dotnet-backend-patterns

Structure a .NET backend by organizing Core domain, application services, infrastructure, and APIs for clear boundaries. This clean architecture approach uses structured dependency injection registrations and factory-based service patterns to separate concerns and accelerate delivery of maintainable code.

Handle .NET data access by using EF Core repositories for standard data operations and high-performance Dapper queries for complex reads. This pattern includes mapping strategies to optimize performance, ensuring responsive APIs through non-blocking I/O and value tasks.

Result-based error handling in .NET backend services provides a structured way to return failures without throwing exceptions. It fulfills requirements for robust APIs by cleanly separating success and error states, accelerating the delivery of maintainable and reliable enterprise backends.

Yes, you can use IOptions for strong configuration in .NET microservices. The pattern offers structured IOptions usage to validate and bind configuration settings, ensuring flexibility and reliability when building robust APIs and enterprise backends.

Use both unit and integration testing approaches to ensure reliability in .NET backend patterns. These testing strategies validate architecture, dependency injection, and data access components, ensuring that production-grade APIs and services maintain high quality and maintainable code.

Use async/await and parallel patterns in .NET APIs whenever performing I/O operations to keep endpoints responsive. The approach promotes non-blocking I/O and value tasks, which are essential for high-performance data access and scalable microservices.