Explores a C# proposal for adding arguments like capacity and comparers to collection expressions, potentially in C# 15+.
Explores how inlining and structs in C# interact to optimize performance, focusing on method call overhead and struct copying.
Explores how const strings in C# can be modified using unsafe code and string interning, despite being compile-time constants.
Explains how .NET 8 Native AOT uses whole-program analysis for key optimizations like sealing classes and devirtualization.
Explores how C# string interpolation uses boxing/unboxing and its performance impact, comparing string.Format and string.Concat.
Explains how the Go compiler implements inlining, its importance for performance, and the mechanics of function call overhead.
The article argues for the importance of recursion in functional programming, specifically F#, countering common misconceptions about its inefficiency.
Explains how to modify Java final fields using reflection, discusses compile-time constants, and warns about unexpected behavior.
Analyzes the performance overhead of enabling integer overflow checks in compiled code, estimating a small penalty for most applications.
Explains how optimizing compilers allow programmers to write clean, maintainable code without sacrificing performance, using examples like inlining and constant propagation.
