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Component Architecture Analysis Template

1. Component Identity

1.1 Basic Information

• Name:
• Type: (Class/Interface/Module)
• Category: (Core/UI/Data/Utility)
• Scope: (Public/Internal)

1.2 Purpose & Responsibility

• Primary Purpose:
• Key Responsibilities:
• Problem it Solves:
• Why it’s Necessary:

2. Technical Requirements

2.1 Dependencies

• External Libraries:
• Internal Components:
• Obsidian API Requirements:
• Optional Dependencies:

2.2 Type Definitions

• Required Interfaces:
• Custom Types:
• Generic Constraints:
• Type Dependencies:

2.3 State Management

• State Requirements:
• Persistence Needs:
• State Access Patterns:
• State Update Strategies:

3. Integration Requirements

3.1 Component Interactions

• Inputs Required:
• Outputs Produced:
• Events Emitted:
• Events Consumed:

3.2 API Surface

• Public Methods:
• Protected Methods:
• Events/Callbacks:
• Extension Points:

3.3 Data Flow

• Input Processing:
• Data Transformations:
• Output Generation:
• Error Propagation:

4. Performance Considerations

4.1 Resource Usage

• Memory Requirements:
• CPU Intensity:
• I/O Operations:
• Cache Requirements:

4.2 Scalability Factors

• Load Handling:
• Growth Limitations:
• Bottlenecks:
• Optimization Opportunities:

5. Security & Safety

5.1 Security Requirements

• Access Control:
• Data Validation:
• Sanitization Needs:
• Security Risks:

5.2 Error Handling

• Expected Errors:
• Recovery Strategies:
• Error Propagation:
• Fallback Behavior:

6. Testing Requirements

6.1 Test Scenarios

• Unit Tests:
• Integration Tests:
• Edge Cases:
• Performance Tests:

6.2 Test Dependencies

• Mock Requirements:
• Test Data:
• Environment Needs:
• Coverage Goals:

7. Maintenance Considerations

7.1 Maintenance Requirements

• Update Frequency:
• Deprecation Strategy:
• Version Compatibility:
• Migration Needs:

7.2 Documentation Needs

• API Documentation:
• Usage Examples:
• Integration Guides:
• Troubleshooting Guides:

8. Implementation Guidelines

8.1 Code Organization

• File Structure:
• Module Pattern:
• Class Structure:
• Code Style:

8.2 Best Practices

• Design Patterns:
• Anti-patterns to Avoid:
• Performance Tips:
• Safety Checks:

9. Future Considerations

9.1 Extensibility

• Extension Points:
• Plugin Support:
• API Stability:
• Future Features:

9.2 Compatibility

• Backward Compatibility:
• Forward Compatibility:
• Platform Support:
• Version Support:

10. Review Checklist

10.1 Implementation Checklist

• Core functionality implemented
• Error handling complete
• Tests written
• Documentation complete
• Performance verified
• Security reviewed
• Code reviewed
• Integration tested

10.2 Quality Checklist

• Meets performance requirements
• Handles edge cases
• Properly documented
• Following best practices
• Maintainable
• Scalable
• Secure
• Well-tested