- Re-enabled Vision API and Media API services in docker-compose.yml, providing necessary configurations for development.
- Improved scheduling logic in HorizontalTimelineCalendar and Scheduling components to better manage repetition visibility and database scheduling status.
- Updated docker-compose-reset.sh to conditionally wait for Supabase services, enhancing the setup process for local development.
- Added isScheduledInDb prop to manage UI states for scheduled repetitions, improving user experience in the scheduling interface.
- Added RepetitionMetadata interface to manage phase details for repetitions.
- Implemented onScrollToRepetition and onScheduleRepetition callbacks for better user navigation and scheduling.
- Updated HorizontalTimelineCalendar to display phase names, experiment numbers, and repetition numbers in the timeline.
- Removed locked state management from Scheduling component, simplifying repetition handling.
- Improved conductor assignment visibility and interaction within the scheduling interface.
- Updated HorizontalTimelineCalendar to support full 24-hour scheduling with enhanced marker positioning and dragging capabilities.
- Introduced extendLeft and extendRight properties in RepetitionBorder for better visual representation of markers extending beyond their borders.
- Enhanced tooltip functionality for vertical lines in the timeline, providing clearer time information.
- Modified Scheduling component to allow scheduling from midnight to midnight, improving user experience in time selection.
- Adjusted Docker script permissions for better execution control.
- Added conductorsExpanded state to manage the visibility of the conductors list in the scheduling component.
- Updated color assignment logic for conductors to ensure consistent coloring based on their position in the array.
- Modified spawnSingleRepetition function to accept an updated set of selected IDs for accurate stagger calculations.
- Refactored soaking and airdrying data retrieval to map results from a unified experiment_phase_executions table, improving data consistency.
- Enhanced UI for conductor selection, including a collapsible list and improved availability indicators.
- Added conductorsExpanded state to manage the visibility of the conductors list in the scheduling component.
- Updated color assignment logic for conductors to ensure consistent coloring based on their position in the array.
- Modified spawnSingleRepetition function to accept an updated set of selected IDs for accurate stagger calculations.
- Refactored soaking and airdrying data retrieval to map results from a unified experiment_phase_executions table, improving data consistency.
- Enhanced UI for conductor selection, including a collapsible list and improved availability indicators.
- Added health check to the camera management API service in docker-compose.yml for better container reliability.
- Updated installation scripts in Dockerfile to check for existing dependencies before installation, improving efficiency.
- Enhanced error handling in the USDAVisionSystem class to allow partial operation if some components fail to start, preventing immediate shutdown.
- Improved logging throughout the application, including more detailed error messages and critical error handling in the main loop.
- Refactored WebSocketManager and CameraMonitor classes to use debug logging for connection events, reducing log noise.
- Added health check to the camera management API service in docker-compose.yml for better container reliability.
- Updated installation scripts in Dockerfile to check for existing dependencies before installation, improving efficiency.
- Enhanced error handling in the USDAVisionSystem class to allow partial operation if some components fail to start, preventing immediate shutdown.
- Improved logging throughout the application, including more detailed error messages and critical error handling in the main loop.
- Refactored WebSocketManager and CameraMonitor classes to use debug logging for connection events, reducing log noise.
- Changed log level in configuration from WARNING to INFO for better visibility of system operations.
- Enhanced StandaloneAutoRecorder initialization to accept camera manager, state manager, and event system for improved modularity.
- Updated recording routes to handle optional request bodies and improved error logging for better debugging.
- Added checks in CameraMonitor to determine if a camera is already in use before initialization, enhancing resource management.
- Improved MQTT client logging to provide more detailed connection and message handling information.
- Added new MQTT event handling capabilities to the VisionApiClient for better tracking of machine states.
- Changed log level in configuration from WARNING to INFO for better visibility of system operations.
- Enhanced StandaloneAutoRecorder initialization to accept camera manager, state manager, and event system for improved modularity.
- Updated recording routes to handle optional request bodies and improved error logging for better debugging.
- Added checks in CameraMonitor to determine if a camera is already in use before initialization, enhancing resource management.
- Improved MQTT client logging to provide more detailed connection and message handling information.
- Added new MQTT event handling capabilities to the VisionApiClient for better tracking of machine states.
- Introduced a new service for scheduling-remote in docker-compose.yml, allowing for better management of scheduling functionalities.
- Enhanced error handling in CameraMonitor and CameraStreamer classes to improve robustness during camera initialization and streaming processes.
- Updated various components in the management dashboard to support dark mode and improve user experience with consistent styling.
- Implemented feature flags for enabling/disabling modules, including the new scheduling module.
- Introduced a new service for scheduling-remote in docker-compose.yml, allowing for better management of scheduling functionalities.
- Enhanced error handling in CameraMonitor and CameraStreamer classes to improve robustness during camera initialization and streaming processes.
- Updated various components in the management dashboard to support dark mode and improve user experience with consistent styling.
- Implemented feature flags for enabling/disabling modules, including the new scheduling module.
