This commit introduces two new asynchronous tests in the `watcher.rs` file: `test_file_deletion_events` and `test_file_modify_then_delete`. These tests validate the correct handling of file creation, modification, and deletion events by the `FsWatcher`. The tests ensure that deletion events are reported accurately, addressing potential misreporting issues. Additionally, the macOS platform handler has been updated to emit a Remove event for non-existent paths, improving event accuracy in the watcher. Cleanup logic is included to remove test directories after execution.
- Refactored the `IndexPersistence` implementation to improve error handling and logging when querying directory paths.
- Updated the change detection logic to always load existing entries during reindexing, ensuring accurate detection of moves, modifications, and deletions.
- Introduced a new test suite for folder rename operations, covering both persistent and ephemeral indexing scenarios, validating UUID/inode preservation and parent-child relationship integrity.
- Enhanced the `IndexingHarnessBuilder` to allow disabling the filesystem watcher for specific tests, improving test flexibility.
- Added closure table integrity verification to ensure proper connections between renamed folders and their children, preventing data inconsistencies.
- Simplified the timeout handling in `is_daemon_running` for better readability.
- Updated type definitions in the macOS Tauri library for clarity.
- Reformatted JSON configuration for better structure and readability.
- Changed function signatures in `files.rs` and `server.rs` to use `Path` instead of `PathBuf` for consistency.
- Enhanced error handling and argument passing in various functions for improved clarity.
- Added `#[allow(dead_code)]` annotations to unused functions in several modules to suppress warnings.
- Improved the display string methods in `volume.rs` and `pairing/types.rs` for better performance and clarity.
- Updated argument passing in various commands to use a more concise syntax.
- Simplified iteration in the ConstantTimeEqNull implementation for better readability.
- Enhanced file path checks in EventFilters for temporary and system files.
- Added `#[must_use]` attribute to functions in FrameDecoder to indicate their importance.
- Replaced `or_insert_with` with `or_default` for cleaner code in phase summary generation.
- Implemented methods for batch creation and deletion of files and directories in the test harness.
- Added scenarios to verify the creation and deletion of multiple files and directories, ensuring proper event handling.
- Enhanced logging for better visibility during test execution.
- Updated the macOS event handler to improve directory deduplication and manage recent directory creations effectively.
- Updated `connect` methods in `EphemeralEventHandler` and `PersistentEventHandler` to be asynchronous, allowing for non-blocking connections to the `FsWatcherService`.
- Modified `init_handlers` in `FsWatcherService` to support async initialization of event handlers.
- Adjusted service startup methods to await handler initialization, ensuring proper setup before starting the watcher.
- Enhanced test harness to utilize the new async capabilities, improving event collection and verification processes.
- 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 file type checks from `file.kind.type` to `file.kind` for consistency across various components in the Explorer views.
- Enhanced the `Thumb` component to conditionally hide the icon based on thumbnail loading status.
- Adjusted the `HeroStats` component for improved readability and structure.
- Added a new `iconScale` prop to the `FileInspector` component's thumbnail for better visual scaling.
Integrate KeyboardHandler into ExplorerLayout to enable global keys -
Memoize Explorer state flow (useCallback/useMemo) to reduce re-renders -
Propagate selection state through GridView/FileCard via new
SelectionContext props - Memoize TopBar using React.memo to prevent
unnecessary updates
- Updated the subproject commit reference to indicate a dirty state.
- Added blank lines to various files for improved readability and consistency across the codebase.
- Updated the subproject commit reference to indicate a dirty state.
- Added blank lines to various files for improved readability and consistency across the codebase.
- Introduced new modules and actions for generating media proxies and thumbstrips, improving media handling capabilities.
- Added configuration, error handling, and processing logic for both proxy and thumbstrip generation.
- Updated existing media operations to integrate new functionalities, ensuring seamless media processing and user experience.
- Enhanced tests to cover new features and ensure reliability in media operations.
The StateSyncHandler was a leftover from an earlier architecture where
protocol handlers were meant to be separate. The current implementation
bypasses it entirely by having the network protocol handler directly
call PeerSync::get_device_state() which properly uses the registry.
Backfill has been working fine because it completely avoids this code path.
Changes:
- Remove StateSyncHandler struct and all its methods from protocol_handler.rs
- Remove state_handler field from BackfillManager
- Update exports in mod.rs
- Clean up imports in backfill.rs
This eliminates the confusing TODO comments about serialization that
were already implemented elsewhere.
- Replaced complex subquery logic with raw SQL for filtering entries based on device ownership, improving query performance and readability.
- Enhanced error handling for UUID synchronization to ensure data consistency.
- Streamlined code by consolidating delete and count operations in the entry closure rebuild process.
- Improved logging in the backfill manager to provide better insights into state changes and record processing.
- Added a comprehensive API reference document for the Spacedrive SDK, detailing all APIs as type-checked stubs for type-checking purposes.
- Introduced new core modules including `actions`, `agent`, `ai`, `job_context`, `models`, `query`, `tasks`, and `vdfs`, each with defined structures and functionalities.
- Updated `Cargo.toml` to include new dependencies and ensure compatibility with the SDK.
- Enhanced `types.rs` to include additional error types and result types for better error handling across the SDK.
- Established a clear structure for extension development, allowing for future implementations and runtime testing.
- Introduced a new `JobArgs` struct to handle parsing of job macro arguments more effectively.
- Updated the `job_impl` function to utilize the new parsing logic, allowing for both named arguments and direct string literals.
- Improved error handling and clarity in argument parsing, enhancing the overall robustness of the job macro implementation.
- Implemented `validate_and_fix_library` method in the Context struct to ensure the current library selection is valid.
- If the stored library ID is not found, the method selects the first available library.
- Updated the main execution flow to call this new method, enhancing library management during command execution.
- Introduced a new `ExtensionJobRegistry` to manage custom job types for extensions at runtime.
- Added `host_register_job` function to facilitate job registration from WASM extensions.
- Updated `PluginEnv` and `PluginManager` to include job registry functionality.
- Enhanced the `job` macro to support automatic job registration during plugin initialization.
- Updated documentation and tests to reflect the new job registration capabilities.
- Renamed `spacedrive_job` macro to `job` for clarity and consistency across the SDK.
- Updated references in the SDK and test extension to reflect the new macro name.
- Enhanced comments in the test extension to better describe functionality and usage.
- Added "checkpointing" to the cspell project words for improved spell checking.
- Added a new SDK for developing Spacedrive WASM extensions, featuring a type-safe API and comprehensive documentation.
- Implemented core components including job context management, FFI bindings, and error handling mechanisms.
- Created macros for simplifying extension and job definitions, enhancing developer experience.
- Included detailed README and status documentation to guide users in utilizing the SDK effectively.
- Updated Cargo configurations for the SDK and its macros, ensuring proper dependency management and build processes.
- Finalized the core synchronization infrastructure, enabling device-independent writes without leader checks.
- Implemented critical components including `TransactionManager`, `SyncProtocolHandler`, and `PeerSync` with enhanced broadcast capabilities.
- Achieved full message routing for state and shared changes, ensuring robust error handling and logging.
- Registered new models in the async-safe registry, facilitating state-based and log-based synchronization.
- Documented implementation progress and architecture changes, highlighting the transition to a leaderless model.
- Prepared for integration testing with remaining tasks outlined for backfill and retry queue implementation.
- Removed leadership-related components from the sync infrastructure, including `LeadershipManager` and `sync_leadership` fields across various models.
- Implemented a new peer-to-peer sync model utilizing Hybrid Logical Clocks (HLC) for shared resources and state-based sync for device-owned data.
- Updated the `Syncable` trait and related modules to reflect the new architecture, ensuring seamless integration of state and log-based synchronization.
- Introduced `PeerLog` for managing device-specific changes and `PeerSync` for handling synchronization in the leaderless environment.
- Revised documentation to outline the new sync architecture and its implications for device synchronization, emphasizing the benefits of a leaderless approach.
- Introduced three new markdown files: CLI_LIBRARY_SYNC_COMPLETE.md, IMPLEMENTATION_COMPLETE.md, and LIBRARY_SYNC_SETUP_IMPLEMENTATION.md for comprehensive documentation.
- Updated various CLI domain modules to improve argument handling and output formatting.
- Enhanced device, index, job, library, location, network, and search modules for better integration and user experience.
- Refactored code across multiple domains to improve maintainability and clarity.
- Removed manual type definitions in favor of generated types from SpacedriveClient, enhancing type safety.
- Refactored event handling in DaemonConnector to utilize a new type-safe Event enum for better clarity and maintainability.
- Updated job management logic to align with the new event structure, improving real-time job tracking and state management.
- Enhanced serialization and deserialization processes for various data structures to ensure compatibility with the Rust daemon output.
- Removed obsolete schema generation binary and updated Cargo.toml to reflect changes in dependencies and project structure.
- Removed the `codegen` module and its associated files to streamline the codebase.
- Introduced a new binary for generating Swift types using Specta, enhancing type safety and integration.
- Updated various data structures to utilize the `specta` crate for type generation.
- Refactored existing types to remove `JsonSchema` derives in favor of `specta::Type`, improving compatibility with the new generation system.
- Enhanced the `Cargo.toml` to exclude unnecessary crates and improve workspace organization.
- Added a new `persistence_complete_tx` channel to facilitate signaling when job state persistence is complete.
- Updated `JobExecutor` and `JobManager` to manage the persistence completion channel, ensuring proper signaling during job execution and state management.
- Enhanced the `ChangeDetector` to include a cache for file existence checks, improving performance and accuracy in detecting changes.
- Refactored related methods to streamline job state handling and improve logging for persistence operations.
