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CMake Best Practices

You're reading from   CMake Best Practices Upgrade your C++ builds with CMake for maximum efficiency and scalability

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Product type Paperback
Published in Aug 2024
Publisher Packt
ISBN-13 9781835880647
Length 356 pages
Edition 2nd Edition
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Authors (2):
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Mustafa Kemal Gilor Mustafa Kemal Gilor
Author Profile Icon Mustafa Kemal Gilor
Mustafa Kemal Gilor
Dominik Berner Dominik Berner
Author Profile Icon Dominik Berner
Dominik Berner
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Table of Contents (22) Chapters Close

Preface 1. Part 1 – The Basics FREE CHAPTER
2. Chapter 1: Kickstarting CMake 3. Chapter 2: Accessing CMake in the Best Ways 4. Chapter 3: Creating a CMake Project 5. Part 2 – Practical CMake – Getting Your Hands Dirty with CMake
6. Chapter 4: Packaging, Deploying, and Installing a CMake Project 7. Chapter 5: Integrating Third-Party Libraries and Dependency Management 8. Chapter 6: Automatically Generating Documentation 9. Chapter 7: Seamlessly Integrating Code Quality Tools with CMake 10. Chapter 8: Executing Custom Tasks with CMake 11. Chapter 9: Creating Reproducible Build Environments 12. Chapter 10: Handling Distributed Repositories and Dependencies in a Super-Build 13. Chapter 11: Creating Software for Apple Systems 14. Part 3 – Mastering the Details
15. Chapter 12: Cross-Platform-Compiling Custom Toolchains 16. Chapter 13: Reusing CMake Code 17. Chapter 14: Optimizing and Maintaining CMake Projects 18. Chapter 15: Migrating to CMake 19. Index 20. Other Books You May Enjoy Appendix: Contributing to CMake and Further Reading Material

Using build containers with CMake

Containerization brings the benefit that developers can control the build environment to some extent. Containerized build environments are also a tremendous help for setting up CI environments. There are quite a few container runtimes out there, with Docker being the most popular. It would exceed the scope of this book to look at containerization in depth, so we will use Docker for the examples in this book.

A build container contains a fully defined build system including CMake and any tools and libraries needed to build a certain software. By providing the container definition (for example, the Dockerfile), along with the project, or over a publicly accessible container registry, anyone can use the container to build the software. The huge advantage is that developers do not need to install and possibly pollute their host machine by installing additional libraries or tools except the software needed to run the containers. The downside is that...

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