dotnet-csharp-async-patterns

To prevent deadlocks in C# async await, ensure methods are consistently marked async and properly awaited. This skill guides you to avoid blocking on asynchronous code, which causes thread starvation and deadlocks.

Async void causes unhandled exceptions in C# because callers cannot await the operation. This skill helps you refactor to correct async await patterns, ensuring robust exception handling and preventing application crashes.

The best way to handle CancellationToken in C# asynchronous methods is proper propagation for graceful termination. This skill demonstrates correct cancellation token usage to ensure your async operations stop cleanly when requested.

You should use ConfigureAwait in C# async programming to optimize context capturing and improve performance. This skill provides guidance on ConfigureAwait best practices within efficient asynchronous code patterns.

To refactor a synchronous data access layer to use async await correctly, apply consistent async methods and proper task patterns. This skill improves application responsiveness and scalability through correct asynchronous refactoring.

Yes, you can use ValueTask and IAsyncEnumerable for async streaming in C# to manage resources efficiently. This skill demonstrates best practices for these features within robust asynchronous code implementations.