📍 You are here: Main Guide → Templates → Tasks Template
- 📚 Learn Process: Tasks Phase Guide - How to use this template
- 📖 See Example: Simple Feature Tasks - Template in action
- ⚡ Execute Tasks: Implementation Guide - How to work through tasks
- 🔄 Start Over: Requirements Template - Full workflow
Use this template to create actionable implementation plans that break down your design into manageable coding tasks.
- Feature Name: [Your Feature Name]
- Version: 1.0
- Date: [Current Date]
- Author: [Your Name]
- Related Documents:
- Requirements: [Link to requirements document]
- Design: [Link to design document]
[Provide a brief summary of the implementation approach. Explain the overall strategy for building this feature and any key considerations for the development process.]
- [Key strategy point 1]
- [Key strategy point 2]
- [Key strategy point 3]
- Testing Strategy: [TDD, BDD, or other approach]
- Integration Strategy: [How components will be integrated]
- Deployment Strategy: [How features will be deployed]
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1. Set up project structure and development environment
- Create directory structure for the feature
- Set up build configuration and dependencies
- Configure development tools and linting
- Requirements: [Reference specific requirements]
-
2. Implement core data models and interfaces
- Define TypeScript interfaces for all data models
- Implement validation functions for data integrity
- Create unit tests for data model validation
- Requirements: [Reference specific requirements]
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3. Set up database schema and migrations
- Create database tables and relationships
- Write migration scripts for schema changes
- Set up database connection and configuration
- Requirements: [Reference specific requirements]
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4. Implement core business logic components
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4.1 Create [Component Name] service
- Implement core business rules and validation
- Add error handling and logging
- Write comprehensive unit tests
- Requirements: [Reference specific requirements]
-
4.2 Create [Component Name] repository
- Implement data access layer with CRUD operations
- Add query optimization and caching
- Write integration tests with database
- Requirements: [Reference specific requirements]
-
4.3 Implement [Business Process] workflow
- Code the main business process flow
- Add state management and transitions
- Write unit tests for workflow logic
- Requirements: [Reference specific requirements]
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5. Implement REST API endpoints
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5.1 Create [Resource] API endpoints
- Implement GET, POST, PUT, DELETE operations
- Add request validation and sanitization
- Write API integration tests
- Requirements: [Reference specific requirements]
-
5.2 Add authentication and authorization
- Implement JWT token validation
- Add role-based access control
- Write security tests and validation
- Requirements: [Reference specific requirements]
-
5.3 Implement error handling and logging
- Create consistent error response format
- Add comprehensive logging and monitoring
- Write error handling tests
- Requirements: [Reference specific requirements]
-
6. Implement user interface components
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6.1 Create [UI Component] components
- Build reusable UI components
- Add responsive design and accessibility
- Write component unit tests
- Requirements: [Reference specific requirements]
-
6.2 Implement [Feature] user flows
- Create complete user interaction flows
- Add form validation and error handling
- Write end-to-end tests for user scenarios
- Requirements: [Reference specific requirements]
-
6.3 Add state management and data fetching
- Implement client-side state management
- Add API integration and caching
- Write integration tests for data flow
- Requirements: [Reference specific requirements]
-
7. Implement system integration
-
7.1 Integrate with external services
- Implement external API integrations
- Add retry logic and error handling
- Write integration tests with mocked services
- Requirements: [Reference specific requirements]
-
7.2 Add monitoring and observability
- Implement health checks and metrics
- Add performance monitoring and alerting
- Write monitoring validation tests
- Requirements: [Reference specific requirements]
-
7.3 Implement comprehensive testing suite
- Create end-to-end test scenarios
- Add performance and load testing
- Write security and penetration tests
- Requirements: [Reference specific requirements]
-
8. Prepare for deployment
-
8.1 Create deployment configuration
- Write deployment scripts and configuration
- Set up environment-specific settings
- Create rollback procedures
- Requirements: [Reference specific requirements]
-
8.2 Create operational documentation
- Write API documentation and examples
- Create troubleshooting guides
- Document configuration and maintenance procedures
- Requirements: [Reference specific requirements]
-
8.3 Implement final validation and cleanup
- Run complete test suite and validation
- Perform code review and quality checks
- Clean up temporary code and comments
- Requirements: [Reference specific requirements]
- Use action verbs (Implement, Create, Add, Build)
- Be specific about what's being built
- Include the component or feature name
- Keep titles concise but descriptive
- Scope: Clearly define what's included/excluded
- Acceptance Criteria: Specific, testable outcomes
- Dependencies: Prerequisites and blockers
- Estimates: Time or complexity estimates
- Break large tasks into smaller, manageable pieces
- Each sub-task should be completable in 1-2 days
- Maintain logical sequence and dependencies
- Ensure each sub-task has clear deliverables
Each task should reference specific requirements:
- Use requirement numbers or identifiers
- Link to acceptance criteria being addressed
- Ensure all requirements are covered by tasks
- Validate task completion against requirements
Every implementation task should include testing:
- Unit Tests: For individual components and functions
- Integration Tests: For component interactions
- End-to-End Tests: For complete user scenarios
- Performance Tests: For non-functional requirements
Use this checklist when executing each task:
- Requirements and design documents are reviewed
- Dependencies are identified and available
- Development environment is set up
- Task scope and acceptance criteria are clear
- Code follows established patterns and standards
- Unit tests are written alongside implementation
- Error handling and edge cases are considered
- Code is documented with clear comments
- All acceptance criteria are met
- Tests pass and coverage is adequate
- Code review is completed
- Integration with existing code is verified
- Feature works as specified in requirements
- No regressions in existing functionality
- Documentation is updated if needed
- Task is marked as complete in tracking system
- [ ] X. Implement [Entity] data model
- Create TypeScript interface with validation
- Implement database schema and migrations
- Add CRUD operations with error handling
- Write unit and integration tests
- _Requirements: [X.X]_- [ ] X. Create [Service] business logic
- Implement core business rules and validation
- Add error handling and logging
- Create service interfaces and abstractions
- Write comprehensive unit tests
- _Requirements: [X.X]_- [ ] X. Implement [Resource] API endpoints
- Create REST endpoints with proper HTTP methods
- Add request/response validation
- Implement authentication and authorization
- Write API integration tests
- _Requirements: [X.X]_- [ ] X. Build [Component] user interface
- Create reusable UI components
- Implement responsive design
- Add accessibility features
- Write component tests and user scenarios
- _Requirements: [X.X]_- [ ] X. Integrate with [External System]
- Implement API client with error handling
- Add retry logic and circuit breakers
- Create integration tests with mocking
- Document integration procedures
- _Requirements: [X.X]_- Small (1-2 days): Simple components, basic CRUD operations
- Medium (3-5 days): Complex business logic, API integrations
- Large (1-2 weeks): Major features, complex UI flows
- Technical Complexity: New technologies, complex algorithms
- Integration Complexity: Multiple system interactions
- Business Complexity: Complex rules, edge cases
- Testing Complexity: Extensive test scenarios
- High Risk: New technologies, external dependencies
- Medium Risk: Complex business logic, performance requirements
- Low Risk: Standard CRUD operations, familiar patterns
- Code follows team standards and conventions
- No code smells or technical debt introduced
- Proper error handling and logging implemented
- Security best practices followed
- Unit test coverage meets minimum threshold
- Integration tests cover key scenarios
- End-to-end tests validate user workflows
- Performance tests meet requirements
- Code is self-documenting with clear naming
- Complex logic is explained with comments
- API changes are documented
- README and setup instructions are updated