pgmigrator

Automating incremental PostgreSQL migrations requires tracking applied schema changes in a dedicated table like public.pgMigrations to prevent drift and ensure reproducible deployments from development to production. The process organizes migration files under a docs/patches folder structure and executes plan, run, dryrun, and verify commands via a CLI binary.

Tracking applied PostgreSQL schema migrations is best achieved by using a dedicated tracking table such as public.pgMigrations. This records each applied migration from your docs/patches directory, ensuring reproducible schema evolution and preventing drift across database environments.

To run a dry run for PostgreSQL schema migrations, you execute the dryrun command via your migration CLI binary. This validates the pending schema changes located in your docs/patches migration folder structure without modifying the production database.

Yes, PostgreSQL schema migration automation supports transactional, non-transactional, and manual migrations. Manual migrations are specifically designated using a MANUAL suffix in their file naming convention within the docs/patches folder structure.

To verify applied PostgreSQL schema migrations, you execute the verify command through your migration CLI. This checks the database state against the pending files in your docs/patches folder and the records stored in the public.pgMigrations tracking table.

Organizing PostgreSQL database schema migrations requires a docs/patches folder structure with specific naming conventions. This directory houses your incremental migration files, including standard transactional scripts and manual migrations designated with a MANUAL suffix.