go/database

To implement the repository pattern with sqlx, structure your Go code to separate data access logic from business logic using context-aware queries and typed struct mappings. This ensures testable code and clear separation of concerns across services.

MySQL transactions in Go using sqlx require explicit transaction handling with proper rollback semantics. If a query fails, the transaction is rolled back to maintain database consistency and ensure robust error handling.

Configuring a safe MySQL connection pool in Go involves setting up sqlx with context-aware operations. This ensures queries respect deadlines and cancellations, maintaining robust and safe database access across concurrent services.

MySQL error mapping in a Go sqlx repository translates database-specific errors into application-level errors. This ensures robust error handling by standardizing how data access failures are propagated and managed across your services.

Yes, the sqlx database pattern implements context variants for all queries, making it fully suitable for concurrent Go services. Context-aware operations ensure that database calls respect request deadlines and cancellations safely.