catalog-sync

To automatically update catalogs with new Lean theorems, you can use a synchronization script that detects file changes via git diff and appends formatted markdown entries to the relevant catalog files.

Syncing Lean library documentation is achieved by mapping newly added atomic integers, physics constants, and mathematical results to appropriate catalogs, ensuring consistency across repositories.

Git diff detects new theorems for catalog synchronization by comparing recent Lean file updates, identifying newly added results, and appending precise markdown entries to updated catalog files.

Yes, you can use catalog synchronization for continuous integration workflows in a math library, as it streamlines library maintenance by automatically incorporating new results from recent Lean file updates.

Maintaining Lean physics constants in catalog files requires a git environment to run diffs for change detection and ensure the mathematical and physics library stays current and accurate.

Lean catalog files become out of sync when new theorems and constants are added without automated synchronization, a problem solved by using git diff to detect changes and append formatted entries automatically.