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P0Critical Production Issues - Immediate Response RequiredCritical Production Issues - Immediate Response Required
Milestone
Description
Critical Issue: Open Issues Lack Design Documentation
Problem
The open issues in Milestone 14 (#257, #229, #227, #223) have NO DETAILED DESIGN DOCUMENTATION in their comments. This violates the project's Design-First Development workflow and leads to incomplete implementations.
Current Open Issues Without Design
Issue #257: Update documentation and examples for script validation documentation
Status: OPEN
Design Status: ❌ NO DESIGN DOCUMENTATION
- Problem: No detailed design comment explaining what documentation is needed
- Impact: Implementation will be incomplete without clear requirements
- Risk: Documentation will be misleading (as it currently is)
Issue #229: Add comprehensive error handling and recovery mechanisms
Status: OPEN
Design Status: ❌ NO DESIGN DOCUMENTATION
- Problem: No detailed design comment explaining error handling requirements
- Impact: Error handling will be incomplete without clear design
- Risk: Recovery mechanisms won't be properly implemented
Issue #227: Implement performance monitoring and metrics collection
Status: OPEN
Design Status: ❌ NO DESIGN DOCUMENTATION
- Problem: No detailed design comment explaining performance requirements
- Impact: Performance monitoring will be incomplete without clear design
- Risk: Metrics collection will be simulated, not real
Issue #223: Add advanced CLI features and configuration options
Status: OPEN
Design Status: ❌ NO DESIGN DOCUMENTATION
- Problem: No detailed design comment explaining CLI requirements
- Impact: CLI features will be incomplete without clear design
- Risk: Configuration options won't integrate with script validation
Why Design Documentation Is Critical
1. Prevents Incomplete Implementations
Design documentation ensures all requirements are understood before implementation:
- Clear scope definition
- Detailed API design
- Integration requirements
- Testing strategy
2. Enables Proper Review
Design comments allow for:
- Stakeholder review before implementation
- Architecture validation
- Integration planning
- Risk assessment
3. Prevents Testing Theater
Design documentation includes:
- Real testing requirements
- Integration test scenarios
- Performance benchmarks
- Error handling validation
Required Design Documentation Template
Each open issue needs a comprehensive design comment with:
## Solution Design
### Problem Analysis
- Root cause of the issue
- Impact on existing functionality
- Requirements and constraints
### Proposed Approach
- High-level architecture
- Component interactions
- API design with Rust types
- Integration points
### Implementation Plan
- Step-by-step breakdown
- Dependencies and feature flags
- Testing strategy with coverage targets
- Performance requirements
### Alternatives Considered
- Other approaches evaluated
- Trade-offs and rationale
- Why chosen approach is best
### Success Criteria
- How to verify the solution works
- Performance benchmarks
- Integration requirements
- Testing requirementsImplementation Steps
1. Add Design to Issue #257
- Design comprehensive script validation documentation
- Include working examples that actually work
- Design integration with existing documentation
- Plan testing of documentation examples
2. Add Design to Issue #229
- Design comprehensive error handling architecture
- Plan recovery mechanisms and circuit breakers
- Design error categorization and reporting
- Plan integration with existing error handling
3. Add Design to Issue #227
- Design performance monitoring architecture
- Plan real metrics collection (not simulation)
- Design performance benchmarks and alerts
- Plan integration with existing monitoring
4. Add Design to Issue #223
- Design advanced CLI architecture
- Plan configuration management system
- Design integration with script validation
- Plan user experience and discoverability
Design Quality Requirements
1. Completeness
- All requirements clearly defined
- All integration points specified
- All testing scenarios planned
- All performance requirements quantified
2. Feasibility
- Implementation approach is realistic
- Dependencies are available
- Performance requirements are achievable
- Integration complexity is manageable
3. Testability
- Success criteria are measurable
- Testing strategy is comprehensive
- Integration tests are planned
- Performance tests are defined
Priority
P0 - This is a critical process issue that prevents proper implementation planning and leads to incomplete solutions.
Related Issues
- Issue Fix placeholder script execution implementation in TestCaseExecutor #334 (placeholder script execution) - needs design before fixing
- Issue Replace testing theater with real script execution tests #335 (testing theater) - needs design for real testing
- Issue Integrate LuaEngine into TestCaseExecutor for real script execution #336 (LuaEngine integration) - needs design for integration
- Issue Reopen closed issues with incomplete script validation implementations #337 (reopen closed issues) - needs design for completion
Recommendation
- Immediately add design documentation to all open issues
- Follow Design-First Development workflow for all new work
- Require design approval before starting implementation
- Validate design completeness before proceeding with implementation
- Update design if implementation approach changes
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P0Critical Production Issues - Immediate Response RequiredCritical Production Issues - Immediate Response Required