dotnet-backend-patterns

Clean Architecture in a .NET backend is implemented by enforcing separation of concerns across distinct layers. This Skill guides you through defining domain entities, application logic, and infrastructure components to build maintainable enterprise APIs.

Configuring dependency injection for C# async operations involves registering services with appropriate lifetimes. This Skill covers applying DI for modular code and mastering async/await patterns to ensure efficient I/O operations and responsiveness.

Choosing EF Core vs Dapper depends on whether you need full ORM capabilities or lightweight micro-ORM performance. This Skill details utilizing both EF Core and Dapper to achieve optimized data persistence for your specific .NET backend requirements.

Yes, Redis caching can be integrated into an existing .NET microservice to improve performance. This Skill provides guidance on implementing caching strategies with Redis, helping reduce database load and optimize data retrieval times.

Writing tests for C# APIs using xUnit involves creating unit tests for isolated logic and integration tests for data flows. This Skill explains how to write effective tests, ensuring your .NET backend remains robust and maintainable during continuous development.

Yes, building MCP servers is covered alongside API and enterprise application development. This Skill provides architectural guidance for C#/.NET backend patterns, ensuring robust and scalable implementations across various server types.