cocosearch-commit

You can generate conventional commit messages from code diffs by analyzing staged or unstaged changes with semantic search to determine context, scope, and breaking changes. The tool performs per-file analysis and cross-cutting synthesis to propose a message for review.

Blast radius analysis calculates the dependency impact of your code changes, tracking how modifications affect dependents across subsystems. This awareness ensures the generated conventional commit message accurately reflects the risk and scope of the changes.

You can detect breaking changes before committing by running pre-flight checks that analyze staged diffs and calculate dependency impact. This semantic analysis identifies potential breaking changes and prompts for user review before finalizing the commit.

Yes, an interactive approval flow prompts you to review the proposed conventional commit message before committing. The tool performs pre-flight indexing checks and diff collection, then waits for your explicit approval to ensure accuracy.

Yes, semantic commit generation works with both staged and unstaged diffs. The tool collects the diff, performs per-file analysis to detect type and scope, and synthesizes the results into a conventional commit message for your review.

You should use semantic analysis when you need to summarize cross-cutting changes across multiple subsystems or evaluate dependency impact. It automates conventional commit type, scope, and breaking change detection, which is useful for complex, large-scale modifications.