Bumps SoulSync version to 1.2, introducing a unified multi-source search system, a major overhaul of the matching engine for improved accuracy, and significant wishlist and quality-of-life improvements. Updates version info and UI elements to reflect the new release and its features.
Introduces a backend API endpoint and frontend logic to allow users to stream individual tracks directly from enhanced search results. Updates the UI to include a play button for each track, adjusts the search mode toggle to default to enhanced search, and refines related styles for improved user experience.
Implements a persistent search bubble system for tracking album and track downloads in enhanced search. Adds backend API endpoints for saving and hydrating search bubble snapshots, frontend state management for search download bubbles, UI for displaying and managing active/completed downloads, and associated styles for search bubble cards. This enables users to resume and manage search downloads across page refreshes.
Increased the number of tracks returned by enhanced search from 10 to 20. Updated CSS for enhanced search sections and artist cards to improve visual appearance, spacing, and responsiveness, including larger artist images, new backgrounds, and better layout for various screen sizes.
Implements an enhanced search endpoint in the backend that unifies Spotify and local database results, returning categorized artists, albums, and tracks. Updates the frontend with a new dropdown overlay for live search, debounced input, categorized result rendering, and direct integration with the main results area for album/track selection. Adds new CSS for the dropdown and result cards, and updates the Track dataclass to include image URLs for richer UI display.
Introduces a search mode toggle in the downloads UI, allowing users to switch between basic and enhanced search modes. Adds new HTML structure, JavaScript logic, and CSS styles for the enhanced search interface (currently placeholder functionality). In the backend, implements a retry system for file discovery after download completion to handle race conditions, with cleanup of stale retry attempts to prevent memory leaks.
Introduces an optional 'limit' query parameter to the /api/wishlist/tracks endpoint for improved performance when fetching tracks. Updates the frontend to use this parameter, limiting requests to 50 tracks per category when fetching album and single covers.
Eliminates hardcoded source prefixes (e.g., [Tidal], [YouTube], [Beatport], [ListenBrainz]) from playlist names in both backend and frontend code. Source detection is now handled via virtualPlaylistId prefixes, improving consistency and simplifying playlist name handling throughout the application.
Adds robust track-to-track matching for album and single downloads, enabling enhanced metadata enrichment using Spotify data. Updates both backend and frontend to support matching Soulseek tracks to Spotify tracks, sending full Spotify track objects for improved organization and post-processing. Simplifies context handling for simple downloads and removes legacy flags, ensuring more accurate and consistent metadata for matched downloads.
Adds detection for remote access during Spotify authentication and provides step-by-step instructions for users connecting remotely, including guidance on modifying the callback URL. Enhances user experience with styled HTML and a copy-to-clipboard button for the host IP.
Introduces a template-based file organization system for downloads, allowing users to define custom folder and filename structures for albums, singles, and playlists. Updates the backend, config example, web UI, and client-side validation to support template editing, resetting, and error checking. Improves consistency in file placement and metadata handling across all download modes.
Enhanced handling of artist data to support both string and object formats across the database, sync service, and web server. The sync process now preserves full album and artist objects for tracks, enabling wishlist additions with album cover art. The frontend and API were updated to use the full artist objects, and the UI now formats artist names correctly.
Introduces API endpoints and UI elements to view and change the application's log level from the web interface. Log level changes are applied immediately and persisted in the database. Updates backend logic, logging utilities, and frontend scripts to support this feature.
Introduces backend API endpoints to remove individual tracks or all tracks from an album in the wishlist. Updates the frontend to display delete buttons for tracks and albums, with confirmation modals before removal, and styles these new UI elements for clarity and usability.
Introduces backend and frontend functionality to list and select Jellyfin music libraries. Adds API endpoints, updates the client logic, and provides a UI selector for users to choose their preferred Jellyfin music library.
Implements automatic cleanup of completed, errored, or cancelled batches after 5 minutes to prevent stale state. Adds stuck task detection for 'searching' and 'post_processing' states, forcing failure or completion if tasks exceed time thresholds. Updates batch completion logic to track completion timestamps and handle orphaned tasks more robustly. Also improves wishlist auto-processing timer management.
Adds support for sending specific track IDs from the frontend to the backend when starting wishlist missing downloads. This ensures only the tracks currently visible to the user are processed, preventing race conditions if the wishlist changes between modal open and analysis start. Category filtering remains for backward compatibility.
When an artist is added to the watchlist, their image is now fetched from Spotify and cached in the database immediately if available. This improves user experience by ensuring artist images are present without requiring a separate fetch.
Added logic to both automatic and manual wishlist processing to check for and remove tracks that already exist in the library before initiating downloads. This prevents unnecessary bandwidth usage and keeps the wishlist up to date.
Improves handling of concurrent wishlist and watchlist operations by moving scheduling outside the lock and using flags to avoid deadlocks. This change ensures that scheduling the next wishlist processing does not occur while holding the lock, reducing risk of deadlock and improving code clarity.
