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This blog talks about the pitfalls of overloading on universal references and how to avoid them.

Learn about the proper scenarios for using move and forward in C++ functions to return values efficiently. Avoid over-optimization and trust the compilers optimizations.

Understanding when to use std::move and std::forward in C++ is crucial for efficient programming. The rule of thumb is to use std::move for temporary values (rvalue references) and std::forward for universal references.

Dive into the world of C++ references! Learn about rvalue references and universal references, what makes them different, and how to use them for better coding.

In this beginner-friendly blog post, we explore fundamental concepts in C++ programming: R-value references, std::move, and std::forward. These concepts might sound complex, but they are crucial for writing efficient and high-performance C++ code.