dotnet-best-practices

To validate dependency injection in C# .NET, the skill checks your service registration and DI patterns against established architecture guidelines, ensuring proper lifecycle management and SOLID adherence for improved code maintainability.

Checking async/await patterns in .NET involves analyzing your asynchronous operations to ensure they follow best practices, preventing common pitfalls like deadlocks. Automated scripts review async code to confirm proper task handling and structured error reporting.

Enforcing MSTest and FluentAssertions standards requires validating that your C# tests follow the Arrange-Act-Assert (AAA) pattern and include edge case testing. Analysis scripts assess your testing practices to ensure comprehensive coverage and adherence to established testing guidelines.

Yes, you can use automated scripts to generate comprehensive XML documentation comments for C# code. The tool assesses your existing documentation structure and automatically generates missing XML comments to improve code quality and adherence to design guidelines.

Yes, this approach checks for proper exception handling and structured logging in .NET. It validates that your code implements secure coding practices and ensures errors are handled correctly with structured logs, improving application performance and security.

Limitations of using automated scripts for .NET code quality checks include their dependency on predefined rules for patterns like Semantic Kernel integration and ResourceManager localization. They cannot assess subjective architectural decisions or context-specific business logic beyond established best practices.