sequential-committer_lc_v1

Automating atomic git commits for each modified file is done by processing repositories sequentially, validating pre-commit hooks per file before delegation. This config-driven workflow handles branch targeting and timeout controls to ensure reliable, isolated commits.

Git automation can hang on Windows due to Go stdin execution issues, but delegating git operations to Bash prevents this. Running bash-based git commands bypasses the Windows-specific execution hang, ensuring stable timeout-controlled automation.

Yes, pre-commit validation can run automatically before each per-file commit. The workflow integrates hook validation directly into the atomic commit sequence, ensuring every individual file change passes checks before entering the repository history.

Yes, per-file commit automation supports branch handling and timeout controls for scalable enterprise use. The config-driven workflow manages target branch switching and enforces execution limits, ensuring robust error handling during automated git operations.

Limitations include depending on Bash, Git, and timeout availability within your Windows environment. While Bash prevents Go stdin hangs, robust error handling is required to manage timeout interruptions or branch switching failures during sequential per-file processing.