EF Core Data Persistence Layer - Hexagonal Architecture Adapter

To implement an EF Core persistence layer in hexagonal architecture, configure DbContext, map domain objects via Fluent API, implement CQRS write and query repositories, and manage transactions with Unit of Work for testable data access.

The best way to manage transactions across repositories in DDD is using the Unit of Work pattern, which coordinates saves across multiple repository implementations to ensure transactional consistency and maintainable data persistence.

To separate read and write operations in EF Core using CQRS, implement distinct write repositories for state changes and query repositories for data retrieval, ensuring clean separation of data access concerns within your persistence adapter.

Yes, EF Core works with multi-schema databases for bounded contexts by applying schema organization patterns and convention-based dependency injection to isolate domain models and automate repository registration.

To map domain objects to database tables using EF Core Fluent API, define entity mapping configurations within your DbContext setup to translate domain entities into database schemas while maintaining clean separation.

Use convention-based dependency injection for repository registration in .NET to automate the wiring of repository implementations and validate dependencies, reducing manual errors and ensuring testable, scalable data access.