Comprehensive Guide to Building C++ Programs Using Native Compilers GCC, CLang, MSVC, Intel C++.

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C++ programmers have always faced significant challenges when compiling their programs, especially when dealing with large-scale projects or those requiring integration with external libraries. While some integrated development environments (IDEs) like Visual Studio and RAD Studio offer graphical interfaces and clear options that simplify the compilation process, the issue persists for those who prefer or need to compile their projects manually using the compiler directly from the command line.

Working with native compilers without any graphical interface requires a deep understanding of all available options. This has led the C++ community to develop specialized tools to manage the build process, such as CMake and Meson, which have become some of the most widely used build tools. While these tools are undoubtedly well-suited for large and complex projects and are widely adopted in modern software development, they also introduce additional complexity that may be unnecessary in many cases.

Through my experience, I have noticed that many C++ professionals prefer to avoid these tools, finding them overly complicated and cumbersome. When I wrote and published a comprehensive book on CMake two months ago, I observed a strong interest in the topic, yet it also sparked numerous discussions and comparisons. One of the most striking comments was the comparison between CMake and package managers available in other languages, such as Cargo in Rust, which simplifies compilation and dependency management in just two steps. In contrast, CMake requires extensive configurations, which resulted in my book on CMake reaching 600 pages!

This issue is not new; it remains one of the biggest challenges in C++ and has deep-rooted causes related to the language's nature and evolution over time. However, I believe there is an urgent need to consolidate all information related to manual compilation in one place, allowing C++ programmers of all skill levels to master compilation without relying on external build tools across major operating systems, includingWindows, Linux, and macOS.

For this reason, I wrote this book as a comprehensive guide to explain how to work with native compilers directly, eliminating the need for additional build tools. This will help programmers overcome this challenge and develop a solid understanding of compilation fundamentals. Such an effort will undoubtedly fill a critical gap in the C++ ecosystem, as this problem remains unsolved. Until an official package manager for C++ is introduced in the future, knowing how to use native compilers directly will remain an essential skill for every C++ programmer.

I hope this book provides the intended value, helping C++ programmers overcome this challenge and serving as a foundational resource in the field of native compilation.

Wishing everyone success and valuable insights from this book.