In this module, we will explore foundational changes in C++20 that enhance code clarity, initialization, and compile-time evaluations. By diving into new features such as designated initializers, UTF-8 support, and constexpr improvements, we’ll learn how these updates streamline development and reduce potential errors.

In this module, we will explore enhancements in lambda expressions and templates that improve both syntax and functionality. By understanding implicit this, lambda expressions in unevaluated contexts, and new template parameter features, we’ll gain a deeper grasp of modern C++ programming techniques.

In this module, we will examine additional refinements to the core language, including new attributes and improved enum types. These updates contribute to better-structured, more maintainable code, ensuring greater clarity and correctness in modern C++ development.

In this module, we will explore the powerful text formatting capabilities introduced in C++20. By leveraging the new formatting library and enhanced stream formatting options, we’ll learn how to produce cleaner, more readable, and internationally adaptable output.

In this module, we will delve into the concepts feature of C++20, which improves the clarity and safety of template programming. By understanding how concepts refine template constraints and how abbreviated templates simplify syntax, we’ll write more maintainable and error-resistant code.

In this module, we will explore the C++20 modules feature, a revolutionary change in the way C++ projects are structured and compiled. By working through practical examples, we’ll learn how to leverage modules to enhance code modularity and compilation efficiency.

In this module, we will dive into the new three-way comparison operator and its impact on relational operations in C++20. By learning about synthesized expressions and ordering categories, we’ll gain a deeper understanding of how these enhancements improve comparison logic and code consistency.

In this module, we will explore the powerful ranges library introduced in C++20. By mastering views, projections, and new algorithm return types, we’ll unlock more concise, readable, and efficient ways to process data.

In this module, we will dive into coroutines, a game-changing feature for asynchronous programming in C++20. By understanding coroutine workflows, concurrency handling, and exception management, we’ll learn how to write efficient and scalable asynchronous code.

In this module, we will explore concurrency improvements in C++20 that simplify multithreading. By understanding new threading primitives and synchronization tools, we’ll gain the ability to write safer, more efficient concurrent code.

In this module, we will examine various additions to the standard library that enhance code safety, flexibility, and performance. By leveraging new utilities like std::span and std::source_location, we’ll write more modern, expressive, and efficient C++ code.