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George Antonopoulos
2025-06-02 17:45:26 +01:00
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IMPLEMENTATION_SUMMARY.md
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# Implementation Summary: Basecamp MCP Integration
## Improvements Made
We've implemented a robust MCP server for Basecamp 3 integration with the following key improvements:
### 1. Secure Token Storage
- Created a dedicated `token_storage.py` module for securely storing OAuth tokens
- Implemented thread-safe operations with proper locking mechanisms
- Added token expiration checking and metadata storage
- Stored tokens in a separate JSON file instead of environment variables or session
### 2. Improved OAuth Application
- Revamped the OAuth app to provide clearer user information
- Added proper token handling and storage
- Implemented secure API endpoints for the MCP server to retrieve tokens
- Added health check and token info endpoints for debugging
- Improved error handling and user feedback
### 3. Enhanced MCP Server
- Completely restructured the MCP server to align with the MCP protocol
- Implemented connection management with unique connection IDs
- Added proper tool action handling for Basecamp operations
- Improved error handling and logging
- Created endpoints for checking required parameters and connection status
### 4. Better Authentication Flow
- Separated authentication concerns between the OAuth app and MCP server
- Implemented proper token refresh handling for expired tokens
- Added support for both OAuth and Personal Access Token authentication modes
- Implemented better parameter validation and error messages
### 5. Testing and Documentation
- Created comprehensive test scripts for verifying the implementation
- Added detailed logging for debugging
- Created a comprehensive README with setup and usage instructions
- Documented the architecture and components for easier maintenance
## Architecture
The new architecture follows best practices for OAuth integration:
1. **User Authentication**: Handled by the OAuth app, completely separate from the MCP server
2. **Token Storage**: Centralized and secure, with proper expiration handling
3. **MCP Server**: Focused on the MCP protocol, delegating authentication to the OAuth app
4. **Client Library**: Clean separation of concerns between authentication, API calls, and search functionality
## Next Steps
To further improve this implementation:
1. **Production Readiness**:
- Replace file-based token storage with a proper database
- Add HTTPS support for both the OAuth app and MCP server
- Implement more robust API authentication between the MCP server and OAuth app
2. **Feature Enhancements**:
- Add support for more Basecamp resource types
- Implement webhook support for real-time updates
- Add caching for improved performance
3. **Security Improvements**:
- Add rate limiting to prevent abuse
- Implement proper token encryption
- Add audit logging for security events
This implementation provides a solid foundation for a production-ready Basecamp integration with Cursor through the MCP protocol.