Название: Mastering Asynchronous C++: Modern Techniques for High-Performance Concurrent Programming
Автор: Aarav Joshi
Издательство: 101 Books
Год: 2025
Страниц: 2150
Язык: английский
Формат: epub (true)
Размер: 10.1 MB

Mastering Asynchronous C++: Modern Techniques for High-Performance Concurrent Programming is the definitive guide for C++ developers seeking to harness the full power of modern asynchronous programming. This comprehensive resource covers cutting-edge C++20, C++23, and emerging C++26 features including coroutines, std::execution framework, and structured concurrency patterns.

The book progresses from fundamental concepts like memory models and atomic operations to advanced topics such as custom executors, sender/receiver patterns, and production deployment strategies. You'll master essential libraries including Boost.Asio for network programming, explore real-world applications from high-frequency trading to game engines, and learn performance optimization techniques for multi-core systems.

Each chapter combines theoretical foundations with practical implementations, featuring detailed code examples and performance analysis. The book emphasizes modern C++ best practices, RAII principles, and exception safety in concurrent contexts. Advanced topics include lock-free programming, NUMA-aware optimizations, and debugging asynchronous applications using sanitizers and profiling tools.

Concurrency, parallelism , and asynchrony represent fundamental paradigms in modern software development, particularly for systems that demand high performance and responsiveness. These concepts, while related, embody distinct approaches to execution models with significant implications for system design. Understanding their nuances is crucial for developers working on everything from real-time applications to high-throughput services. This section explores the theoretical foundations and practical applications of these paradigms, clarifying their differences and appropriate use cases. By examining concrete examples in C++, we’ll see how these concepts translate into implementation choices that directly impact application performance, resource utilization, and code maintainability in today’s multi-core computing environments.

Concurrency refers to the ability of a system to manage multiple tasks that are in progress at the same time, regardless of whether they’re actually executing simultaneously. Consider a chef preparing multiple dishes by interleaving tasks—chopping vegetables for one dish, then stirring a sauce for another, then returning to the first. The chef isn’t doing multiple things at exactly the same moment, but multiple tasks are in progress concurrently.

Whether you're building scalable web services, real-time systems, or compute-intensive applications, this book provides the expertise needed to create efficient, maintainable asynchronous C++ software that fully utilizes modern hardware capabilities.