writing-plans

Spec-to-plan decomposition breaks high-level specifications into actionable, engineer-ready checklists with exact file touchpoints. It maps file responsibilities and boundaries before implementation begins, ensuring clear architecture decomposition.

Spec-to-plan decomposition breaks multi-subsystem specifications into separate, independent implementation plans. It identifies subsystem independence and generates focused file-structure mapping to ensure clear architectural boundaries before coding begins.

You structure TDD bite-sized tasks by generating 2-5 minute execution steps following a failing test, minimal implementation, green test, and commit cycle. This task breakdown allows engineers to execute confidently without prior codebase context.

Yes, implementation planning applies to both new and existing codebases. It interprets requirements and performs architecture and file decomposition to generate build-ready step-by-step checklists across any project structure.

You can save implementation plans into a canonical datarim-managed path for consistency across projects. This datarim-compatible plan saving applies a standardized layout to the YAML-defined plan identity and checklist outputs.

Yes, a YAML-defined plan identity is required to generate an implementation plan. This identity structures the output into step-by-step checklist tasks with exact file paths for multi-step engineering work.