csharp-async

Avoid deadlocks in C# async code by applying ConfigureAwait(false) and proper exception handling. This approach identifies anti-patterns and ensures compliance with recommended task-based APIs to prevent synchronization context blocking.

Use ValueTask instead of Task in C# asynchronous methods when performance optimizations are needed for frequently cached or synchronous completions. Return type guidance helps choose appropriately to reduce memory allocations and improve overall async performance.

Best practices for exception handling and cancellation in C# async programming involve promoting safe use of try/catch blocks and cancellation tokens. This ensures robust error handling and prevents unobserved task exceptions across your projects.

Audit existing C# async methods by checking for deviations from recommended practices in naming conventions, return types, and error handling. Identify anti-patterns across codebases to streamline maintenance and reduce potential race conditions.

Yes, this approach supports performance optimization for Task-based APIs by recommending WhenAll and WhenAny patterns. It helps avoid unnecessary awaits and ensures safe, fast C# async code execution across your projects.