code-archaeology

Reconstructing legacy code intent involves tracing git history, file provenance, and dependency manifests to build an entry-point map. This reveals design decisions and trade-offs, generating a safe refactoring plan that reduces guesswork.

Code archaeology is the process of excavating git blame, commit traces, and dependency configurations to reconstruct why unfamiliar codebases exist. It helps refactoring planning by producing advisory guidance for tests and edits to prevent regressions.

Yes, you can analyze a multi-language monorepo with scant documentation by mapping code surfaces and tracing dependency archaeology. The analysis outputs a clear entry-point map and reconstruction plan applicable to complex, undocumented projects.

To trace git history and find why code exists, analyze commit provenance and file traces to identify design decisions. This intent reconstruction reveals the historical trade-offs and external dependencies that shape current behavior.

The best way to map entry points in an unfamiliar codebase is to analyze code surfaces and dependency manifests together. This generates a clear entry-point map and advisory plan that guides safe edits without requiring existing documentation.