173 lines
4.1 KiB
Markdown
173 lines
4.1 KiB
Markdown
# Reflection System Overview
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## Project Summary
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The reflection system implements the Dart mirrors API in a cross-platform compatible way. By following the established mirrors API design, we ensure our system provides familiar, comprehensive reflection capabilities while working across all Dart platforms. The implementation follows AI-CDS methodology to ensure high quality, maintainable, and efficient code.
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## Core Architecture
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### 1. Mirror System
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The central entry point following Dart's MirrorSystem design:
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```dart
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abstract class MirrorSystem {
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Map<Uri, LibraryMirror> get libraries;
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LibraryMirror findLibrary(Symbol libraryName);
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IsolateMirror get isolate;
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TypeMirror get dynamicType;
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TypeMirror get voidType;
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TypeMirror get neverType;
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}
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```
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### 2. Core Mirrors
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The fundamental reflection capabilities:
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```dart
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abstract class Mirror {}
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abstract class DeclarationMirror implements Mirror {
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Symbol get simpleName;
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Symbol get qualifiedName;
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DeclarationMirror? get owner;
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bool get isPrivate;
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bool get isTopLevel;
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List<InstanceMirror> get metadata;
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}
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abstract class ObjectMirror implements Mirror {
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InstanceMirror invoke(Symbol memberName, List positionalArgs, [Map<Symbol, dynamic> namedArgs]);
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InstanceMirror getField(Symbol fieldName);
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InstanceMirror setField(Symbol fieldName, Object? value);
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}
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```
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### 3. Type System
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Complete type reflection support:
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```dart
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abstract class TypeMirror implements DeclarationMirror {
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bool get hasReflectedType;
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Type get reflectedType;
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List<TypeVariableMirror> get typeVariables;
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List<TypeMirror> get typeArguments;
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bool get isOriginalDeclaration;
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TypeMirror get originalDeclaration;
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bool isSubtypeOf(TypeMirror other);
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bool isAssignableTo(TypeMirror other);
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}
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```
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## Implementation Strategy
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### Phase-based Approach
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1. **Core Mirror System**
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- Mirror system implementation
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- Basic reflection capabilities
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- Type system foundation
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- Symbol handling
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2. **Type System**
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- Complete type mirrors
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- Generic support
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- Type relationships
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- Type variables
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3. **Library Support**
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- Library mirrors
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- Declaration handling
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- Privacy scope
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- Dependencies
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4. **Platform Support**
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- Web optimization
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- Native platform support
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- Performance tuning
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- Memory optimization
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### AI Integration
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- Interface validation
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- Test generation
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- Performance optimization
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- Code pattern verification
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### Quality Assurance
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- Comprehensive test coverage
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- Performance benchmarking
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- Cross-platform validation
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- Memory usage optimization
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## Cross-Platform Support
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### Web Platform
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- Tree-shaking compatibility
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- Minification support
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- Browser optimizations
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- Memory efficiency
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### Native Platforms
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- AOT compilation support
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- Platform-specific optimizations
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- Resource management
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- Performance tuning
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## Development Workflow
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### Sprint Cycle
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1. Interface Implementation
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2. Behavior Verification
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3. AI-Assisted Testing
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4. Performance Optimization
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5. Documentation Update
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### AI-CDS Integration
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1. API compliance verification
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2. Test scenario generation
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3. Implementation validation
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4. Performance analysis
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## Success Metrics
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### Functional Requirements
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- Complete mirrors API implementation
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- Cross-platform compatibility
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- Full type system support
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- Library handling
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### Performance Targets
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- Fast reflection operations
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- Efficient memory usage
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- Quick startup time
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- Low runtime overhead
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### Quality Metrics
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- 100% test coverage
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- API compliance
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- Performance benchmarks
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- Memory targets
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## Next Steps
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### Immediate Actions
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1. Implement MirrorSystem
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2. Complete core mirrors
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3. Add type system support
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4. Begin library handling
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### Long-term Goals
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1. Full API implementation
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2. Platform optimizations
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3. Performance tuning
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4. Documentation completion
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## Support and Maintenance
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### Ongoing Tasks
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- API compliance monitoring
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- Performance tracking
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- Cross-platform testing
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- Documentation updates
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### Future Considerations
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- New platform support
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- Performance improvements
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- API enhancements
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- Optimization opportunities
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This overview provides a comprehensive guide to our reflection system implementation, focusing on following the Dart mirrors API while ensuring cross-platform compatibility and performance.
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