Modern C++ Programming

The C++ language has undergone a remarkable transformation since C++11, evolving into a powerful, expressive language that supports multiple programming paradigms while maintaining backward compatibility and zero-cost abstractions. Each subsequent standard—C++14, C++17, C++20, and C++23—has introduced features that simplify code, improve safety, and enable new programming patterns.

The following chapters explore resource management through RAII and smart pointers, generic programming with templates and concepts, functional programming with lambda expressions, compile-time computation with constexpr, asynchronous programming with coroutines, and data manipulation using STL containers and algorithms.

• C++ Basics
• Resource Management
• String
• Container
• Iterator
• Template
• Casting
• Constexpr
• Lambda
• Smart Pointers
• Return Value Optimization
• Algorithm
• Coroutine
• Time
• CMake