dotnet-solid-principles

To refactor a C# class violating the Single Responsibility Principle, split the complex class handling multiple unrelated tasks into smaller, focused classes. This refactoring makes the code easier to test and modify while ensuring maintainability.

Common SOLID anti-patterns in .NET include monolithic classes handling unrelated tasks and premature abstraction. This guidance helps recognize these violations and provides C# examples to refactor them effectively for better dependency management.

Apply the DRY principle to maintain code integrity, but allow duplication when abstracting would cause premature coupling. This approach prevents unnecessary complexity and ensures your .NET codebase remains scalable and maintainable.

The Dependency Inversion Principle improves .NET class design by guiding interface usage and dependency management. It ensures high-level modules do not depend on low-level modules, promoting scalable and robust C# code.

The best way to avoid premature abstraction in C# is to evaluate whether abstracting code introduces unnecessary coupling. This guidance includes specific advice on when to abstract and when to allow duplication to ensure code maintainability.