android-mcp

# Android TRD Template Structure - Technical Requirements Document **Feature Version**: v1.0 (Active) **Status**: ✅ COMPLETE **Priority**: High **Target Platform**: Android ## 📋 Feature Overview The Android TRD Template Structure defines a standardized framework for generating comprehensive Technical Requirements Documents for Android applications. This template ensures consistency, completeness, and technical accuracy across all Android TRD generations within the system. ### Template Integration Workflow ``` PRD Content → TRD Generation → **7-Section Template Structure** → Formatted TRD → Download (.md) ``` ## 🎯 Feature Requirements ### Functional Requirements - **FR-1**: Provide standardized 7-section TRD template structure - **FR-2**: Ensure comprehensive coverage of Android technical requirements - **FR-3**: Support moderate technical detail level with actionable specifications - **FR-4**: Maintain consistency across all generated TRDs - **FR-5**: Enable scalable template expansion for future enhancements - **FR-6**: Validate completeness of each template section ### Non-Functional Requirements - **NFR-1**: Template structure must be easily parseable by AI systems - **NFR-2**: Support technical specifications up to enterprise-level complexity - **NFR-3**: Maintain backward compatibility with existing TRD generations - **NFR-4**: Ensure template sections are logically ordered and interconnected ## 🏗️ Technical Architecture ### Template Structure Definition #### Core Template Configuration (`config/constants.py`) ```python TRD_TEMPLATE_SECTIONS = { "architecture_overview": { "order": 1, "title": "Architecture Overview", "purpose": "Define the high-level system architecture and core components", "required_subsections": [ "app_architecture_pattern", "core_components", "data_flow", "third_party_libraries", "module_structure" ] }, "ui_ux_specifications": { "order": 2, "title": "UI/UX Specifications", "purpose": "Define user interface components and user experience flows", "required_subsections": [ "screen_hierarchy", "ui_components", "user_interactions", "responsive_design", "material_design" ] } # ... additional sections defined similarly } ``` #### Template Validation Service ```python class TRDTemplateValidator: def validate_section_completeness(self, trd_content: str) -> dict: """Validate that all required template sections are present.""" def check_subsection_coverage(self, section: str, content: str) -> bool: """Verify subsection requirements are met.""" def assess_technical_depth(self, content: str) -> str: """Evaluate if content meets moderate technical detail requirements.""" ``` ## 📋 Android TRD Template Structure ### 1. Architecture Overview **Purpose**: Define the high-level system architecture and core components. **Required Content Elements**: - **App Architecture Pattern**: MVVM, MVP, Clean Architecture selection and rationale - **Core Components**: Activities, Fragments, Services, Repositories with relationships - **Data Flow**: Complete user interaction → data processing → response flow - **Third-party Libraries**: Essential libraries with version specifications and integration points - **Module Structure**: Feature modules, shared modules, dependency management **Technical Depth Requirements**: - High-level architectural decisions with justification - Component interaction diagrams (textual description) - Key design patterns and their application - Scalability and maintainability considerations **Example Structure**: ```markdown ## Architecture Overview ### App Architecture Pattern - **Selected Pattern**: MVVM with Clean Architecture - **Rationale**: [Specific reasons for selection] - **Implementation Approach**: [High-level implementation strategy] ### Core Components - **Presentation Layer**: Activities, Fragments, ViewModels - **Domain Layer**: Use Cases, Repository Interfaces - **Data Layer**: Repository Implementations, Data Sources ``` ### 2. UI/UX Specifications **Purpose**: Define user interface components and user experience flows. **Required Content Elements**: - **Screen Hierarchy**: Navigation structure, screen relationships, user flow paths - **UI Components**: Custom views, reusable components, layout specifications - **User Interactions**: Touch events, gestures, input validation, feedback mechanisms - **Responsive Design**: Screen size adaptations, orientation handling, accessibility - **Material Design**: Component usage, theming strategy, design system integration **Technical Depth Requirements**: - Detailed navigation flow specifications - Custom component technical requirements - Interaction pattern definitions - Accessibility compliance requirements ### 3. API Requirements **Purpose**: Specify backend integration and network communication. **Required Content Elements**: - **REST Endpoints**: Complete API specification with CRUD operations - **Data Models**: Request/Response object structures with serialization details - **Network Layer**: HTTP client configuration, interceptors, error handling strategies - **Authentication**: Token management, refresh mechanisms, security protocols - **Error Handling**: Network failure scenarios, retry logic, user feedback **Technical Depth Requirements**: - API contract specifications - Network layer architecture - Error handling flowcharts - Security implementation details ### 4. Database Schema **Purpose**: Define local data storage and management. **Required Content Elements**: - **Local Database**: Room entities, DAOs, database structure with relationships - **Data Relationships**: Entity relationships, foreign keys, indexing strategies - **Caching Strategy**: Offline support, data synchronization, cache invalidation - **Migration Strategy**: Database versioning, migration scripts, backward compatibility - **Data Models**: Entity definitions, type converters, validation rules **Technical Depth Requirements**: - Complete database schema design - Migration strategy documentation - Performance optimization considerations - Data integrity constraints ### 5. Security Requirements **Purpose**: Specify security measures and data protection. **Required Content Elements**: - **Data Encryption**: Local storage encryption, network communication security - **Authentication Flow**: Login/logout processes, session management, token handling - **Permission Handling**: Runtime permissions, security policies, user consent - **Code Obfuscation**: ProGuard/R8 configuration, security through obscurity - **API Security**: Token validation, request signing, secure communication **Technical Depth Requirements**: - Security architecture overview - Threat model considerations - Compliance requirements (GDPR, etc.) - Security testing requirements ### 6. Performance Requirements **Purpose**: Define performance targets and optimization strategies. **Required Content Elements**: - **Response Times**: API call targets, UI interaction benchmarks, startup time goals - **Memory Management**: Heap usage limits, garbage collection optimization strategies - **Battery Optimization**: Background task management, wake lock usage, power efficiency - **Network Efficiency**: Request batching, caching strategies, bandwidth optimization - **UI Performance**: 60fps targets, animation smoothness, rendering optimization **Technical Depth Requirements**: - Quantifiable performance metrics - Optimization strategy specifications - Performance testing requirements - Monitoring and alerting setup ### 7. Testing Strategy **Purpose**: Define comprehensive testing approach. **Required Content Elements**: - **Unit Testing**: Business logic coverage, ViewModels, Repositories with test frameworks - **Integration Testing**: API integration, database operations, component interaction testing - **UI Testing**: Espresso test specifications, user flow validation, accessibility testing - **Performance Testing**: Memory leak detection, ANR prevention, load testing - **Test Coverage**: Minimum coverage requirements, quality gates, reporting **Technical Depth Requirements**: - Complete testing pyramid strategy - Test automation framework selection - CI/CD integration requirements - Quality assurance processes ## 🔧 Implementation Plan ### Phase 1: Template Structure Definition (1 day) #### 1.1 Core Template Configuration - [x] Define 7-section template structure in constants - [x] Create section ordering and dependency mapping - [x] Establish required subsection specifications - [x] Add template validation rules - [x] Test template structure completeness #### 1.2 Validation Framework - [x] Implement `TRDTemplateValidator` class - [x] Add section completeness validation - [x] Create subsection coverage checking - [x] Implement technical depth assessment - [x] Test validation accuracy ### Phase 2: Template Integration (1 day) #### 2.1 OpenAI Service Integration - [x] Update TRD generation prompts with template structure - [x] Add template-based content validation - [x] Implement section-by-section generation - [x] Add template compliance checking - [x] Test template adherence #### 2.2 Quality Assurance - [x] Create template quality metrics - [x] Add content completeness scoring - [x] Implement technical depth validation - [x] Add consistency checking across sections - [x] Test quality assurance effectiveness ### Phase 3: Documentation & Standards (1 day) #### 3.1 Template Documentation - [x] Create comprehensive template specification - [x] Add section-by-section guidelines - [x] Provide example implementations - [x] Create best practices documentation - [x] Add troubleshooting guides #### 3.2 Standards Enforcement - [x] Implement template compliance checking - [x] Add automated quality gates - [x] Create template update procedures - [x] Add version control for template changes - [x] Test standards enforcement ## 🎯 Success Criteria ### Template Structure Success Criteria - [x] **SC-1**: All 7 template sections are clearly defined and documented - [x] **SC-2**: Template structure supports moderate technical detail requirements - [x] **SC-3**: Template ensures consistency across all generated TRDs - [x] **SC-4**: Template is easily parseable by AI generation systems - [x] **SC-5**: Template supports scalable expansion for future enhancements ### Quality Assurance Success Criteria - [x] **SC-6**: Template validation catches incomplete sections - [x] **SC-7**: Content quality assessment identifies technical depth issues - [x] **SC-8**: Template compliance checking prevents format deviations - [x] **SC-9**: Automated quality gates maintain standards - [x] **SC-10**: Template updates maintain backward compatibility ### Integration Success Criteria - [x] **SC-11**: Template integrates seamlessly with TRD generation workflow - [x] **SC-12**: Template-based TRDs meet technical accuracy requirements - [x] **SC-13**: Template supports enterprise-level complexity requirements - [x] **SC-14**: Template maintains logical section ordering and flow ## 🔍 Quality Assurance ### Template Validation Strategy 1. **Structure Validation**: Verify all 7 sections are present and properly formatted 2. **Content Validation**: Check that required subsections are covered 3. **Technical Depth Validation**: Assess if content meets moderate detail requirements 4. **Consistency Validation**: Ensure consistent formatting and terminology 5. **Completeness Validation**: Verify all template requirements are satisfied ### Template Quality Standards - Each section must include purpose statement and required content elements - Technical depth must be appropriate for implementation teams - Content must be actionable and specific to Android development - Template must support both simple and complex application requirements - All sections must be logically connected and non-redundant ## 📊 Metrics & Monitoring ### Template Effectiveness Metrics - **Section Completeness Rate**: Percentage of TRDs with all 7 sections - **Content Quality Score**: Average technical depth and accuracy rating - **Template Compliance Rate**: Percentage of TRDs following template structure - **User Satisfaction Score**: Feedback on template usefulness and clarity ### Template Usage Analytics - Most frequently used template sections - Common template validation failures - Technical depth distribution across generated TRDs - Template update impact on TRD quality ## 🚀 Future Enhancements (v2.0+) ### Template Evolution - **Platform Extensions**: iOS and Web TRD template variants - **Industry Specialization**: Healthcare, Finance, Gaming specific templates - **Complexity Levels**: Basic, Intermediate, Advanced template variants - **Custom Sections**: User-defined template section additions - **Template Versioning**: Multiple template versions for different use cases ### Advanced Features - **Dynamic Templates**: Context-aware template section selection - **Template Analytics**: Usage patterns and effectiveness analysis - **Template Optimization**: AI-driven template improvement suggestions - **Integration Templates**: CI/CD, DevOps, Security-focused variants ## 📝 Notes & Considerations ### Template Design Principles - **Consistency**: Standardized structure across all Android TRDs - **Completeness**: Comprehensive coverage of Android development requirements - **Clarity**: Clear section purposes and content requirements - **Scalability**: Support for simple to enterprise-level applications - **Maintainability**: Easy template updates and version management ### Implementation Considerations - **AI Compatibility**: Template structure optimized for AI generation - **Human Readability**: Clear formatting for human review and editing - **Technical Accuracy**: Content requirements ensure implementation feasibility - **Quality Control**: Built-in validation and quality assurance mechanisms - **Future Flexibility**: Template design supports future enhancements ### Business Impact - **Development Efficiency**: Standardized TRDs reduce development planning time - **Quality Consistency**: Template ensures comprehensive technical coverage - **Team Alignment**: Common structure improves team communication - **Documentation Standards**: Establishes organizational TRD best practices --- **Document Version**: 1.0 **Last Updated**: July 2025 **Next Review**: After template usage analysis (3 months) **Owner**: Development Team