writing-plans

To create a TDD implementation plan, you decompose complex features into granular, file-level steps with clear commit points. This enforces writing failing tests before implementation, ensuring engineers execute tasks reliably following TDD, YAGNI, and DRY principles.

The best way to break down a large development task is transforming it into bite-sized, 2-5 minute actionable steps. This task decomposition maps out specific file changes, test cases, and commit points, providing a clear roadmap before any code is written.

To ensure your development workflow follows YAGNI and DRY principles, generate a structured, test-driven implementation plan before coding. This enforces strict task decomposition and mandates failing tests first, preventing disorganized or vague feature development.

Yes, structured planning helps zero-context engineers execute complex tasks reliably. By providing step-by-step execution instructions with file-level decomposition and clear test cases, engineers can follow the roadmap without needing prior project context.

You need a structured implementation plan when starting complex feature development that requires clear file-level decomposition. It is essential when you must enforce TDD, YAGNI, and DRY principles to prevent disorganized or overly vague development tasks.