reversa-detective

To extract business logic from legacy code, analyze Git history and static code to identify implicit domain rules, state machines, and RBAC structures. This process reconstructs undocumented system behaviors into comprehensive engineering documentation.

Git archaeology is the analysis of commit history to reverse engineer undocumented systems. It reconstructs Architecture Decision Records and tracks the evolution of business requirements, revealing why specific code structures were chosen over time.

Generate documentation for undocumented projects by running static code inspection and Git history analysis. This produces a full documentation suite including domain models, state machine diagrams, and permission structures in the output folder.

Static code inspection of legacy repositories requires access to the repository root and a dedicated configuration directory. This environment setup allows systematic analysis to identify hidden domain rules and architectural decisions.

Yes, you can identify RBAC structures and state machines hidden within legacy code through domain mapping. This technique extracts permission structures and state transitions directly from the codebase to build accurate domain models.

A limitation of reverse engineering legacy codebase architecture is the reliance on accessible Git history and readable static code. If commit history is sparse or code is heavily obfuscated, extracting implicit business rules becomes significantly harder.