Add support for displaying local remote-control URLs and QR code in the
Settings UI, including styles for URL list, row layout, monospaced links,
and a QR container. Expose a new global API signature getLocalIpAddresses
for retrieving local IPs.
Fix several UI issues:
- Correct typo in header method name (opedAddPlaylistDialog -> openAddPlaylistDialog).
- Fix malformed GitHub URL and collapse img tag formatting.
- Reformat imports and viewChild usage for readability.
Change local development backend URL to localhost:3000 in the local
environment to point to the running local API during development.
These changes improve developer ergonomics (local backend), add a remote
control discovery UX for users on the same network, and tidy up header
bugs and formatting.
Add macOS-specific title bar settings to the Electron main window
creation so the app uses a hidden title bar with an overlay on Darwin.
This ensures a more native, modern appearance on macOS while keeping
existing minimum size and saved bounds behavior unchanged.
Add a new IPC handler_DELETE_ALL_PLAYLIST that removes all
and related data from the SQLite database in a safe order that respects
foreign key relationships. The handler deletes favorites and recently
viewed entries first, then content, categories, and finally playlists.
Errors are logged and propagated.
Expose the new operation in the renderer preload API as
dbDeleteAllPlaylists() to allow UI code to invoke the purge. This
provides a single-call way to clear playlists and their dependent
records for testing or user-driven reset.
Remove @libsql/client and its transitive entries from package-lock and
add better-sqlite3 plus its TypeScript types. This updates the lockfile
to reflect switching DB client dependencies: drop the @libsql packages
and related node_modules entries, and add "better-sqlite3" and
"@types/better-sqlite3". The change reduces unused libsql artifacts and
ensures type definitions are available for the new native sqlite client.
Add webpack config and include it in the electron backend build so
worker scripts are correctly bundled for packaged apps. Move worker
files to be packaged as extraResources instead of asar unpack patterns
so the packaged app can load worker JS from Resources/dist/... at
runtime. Fix worker path resolution in epg.events: compute resourcesPath
from app.getAppPath() and point to dist/apps/electron-backend/workers
when app.isPackaged. Remove verbose app path logging and update comments
to reflect the actual packaged layout.
Why: ensure webworker entry points are included in the renderer/backend
bundle and accessible when the Electron app is packaged, preventing
worker loading failures in production builds.
Update EPG worker path handling and unpack worker files for production
builds so the worker can be spawned when the app is packaged with ASAR.
- Change workerPath to let and, when the resolved path includes
app.asar, replace it with app.asar.unpacked. This ensures the spawned
worker points to the unpacked resource in production.
- Add electron-builder asarUnpack pattern for workers/** so worker files
are packaged outside the ASAR archive.
These changes fix runtime errors where worker threads cannot be started
from inside app.asar and ensure the EPG parser can run in packaged apps.
Remove unused url.format import and switch from loadURL with a
formatted file: URL to loadFile for production. This simplifies code,
avoids manual file URL construction, and makes the production path
loading more robust.
Also update CI job to build the frontend via the NX command
(npx nx build web --skip-nx-cache) instead of npm run build:frontend,
aligning the workflow with the monorepo's canonical build command.
Add a new HttpServer class that serves the built remote-control-web
static assets and provides a simple REST/API routing layer for remote
control endpoints.
Key changes:
- Implement server lifecycle: start, stop, updateSettings with port and
enabled handling.
- Resolve distribution path depending on electron packaging (dev vs
production).
- Serve static files with basic security (normalize path to prevent
traversal) and SPA fallback to index.html for client-side routing.
- Provide registration API for remote control handlers mapped to
/api/remote-control/* endpoints.
- Log server status and listening URL on start, and on stop.
These changes enable the Electron backend to host the remote control
web app and route API calls without external web servers, simplifying
development and packaging.
Add a new remote-control-web application using Angular standalone
bootstrap. Add main.ts to bootstrap Application with appConfig and log
bootstrap errors.
Introduce global styles (styles.scss) to reset page margins, ensure
full-height layout, set dark background, and prevent horizontal scroll.
Add Nx project configuration (project.json) for build, serve, test,
lint, extract-i18n and serve-static targets with production and
development configurations, asset and style wiring, and Jest test
integration.
Add tsconfig.spec.json to configure testing compilation (Jest, Node),
include test files and test setup.
Start app configuration provider file (app.config.ts) to prepare
application providers (partial file added).
These changes scaffold the new remote-control-web application and
enable building, serving and testing in the monorepo.
Save and restore favorited and recently viewed Xtream items when
deleting and re-importing playlist content.
- Return favoritedXtreamIds and recentlyViewedXtreamIds from
deleteXtreamPlaylistContent so callers can capture user data before
.
- Add restoreXtreamUserData to the database service to allow restoring
favorites and recently viewed entries after a refresh.
- Query and collect xtreamIds and timestamps for favorites and recently
viewed items in the backend before deleting content.
- Persist the captured user data to localStorage in the recent playlists
component so it can be used to restore state after re-importing the
playlist.
- Keep existing playlist metadata update flow intact.
This prevents loss of user-specific favorites and recent history when
refreshing Xtream playlists.
Add automatic playlist refresh on application startup by listening
for successful playlist load and dispatching an IPC event for any
playlists with autoRefresh enabled.
- Inject Actions into AppComponent and add triggerAutoUpdatePlaylists
that waits for PlaylistActions.loadPlaylistsSuccess, selects
selectAllPlaylistsMeta from the store, filters playlists with
autoRefresh, and sends AUTO_UPDATE_PLAYLISTS via DataService.
- Call triggerAutoUpdatePlaylists from ngOnInit and remove a now-
unused commented commands list.
- Add helper functions in backend playlist events to fetch and parse
playlists from URL or file, consolidating parsing logic and creating
playlist objects.
This implements the previously noted TODO to trigger playlist auto-
refresh and centralizes playlist fetching/parsing for reuse and
clarity.
Refine MPV/VLC launch error handling in the renderer to extract and show
error.message when available, preventing unhelpful "[object Object]"
messages in the UI.
In the Electron backend, ensure failed MPV instances fall through to
creation by commenting intent, and wrap spawn in a promise to reliably
detect startup failures. On spawn error, clear stored references and
reject with a descriptive message that includes the mpv path. Add an
exit handler, conditional storage of the process for reuse, and proc.unref
for detached runs. Use a short timeout to resolve the promise when spawn
succeeds and log startup state. Convert a silent log to console.error and
rethrow the error to surface failures to callers.
These changes make MPV startup more robust and produce clearer error
feedback for debugging and UI notifications.
Enhance MPV player IPC handler to accept and forward extra parameters
(url, path, title, userAgent, referer, origin). Attempt to reuse an
existing MPV instance when reuse is enabled and an IPC socket is
available; if reuse fails, fall back to spawning a new process.
When creating a new MPV process, generate a unique platform-aware IPC
socket path, build arguments conditionally from provided metadata
(user-agent, referrer, origin via http-header-fields, force-media-title)
and append the URL last. Improve logging for debugging and handle
process spawn errors by clearing stale process/socket references.
These changes enable smoother playback handoff, preserve headers and
title for remote resources, and make MPV invocations more robust.
a dedicated refresh button and workflow for Xtream in the
recent playlists UI. Show a refresh icon only when the playlist has a
serverUrl. For Xtream playlists, prompt the user with a confirmation
dialog, delete locally cached categories and streams, show a toast that
the refresh started, and navigate to the playlist to trigger re-import.
Keep existing refresh IPC logic for non-Xtream (M3U/local) playlists.
Also add English translations for the Xtream refresh tooltip and dialog
messages, and surface errors via snackbar on failure.
This enables safe re-importing of remote Xtream playlists while preserving
favorites and recent items.
Add MPV_REUSE_INSTANCE key to the electron backend store service and
include mpvReuseInstance in the shared settings interface so the new
boolean setting is persisted and available across renderer and main
processes.
Also update English i18n JSON formatting and expand the HOME section
translations (reformatting and adding nested playlist-related keys)
to ensure the UI strings remain consistent after changes.
Introduce MPV process reuse and IPC control, and add basic EPG IPC
handlers.
- Add GET_CHANNEL_PROGRAMS and FETCH_EPG ipc handlers to epg.events.ts
to expose fetching EPG data by channel or URLs.
- Rework player.events.ts:
- Export proper bootstrap and add module-level mpvProcess and
mpvSocketPath to track a reusable MPV instance.
- Add sendMpvCommand helper to communicate with MPV via its IPC socket.
- Implement OPEN_MPV_PLAYER handler that:
- Reads MPV path and MPV_REUSE_INSTANCE setting from store.
- Attempts to reuse an existing MPV process by sending loadfile
command over the socket when reuse is enabled.
- Falls back to spawning a new mpv process, creating a unique IPC
socket path, and storing the process/socket when reuse is enabled.
- Adds error and exit handlers to clear stored references.
- Add necessary imports (ChildProcess, existsSync, createConnection).
- Remove/comment unused import block for shared-interfaces and adapt
existing code to the new flow.
Why:
- Enable reusing a single MPV instance to improve resource usage and
provide faster playback switching.
- Add IPC endpoints for EPG to support frontend requests for program
data.
MPV/VLC launch and playlist auto-update from the Electron preload
and migrate Tauri invoke calls to use the exposed window.electron API.
- Add openInMpv, openInVlc and autoUpdatePlaylists to the preload API,
forwarding parameters to ipcRenderer for native handling.
- Replace tauri invoke('open_in_mpv') and invoke('open_in_vlc') calls
with window.electron.openInMpv / openInVlc in tauri.service to use the
unified Electron IPC surface.
- Replace file-based AUTO_UPDATE_PLAYLISTS handling with a call to
window.electron.autoUpdatePlaylists and remove legacy file parsing
code (now commented) so the main process owns playlist refresh logic.
- Import shared AUTO_UPDATE_PLAYLISTS/Playlist types into preload.
This centralizes native player launching and playlist updates through the
preload IPC bridge, simplifying web service code and moving file I/O to
the native/main layer for better security and separation of concerns.
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