This commit introduces the ability to run initialization scripts for worktrees, enhancing the setup process. Key changes include:
1. **New API Endpoint**: Added a POST endpoint to run the init script for a specified worktree.
2. **Worktree Routes**: Updated worktree routes to include the new run init script handler.
3. **Init Script Service**: Enhanced the Init Script Service to support running scripts asynchronously and handling errors.
4. **UI Updates**: Added UI components to check for the existence of init scripts and trigger their execution, providing user feedback through toast notifications.
5. **Event Handling**: Implemented event handling for init script execution status, allowing real-time updates in the UI.
This feature streamlines the workflow for users by automating the execution of setup scripts, improving overall project management.
- Added OpenCode authentication status check to the OpencodeProvider class.
- Introduced OpenCodeAuthStatus interface to manage authentication states.
- Updated detectInstallation method to include authentication status in the response.
- Created ProvidersSetupStep component to consolidate provider setup UI, including Claude, Cursor, Codex, and OpenCode.
- Refactored setup view to streamline navigation and improve user experience.
- Enhanced OpenCode CLI integration with updated installation paths and authentication checks.
This commit enhances the setup process by allowing users to configure and authenticate multiple AI providers, improving overall functionality and user experience.
- Implemented OpenCode CLI installation and authentication status check.
- Added new route for OpenCode status in setup routes.
- Updated HttpApiClient to include method for fetching OpenCode status.
- Enhanced system paths to include OpenCode's default installation directories.
This commit introduces functionality to check the installation and authentication status of the OpenCode CLI, improving integration with the overall system.
- Added optional API keys for OpenAI and Cursor to the .env.example file.
- Implemented API key validation in CursorProvider to ensure valid keys are used.
- Introduced rate limiting in Claude and Codex authentication routes to prevent abuse.
- Created secure environment handling for authentication without modifying process.env.
- Improved error handling and logging for authentication processes, enhancing user feedback.
These changes improve the security and reliability of the authentication mechanisms across the application.
- Introduced a new markdown file summarizing various attempts to install the Cursor CLI in Docker, detailing approaches, results, and key learnings.
- Updated Dockerfile to ensure proper installation of Cursor CLI for the non-root user, including necessary PATH adjustments for interactive shells.
- Enhanced entrypoint script to manage OAuth tokens for both Claude and Cursor CLIs, ensuring correct permissions and directory setups.
- Added scripts for extracting OAuth tokens from macOS Keychain and Linux JSON files for seamless integration with Docker.
- Updated docker-compose files to support persistent storage for CLI configurations and authentication tokens.
These changes improve the development workflow and provide clear guidance on CLI installation and authentication processes.
- Updated the TerminalService to utilize getShellPaths() for better shell detection across platforms.
- Improved logic for detecting user-configured shells in WSL and added fallbacks for various platforms.
- Enhanced unit tests to mock shell paths for comprehensive cross-platform testing, ensuring accurate shell detection behavior.
These changes aim to streamline shell detection and improve the user experience across different operating systems.
- Introduced a .nvmrc file to specify the Node.js version (22) for the project, ensuring consistent development environments.
- Enhanced error handling in the startServer function to provide clearer messages when the Node.js executable cannot be found, improving debugging experience.
- Updated package.json files across various modules to enforce Node.js version compatibility and ensure consistent dependency versions.
These changes aim to streamline development processes and enhance the application's reliability by enforcing version control and improving error reporting.
- Introduced a restricted file system wrapper to ensure all file operations are confined to the script's directory, enhancing security.
- Updated various modules to utilize the new secure file system methods, replacing direct fs calls with validated operations.
- Enhanced path validation in the server routes and context loaders to prevent unauthorized access to the file system.
- Adjusted environment variable handling to use centralized methods for reading and writing API keys, ensuring consistent security practices.
This change improves the overall security posture of the application by enforcing strict file access controls and validating paths before any operations are performed.
