Delete cline_docs directory

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pacnpal
2024-11-17 17:25:05 -05:00
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parent c447c784ee
commit 1eb3b2e188
3 changed files with 0 additions and 254 deletions

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# Active Context
## Current Focus
- Adding fallback import patterns to all non-init Python files
- Maintaining relative imports while ensuring compatibility with Red-DiscordBot loading
- Implementing consistent import patterns across the entire codebase
## Recent Changes
- Added fallback imports in core module files:
- base.py
- cleanup.py
- commands.py
- error_handler.py
- events.py
- guild.py
- initialization.py
- lifecycle.py
- response_handler.py
- settings.py
- Verified types.py (no changes needed - only standard library imports)
- __init__.py
## Next Steps
1. Add fallback imports to database module files:
- connection_manager.py
- query_manager.py
- schema_manager.py
- video_archive_db.py
- __init__.py
2. Add fallback imports to ffmpeg module files:
- binary_manager.py
- encoder_params.py
- exceptions.py
- ffmpeg_downloader.py
- ffmpeg_manager.py
- gpu_detector.py
- process_manager.py
- verification_manager.py
- video_analyzer.py
- __init__.py
3. Add fallback imports to queue module files:
- cleanup.py
- health_checker.py
- manager.py
- metrics_manager.py
- models.py
- monitoring.py
- persistence.py
- processor.py
- recovery_manager.py
- state_manager.py
- types.py
- __init__.py
4. Add fallback imports to utils module files:
- compression_handler.py
- compression_manager.py
- directory_manager.py
- download_core.py
- download_manager.py
- exceptions.py
- file_deletion.py
- file_operations.py
- file_ops.py
- message_manager.py
- path_manager.py
- permission_manager.py
- process_manager.py
- progress_handler.py
- progress_tracker.py
- url_validator.py
- __init__.py
## Active Files
Currently working through database module files
## Strategy
- Process one module at a time
- Update files systematically
- Commit changes per module
- Keep context documentation updated
- Test loading after each module update
- Pay special attention to both TYPE_CHECKING imports and package-level imports

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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

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# System Patterns
## Import Patterns
### Standard Import Structure
Every non-init Python file should follow this pattern:
```python
try:
# Try relative imports first
from ..module.submodule import Component
from .local_module import LocalComponent
except ImportError:
# Fall back to absolute imports if relative imports fail
from videoarchiver.module.submodule import Component
from videoarchiver.current_module.local_module import LocalComponent
```
### TYPE_CHECKING Imports
For type checking imports, use:
```python
if TYPE_CHECKING:
try:
from ..module.component import Component
except ImportError:
from videoarchiver.module.component import Component
```
### Package-Level Imports
For package-level imports, use:
```python
try:
from .. import utils
except ImportError:
from videoarchiver import utils
```
### Import Rules
1. Always try relative imports first
2. Provide absolute import fallbacks
3. Group imports logically:
- Standard library imports first
- Third-party imports second
- Local/relative imports third
4. Use explicit imports over wildcard imports
5. Handle TYPE_CHECKING imports separately
6. Keep __init__.py files simple with direct imports
7. Test imports in both development and production environments
## Module Organization
### Core Module
- Base components and interfaces
- Core functionality implementation
- Command handling
- Event processing
- Error handling
- Lifecycle management
### Database Module
- Database connections
- Query management
- Schema definitions
- Data models
- Migration handling
### FFmpeg Module
- Process management
- Binary handling
- Encoding parameters
- GPU detection
- Video analysis
### Queue Module
- Queue management
- State tracking
- Health monitoring
- Recovery mechanisms
- Cleanup operations
### Utils Module
- Common utilities
- File operations
- Progress tracking
- Permission management
- Message handling
## Development Patterns
### Code Organization
- Keep modules focused and cohesive
- Follow single responsibility principle
- Use clear and consistent naming
- Maintain proper documentation
- Implement proper error handling
### Testing Strategy
- Test in development environment
- Verify in production environment
- Check import resolution
- Validate component interactions
- Monitor error handling
### Error Handling
- Use specific exception types
- Provide detailed error contexts
- Implement graceful degradation
- Log errors appropriately
- Track error patterns
### Component Management
- Register components explicitly
- Track component states
- Monitor health metrics
- Handle cleanup properly
- Manage dependencies carefully
### Documentation
- Maintain clear docstrings
- Update context files
- Document patterns and decisions
- Track changes systematically
- Keep examples current