writing-plans

A TDD-ready implementation plan breaks complex features into 2-5 minute actionable steps with specific file modifications, test cases, and commit points mapped out. This forces a rigorous planning process before code is written to ensure modular, testable implementations.

Task decomposition breaks complex features into bite-sized, 2-5 minute actionable steps. It solves disorganized development by mandating a step-by-step planning process that maps out file modifications, test cases, and commit points before any code is written.

To structure a test-first workflow for refactoring scenarios, apply a planning process that mandates writing failing tests before implementation. The workflow requires precise file-level instructions and frequent commit cycles to ensure code quality and modular task decomposition.

Yes, this implementation planning approach applies to multi-step development tasks including feature development and refactoring scenarios. It generates comprehensive plans requiring clear task decomposition and TDD practices to satisfy precise file-level instructions and frequent commit cycles.

The best way to enforce TDD practices is to generate a structured implementation plan that mandates writing failing tests before implementation. This ensures code quality by mapping out test cases, specific file modifications, and frequent commit cycles before coding begins.

Disorganized development happens due to incomplete or absent planning before coding. A rigorous, step-by-step planning process prevents it by decomposing tasks into 2-5 minute actionable steps, mapping file modifications, test cases, and frequent commit cycles to enforce test-first workflows.