Asynchronous C++: The Complete Guide
300 pages
English
PDF
4.5

Asynchronous C++: The Complete Guide

Asynchronous C++: The Complete Guide

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Summary:

The modern world demands high performance and responsiveness from programs. Asynchronous programming in C++ is the key to creating fast, scalable, and efficient applications. The book "Asynchronous C++: The Complete Guide" is a comprehensive source of knowledge for anyone who wants to master parallel and concurrent computing in C++, from the basics to the most modern language features.



What is this book about?

The book covers a full range of topics related to asynchrony in C++:

  • Fundamental concepts: threads (std::thread), mutexes, condition variables, atomic operations.
  • High-level mechanisms: std::async, std::future, std::promise, std::packaged_task — how to properly build asynchronous chains.
  • C++20 Coroutines: co_await, co_return, co_yield, generators, async generators — the new standard for asynchronous code.
  • Design patterns: Producer-Consumer, Thread Pool, Reactor, Proactor, Async Chain.
  • Optimization and debugging: profiling multithreaded code, finding deadlocks and race conditions, working with sanitizers.
  • Real-world examples: an asynchronous HTTP server, parallel data processing, network games, GUI applications.


Who is this book for?

  • Beginner C++ developers — those who have already mastered the syntax and want to move on to creating high-performance applications.
  • Experienced programmers — those wishing to systematize their knowledge of multithreading and transition to C++20 coroutines.
  • Students and teachers — for studying modern approaches to parallel programming.
  • Embedded systems and game industry engineers — where performance is critical.


What will you learn?

  • How to properly manage threads and avoid data races.
  • How to use std::async and std::future to write clean asynchronous code.
  • How coroutines change the approach to writing asynchronous operations.
  • How to design the architecture of multithreaded applications.
  • How to test and debug asynchronous code.
  • How to measure and improve the performance of parallel algorithms.


The book is written in accessible language, contains many code examples (with comments), diagrams, and practical advice. Each chapter ends with exercises to reinforce the material.



"Asynchronous C++: The Complete Guide" is not just a reference book, but a desktop companion for every C++ developer striving to write fast, reliable, and modern code.

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