ChipGroup is orphaned since the explore rewrite dropped the filter chips.
Mix.GeneratedOn was written on every generation and never read, and it
duplicated CreatedAt, which IAuditable already sets at the same moment.
Moves the remaining uncommitted work: the home gets quick mixes and a
"Tus álbumes" shelf, saving a YouTube album now goes through
addYoutubeAlbumToPlaylistAction instead of the SaveYouTubeAlbum command,
and UserAlbum drops its unused ExternalId.
The mixes section keeps its current shape (no refresh action, no badge,
hidden when empty) rather than the older version the worktree carried.
Mixes are their own concept, not playlists: they live in their own
Mixes/MixItems tables, cannot be edited and never show up among the
user's playlists. Each item is either a Musify track or a YouTube Music
reference, so YouTube songs stream directly instead of being downloaded.
A daily Hangfire job seeds the mixes from the listening history: one
discovery mix, one daily mix and one per top artist.
The per-user YouTube filler query was already in the working tree and
rides along here because it shares files with this change.
The albums section keeps a Ver más button while YouTube Music has another
page, fed by a new /api/youtube/albums route that forwards the continuation
token. The YouTube album page gains a save button that drops the whole album,
tracks included, into your library and takes you to it.
POST /albums/youtube/{albumId} creates the album in your library and links
every song in it, provisioning each one as an external track without queueing
any download. The external id is kept on the album so saving it twice returns
a conflict instead of a duplicate, and albums can now hold external tracks,
not just the ones you uploaded.
The Albums chip now returns both your own albums and what YouTube Music has
for the term. A YouTube card opens a read-only album page with its cover,
tracklist and play button, and right-clicking a track still offers to add it
to a playlist through the existing menu.
Two read-only endpoints: the album search and the album detail with its
tracklist. Both go through the same single-flight cache as the song search,
and the detail one especially benefits since it costs two upstream calls, the
browse id lookup and the album itself, for metadata that never changes.
Paginator handling is now shared between the song and album searches.
Under the search box there are now three checkbox chips choosing what the page
shows. Songs keep the existing grid and Albums searches the albums by title;
Users is rendered disabled until there is something behind it.
A grid of your albums with a create dialog, and a detail page with the
tracklist, inline editing and a picker that lists the songs you uploaded so
they can be dropped into the album. Covers reuse the playlist mosaic since an
album has no artwork of its own yet.
The checked-in schema was stale and typed artist, description and externalId
as always present, so the code trusted values the API returns as null. The
regenerated schema tells the truth; the API-shaped types now admit null and it
is normalised on the way into the player, where the state stays non-null.
Eight routes under /albums covering the listing, the detail, the tracklist and
the owner-only writes, wired to the same validation filter and ErrorOr mapping
the playlists use.
Create, update, delete and list albums, plus adding and removing their tracks,
mirroring the playlist handlers. Only tracks the user uploaded can go into an
album, and removing one renumbers the rest so the tracklist stays 1..n.
Album is abstract with UserAlbum as its first table-per-type child, the same
split Track already uses, so the YouTube albums can join later without moving
anything. Tracks are linked through AlbumHasTrack rather than a column on the
track itself: an external track is shared between users and the same song
shows up in more than one album.
Titles were capped at 50 characters and the YouTube provisioner silently cut
them there, which mangles anything with a feature or a remix suffix. Albums
are about to make that far more visible, so the column now holds 200.
The ytimg variants are 16:9, so picking one by width handed a square tile far
fewer pixels than it needed: a 96px cover got the 120x90 file and kept 90px
after the crop. They are chosen by their short side now, the album art is
preferred over the video frame when the search returns both, and the display
sizes account for the tiles being up to 180px on a 2x screen.
Search results now carry a small thumbnail, so the artwork downloaded when a
YouTube track is saved would have shrunk with them. The URL is upsized to the
configured artwork resolution right before the download event goes out.
Thumbnail responses are immutable for a month, so nginx can answer repeats
from disk and never wake the web player or Google for them. The cache lives in
its own volume, collapses concurrent misses with a lock and serves stale
copies while it refreshes; THUMBNAIL_CACHE_SIZE sizes it.
Typing in the search box navigated on every pause, so single letters and
round-trips back to the same term each triggered a full YouTube search and a
new grid of covers. The debounce is longer, a term identical to the current
one no longer navigates, YouTube is only queried past a minimum length, and
the infinite scroll waits until the sentinel is closer before pulling a page.
The browser used to pull every cover straight from Google, so a search grid
plus infinite scroll fired dozens of cross-origin image requests and started
coming back as 429. Covers now go through /api/youtube/thumbnail, which
resizes the upstream URL, caches the bytes in memory, collapses duplicate
in-flight fetches, caps the concurrency against Google and backs off when it
answers 429. Responses are immutable for a month and revalidate with an ETag,
and serving them same-origin also lets the accent extractor read the pixels.
Repeated searches and song lookups now reuse a single-flight memory cache, so
concurrent or debounced queries hit YouTube once instead of on every keystroke.
Thumbnails are resolved at a configurable size instead of the largest variant,
which cuts the image payload the browser pulls from Google.
The root README was a design handoff for a prototype that is not in this repo,
web-player/README.md was the sv template, and deploy/README.md only covered
development. Replace all three and document the production deploy: its
prerequisites, what up.sh does and why nginx sits in front.
The docs under docs/ still used the pre-monorepo project paths, Ardalis.Result
instead of ErrorOr and the player.html test console that no longer exists.
There was no .dockerignore, so node_modules and build/ were copied into the
build context on every build. Add one, install from the lockfile with npm ci,
prune the dev dependencies out of the runtime layer and run as the node user.
The web player's OIDC app had to be created by hand in the Zitadel console and
its client id copied into web-player/.env. provision.ps1 now creates both apps,
regenerates the client secret when it is no longer known, and wires the values
into deploy/.env, Musify.Api user-secrets and web-player/.env.
up.ps1 follows the new compose files, gains -Apps and -Tools for the two
profiles, generates the keys before starting rather than after, and no longer
swallows a provisioning failure as a warning.
Production had no orchestrator at all and its provisioning script required
PowerShell 7 on the server. up.sh now does the whole thing in POSIX shell:
it refuses to start until .env.prod and the origin certificate are in place,
generates the stream keys, brings up the infrastructure and the edge,
provisions Zitadel, applies the migrations and finally builds and starts the
applications. It is idempotent, so the same command deploys a new version.
provision.sh replaces provision.prod.ps1 (curl + jq) and also creates the web
player client, and migrate.prod.sh moves to scripts/migrate.sh reading the env
file with a parser instead of sourcing it as a shell script.
ikerdemo.cat was hardcoded in six server blocks, so the stack could only be
deployed under that one domain. The vhosts are now a template rendered by the
nginx entrypoint from MUSIFY_ROOT_DOMAIN, with the envsubst filter set so it
does not eat nginx's own variables. The repeated proxy headers move to a
shared snippet, the web player vhost gets the upload body limit it was missing
(audio is posted to its form actions), and the streaming vhost turns off proxy
buffering so range requests stay responsive.
The dev and prod stacks each declared the same nine services, which is how the
S3 credentials and the gateway configuration ended up diverging. compose.yml
now holds every service with no published port and no domain in it, and the
overlays only add what is specific: host ports and pgAdmin for development,
the nginx edge and the mounted secrets for production. The applications sit
behind the `apps` profile, so a plain `up` still starts infrastructure only.
Everything environment-specific moves to the env files: the public URLs, the
credentials and the environment name. The SeaweedFS identity file is rendered
inside the container from S3_ACCESS_KEY and S3_SECRET_KEY, so the store and
the applications can no longer be given different keys.
Drop the dead Keycloak and ConnectionStrings sections from the Worker and move
its hardcoded dev values to AppSettings.Development.json, so the base file is
the empty template the convention describes. Remove the stale Authentication
block from the API dev settings (provisioning writes those to user-secrets) and
the ManifestFileName left over from DASH. Point the stream-ticket key and the
Worker scratch directory at deploy/keys and deploy/.tmp instead of D:\weed and
D:\tempsFilesDev, and make the API listen on localhost instead of a fixed LAN
address.
The PUT was always sent to 127.0.0.1, which is nothing inside the container, so
uploads failed whenever the web player did not run on the same host as
SeaweedFS. Take an optional S3_UPLOAD_ENDPOINT instead (the compose stacks
point it at seaweedfs:8333) and fall back to the host in the presigned URL. The
signed Host header is preserved either way, so the signature still matches.
The YARP routes, the bucket path transform and the StreamTicket section only
existed in appsettings.Development.json, so a Production run had no routes at
all and every /media request fell through to a 404. Move them to
appsettings.json and leave only the environment-specific overrides (key path)
in the Development file; the container gets the filer address, the bucket and
the allowed CORS origins from environment variables.
Styles: adds the scrim and on-art tokens so the black overlays and the
white marks drawn over artwork stop being raw tailwind colours, and
routes every component through the semantic layer instead of reaching
into the --mf-* palette. Renames --mf-accent-60, which was actually an
80% mix, to --mf-accent-soft, and removes the unused --mf-radius and
the --color-neutral-950 override.
Dead code: the root +layout.server.ts already redirects everything
except /login, so the anonymous branches in the home and explore loads
and the needsAuth empty state could never run. Deletes the unused
accentSoft helper, and stops exporting helpers nobody imports.
fmtTime and fmtDate move out of theme/color.ts into $lib/format.ts;
they are not colour concerns.
The accent animation now cancels its pending frame on teardown.
Matches the folder rename: compose service frontend -> web-player,
container musify-frontend -> musify-web-player, and the nginx upstream
now points at http://web-player:3000.
Deploying this needs --remove-orphans, or the old musify-frontend
container is left behind.
Updates the compose build context, the Dockerfile header, the package
name and the docs. The compose service and container keep the name
frontend/musify-frontend, since nginx routes to http://frontend:3000.
The source files also carry the first prettier pass, so the rename and
the reformat land together for them.
Flat ESLint config with typescript-eslint and eslint-plugin-svelte,
Prettier with the svelte and tailwindcss plugins. Adds the format and
lint scripts.
Three rules are off on purpose: no-navigation-without-resolve (the app
is served at the root, there is no base path), prefer-svelte-reactivity
(the Set and URLSearchParams uses are local computations, not reactive
state) and no-unused-expressions in .svelte only, where reading a rune
on its own line is how an $effect registers a dependency.
The seeded $state initialisers in PlaylistForm intentionally capture the
prop once; untrack() states that instead of tripping
state_referenced_locally. The player now logs the caught exception
rather than discarding it.
It was picked with Math.random() in the component body, so SSR and the
client rendered different text and hydration mismatched. Moving it to
the load keeps the per-visit variety with both sides agreeing, and the
six-level nested ternary becomes a lookup table.
Both pages reimplemented the same accessors over the target union and a
byte-identical queue-item mapper. Moves the domain type (renamed
ContextMenuTarget -> TrackTarget, since tiles and the queue use it too)
and its helpers to $lib/tracks.ts; TrackContextMenu keeps only its menu
geometry. Home drops from 341 to ~230 lines.
Unifies two divergences the duplication was hiding: home compared the
active tile against track.id while the queue is keyed by
queueIdForTrack, so YouTube-sourced tracks never highlighted; and it
hardcoded explicit to false for local tracks, hiding the badge.
Also cancels in-flight youtube filler results when the effect re-runs,
so a slow response cannot overwrite newer ones.
library, playlists and playlists/[id] read locals.user!.sub with no
check, so an anonymous request threw a TypeError and returned 500
instead of redirecting to login. Adds requireUser(), which redirects to
/login?returnTo=... and returns a non-null SessionUser, and drops the
five non-null assertions.
/upload had no load at all: the page rendered for anonymous users and
only failed on submit. It now redirects up front.
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