Skip to content

README.md

Latest commit

 

History

History
93 lines (71 loc) · 2.95 KB

README.md

File metadata and controls

93 lines (71 loc) · 2.95 KB
Raw

Phases Module Refactoring

Overview

The phases.py file (originally 720 lines) has been refactored into a well-organized subpackage for improved maintainability and code quality.

Structure

Before Refactoring

auto-claude/spec/
└── phases.py (720 lines)
    ├── PhaseResult dataclass
    ├── PhaseExecutor class with 12 phase methods
    └── Helper methods

After Refactoring

auto-claude/spec/
├── phases.py (14 lines - entry point)
└── phases/
    ├── __init__.py (19 lines)
    ├── models.py (23 lines)
    ├── executor.py (76 lines)
    ├── discovery_phases.py (108 lines)
    ├── requirements_phases.py (244 lines)
    ├── spec_phases.py (199 lines)
    ├── planning_phases.py (172 lines)
    ├── utils.py (51 lines)
    └── README.md

Module Responsibilities

models.py

  • PhaseResult dataclass for phase execution results
  • MAX_RETRIES constant

executor.py

  • PhaseExecutor class that combines all phase mixins
  • Initialization and script execution delegation

discovery_phases.py (DiscoveryPhaseMixin)

  • phase_discovery() - Project structure analysis
  • phase_context() - Relevant file discovery

requirements_phases.py (RequirementsPhaseMixin)

  • phase_historical_context() - Graphiti knowledge graph integration
  • phase_requirements() - Interactive and automated requirements gathering
  • phase_research() - External integration validation

spec_phases.py (SpecPhaseMixin)

  • phase_quick_spec() - Simple task spec creation
  • phase_spec_writing() - Full spec.md document creation
  • phase_self_critique() - AI-powered spec validation

planning_phases.py (PlanningPhaseMixin)

  • phase_planning() - Implementation plan generation
  • phase_validation() - Final validation with auto-fix

utils.py

  • run_script() - Helper for executing Python scripts

Backward Compatibility

The main phases.py file re-exports all public APIs, ensuring existing imports continue to work:

from spec.phases import PhaseExecutor, PhaseResult, MAX_RETRIES

Design Pattern

The refactoring uses the Mixin Pattern to separate concerns:

  • Each mixin handles a logical group of related phases
  • The PhaseExecutor class inherits from all mixins
  • Shared utilities are extracted to separate modules

Benefits

  1. Modularity: Each file has a clear, focused responsibility
  2. Maintainability: Easier to locate and modify specific phase logic
  3. Readability: Smaller files are easier to understand
  4. Testability: Individual mixins can be tested in isolation
  5. Extensibility: New phases can be added without modifying existing code
  6. Type Safety: Proper type hints throughout

File Size Comparison

  • Original: 720 lines in single file
  • Refactored: 14-line entry point + 8 modular files (892 total lines including docs)
  • Main Entry Point Reduction: 98% smaller (720 → 14 lines)