- Updated `ResourceManager` to improve handling of virtual resource dependencies, adding debug logging for better traceability.
- Introduced a new `FileKinds` item type in the `ItemType` enum to categorize file types (images, videos, audio, etc.).
- Enhanced the `LibraryManager` to create space-level items, including the new `FileKinds` category.
- Implemented virtual resource event emissions in `DeleteGroupAction` and `DeleteItemAction` to ensure proper resource management during deletions.
- Added a new `SpaceCustomizationPanel` for managing space groups and items, allowing users to customize their workspace effectively.
- Updated various UI components to support drag-and-drop functionality for palette items and improved context menu interactions for group management.
- Added a new `file_count` column to the `content_kinds` table to track the number of content identities for each kind, improving statistics calculation efficiency.
- Implemented a migration script to add the `file_count` column and ensure backward compatibility.
- Updated the `Library` struct to include a method for updating content kind counts based on existing content identities.
- Introduced a new query for retrieving content kind statistics, including file counts, to facilitate better data analysis and reporting.
- Refactored related components to support the new statistics functionality, enhancing overall data integrity and performance.
- Introduced new sound effects: `splat` and `splatTrigger`, with corresponding audio files in both OGG and MP3 formats.
- Updated `ContentRenderer` to integrate sound effects for splat interactions, enhancing user feedback.
- Added `SplatShimmerEffect` component for visual effects in the QuickPreview, improving the user interface.
- Refactored `MeshViewer` and `MeshViewerUI` to support new controls and reset functionality for focal points, enhancing user experience with Gaussian splats.
- Improved `TopBarButton` to support active accent styles for better visual feedback on user interactions.
- Added logging for Gaussian splat job creation in `GenerateSplatAction`.
- Updated `ContentRenderer` to include new state management for MeshViewer controls, improving user interaction with Gaussian splats.
- Introduced `MeshViewerUI` component for enhanced control over Gaussian splat visualization, including auto-rotate and sway settings.
- Improved `GaussianSplatViewer` to handle loading states and camera animations more effectively.
- Refactored `MeshViewer` to integrate new control props and manage state changes for Gaussian splat rendering.
- Introduced a new `GaussianSplat` variant in the `JobOutput` enum to handle output from Gaussian splat jobs.
- Implemented `GenerateSplatAction` for initiating Gaussian splat generation, including input and output structures.
- Created `GaussianSplatJob` and its associated processing logic for batch image processing and splat generation.
- Added `GaussianSplatProcessor` to manage the processing of images into 3D Gaussian splats.
- Updated the media module to include new splat-related functionalities and integrated them into the existing workflow.
- Enhanced the interface components to support visualization and interaction with Gaussian splats, including a toggle for displaying splat overlays.
- Updated TypeScript types to accommodate new splat generation inputs and outputs, ensuring type safety across the application.
- Introduced a new file type definition for PLY 3D models in `misc.toml`.
- Updated `package.json` to include dependencies for Gaussian splats and React Three Fiber.
- Implemented a `MeshViewer` component for rendering 3D models, supporting both standard mesh and Gaussian splat formats.
- Enhanced `ContentRenderer` to handle mesh file types with lazy loading for improved performance.
- Updated TypeScript configuration to include types for React Three Fiber.
- Changed the layout of the DevicePanel from a flexbox to a grid system for better alignment and spacing of device cards.
- Removed unnecessary margin from the DeviceCard component to streamline the design and enhance visual consistency.
- Introduced AppResetContext to manage app reset operations across components.
- Updated App and RootLayout to utilize the reset context, allowing for a clean reset of the app state.
- Enhanced SettingsScreen with a reset data option, prompting users for confirmation before clearing all data and refreshing the app.
- Added core reset action in the backend to handle data deletion and cleanup operations.
- Improved user feedback during reset operations with alerts and status messages.
- Updated the DeviceCard component to show a "No volumes" message when no volumes are available, improving user feedback.
- Refactored VolumeBar layout for better readability and responsiveness, including adjustments to padding and font sizes.
- Enhanced the display of volume information, including online status and action buttons for tracking and indexing volumes.
- Improved the visual representation of capacity usage with a full-width capacity bar and updated styling for better aesthetics.
- Updated event handling in job management to include device IDs for better tracking of job activities across devices.
- Introduced a new JobActivityClient for subscribing to job activity from remote devices.
- Added hardware specifications to device configuration and database schema, improving device information tracking.
- Refactored event structures to accommodate new fields related to job activities and device management.
- Updated the user interface to display job activity for devices, enhancing user experience in monitoring job statuses.
- Modified Title, ColumnItem, FileCard, TableRow, and MediaViewItem components to conditionally render file extensions alongside file names, enhancing clarity for users.
- Ensured consistent display of file information across different views in the Explorer interface.
- Updated FileOperationModal to fetch and display file information for both source and destination, improving user experience.
- Added FileStack component to visually represent multiple files stacked with rotation, enhancing the file selection interface.
- Refactored source and destination file displays to conditionally render file thumbnails or icons based on availability.
- Improved layout and styling for better clarity and consistency in file operations.
- Added keyboard shortcuts for file operations: Copy (⌘1), Move (⌘2), Skip (S), Keep both (K), and Overwrite (O).
- Improved the visual layout to clearly display source and destination files with an arrow indicator.
- Updated operation type selection buttons to include icons and shortcut hints for better user experience.
- Refactored conflict resolution options to display keyboard shortcuts alongside labels for clarity.
- Introduced a utility function to extract file names from paths for better display in the modal.
- Updated volume-related structures and database entities to improve indexing and retrieval efficiency.
- Enhanced migration scripts to support new indexing statistics for volumes.
- Refactored asset imports and SVG handling across various components for better organization and performance.
- Improved file operation modals and explorer components for a more intuitive user experience.
- Streamlined QuickPreview and video player components to optimize rendering and interaction.
- Updated CSS classes in the VolumeBar component to enhance visual consistency and clarity.
- Simplified hover effects and adjusted background styles for unique and duplicate byte displays.
- Improved comments for better understanding of the visual elements in the component.
- Enhanced the `FileByIdQuery` and `FileByPathQuery` implementations to first check the database for file entries, ensuring accurate retrieval as the primary source of truth.
- Introduced a fallback mechanism to utilize an ephemeral index if the file is not found in the database, improving resilience and performance.
- Updated the logic for processing content identities, media data, and sidecars, ensuring efficient data loading and handling.
- Added context-aware comments to clarify the purpose of key code sections, enhancing maintainability and readability.
- Replaced internal navigation tracking with a ref for clearSelection to prevent unnecessary re-renders.
- Simplified the logic for initializing the column stack on external navigation changes.
- Updated file selection handling to manage column navigation without affecting currentPath, enhancing performance and usability.
- Refactored the App component to enhance readability and maintainability, including adjustments to route handling and client initialization.
- Introduced QuickPreviewSyncer and QuickPreviewController components in the Explorer to optimize rendering and selection handling.
- Enhanced Column and ListView components with memoization to prevent unnecessary re-renders, improving performance during file selection and navigation.
- Updated event handling in the useNormalizedQuery hook to streamline query management and improve type safety.
- Adjusted various components to ensure consistent styling and behavior across the application.
- Introduced a new filesystem watcher service, replacing the previous location watcher with a more robust and platform-agnostic implementation.
- Updated the core context to include the new filesystem watcher and refactored related services for better integration.
- Added support for ephemeral event handling, allowing real-time updates for non-persistent locations.
- Integrated new sound effects for pairing operations in the UI, enhancing user experience during device pairing.
- Updated the File Operation Modal to support both copy and move operations with improved conflict resolution options.
- Refactored related components to ensure consistency and improved performance across the application.
- Updated the Column component to support multiple file selection and improved type safety.
- Refactored file selection handling to utilize global selection context, allowing for better management of selected files.
- Added drag-and-drop functionality for file items using the DnD Kit.
- Improved keyboard navigation to ensure selected files remain visible during interactions.
- Updated documentation to reflect changes in type safety and file selection requirements.
- Marked subproject commits as dirty for api, ios, macos, and workbench.
- Updated content identity UUID generation to be globally deterministic from content_hash only, enabling cross-device and cross-library deduplication.
- Refactored related documentation to reflect changes in UUID generation logic.
- Added new default group creation for Devices and Tags in LibraryManager.
- Improved keyboard navigation and selection handling in Explorer component.
- Introduced a new File Operation Modal for interactive file copy/move operations with conflict resolution options.
- Integrated sound effects for file operations, including copy and startup sounds.
- Updated the Explorer component to utilize the new modal for drag-and-drop file operations.
- Refactored job management hooks to unify job data handling and improve performance.
- Enhanced documentation for the File Operation Modal and sound effects integration.
- Updated `EphemeralIndex` to preserve explicitly browsed subdirectories during re-indexing, preventing loss of user navigation context.
- Modified `clear_directory_children` to return the count of cleared entries and a list of deleted browsed directories.
- Introduced `EphemeralIndexCache` enhancements to support filesystem watching, allowing paths to be monitored for changes.
- Added methods for registering, unregistering, and checking watched paths, improving the responsiveness of the indexing system.
- Updated documentation and tests to reflect new functionality and ensure reliability.
- Remove TTL-based ephemeral cache and switch to a permanent in-memory
cache.
- Reuse ephemeral UUIDs when creating persistent entries to preserve
continuity of user data.
- Populate ephemeral UUIDs during the processing phase and expose
get_ephemeral_uuid in the indexer state.
- Remove the location invalidation hook and related UI usage.
- Add a complete ephemeral indexing subsystem
- core/src/ops/core/ephemeral_status with input/output and query types
- core/src/ops/indexing/ephemeral with arena, cache, registry,
index_cache, types
- expose EphemeralIndexCache and EphemeralIndex through core modules
- EphemeralIndexCache supports
get/insert/create_for_indexing/mark_indexing_complete eviction and
stats
- Implement EphemeralIndex data structures for memory-efficient storage
- NodeArena, NameCache, NameRegistry, and related types
- Add EphemeralIndex status API
- EphemeralCacheStatusInput and EphemeralCacheStatusQuery
- EphemeralCacheStatus with per-index details
- Wire ephemeral indexing into the indexing flow
- Change default Ephemeral Indexer behavior to shallow mode
- Align code to EphemeralIndex usage across the codebase
- Enhance content kind detection in UI
- Add getContentKind(file) helper (prefers content_identity.kind, then
content_kind)
- Use getContentKind in Explorer utilities and UI components
- Invalidate directory listings when location index_mode changes
- Add useLocationChangeInvalidation to trigger refetches for ephemeral
vs persistent indexing transitions
- Misc refactors and formatting to accommodate the new modules and APIs
- Clear subscriptions map when connection pool resets to prevent stale subscription IDs after daemon restart
- Revert checkbox state when install/uninstall operations fail to keep UI in sync with actual state
- Return errors when launchctl/systemctl commands fail during service installation instead of silently continuing
- Add proper error checking for all systemctl commands on Linux
Adds daemon-starting event emission from Rust when the daemon starts, eliminating timeout-based logic. The starting state now accurately tracks the actual daemon startup process through events.
- Rust emits daemon-starting event when start command is called
- Platform API listens to daemon-starting events
- Hook preserves isChecking state during polling until daemon connects
- No more timeouts, everything is event-driven
Adds a full-screen overlay when the daemon disconnects with:
- Real-time connection status indicator in top-right
- Explanation of what the daemon is and why it's required
- Restart button with background mode checkbox
- CLI commands reference panel with copy buttons
- Automatic app reload when daemon reconnects
The overlay uses reactive status polling and event-based detection to ensure accurate connection state tracking. When the daemon comes back online, the app automatically reloads to sync state.
