IMAP MCP Server

### 11. Implement Email Processing Workflow - States **Task Name**: Implement email processing workflow states **Test Specifications**: - Test workflow state definitions - Test state transitions - Test state persistence - Test state validation - Test state serialization/deserialization **Implementation Steps**: ``` 1. Create test_workflow_states.py with test cases covering: - State definitions (new, reviewing, actioned, etc.) - State transitions (valid and invalid) - State persistence - State validation - State serialization/deserialization 2. Cover both valid and invalid state transitions ``` **TDD Process**: 1. Run `pytest tests/test_workflow_states.py -v` to see all tests fail 2. Create workflow_states.py implementing the required functionality 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp.workflow_states` to verify coverage ### 12. Implement Email Processing Workflow - Actions **Task Name**: Implement email processing workflow actions **Test Specifications**: - Test action definitions - Test action execution - Test action validation - Test action consequences on states - Test action history tracking **Implementation Steps**: ``` 1. Create test_workflow_actions.py with test cases covering: - Action definitions (read, reply, archive, etc.) - Action execution - Action validation - Action state consequences - Action history tracking 2. Test with various email scenarios ``` **TDD Process**: 1. Run `pytest tests/test_workflow_actions.py -v` to see all tests fail 2. Create workflow_actions.py implementing the required functionality 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp.workflow_actions` to verify coverage ### 13. Implement Email Processing Workflow - User Interaction **Task Name**: Implement user interaction patterns **Test Specifications**: - Test different interaction patterns - Test question prompts - Test user response handling - Test interaction history - Test adaptations based on learning **Implementation Steps**: ``` 1. Create test_user_interaction.py with test cases covering: - Interaction patterns - Question generation - Response handling - Interaction history - Learning-based adaptations 2. Mock user responses for testing ``` **TDD Process**: 1. Run `pytest tests/test_user_interaction.py -v` to see all tests fail 2. Create user_interaction.py implementing the required functionality 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp.user_interaction` to verify coverage ### 14. Integrate Workflow Components **Task Name**: Integrate all workflow components **Test Specifications**: - Test end-to-end workflow process - Test combining all workflow components - Test integration with MCP resources and tools - Test workflow initialization from the server - Test persistence across server restarts **Implementation Steps**: ``` 1. Create test_workflow_integration.py with test cases covering: - End-to-end workflow process - Component interaction - Resource and tool integration - Server initialization - Persistence testing 2. Test with realistic email processing scenarios ``` **TDD Process**: 1. Run `pytest tests/test_workflow_integration.py -v` to see all tests fail 2. Create workflow.py integrating all workflow components 3. Update server.py, resources.py, and tools.py to integrate with workflow.py 4. Run tests again until all pass 5. Run `pytest --cov=imap_mcp.workflow` to verify coverage ### 15. Implement Multi-Account Foundation **Task Name**: Implement multi-account data model **Test Specifications**: - Test account model - Test account configuration - Test account validation - Test account serialization/deserialization - Test account storage **Implementation Steps**: ``` 1. Create test_account_model.py with test cases covering: - Account model definition - Account configuration - Account validation - Account serialization/deserialization - Account storage 2. Include both valid and invalid account scenarios ``` **TDD Process**: 1. Run `pytest tests/test_account_model.py -v` to see all tests fail 2. Create account_model.py implementing the required functionality 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp.account_model` to verify coverage ### 16. Implement Account Management **Task Name**: Implement account management functionality **Test Specifications**: - Test adding accounts - Test removing accounts - Test updating account settings - Test account selection/switching - Test account persistence **Implementation Steps**: ``` 1. Create test_account_manager.py with test cases covering: - Adding accounts - Removing accounts - Updating account settings - Account selection/switching - Account persistence 2. Mock filesystem interactions for persistence testing ``` **TDD Process**: 1. Run `pytest tests/test_account_manager.py -v` to see all tests fail 2. Create account_manager.py implementing the required functionality 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp.account_manager` to verify coverage ### 17. Integrate Multi-Account Support **Task Name**: Integrate multi-account support **Test Specifications**: - Test integration with IMAP client - Test integration with resources - Test integration with tools - Test integration with server - Test account-specific persistence **Implementation Steps**: ``` 1. Create test_multi_account_integration.py with test cases covering: - IMAP client integration - Resource integration - Tool integration - Server integration - Account-specific persistence 2. Test with multiple account configurations ``` **TDD Process**: 1. Run `pytest tests/test_multi_account_integration.py -v` to see all tests fail 2. Update all relevant components to support multiple accounts 3. Run tests again until all pass 4. Run `pytest --cov=imap_mcp` to verify overall coverage