- How do I install orptech/laravel-migration-partition in a Laravel application?
- Install it with Composer using composer require orptech/laravel-migration-partition. The package likely registers a service provider or schema macro so you can define partitioned tables directly in Laravel migrations. Run php artisan migrate after adding your partition definitions, and check the README for any publish or configuration step.
- Which Laravel, PHP, and MySQL versions are supported by this partitioning package?
- Support depends on the package's composer.json constraints and its Illuminate schema grammar extensions, so verify the README and release metadata before adopting it. It targets MySQL-native partitioning, so MySQL 8.x is the expected fit; MariaDB and older MySQL versions need explicit testing. The package is not a fit for PostgreSQL or SQLite, and future-dated release metadata should be validated.
- Can I define MySQL partitioned tables in Laravel migrations without writing raw SQL?
- Yes, the package extends Laravel's schema grammar and Blueprint layer so partition DDL can live inside normal migrations. That keeps partition logic in PHP and versioned with your application instead of scattered raw SQL. You still need a MySQL database that supports the partition syntax you choose.
- Which partition types does laravel-migration-partition support, such as RANGE, LIST, HASH, or KEY?
- The package focuses on MySQL-native partitioning, but the exact supported types depend on its current grammar implementation. Check the repository README and source for RANGE, LIST, HASH, KEY, and subpartition support before committing. Test your required partition type on a disposable MySQL instance because edge cases vary by MySQL version.
- Does this package work with PostgreSQL, SQLite, or multi-database Laravel applications?
- No, it is aimed at MySQL-native partitioned tables, while PostgreSQL uses declarative partitioning and SQLite has no equivalent. SQLite-based test suites may fail if they encounter MySQL partition clauses. For multi-database products, keep partitioned migrations behind a MySQL-only path and test the rest of your schema separately.
- How do primary keys, unique keys, and foreign keys work with partitioned tables in Laravel?
- MySQL requires every unique key, including the primary key, to include the partition column, so your Laravel migration must design keys accordingly. Foreign keys on partitioned InnoDB tables have restrictions and should be tested explicitly. Eloquent models do not change, but queries should filter on the partition key so MySQL can prune partitions.
- Will partitioned table migrations survive schema:dump, migration squashing, or rollback?
- Partition clauses may not survive schema dumps or squashed migrations, so test schema:dump and restoration against a disposable MySQL database. Rollback behavior also needs explicit testing because the package may focus on table creation rather than partition maintenance DDL. Keep a documented fallback to raw SQL or a forked migration helper if dump/restore loses partitions.
- Is orptech/laravel-migration-partition safe for production large tables?
- Treat it as a narrow accelerator rather than a strategic platform dependency. Adoption signals are weak, including low stars and zero dependents, and it extends framework internals with a single-maintainer risk. Pilot it on a new non-critical MySQL table, pin the Composer version, wrap it in an internal helper, and avoid retrofitting critical existing tables until staging proves stable.
- What are the maintenance risks of using a package that extends Laravel's schema grammar?
- Laravel grammar changes, MySQL version differences, and SQL-generation edge cases can break the package when you upgrade. Partition maintenance such as adding or dropping partitions and retention jobs may be outside its scope. Add integration tests that run migrations up and down and validate pruning with EXPLAIN, and keep a build-vs-buy checkpoint to replace it with raw SQL or a fork.
- Can I fork laravel-migration-partition or use alternatives if maintenance stalls?
- The package is MIT-licensed, so forking is possible if maintenance stalls, but you inherit the grammar-extension risks. Alternatives include raw SQL in migrations, custom Blueprint macros, or database-native partitioning tools. Use an internal wrapper so you can swap the dependency or a fork without editing every migration.