type-design-performance

To optimize .NET type design for performance, seal classes by default, prefer readonly structs for value types, and utilize static pure functions to minimize overhead in critical code paths.

The best way to choose collection return types in C# APIs is deferring enumeration and selecting appropriate collection types to maximize processing speed and reduce data structure overhead.

You should use sealed classes and readonly structs in .NET to prevent inheritance overhead and avoid defensive copying, which ensures maximum efficiency in performance-critical code paths.

Yes, you can apply type design optimization principles to high-throughput C# APIs by using static pure functions and efficient data structures to minimize method call overhead and maximize speed.

You need to defer enumeration in .NET collections when building high-throughput APIs, allowing you to choose the right collection types and ensure your method calls minimize processing overhead.