architecture-scaffold

You can generate a type-level architecture skeleton by providing a specification document to the scaffolding process, which creates a compilable structural shell. This skeleton validates architectural soundness through compilation and dependency checks before any business logic is implemented.

Validating architectural soundness is achieved by generating a compilable type skeleton that proves structural integrity with the compiler. This approach prevents design drift and costly refactoring errors by ensuring all modules and interfaces fit together correctly before implementation begins.

Planning a refactoring migration involves mapping existing codebase logic to the newly generated type skeleton. This mapping defines clear migration actions—PORT, ADAPT, or REWRITE—for each component, ensuring a structured transition to the new architecture.

Checking dependency compatibility is a core feature of generating an architecture skeleton, as the process validates structural soundness through dependency checks. This ensures that all module interfaces and dependencies align correctly before implementation proceeds.

Scaffolding for software architecture migration is needed when undertaking a large-scale refactor to prevent design drift. It builds a complete, type-checked shell of the new system first, ensuring all modules and interfaces fit together correctly before any business logic is written.