writing-plans

To generate an implementation plan from a software specification, you map out exact files to modify and break complex specs into bite-sized, testable tasks. This process provides structured task decomposition, file mapping, and documentation.

Task decomposition for test-driven development works by breaking complex specs into isolated, bite-sized tasks. It emphasizes DRY, YAGNI, and TDD principles, providing clear file responsibilities, required tests, and incremental commit steps.

The best way to document implementation plans for developers with no codebase context is to specify exact files to touch, testing procedures, and documentation references. Plans are saved as markdown files detailing bite-sized tasks and verification steps.

Yes, you can use this planning approach for diverse software subsystems. It generates comprehensive, executable plans across varied subsystems by applying structured task decomposition, documentation, and test plans.

You need a structured implementation plan for software engineering when a high-level specification requires detailed task decomposition, file mapping, and testing. It ensures incremental commits and adherence to TDD and DRY principles.

An implementation plan lacks test design and documentation steps when it does not assume zero codebase context. A proper plan addresses this by explicitly detailing required tests, documentation to check, and verification steps for each task.