blueprint

To turn a design specification into an implementation plan, you translate the design intent into concrete tasks covering required files, touched modules, testing strategy, and commit history. This ensures alignment between design and execution.

Task decomposition for multi-file features involves breaking down a design specification into structured, reproducible steps. It maps required files, validates API surfaces, and defines testing strategies to enable clear execution boundaries for engineers.

Structure implementation plans by enforcing discovery of dependencies and validating file system structure before coding. You generate step-by-step tasks and save the plan to a timestamped location for versioned traceability.

Yes, you can validate API surfaces and dependencies before coding begins. The planning process enforces discovery and validation steps to verify APIs, dependencies, and file system structures to ensure implementation readiness.

Yes, this approach is specifically designed for multi-file features with clear boundaries. It provides detailed task decomposition and file-structure guidance to enable reproducible work and precise execution across the codebase.

A design specification is needed to create an executable plan because it provides the foundational design intent. Translating it ensures precise mapping to code changes, tests, documentation, and commits, preventing misalignment during implementation.