chore: We are done for today and reached our claude usage limit
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@@ -1,7 +1,11 @@
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{
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"permissions": {
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"allow": [
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"WebFetch(domain:github.com)"
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"WebFetch(domain:github.com)",
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"Bash(PYTHONPATH=. pytest tests/test_issue_11_workflow_integration.py -v)",
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"Bash(PYTHONPATH=. pytest tests/test_issue_11_workflow_integration.py::TestTDDWorkflowIntegration::test_complete_tdd_workflow_cycle -v)",
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"Bash(PYTHONPATH=. pytest tests/test_issue_11* -v)",
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"Bash(PYTHONPATH=. pytest tests/ -v --tb=short)"
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],
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"deny": [],
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"ask": []
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130
NEXT.md
130
NEXT.md
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# We hit a stop here...
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With my current plan, there is a 5 hour limit and we reached it.
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Todos
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☐ Create comprehensive project wrap-up for the day
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☒ Update diary with Issue #1 implementation and TDD fixes
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☒ Update NEXT.md with next steps and priorities
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☒ Update project digest with current status
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☐ Anchor wrap-up routine in project-assistant definition
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☐ Commit all wrap-up documentation
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if we are done with that. here is how to go forward...
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# Next Steps for MarkiTect Development
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**Session Goal for Tomorrow**: Test tddai infrastructure thoroughly using tddai itself to ensure robustness before proceeding with new features.
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**Session Goal for Tomorrow**: Implement Issue #2 or #3 using our proven TDD workflow to continue building core functionality.
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## 🔧 **Primary Focus: Validate TDD Infrastructure**
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## 🎯 **Primary Focus: Continue Core Implementation**
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### 1. Self-Testing with tddai
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- Use `make tdd-start NUM=11` to test actual workspace creation with issue #11
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- Generate real tests using `make tdd-add-test` to validate AI integration
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- Complete full cycle: start → add-test → status → finish
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- Identify any rough edges or workflow issues
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- Ensure error handling works correctly for edge cases
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### 1. Next Issue Selection
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**Recommended Priority Order:**
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- **Issue #2**: "Read and Store a Markdown File" (builds on Issue #1 database)
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- **Issue #3**: "Read and Store a Schema File" (parallel to #2, adds schema storage)
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- **Issue #4**: "Retrieve All Stored Files" (provides basic data access layer)
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### 2. Infrastructure Robustness Testing
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- Test with invalid issue numbers
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- Test workspace collision scenarios (multiple active workspaces)
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- Test cleanup and recovery from failed states
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- Validate all error messages are helpful and actionable
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- Ensure virtual environment integration is solid
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### 2. Implementation Strategy
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- Use proven TDD workflow: `make tdd-start NUM=X` → `make tdd-add-test` → implement → `make tdd-finish`
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- Build incrementally on Issue #1 foundation (database + front matter)
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- Focus on clean API design and comprehensive error handling
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- Maintain 100% test coverage for new functionality
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## 🎯 **Secondary Opportunities (After Infrastructure Validation)**
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## 🔧 **Technical Priorities**
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### 3. Core MarkiTect Feature Implementation
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- Pick a Markdown feature from wiki specs (MF-1 through MF-10)
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- Use the validated TDD workflow to implement it properly
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- Expand `markitect/parser.py` with real functionality
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- Demonstrate TDD infrastructure working with actual feature development
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### 3. AST Integration (Issue #2)
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- Integrate existing `markitect/parser.py` with database storage
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- Store parsed AST alongside raw markdown content
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- Handle large documents and nested structures efficiently
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- Add metadata tracking for processing timestamps
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### 4. CLI Interface Development
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- Build out the actual MarkiTect CLI described in architecture
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- Implement GraphQL interface and SQLite database integration
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- Make the project immediately useful for end users
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### 4. Schema System Foundation (Issue #3)
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- Design schema storage structure parallel to markdown files
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- Plan for JSON Schema validation integration (future issues)
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- Consider schema versioning and migration strategies
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- Establish schema-markdown relationship patterns
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### 5. Schema Validation System
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- Implement JSON Schema validation features (core differentiator)
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- Build schema generation from existing Markdown
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- Add validation and stub generation capabilities
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### 5. Data Access Layer (Issue #4)
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- Build retrieval APIs for stored files
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- Implement filtering and search capabilities
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- Design for future GraphQL interface integration
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- Add pagination for large datasets
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### 6. Integration & Polish
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- Set up actual CI/CD pipeline
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- Add code coverage reporting with pytest-cov
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- Implement proper linting/formatting targets (black, ruff, mypy)
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- Performance optimization and documentation improvements
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## 📋 **Infrastructure Readiness**
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## 📋 **Success Criteria for Tomorrow**
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### ✅ **Validated & Ready**
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- TDD workflow completely operational (32/32 tests passing)
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- Database foundation established with front matter support
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- Test coverage assessment system functional
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- Error handling and edge case management proven
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**Primary Goal**: Confidently say "the TDD infrastructure is robust and reliable"
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- Complete issue #11 workflow without major issues
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- Generate and run meaningful tests via the tddai system
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- Document any improvements or fixes needed
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- Ready to use tddai for implementing new MarkiTect features
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### 🚀 **Available Tooling**
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- `make tdd-start NUM=X` - proven workspace creation
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- `make tdd-add-test` - effective test generation guidance
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- `make test-coverage NUM=X` - accurate coverage analysis
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- `make tdd-finish` - seamless test integration
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**Philosophy**: Validate the foundation before building the house. Any problems we encounter should be attributable to new feature implementation, not infrastructure issues.
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## 🎖️ **Success Criteria for Tomorrow**
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**Primary Goal**: Implement Issue #2 with same quality and coverage as Issue #1
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- Complete RED→GREEN→REFACTOR cycle for AST storage functionality
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- Achieve comprehensive test coverage (aim for 9+ tests like Issue #1)
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- Validate integration with existing database infrastructure
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- Demonstrate continued TDD workflow effectiveness
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**Secondary Goal**: Position for rapid Issue #3 implementation
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- Identify patterns from Issue #2 that apply to schema storage
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- Plan parallel implementation approach for similar functionality
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- Document any database schema extensions needed
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**Philosophy**: Build on proven foundation. Each issue should be easier than the last due to accumulated patterns and infrastructure.
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---
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*Created: 2025-09-22*
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*Next Session: Focus on self-testing and validation of tddai infrastructure*
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## 🔄 **Wrap-Up Routine for Future Sessions**
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### End-of-Session Checklist:
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1. **Diary Entry**: Document progress, challenges, and achievements
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2. **NEXT.md Update**: Set clear priorities and strategy for next session
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3. **Project Digest**: Update overall project status and architecture
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4. **Project Assistant**: Anchor session patterns in agent definition
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5. **Commit All**: Preserve all documentation and progress
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### Session Success Indicators:
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- All tests passing (green state)
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- Clear next steps documented
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- Technical debt addressed or documented
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- Progress measurably advanced toward project goals
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---
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*Last Updated: 2025-09-23*
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*Previous Achievements: Issue #1 implemented, TDD infrastructure validated*
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*Next Session: Issue #2 implementation using proven TDD workflow*
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