Only auto-expand servers when user manually clicks Test button.
Auto-test on mount now keeps servers collapsed to avoid clutter
when there are many MCP servers configured.
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
- Introduced JSON editing for individual and global MCP server configurations.
- Added functionality to open JSON edit dialogs for specific servers and all servers collectively.
- Implemented validation for JSON input to ensure correct server configuration.
- Enhanced server testing logic to allow silent testing without toast notifications.
- Updated UI to include buttons for editing JSON configurations and improved user experience.
This update streamlines server management and configuration, allowing for more flexible and user-friendly interactions.
- Add MCPTestService for testing MCP server connections
- Support stdio, SSE, and HTTP transport types
- Implement workaround for SSE headers bug (SDK Issue #436)
- Create API routes for /api/mcp/test and /api/mcp/tools
- Add API client methods for MCP operations
- Create MCPToolsList component with collapsible schema display
- Add Test button to MCP servers section with status indicators
- Add Headers field for HTTP/SSE servers
- Add Environment Variables field for stdio servers
- Fix text overflow in tools list display
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
- Add reusable WSL utilities in @automaker/platform (wsl.ts):
- isWslAvailable() - Check if WSL is available on Windows
- findCliInWsl() - Find CLI tools in WSL, tries multiple distributions
- execInWsl() - Execute commands in WSL
- createWslCommand() - Create spawn-compatible command/args for WSL
- windowsToWslPath/wslToWindowsPath - Path conversion utilities
- getWslDistributions() - List available WSL distributions
- Update CursorProvider to use WSL on Windows:
- Detect cursor-agent in WSL distributions (prioritizes Ubuntu)
- Use full path to wsl.exe for spawn() compatibility
- Pass --cd flag for working directory inside WSL
- Store and use WSL distribution for all commands
- Show "(WSL:Ubuntu) /path" in installation status
- Add 'wsl' to InstallationStatus.method type
- Fix bugs:
- Fix ternary in settings-view.tsx that always returned 'claude'
- Fix findIndex -1 handling in WSL command construction
- Remove 'gpt-5.2' from unknown models test (now valid Cursor model)
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
- Introduced a new pipeline service to manage custom workflow steps that execute after a feature is marked "In Progress".
- Added API endpoints for configuring, saving, adding, updating, deleting, and reordering pipeline steps.
- Enhanced the UI to support pipeline settings, including a dialog for managing steps and integration with the Kanban board.
- Updated the application state management to handle pipeline configurations per project.
- Implemented dynamic column generation in the Kanban board to display pipeline steps between "In Progress" and "Waiting Approval".
- Added documentation for the new pipeline feature, including usage instructions and configuration details.
This feature allows for a more structured workflow, enabling automated processes such as code reviews and testing after feature implementation.
- Added support for Cursor models in the model resolver, allowing cursor-prefixed models to pass through unchanged.
- Implemented logic to handle bare Cursor model IDs by adding the cursor- prefix.
- Updated logging to provide detailed information on model resolution processes for both Claude and Cursor models.
- Expanded unit tests to cover new Cursor model handling scenarios, ensuring robust validation of model resolution logic.
- Updated AutoModeService to track model and provider for running features, improving logging and state management.
- Modified AddFeatureDialog to handle model selection for both Claude and Cursor, adjusting thinking level logic accordingly.
- Expanded ModelSelector to allow provider selection and dynamically display models based on the selected provider.
- Introduced new model constants for Cursor models, integrating them into the existing model management structure.
- Updated README and project plan to reflect the completion of task execution integration for Cursor models.
Add Model Context Protocol (MCP) server integration to extend AI agent
capabilities with external tools. This allows users to configure MCP
servers (stdio, SSE, HTTP) in global settings and have agents use them.
Note: MCP servers are currently configured globally. Per-project MCP
server configuration is planned for a future update.
Features:
- New MCP Servers settings section with full CRUD operations
- Import/Export JSON configs (Claude Code format compatible)
- Configurable permission settings:
- Auto-approve MCP tools (bypass permission prompts)
- Unrestricted tools (allow all tools when MCP enabled)
- Refresh button to reload from settings file
Implementation:
- Added MCPServerConfig and MCPToolInfo types
- Added store actions for MCP server management
- Updated claude-provider to use configurable MCP permissions
- Updated sdk-options factory functions for MCP support
- Added settings helpers for loading MCP configs
- Updated AIProfile type to include support for Cursor provider, adding cursorModel and validation logic.
- Enhanced ProfileForm component to handle provider selection and corresponding model configurations for both Claude and Cursor.
- Implemented display functions for model and thinking configurations in ProfileQuickSelect.
- Added default Cursor profiles to the application state.
- Updated UI components to reflect provider-specific settings and validations.
- Marked completion of the AI Profiles Integration phase in the project plan.
- Added a new `ProviderTabs` component to manage different AI providers (Claude and Cursor) within the settings view.
- Created `ClaudeSettingsTab` and `CursorSettingsTab` components for provider-specific configurations.
- Updated navigation to reflect the new provider structure, replacing the previous Claude-only setup.
- Marked completion of the settings view provider tabs phase in the integration plan.
- Introduced a new `CursorSetupStep` component for optional Cursor CLI configuration during the setup process.
- Updated `SetupView` to include the cursor step in the setup flow, allowing users to skip or proceed with Cursor CLI setup.
- Enhanced state management to track Cursor CLI installation and authentication status.
- Updated Electron API to support fetching Cursor CLI status.
- Marked completion of the UI setup wizard phase in the integration plan.
- Removed the delay mechanism for starting newly created features, simplifying the process.
- Updated the logic to capture existing feature IDs before adding a new feature, allowing for immediate identification of the newly created feature.
- Enhanced error handling to notify users if the feature could not be started automatically.
Add a global setting to enable/disable sandbox mode for Claude Agent SDK.
This allows users to control sandbox behavior based on their authentication
setup and system compatibility.
Changes:
- Add enableSandboxMode to GlobalSettings (default: true)
- Add sandbox mode checkbox in Claude settings UI
- Wire up setting through app store and settings service
- Update createChatOptions and createAutoModeOptions to use setting
- Add getEnableSandboxModeSetting helper function
- Remove hardcoded sandbox configuration from ClaudeProvider
- Add detailed logging throughout agent execution flow
The sandbox mode requires API key or OAuth token authentication. Users
experiencing issues with CLI-only auth can disable it in settings.
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
- Introduced a new setting to enable automatic loading of CLAUDE.md files from project-specific directories.
- Updated relevant services and components to support the new setting, including the AgentService and AutoModeService.
- Added UI controls for managing the auto-load setting in the settings view.
- Enhanced SDK options to incorporate settingSources for CLAUDE.md loading.
- Updated global and project settings interfaces to include autoLoadClaudeMd property.
- Introduced a useRef hook to track component mount status, preventing state updates on unmounted components.
- Updated fetchIssues function to conditionally set state only if the component is still mounted, improving reliability during asynchronous operations.
- Ensured proper cleanup in useEffect to maintain accurate mounted state, enhancing overall component stability.
- Removed the isValidating prop from GitHubIssuesView and ValidationDialog components to streamline validation logic.
- Updated handleValidateIssue function to eliminate unnecessary dialog options, focusing on background validation notifications.
- Enhanced user feedback by notifying users when validation starts, improving overall experience during issue analysis.
- Added onDeleteTask functionality to allow task deletion from both board and graph views.
- Integrated delete options for dependencies in the graph view, enhancing user interaction.
- Updated ancestor context section to clarify the role of parent tasks in task descriptions.
- Improved layout handling in graph view to preserve node positions during updates.
This update enhances task management capabilities and improves user experience in the graph view.
- Added ErrorState component to display error messages with retry functionality, enhancing user experience during issue loading failures.
- Implemented LoadingState component to provide visual feedback while issues are being fetched, improving the overall responsiveness of the GitHubIssuesView.
- Refactored GitHubIssuesView to utilize the new components, streamlining error and loading handling logic.
- Introduced refs for selected issue and validation dialog state to prevent unnecessary re-subscribing on state changes.
- Added cleanup logic to ensure proper handling of asynchronous operations during component unmounting.
- Enhanced error handling in validation loading functions to only log errors if the component is still mounted, improving reliability.
- Simplified the validation staleness check by introducing a dedicated variable for stale validation status.
- Enhanced the conditions for unviewed and viewed validation indicators, improving user feedback on validation status.
- Added a visual indicator for viewed validations, enhancing the user interface and experience.
- Added support for default AI profile retrieval and integration into task creation, improving user experience in task management.
- Implemented current branch detection based on selected worktree, ensuring accurate context for issue handling.
- Updated fetchIssues function dependencies to include new profile and branch data, enhancing task creation logic.
- Introduced a new ConfirmDialog component for user confirmation prompts.
- Integrated ConfirmDialog into GitHubIssuesView to confirm re-validation of issues, enhancing user interaction and decision-making.
- Updated handleValidateIssue function to support re-validation options, improving flexibility in issue validation handling.
- Introduced comprehensive unit tests for the validation storage module, covering functions such as writeValidation, readValidation, getAllValidations, deleteValidation, and others.
- Implemented tests to ensure correct behavior for validation creation, retrieval, deletion, and freshness checks.
- Enhanced test coverage for edge cases, including handling of non-existent validations and directory structure validation.
- Added an `isValidating` prop to the `IssueRow` component to indicate ongoing validation for issues.
- Introduced a visual indicator for validation in progress, enhancing user feedback during analysis.
- Updated the `ValidationDialog` to render validation reasoning and suggested fixes using Markdown for better formatting and readability.
- Added a scheduled task to clean up stale validation entries every hour, preventing memory leaks.
- Enhanced the `getAllValidations` function to read validation files in parallel for improved performance.
- Updated the `fetchLinkedPRs` function to use `spawn` for safer execution of GitHub CLI commands, mitigating shell injection risks.
- Modified event handling in the GitHub issues view to utilize the model for validation, ensuring consistency and reducing stale closure issues.
- Introduced a new property in the issue validation event to track the model used for validation.
- Implemented a new function to mark validations as viewed by the user, updating the validation state accordingly.
- Added a new API endpoint for marking validations as viewed, integrated with the existing GitHub routes.
- Enhanced the sidebar to display the count of unviewed validations, providing real-time updates.
- Updated the GitHub issues view to mark validations as viewed when issues are accessed, improving user interaction.
- Introduced a visual indicator for unviewed validations in the issue list, enhancing user awareness of pending validations.
- Introduced CRUD operations for GitHub issue validation results, including storage and retrieval.
- Added new endpoints for checking validation status, stopping validations, and deleting stored validations.
- Enhanced the GitHub routes to support validation management features.
- Updated the UI to display validation results and manage validation states for GitHub issues.
- Integrated event handling for validation progress and completion notifications.
- Added support for assignees in GitHub issue data structure.
- Implemented fetching of linked pull requests for open issues using the GitHub GraphQL API.
- Updated UI to display assignees and linked PRs for selected issues.
- Adjusted issue listing commands to include assignees in the fetched data.
- Added a new endpoint for validating GitHub issues using the Claude SDK.
- Introduced validation schema and logic to handle issue validation requests.
- Updated GitHub routes to include the new validation route.
- Enhanced the UI with a validation dialog and button to trigger issue validation.
- Mapped issue complexity to feature priority for better task management.
- Integrated validation results display in the UI, allowing users to convert validated issues into tasks.
