- Expanded the AI pipeline to support video generation, including the addition of `video-prompt` and `ai-video` node types.
- Updated connection policies to validate interactions between new video nodes and existing node types.
- Enhanced logging and error handling for video generation processes, including detailed polling strategies and response formats.
- Updated documentation to reflect new node types, their functionalities, and integration details within the canvas and backend systems.
- Ensured synchronization between client-side and backend model definitions for both image and video generation.
- Introduced a new node type "video-prompt" for AI video generation, including its integration into the canvas command palette and node template picker.
- Updated connection validation to allow connections from text nodes to video-prompt and from video-prompt to ai-video nodes.
- Enhanced error handling and messaging for video generation failures, including specific cases for provider issues.
- Added tests to validate new video-prompt functionality and connection policies.
- Updated localization files to include new labels and prompts for video-prompt and ai-video nodes.
- Updated version from v1.5 to v2.0 in both the LemonSpace Manifest and PRD documents.
- Expanded Phase 1 scope to include video and asset nodes, and integrated non-destructive image editing capabilities.
- Enhanced node taxonomy to reflect 6 categories with 27 node types.
- Added details on offline sync features and optimistic updates in the documentation.
- Improved clarity and structure of the product vision and problem statement sections.
- Removed the unused CSS animation for edge insertion to streamline the codebase.
- Updated the edge insertion reflow duration from 1297ms to 997ms for improved performance.
- Refactored transition timing function for edge insertion to enhance animation smoothness.
- Cleaned up related test cases to reflect the changes in edge insertion logic.
- Added a new CSS animation for edge insertion to improve visual feedback during node creation.
- Updated the edge insertion reflow duration from 997ms to 1297ms for smoother transitions.
- Refactored related components to support the new animation and ensure consistent behavior across the canvas.
- Enhanced tests to validate the new edge insertion features and animations.
- Reduced the edge insertion reflow duration from 1297ms to 997ms for improved performance.
- Changed the transition timing function to a cubic-bezier for smoother animations in the canvas.
- Introduced a new CSS transition for edge insertion reflowing to improve visual feedback during node adjustments.
- Enhanced the connection validation logic to include options for optimistic edges, ensuring better handling of edge creation scenarios.
- Updated the canvas connection drop menu to support additional templates and improved edge insertion handling.
- Refactored edge insertion logic to accommodate local node position adjustments during reflow operations.
- Added tests for new edge insertion features and connection validation improvements.
- Added support for new edge insertion features, including default edge types and improved layout calculations.
- Introduced local node data persistence during flow reconciliation to ensure data integrity.
- Updated connection drop menu to handle edge insertions and node interactions more effectively.
- Enhanced testing for edge insert layout and local node data management.
Add hook-level regression coverage proving useCanvasFlowReconciliation preserves local node state while the shared resize lock is active. The test harness now supports driving the resize ref the same way production interactions do.
Rename the hook test to the planned path, revert the persistent Vitest config tweak, and narrow the hook inputs to reconciliation data plus shared refs. Keep verification working with a temporary test config instead of expanding the repo-level include list.
Move Convex-to-local node and edge reconciliation into a dedicated hook so canvas.tsx has a cleaner sync boundary during modularization. Add hook-level tests for optimistic edge carry and drag-lock behavior to preserve the existing UX.
