Build Scripts Refactoring - Phase 1
Build Scripts Refactoring Summary - Phase 1
Core Changes
- Separation of Concerns
- Moved from monolithic scripts to modular, focused components
- Created clear boundaries between evaluation, processing, and reporting logic
- Each script now has a single primary responsibility
- New Architecturetext
scripts/build-scripts/ ├── masterBuildScriptOrchestrator.cjs # Main orchestration and workflow ├── evaluateTargetContent.cjs # Content evaluation logic ├── fetchOpenGraphData.cjs # OpenGraph fetching and processing ├── getReportingFormatForBuild.cjs # Report generation and formatting └── getUserOptionsForBuild.cjs # User configuration management
Key Components
1. Master Orchestrator (masterBuildScriptOrchestrator.cjs
)
- Acts as the main control flow for the build process
- Manages file discovery and iteration
- Coordinates between evaluation, processing, and reporting
- Maintains processing statistics and state
- Key improvements:
- Clear process flow: evaluate → modify → process → report
- Robust error handling and logging
- Progress tracking with detailed statistics
2. Reporting Module (getReportingFormatForBuild.cjs
)
- Completely separated reporting logic from processing
- Structured into focused formatting functions:
formatSummary
: Overall statisticsformatDetailedStats
: Detailed processing resultsformatActionItems
: Issues requiring attentionformatFileDetails
: Individual file evaluations
- Improved readability with consistent markdown formatting
- Added type definitions for better code maintainability
3. Content Evaluation (evaluateTargetContent.cjs
)
- Handles evaluation of:
- YAML frontmatter
- OpenGraph metadata
- YouTube content and registry
- Path-based tags
- Returns structured evaluation results for processing
4. OpenGraph Processing (fetchOpenGraphData.cjs
)
- Manages OpenGraph data fetching and processing
- Handles screenshot generation
- Includes error handling and fallback properties
- Maintains clean YAML structure
Key Improvements
- Type Safetytypescript
// Example of new type definitions type ProcessingStats = { totalFound: number; excluded: { count: number; paths: string[] }; skipped: { count: number; paths: string[] }; processed: { count: number; paths: string[] }; };
- Modular Functions
- Each function has a single responsibility
- Clear input/output contracts
- Improved testability and maintenance
- Enhanced Reporting
- Hierarchical statistics tracking
- Clear action items for users
- Detailed per-file evaluations
- Progress tracking across runs
- Error Handling
- Graceful failure handling
- Detailed error reporting
- State preservation during failures
Work in Progress
- Pending Refactoring
- YouTube registry integration
- Path-based tag processing
- Additional YAML validations
- Enhanced error recovery
- Future Improvements
- Database integration consideration
- Parallel processing for large file sets
- Incremental processing capabilities
- Enhanced logging and monitoring
Developer Guide
Adding New Processors
javascript
// Template for new processors
async function processNewFeature(filePath, evaluation) {
if (!evaluation.newFeature.needsProcessing) return;
// Processing logic
// Update evaluation
// Return modifications
}
Extending Reports
javascript
// Add new section to reporting
function formatNewSection(stats, processingStats) {
return `## New Section
// Formatted content
`;
}
Configuration
- Use
getUserOptionsForBuild.cjs
for new options - Follow existing patterns for directory exclusions
- Maintain backward compatibility
Best Practices Established
- Code Organization
- Clear file naming conventions
- Consistent function signatures
- Comprehensive JSDoc comments
- Modular design patterns
- Error Handling
- Graceful degradation
- Detailed error messages
- State preservation
- Recovery mechanisms
- Performance
- Efficient file operations
- Minimal redundant processing
- Stateful evaluation tracking
- Maintainability
- Clear separation of concerns
- Consistent coding patterns
- Comprehensive documentation
- Type definitions for key structures
Next Steps
The refactoring work completed so far provides a solid foundation for future improvements. The modular architecture allows for easier updates and additions while maintaining reliability and performance. Phase 2 of the refactoring will focus on:
- Completing the YouTube registry integration
- Enhancing path-based tag processing
- Implementing additional YAML validations
- Adding comprehensive testing
- Optimizing performance for large file sets
Team members working on this codebase should familiarize themselves with the new architecture and follow the established patterns when making modifications or additions.