git-log-archeologist

Git blame identifies who introduced a specific line by reconstructing history using logs and diffs. It handles large repositories with file renames, merges, and deleted branches to output a structured timeline with commit SHAs and authors.

Yes, you can trace code history across file renames and deleted branches in large repositories by using the --follow flag for renames and analyzing the reflog. This reconstructs multi-parent lineages and decomposes complex histories without rewriting anything.

The best way to debug a regression is reconstructing git history with forensic precision to audit diffs and trace lineages. This reflog-aware method decomposes complex histories and merges to pinpoint the exact commit that introduced the change.

Git history forensics works with shallow clones by describing how to deepen history if needed, and handles octopus merges by reconstructing multi-parent lineage. It analyzes reflog and diffs to produce annotated timelines and narrative evidence.

To redact secrets during a code audit, the forensic history analysis runs a secret-scan on git diffs. This process redacts sensitive content and warns users while building the structured timeline and narrative evidence.