recipe-reverse-engineer

To generate PRDs and design docs from a codebase, you provide the target project path and desired scope to trigger an automated multi-phase workflow that reverse-engineers code into traceable product requirement documents and architectural design artifacts.

Yes, you can reverse-engineer large undocumented repositories by orchestrating multi-step discovery, verification, review, and revision agents to map the current implementation and produce evidence-based architectural documentation.

Code to documentation automation ensures traceability by coordinating agents throughout the discovery and review phases, linking generated design doc artifacts directly back to their originating source code units within the repository.

The best way to align formal documentation with existing implementation in mid-size projects is applying an automated reverse-engineering workflow that verifies code structure and revises outputs to accurately reflect the current product architecture.

Yes, automated PRD generation works for undocumented repositories by replacing messy codebases with clear PRDs and design docs, orchestrating agent-driven discovery to produce evidence-based documentation that aligns engineering work with product goals.

You should not use automated reverse-engineering for documentation on very small codebases or when formal documentation does not need to reflect the current implementation and architecture of mid-size to large repositories.