go-repository

To generate a Go repository pattern with GORM, you scaffold port interfaces and GORM implementations following a two-file modular architecture pattern. This produces standard CRUD operations, custom queries, pagination, and transaction handling for your data access layer.

The two-file pattern for Go repository implementations separates port interfaces from GORM implementations to enforce modular architecture consistency. You need this pattern when building features that require storing and retrieving data, ensuring maintainable data access layers.

Yes, you can scaffold repository code for custom queries and pagination in Go. The generated GORM implementations include standard CRUD operations, custom query support, pagination, and transaction handling specifically for modular architecture data access layers.

Yes, this approach supports transaction handling for GORM database interactions in Go. The generated repository implementations include transaction management alongside CRUD operations and custom queries, utilizing GORM for database interactions and Bricks for error handling and tracing.

The best way to reduce boilerplate code for Go data access layers using GORM is automating the creation of repository interfaces and implementations. This enforces modular architecture conventions by generating a two-file pattern for standard CRUD operations and custom queries.

Your Go repository needs a separate port interface and GORM implementation to adhere to modular architecture conventions. This two-file pattern reduces boilerplate while maintaining architectural consistency, separating data access contracts from their GORM database implementations.