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Modern CMake for C++

You're reading from   Modern CMake for C++ Effortlessly build cutting-edge C++ code and deliver high-quality solutions

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Product type Paperback
Published in May 2024
Publisher Packt
ISBN-13 9781805121800
Length 502 pages
Edition 2nd Edition
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Author (1):
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Rafał Świdziński Rafał Świdziński
Author Profile Icon Rafał Świdziński
Rafał Świdziński
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Toc

Table of Contents (20) Chapters Close

Preface 1. First Steps with CMake 2. The CMake Language FREE CHAPTER 3. Using CMake in Popular IDEs 4. Setting Up Your First CMake Project 5. Working with Targets 6. Using Generator Expressions 7. Compiling C++ Sources with CMake 8. Linking Executables and Libraries 9. Managing Dependencies in CMake 10. Using the C++20 Modules 11. Testing Frameworks 12. Program Analysis Tools 13. Generating Documentation 14. Installing and Packaging 15. Creating Your Professional Project 16. Writing CMake Presets 17. Other Books You May Enjoy
18. Index
Appendix

Building different library types

After compiling the source code, it's often desirable to sidestep recompilation for the same platform or even share the compiled output with the external projects. One could distribute the individual object files as initially produced, but this comes with challenges. Distributing multiple files and integrating them one by one into a build system can be a hassle, particularly when dealing with a large number. A more efficient approach is to consolidate all object files into a singular unit for sharing. CMake significantly simplifies this task. We can generate these libraries with a simple add_library() command (paired with the target_link_libraries() command).

By convention, all the libraries have a common prefix, lib, and use system-specific extensions that denote what kind of library they are:

  • A static library has a .a extension on Unix-like systems and .lib on Windows.
  • Shared libraries (and modules) have a .so extension on some Unix-like systems...
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