Explore the core concepts of functional programming in C++, including immutability, pure functions, function composition, and higher-order functions, to enhance your software design skills.
Explore the power of lambda expressions and function objects in C++ for expert software engineers and architects. Learn about capturing variables, using lambdas with STL algorithms, and more.
Explore the concepts of currying and partial application in C++ using std::bind, std::placeholders, and std::function. Learn how to implement these functional programming techniques to enhance code modularity and reusability.
Explore functional programming patterns using STL algorithms in C++. Learn to leverage std::transform, std::accumulate, and more for efficient, expressive code.
Explore the world of immutable data structures in C++, focusing on const-correctness, copy-on-write techniques, and persistent data structures. Learn how to implement these concepts effectively to enhance your software design.
Explore the world of monads and functors in C++ to enhance your functional programming skills. Learn how to implement monad-like structures and utilize `expected` and `optional` monads for robust and maintainable code.
Explore the power of expression templates in C++ for implementing domain-specific languages and optimizing code with delayed evaluation. Learn how to leverage this advanced technique to enhance performance and flexibility in your C++ applications.
Explore the concepts of Functional Reactive Programming in C++, focusing on implementing reactive streams with RxCpp, and understanding observables and observers for expert software engineers and architects.
Explore the C++20 Range Library, focusing on lazy evaluation, composing operations, and writing custom views and actions. Enhance your C++ programming skills with this comprehensive guide.
Explore the power of coroutines and asynchronous programming in C++20, including implementing generators, async tasks, state machines, and lazy computations.