Cpp

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.

This blog talks extensively about the rationale behind defining copy constructors and move constructors. It also talks about few edge cases when we need to be careful.

constexpr is a keyword that was introduced in C++ 11 and revised in C++14. It is extremely versatile and it is a good practice to incorporate it in a lot of situations.

auto keyword is an integral part of modern C++. its a good practice to use auto in various coding scenarios and this blog will highlight some of the most important use cases where you should prefer using auto keyword.

In this blog, we delve into the intriguing world of function pointers in C++. Function pointers, which are pointers that hold the address of a function, offer a way to make your C++ programs more flexible and dynamic. We start from the basics, introducing the concept with simple examples, and then navigate through the syntax complexities using the handy tool typedef.