8 New C++ Books Reshaping Software Development in 2025

While working as software engineers with nearly fifty years combined experience, Javier Reguera-Salgado and Juan Antonio Rufes noticed a gap in practical resources for modern C++ concurrency. Their book walks you through the complexities of asynchronous programming using C++20 and C++23 features, like futures, promises, async functions, and coroutines. You’ll learn to build efficient multithreaded applications and harness network programming with Boost.Asio, along with techniques to optimize performance and debug asynchronous code. This book suits developers with some C++ experience who want to deepen their understanding of concurrency and write faster, more responsive software.

Unlike most C++ books that focus on language syntax or algorithms, Dmitry Danilov zeroes in on modern refactoring techniques that elevate code maintainability and efficiency. His experience navigating complex legacy systems shines through as he guides you in applying SOLID principles, leveraging the latest C++ standards and libraries like Boost and Microsoft’s Guidelines Support Library. You’ll learn to integrate automated tools such as Clang-Tidy and AddressSanitizer for static and dynamic code analysis, improving code quality beyond manual review. This book is tailored for seasoned C++ developers and technical leaders seeking to modernize their codebases and adopt industry-approved best practices.

This tailored book explores the evolving landscape of asynchronous and multithreaded programming in modern C++. It covers foundational concepts alongside advanced concurrency techniques, emphasizing the latest developments emerging in 2025. Through detailed explanations and practical examples, the content matches your background and interests, making complex topics accessible and relevant. You’ll examine how modern C++ features enable efficient, scalable concurrent applications while navigating the nuances of thread management, synchronization, and async patterns. By focusing on your specific goals and areas of curiosity, this personalized guide reveals cutting-edge insights and invites you to engage deeply with the newest discoveries shaping concurrency programming today.

Drawing from his experience as a former NASA senior scientist and current computer science professor, Ronald Mak offers a fresh perspective on object-oriented design tailored for C++ developers. You learn to identify common pitfalls in software design through before-and-after coding examples that illuminate principles like encapsulation, delegation, and design patterns such as Observer and Factory. The book walks you through iterative design cycles and practical techniques, including recursion and multithreading, equipping you with a systematic approach to crafting maintainable, efficient applications. If you're new to C++ or seeking to improve your design skills with clear, example-driven guidance, this book will serve you well, though those looking for advanced or highly theoretical content might find it more foundational.

During his tenure at Apple and Pixar, Dr. Martin Reddy developed a nuanced understanding of how robust APIs can make or break complex software projects, which drives this second edition focused on C++ API design. You’ll find detailed guidance on designing scalable interfaces, implementing versioning strategies, and integrating C++ APIs with modern languages like Swift. The book also explores concurrency and multithreading, addressing challenges that developers face in today’s multi-core environments. If you work on long-lived C++ libraries or large-scale systems, this book offers practical patterns and testing approaches that directly address your needs without unnecessary abstraction.

What happens when an experienced programmer dives into teaching C++ through game development? John Horton, with his practical approach, guides you step-by-step from basic programming concepts to building fully playable games. You’ll learn crucial skills like object-oriented programming, pointers, and the Standard Template Library, then apply them by creating clones of Timberman, Pong, and a Zombie survival shooter. Chapters on collision detection, game physics, AI, and OpenGL shaders deepen your understanding of both programming and game mechanics. This book suits anyone starting with C++ who wants a hands-on learning experience through game projects, though it may move quickly for absolute beginners without prior coding exposure.

This personalized book explores advanced techniques for upgrading and refactoring C++ projects to align with upcoming standards and development trends through 2025. It examines the latest language features, compatibility challenges, and modernization tactics tailored to your background and interests. By focusing on your specific goals, the book delves into evolving C++ constructs, best practices for maintaining legacy code, and approaches to prepare your codebase for future-proofing. This tailored content reveals how to navigate emerging discoveries and pragmatic adaptations, helping developers stay ahead in a dynamic landscape. The book’s focus on personalized learning ensures it addresses the nuances of your projects and skill level, making complex concepts accessible and applicable.

After analyzing evolving CMake tooling and C++ development challenges, Rafał Świdziński and Alexander Kushnir crafted this updated guide to elevate your build automation skills. You’ll explore how to write maintainable CMake configurations, optimize build processes, and integrate external dependencies such as testing frameworks and documentation tools. The book dives into structuring projects for scalability and quality, with practical exercises and chapters on the latest CMake presets. If you’re a developer or build engineer aiming to master modern build systems for robust, professional C++ projects, this book gives you the detailed knowledge to confidently manage complex builds.

When Bjarne Stroustrup, the inventor of C++, updated this third edition, he focused on teaching programming principles that matter beyond just syntax. You’ll find a clear path from basic concepts to writing code that’s maintainable, efficient, and even user-friendly, thanks to chapters covering procedural, object-oriented, and generic programming. The book doesn’t just cover C++20 and C++23 features but also dives into practical uses of standard libraries and GUI basics. Whether you’re entirely new to coding or looking to refresh your understanding of modern C++, this book guides you through building robust programs that others can rely on and maintain.

The breakthrough moment came when Wayne Murphy took a close look at the latest C++20 and C++23 features, realizing many programmers struggle to keep pace with the language’s evolution. You’ll find detailed explanations on using coroutines for asynchronous tasks and mastering ranges for efficient data processing. The book doesn’t just list features—it shows you how to apply them to write cleaner, safer, and faster code, especially chapters on modules and container improvements. This guide is ideal if you want to move beyond basics and truly harness modern C++ capabilities in your projects.