- Updated the `InitUser` component to handle session state more effectively by incorporating a loading state.
- Removed the unused `useAuthQuery` hook and adjusted the balance initialization logic to only proceed when the session is confirmed.
- Enhanced the `getBalance` query with improved error handling and logging for better debugging.
- Modified the `initBalance` mutation to return an object indicating whether a new balance was created, improving clarity in the initialization process.
- Introduced a new `CanvasPresetsProvider` to manage adjustment presets for nodes, enhancing state management and reducing reactivity.
- Updated storage URL resolution to utilize a mutation instead of a reactive query, improving performance and reducing unnecessary re-renders.
- Refactored adjustment nodes (color-adjust, curves, detail-adjust, light-adjust) to use the new preset context for fetching user presets.
- Improved overall canvas functionality by streamlining storage ID collection and URL resolution processes.
- Integrated NextImage for logo display in the canvas sidebar, enhancing visual consistency.
- Updated canvas name handling in the toolbar to ensure proper display and accessibility.
- Refactored sidebar layout for better responsiveness and user experience.
- Improved state management for category collapsibility in the sidebar, allowing for a more intuitive navigation experience.
- Integrated localization for slider labels and prompts in color-adjust, curves, detail-adjust, and light-adjust nodes.
- Updated preset handling to include user-friendly prompts for saving presets.
- Improved state management for slider values and preset selections, enhancing user experience.
- Added reset actions to adjustment nodes for better control over user adjustments.
- Replaced SliderRow components with ParameterSlider in color-adjust, curves, detail-adjust, and light-adjust nodes for improved user interaction.
- Updated minimum width and height configurations for adjustment nodes to accommodate new slider designs.
- Enhanced node templates and default dimensions to reflect the changes in adjustment node sizes.
- Improved state management and data handling for slider values in adjustment nodes.
- Updated sign-in and sign-up pages to allow users to log in with either email or username.
- Added social login options for Google and Apple, currently implemented as placeholders.
- Improved error handling with localized messages for authentication failures.
- Refactored input fields and validation logic to enhance user experience and accessibility.
- Introduced new functions for validating canvas connections, ensuring proper source and target node types.
- Updated edge and node mutation logic to enforce connection policies and improve error handling.
- Enhanced image resolution handling by integrating a new image source resolution function for better URL retrieval.
- Refactored existing validation logic to streamline connection checks and improve maintainability.
- Added a fallback mechanism for resolving storage URLs in `canvas-helpers.ts`, improving reliability when URLs are not directly available.
- Introduced new utility functions in `canvas.tsx` for summarizing update and resize payloads, enhancing debugging capabilities during canvas operations.
- Updated `compare-node.tsx` to improve state management and rendering logic, allowing for better handling of incoming edges and display modes.
- Refactored `render-node.tsx` to streamline the rendering process and include detailed logging for debugging render operations.
- Updated `.gitignore` to exclude `.kilo` files, ensuring cleaner repository management.
- Added fullscreen output capability for render nodes, allowing users to view images in a larger format.
- Introduced a dialog component for fullscreen image display, including a close button.
- Enhanced storage URL resolution with performance logging to identify slow queries and improve efficiency.
- Updated various queries and handlers to include performance metrics for better monitoring and debugging.
- Added support for new canvas node types: curves, color-adjust, light-adjust, detail-adjust, and render.
- Implemented validation for adjustment nodes to restrict incoming edges to one.
- Updated canvas connection validation to improve user feedback on invalid connections.
- Enhanced node creation and rendering logic to accommodate new node types and their properties.
- Refactored related components and utilities for better maintainability and performance.
- Added error name tracking in NodeErrorBoundary for better debugging.
- Introduced aspect ratio normalization in PromptNode to ensure valid values are used.
- Updated debounced state management in CanvasInner for improved performance.
- Enhanced SelectContent component to support optional portal rendering.
- Replace image upload POST with XHR progress tracking
- Keep upload state until Convex sync completes
- Pass owner userId through image generation to decrement concurrency correctly
- Implemented fullscreen output functionality for AI image and image nodes, allowing users to view images in a larger format.
- Added a dialog component for displaying images in fullscreen mode, including a close button.
- Enhanced text nodes with a rich text editor, enabling quick formatting options such as bold, italic, headings, lists, and links.
- Updated base node wrapper to support toolbar actions for both image and text nodes, improving user interaction.
- Introduced `hasStorageId` function to check for valid storage IDs in canvas nodes.
- Updated `batchGetUrlsForCanvas` query to utilize helper functions for improved readability and maintainability.
- Implemented `assertCanvasOwner`, `listNodesForCanvas`, `collectStorageIds`, and `resolveStorageUrls` to streamline the process of fetching storage URLs associated with a canvas.
- Enhanced query logic to skip unnecessary database calls when no valid storage IDs are present.
- Updated `RootLayout` to retrieve the user's time zone using `getTimeZone` from `next-intl/server`.
- Modified the `Providers` component to accept and pass the time zone prop to `NextIntlClientProvider`, improving localization capabilities.
- Integrated `next-intl` for toast messages and locale handling in various components, including `Providers`, `CanvasUserMenu`, and `CreditOverview`.
- Replaced hardcoded strings with translation keys to enhance localization capabilities.
- Updated `RootLayout` to dynamically set the language attribute based on the user's locale.
- Ensured consistent user feedback through localized toast messages in actions such as sign-out, canvas operations, and billing notifications.
- Introduced `DialogDescription` components in `canvas-app-menu.tsx` and `canvas-card.tsx` to provide clearer context for users when renaming and deleting projects.
- Removed redundant paragraph elements in favor of the new dialog descriptions for a cleaner UI experience.
- Implemented delete action for canvas cards, including a confirmation dialog.
- Updated `canvas-card.tsx` to support renaming and deleting canvases.
- Enhanced documentation in `CLAUDE.md` to reflect new features and mutations.
- Added success and error toast messages for delete actions.
- Introduced the react-resizable-panels package to enhance panel resizing capabilities.
- Refactored CanvasPage to utilize CanvasShell for a cleaner layout.
- Updated CanvasSidebar to support a compact mode and improved rendering logic for user entries.
- Enhanced CanvasUserMenu with a compact option for better UI adaptability.
- Removed unused imports and functions from canvas.tsx to streamline the codebase.
- Introduced several helper modules for improved organization and maintainability, including canvas-helpers, canvas-node-change-helpers, and canvas-media-utils.
- Updated documentation in CLAUDE.md to reflect changes in the canvas architecture and the purpose of new internal modules.
- Introduced a new section detailing the Single Source of Truth for various components, linking to their respective CLAUDE.md files.
- Enhanced clarity on documentation organization across different areas of the project.
- Added suppressHydrationWarning to RootLayout for improved hydration handling.
- Updated error logging in CanvasInner to use more descriptive parameters, enhancing debugging capabilities.
- Added new image editing node types including curves, color adjustment, light adjustment, detail adjustment, and render, expanding the functionality of the canvas.
- Updated the canvas command palette and sidebar to categorize and display new image editing nodes, improving user navigation and accessibility.
- Implemented collapsible categories in the sidebar for better organization of node types, enhancing the overall user experience.
- Refactored canvas components to support the new image editing features, ensuring seamless integration with existing functionalities.
- Introduced local persistence for canvas state, enabling snapshot reading and writing for improved user experience during interactions.
- Added new functions for handling node movement, resizing, and edge creation/removal with optimistic updates, ensuring immediate feedback in the UI.
- Refactored existing logic to streamline node and edge operations, enhancing overall responsiveness and synchronization with the server.
- Introduced functions for managing optimistic edge and node IDs, improving synchronization during updates.
- Added position pinning logic to maintain local node positions until server confirmation, enhancing user experience during drag-and-drop operations.
- Implemented signature normalization for edge connections, ensuring consistent handling of node relationships.
- Refactored node merging logic to prioritize local positions, improving responsiveness during user interactions.
- Introduced a new function to determine acceptable geometry for node deletion, improving synchronization checks with Convex.
- Added image dimension retrieval for uploaded files, enhancing the handling of image nodes during drag-and-drop operations.
- Updated drag-and-drop functionality to support image uploads, including error handling and user feedback for failed uploads.
- Refactored existing logic to ensure better management of optimistic node states and improve overall user experience on the canvas.
