# Software Construction Context System
This directory contains a comprehensive system of templates for software construction, organized using MECE (Mutually Exclusive, Collectively Exhaustive) principles. Each template covers a distinct aspect of software development, and together they provide complete coverage of all aspects needed for successful software construction.
## Template Index
### Product Development
1. **[Market Research](01_market_research.md)** - Market analysis, competition and opportunities
2. **[User Research](02_user_research.md)** - User needs, behaviors and journeys
3. **[Problem Definition](03_problem_definition.md)** - Clear articulation of the problem to solve
4. **[Product Definition](04_product_definition.md)** - Product vision, value proposition and features
- **[Architecture Decision Record](04a_architecture_decision_record.md)** - Architectural style and pattern decisions
5. **[Product Roadmap](05_product_roadmap.md)** - Strategic timeline for product development
### User Experience Design
- **[Empathy Map](05a_empathy_map.md)** - Understanding user perspectives and feelings
- **[Customer Journey Map](05b_customer_journey_map.md)** - Mapping the customer experience over time
- **[User Stories](05c_user_stories.md)** - User requirements and story mapping
- **[Service Blueprint](05d_service_blueprint.md)** - Detailed service process mapping
- **[Project Rules](05e_project_rules.md)** - Conventions and standards for the project
### Technical Architecture and Implementation
6. **[Project Definition](01_project_definition.md)** - Defining the project scope, objectives, and constraints
7. **[Technical Architecture](02_technical_architecture.md)** - Defining the high-level technical architecture
8. **[Component Specification](03_component_specification.md)** - Detailed specifications for individual components
9. **[Database Design](04_database_design.md)** - Database architecture and design considerations
10. **[API Specification](05_api_specification.md)** - API design, endpoints, and integration patterns
11. **[Frontend Architecture](06_frontend_architecture.md)** - Client-side application structure and patterns
### Quality and Operations
12. **[Testing Strategy](07_testing_strategy.md)** - Comprehensive testing approach across all levels
13. **[DevOps Pipeline](08_devops_pipeline.md)** - CI/CD pipeline design and automation
14. **[Security Framework](09_security_framework.md)** - Security considerations and implementation
15. **[Documentation Framework](10_documentation_framework.md)** - Documentation strategy and organization
### Project Management
16. **[Task Management](11_task_management.md)** - Task tracking and management for sprints
17. **[Meeting Notes](12_meeting_notes.md)** - Structured meeting notes to capture decisions and actions
18. **[Project Progress](13_project_progress.md)** - Project status tracking and reporting
## How to Use These Templates
These templates are designed to be used in a logical sequence through the software development lifecycle:
1. **Discovery Phase**: Start with Market Research and User Research to understand the market opportunity and user needs.
2. **Definition Phase**: Use Problem Definition and Product Definition to clearly articulate what needs to be built and why.
3. **Design Phase**: Create Empathy Maps, Customer Journey Maps, and Service Blueprints to design the user experience.
4. **Planning Phase**: Create a Product Roadmap, Architecture Decision Record, and Project Rules to establish a strategic plan, architecture, and standards.
5. **Architecture Phase**: Use Technical Architecture, Database Design, and API Specification to define the technical foundation.
6. **Implementation Planning**: Use Component Specification and Frontend Architecture to detail the specific components to be built.
7. **Quality Planning Phase**: Establish Testing Strategy, DevOps Pipeline, and Security Framework to ensure quality.
8. **Implementation Phase**: Utilize Task Management and Project Progress templates to track development work.
9. **Communication Phase**: Use Meeting Notes and Documentation Framework to maintain clear communication and documentation.
## Template Structure
Each template follows a consistent structure:
1. **Overview section**: Provides high-level context about the specific aspect
2. **Key sections**: Organized into logical categories specific to each domain
3. **Detailed subsections**: Bullet points for specific elements to consider
4. **MECE principle**: Ensures each section is distinct while the template as a whole is comprehensive
## Customization
These templates are starting points and should be customized based on:
- Project size and complexity
- Team structure and expertise
- Technology stack
- Industry domain
- Regulatory requirements
- Development methodology (Agile, Waterfall, etc.)
## Maintenance
Templates should be periodically reviewed and updated to:
- Incorporate lessons learned
- Adapt to new technologies and practices
- Improve clarity and usability
- Address any gaps identified during use
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This system of templates implements MECE principles by breaking down the complex process of software construction into distinct, non-overlapping categories while ensuring all aspects of software development are covered.
