorconfig and analyzers, format backend code 2026-09-24 04:54:17 +02:00
Admin 478b90d75c Make album cover pictures mandatory, unify cover handling with playlists
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.
2026-09-10 15:04:36 +02:00
Admin b5700614c1 Use block-scoped namespaces in the test suite
Converts all 73 test source files from file-scoped (namespace X;) to
block-scoped (namespace X { ... }) declarations, re-indenting their
contents accordingly. Matches the existing convention already used in
several production files (e.g. Musify.Infrastructure.Configuration,
Musify.Application.Contracts).

Mechanical change only, done with a script, verified with a full
rebuild (0 warnings, 0 errors) and test run (257/257 passing).
2026-09-09 23:09:43 +02:00
Admin 98e6dfc4c4 Migrate backend test suite from xUnit v2 to v3
- Directory.Packages.props: xunit 2.9.3 -> xunit.v3 4.0.0, bump
  xunit.runner.visualstudio to the matching 4.0.0
- All 5 test csproj: xunit -> xunit.v3 package reference, add
  <OutputType>Exe</OutputType> (v3 test projects are standalone
  executables)
- backend/global.json: opt dotnet test into the new MTP-native mode
  (.NET 10 SDK removed the old VSTest bridge for MTP-based test
  projects like xunit v3)
- IAsyncLifetime implementations (HandlerTestBase, ApiTestFixture,
  InfrastructureTestFixture, StorageServiceTests): v3's IAsyncLifetime
  now IS IAsyncDisposable, so InitializeAsync/DisposeAsync return
  ValueTask instead of Task. ApiTestFixture specifically now overrides
  WebApplicationFactory.DisposeAsync instead of implementing
  IAsyncLifetime.DisposeAsync explicitly, since v3 collapses both to
  the same single DisposeAsync slot
- Replaced CancellationToken.None with TestContext.Current.CancellationToken
  across the suite (a v3-only API) and added it to every call that
  was silently omitting a CancellationToken argument, per the new
  xUnit1051 analyzer warnings that came with the v3 package

Verified: dotnet build (0 warnings, 0 errors) and dotnet test, 250/250
passing under the new MTP runner.
2026-09-09 22:11:29 +02:00
Admin a26f4b43fd Add Infrastructure/Api/StreamingGateway test projects
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).
2026-09-09 21:39:06 +02:00