more fixes

cline_docs/activeContext.md

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+# Active Context
+
+## Current Focus
+
+Completed investigation of cyclic dependencies in the videoarchiver module, particularly in the processor directory.
+
+## Active Files
+
+- videoarchiver/processor/core.py
+- videoarchiver/processor/message_handler.py
+- videoarchiver/processor/queue_handler.py
+- videoarchiver/processor/cleanup_manager.py
+
+## Recent Changes
+
+Analysis completed:
+
+- Identified and documented dependency patterns
+- Verified TYPE_CHECKING usage
+- Confirmed effective circular dependency management
+
+## Next Steps
+
+1. ✓ Analyzed imports in processor directory
+2. ✓ Mapped dependencies between components
+3. ✓ Identified circular import patterns
+4. ✓ Documented findings and recommendations
+
+## Conclusion
+
+The codebase effectively manages potential circular dependencies through:
+
+1. Strategic use of TYPE_CHECKING
+2. Late initialization
+3. Forward references
+4. Clear component boundaries
+
+No immediate refactoring needed as current implementation follows best practices.

cline_docs/productContext.md

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+# Product Context
+
+## Purpose
+
+The videoarchiver module appears to be a Discord bot component for archiving video content, with complex processing and queue management capabilities.
+
+## Core Problems/Solutions
+
+- Managing video archival process
+- Handling message processing
+- Queue management
+- Cleanup operations
+
+## Key Workflows
+
+1. Message processing and validation
+2. Queue management and processing
+3. Video downloading and archiving
+4. Cleanup operations
+
+## Product Direction
+
+- Maintain clean architecture
+- Avoid cyclic dependencies
+- Ensure robust error handling

cline_docs/systemPatterns.md

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+# System Patterns
+
+## High-Level Architecture
+
+The videoarchiver module is organized into several key components:
+
+- processor: Handles core processing logic
+- queue: Manages video processing queue
+- database: Handles data persistence
+- ffmpeg: Manages video processing
+- utils: Provides utility functions
+- core: Contains core bot functionality
+- config: Manages configuration
+
+## Cyclic Dependencies Analysis
+
+### Current Dependency Chain
+
+1. VideoProcessor (core.py)
+   - Imports MessageHandler, QueueHandler, CleanupManager under TYPE_CHECKING
+   - Creates instances of these handlers in __init__
+
+2. MessageHandler (message_handler.py)
+   - Imports ConfigManager, URLExtractor
+   - No circular imports detected
+
+3. QueueHandler (queue_handler.py)
+   - Imports utils, database, config_manager
+   - No circular imports detected
+
+4. CleanupManager (cleanup_manager.py)
+   - Imports QueueHandler under TYPE_CHECKING
+   - No problematic circular dependencies
+
+### Mitigation Strategies Used
+
+1. TYPE_CHECKING conditional imports
+   - Used effectively in core.py and cleanup_manager.py
+   - Prevents runtime circular imports
+   - Maintains type safety during development
+
+2. Late imports
+   - Used in VideoProcessor.__init__ to avoid circular dependencies
+   - Handlers are imported only when needed
+
+3. Forward references
+   - Type hints use string literals for types that aren't yet defined
+
+## Core Technical Patterns
+
+1. Component Initialization Pattern
+   - Core processor initializes handlers
+   - Handlers are loosely coupled through interfaces
+   - Dependencies are injected through constructor
+
+2. Message Processing Pipeline
+   - Message validation
+   - URL extraction
+   - Queue management
+   - Progress tracking
+
+3. Cleanup Management
+   - Staged cleanup process
+   - Multiple cleanup strategies
+   - Resource tracking and monitoring
+
+## Data Flow
+
+1. Message Processing Flow
+   - Message received → MessageHandler
+   - Validation → URL Extraction
+   - Queue addition → Processing
+
+2. Video Processing Flow
+   - Queue item → Download
+   - Processing → Archival
+   - Cleanup → Completion
+
+## Key Technical Decisions
+
+1. Dependency Management
+   - Use of TYPE_CHECKING for circular import prevention
+   - Late initialization of components
+   - Clear separation of concerns between handlers
+
+2. Error Handling
+   - Each component has dedicated error types
+   - Comprehensive error tracking
+   - Graceful degradation
+
+3. State Management
+   - Clear state transitions
+   - Progress tracking
+   - Health monitoring
+
+4. Resource Management
+   - Staged cleanup process
+   - Multiple cleanup strategies
+   - Resource tracking
+
+## Recommendations
+
+1. Current Structure
+   - The current architecture effectively manages dependencies
+   - No immediate issues requiring refactoring
+
+2. Future Improvements
+   - Consider using dependency injection container
+   - Implement interface segregation for cleaner dependencies
+   - Add more comprehensive health checks