dotnet-hexagonal-architecture

Generating a .NET hexagonal architecture project skeleton involves structuring code into Domain, Application, Infrastructure, and API layers with CQRS and SOLID patterns. This skill automatically creates that multi-layer project skeleton for .NET 10 applications to ensure testability and maintainability from day one.

The best way to structure a new .NET 10 application using Clean Architecture is dividing it into Domain, Application, Infrastructure, and API layers. This approach enforces SOLID principles, CQRS patterns, and clear separation of concerns to maintain a solid project foundation.

Yes, you can use PostgreSQL and RabbitMQ with a .NET hexagonal architecture template. The generated project skeleton integrates EF Core or Dapper for PostgreSQL data access, RabbitMQ for messaging, gRPC, and ETCD configuration to provide ready-to-extend infrastructure templates.

Yes, the .NET hexagonal architecture generator includes validation and testing setup. It implements FluentValidation for data validation, Mapster for object mapping, and provides xUnit-based test templates to ensure consistent architecture and testability across new features.

You need to scaffold a hexagonal architecture .NET project when starting new projects or features. It provides a multi-layer structure with Domain, Application, Infrastructure, and API layers, enforcing Clean Code, CQRS, and SOLID principles to guarantee maintainability from the start.

The limitation of auto-generating a .NET hexagonal project skeleton is that it provides a fixed structure with specific technologies like EF Core, PostgreSQL, and RabbitMQ. It serves as a starting template requiring manual extension to implement actual business logic within the generated layers.