- Added DatabaseWorkerClient to manage database operations in a worker thread.
- Created database-worker-client.ts to handle requests and responses between the main process and the worker.
- Introduced database-worker.types.ts for type definitions related to worker messages and operations.
- Implemented database.worker.ts to execute various database operations, including CRUD operations for playlists, content, and favorites.
- Added database.worker-connection.ts to manage database connections and ensure proper handling of SQLite instances.
- Created tests for DatabaseWorkerClient to ensure correct request handling and error management.
- Updated xtream.events.ts to allow suppression of error logging for specific requests.
- Enhanced EPG parser worker to include a busy timeout for SQLite operations.
- Integrated shutdown logic for the DatabaseWorkerClient in the main application lifecycle.
- Implemented tests for importing M3U playlists via native dialog.
- Added smoke tests for loading Xtream and Stalker content through IPC.
- Created tests to verify persistence of remote control settings across app restarts.
- Updated smoke tests to check for main window properties and workspace content rendering.
refactor(electron-backend): enhance store service and database path handling
- Modified store service to use a dynamic configuration directory based on environment.
- Refactored database connection to utilize new path utility functions for better path management.
fix(e2e): improve test selectors and structure for better reliability
- Updated test selectors in web-e2e tests to use role-based queries for better accessibility.
- Refactored settings tests to reduce redundancy and improve clarity.
chore(e2e): update TypeScript configuration for better inclusion of test files
- Adjusted tsconfig.json to ensure proper inclusion of e2e test files.
Entire-Checkpoint: bb9a8e2e351e
Add comprehensive download functionality for Xtream and Stalker portals:
Backend (Electron):
- Add downloads table schema with foreign key to playlists
- Create downloads.events.ts with IPC handlers for download operations
- Support download start, cancel, retry, remove, and status queries
- Auto-create playlist entries for Stalker portals to satisfy FK constraints
- Add download folder selection and file reveal/play functionality
Frontend (Angular):
- Create DownloadsService with reactive signal-based state management
- Add DownloadsComponent with queue management UI
- Implement download buttons with three states: download, downloading, play local
- Support both Xtream and Stalker modes with proper playlist ID handling
- Add download progress indicators and status badges
UI Components:
- Update VodDetailsComponent with download/play-local buttons
- Update SeasonContainerComponent with episode download buttons
- Add navigation link to downloads page
- Style download buttons and progress indicators
Stalker Portal Support:
- Resolve stream URLs via fetchLinkToPlay API before downloading
- Handle both vod-series and regular-series episode types
- Use playlist._id for Stalker (vs portalId for Xtream)
- Pass playlist info for auto-creation in database
Translations:
- Add download-related strings for en, de, es, fr
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
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.
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.
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