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CMake Cookbook
CMake Cookbook

CMake Cookbook: Building, testing, and packaging modular software with modern CMake

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Can$77.99
Full star icon Full star icon Full star icon Half star icon Empty star icon 3.2 (9 Ratings)
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Profile Icon Bast Profile Icon Di Remigio
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Can$77.99
Full star icon Full star icon Full star icon Half star icon Empty star icon 3.2 (9 Ratings)
Paperback Sep 2018 606 pages 1st Edition
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Can$42.99 Can$61.99
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Can$77.99
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Free Trial
eBook
Can$42.99 Can$61.99
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CMake Cookbook

From a Simple Executable to Libraries

In this chapter, we will cover the following recipes:

  • Compiling a single source file into an executable
  • Switching generators
  • Building and linking static and shared libraries
  • Controlling compilation with conditionals
  • Presenting options to the user
  • Specifying the compiler
  • Switching the build type
  • Controlling compiler flags
  • Setting the standard for the language
  • Using control flow constructs

Introduction

The recipes in this chapter will walk you through fairly basic tasks needed to build your code: compiling an executable, compiling a library, performing build actions based on user input, and so forth. CMake is a build system generator particularly suited to being platform- and compiler-independent. We have striven to show this aspect in this chapter. Unless stated otherwise, all recipes are independent of the operating system; they can be run without modifications on GNU/Linux, macOS, and Windows.

The recipes in this book are mainly designed for C++ projects and demonstrated using C++ examples, but CMake can be used for projects in other languages, including C and Fortran. For any given recipe and whenever it makes sense, we have tried to include examples in C++, C, and Fortran. In this way, you will be able to choose the recipe in your favorite flavor. Some recipes...

Compiling a single source file into an executable

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-01 and has C++, C, and Fortran examples. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

In this recipe, we will demonstrate how to run CMake to configure and build a simple project. The project consists of a single source file for a single executable. We will discuss the project in C++, but examples for C and Fortran are available in the GitHub repository.

Getting ready

We wish to compile the following source code into a single executable:

#include <cstdlib>
#include <iostream>
#include <string...

Switching generators

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-02 and has a C++, C, and Fortran example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

CMake is a build system generator and a single CMakeLists.txt can be used to configure projects for different toolstacks on different platforms. You describe in CMakeLists.txt the operations the build system will have to run to get your code configured and compiled. Based on these instructions, CMake will generate the corresponding instructions for the chosen build system (Unix Makefiles, Ninja, Visual Studio, and so on). We will revisit generators in Chapter 13, Alternative Generators and Cross-compilation.

...

Building and linking static and shared libraries

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-03 and has a C++ and Fortran example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

A project almost always consists of more than a single executable built from a single source file. Projects are split across multiple source files, often spread across different subdirectories in the source tree. This practice not only helps in keeping source code organized within a project, but greatly favors modularity, code reuse, and separation of concerns, since common tasks can be grouped into libraries. This separation also simplifies and speeds up recompilation of a project during development. In this recipe, we will show how to group sources into libraries and how...

Controlling compilation with conditionals

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-04 and has a C++ example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

So far, we have looked at fairly simple projects, where the execution flow for CMake was linear: from a set of source files to a single executable, possibly via static or shared libraries. To ensure complete control over the execution flow of all the steps involved in building a project, configuration, compilation, and linkage, CMake offers its own language. In this recipe, we will explore the use of the conditional construct if-elseif-else-endif.

The CMake language is fairly large and consists of basic control constructs, CMake-specific commands, and infrastructure for modularly extending the...

Presenting options to the user

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-05 and has a C++ example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

In the previous recipe, we introduced conditionals in a rather rigid fashion: by introducing variables with a given truth value hardcoded. This can be useful sometimes, but it prevents users of your code from easily toggling these variables. Another disadvantage of the rigid approach is that the CMake code does not communicate to the reader that this is a value that is expected to be modified from outside. The recommended way to toggle behavior in the build system generation for your project is to present logical switches as options in your CMakeLists.txt using the option() command. This recipe will show...

Specifying the compiler

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-06 and has a C++/C example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

One aspect that we have not given much thought to so far is the selection of compilers. CMake is sophisticated enough to select the most appropriate compiler given the platform and the generator. CMake is also able to set compiler flags to a sane set of defaults. However, often we wish to control the choice of the compiler, and in this recipe we will show how this can be done. In later recipes, we will also consider the choice of build type and show how to control compiler flags.

How to do it

...

Switching the build type

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-07 and has a C++/C example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

CMake has the notion of build types or configurations, such as Debug, Release, and so forth. Within one configuration, one can collect related options or properties, such as compiler and linker flags, for a Debug or Release build. The variable governing the configuration to be used when generating the build system is CMAKE_BUILD_TYPE. This variable is empty by default, and the values recognized by CMake are:

  1. Debug for building your library or executable without optimization and with debug symbols,
  2. Release for building your library or executable with optimization and without debug symbols,
  3. RelWithDebInfo for...

Controlling compiler flags

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-08 and has a C++ example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

The previous recipes showed how to probe CMake for information on the compilers and how to tune compiler optimizations for all targets in your project. The latter task is a subset of the general need to control which compiler flags are used in your project. CMake offers a lot of flexibility for adjusting or extending compiler flags and you can choose between two main approaches:

  • CMake treats compile options as properties of targets. Thus, one can set compile options on a per target basis, without overriding CMake defaults.
  • You can directly modify the CMAKE_<LANG>_FLAGS_<CONFIG> variables by using...

Setting the standard for the language

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-09 and has a C++ and Fortran example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

Programming languages have different standards available, that is, different versions that offer new and improved language constructs. Enabling new standards is accomplished by setting the appropriate compiler flag. We have shown in the previous recipe how this can be done, either on a per-target basis or globally. With its 3.1 version, CMake introduced a platform- and compiler-independent mechanism for setting the language standard for C++ and C: setting the <LANG>_STANDARD property for targets.

...

Using control flow constructs

The code for this recipe is available at https://github.com/dev-cafe/cmake-cookbook/tree/v1.0/chapter-01/recipe-10 and has a C++ example. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows.

We have used if-elseif-endif constructs in previous recipes of this chapter. CMake also offers language facilities for creating loops: foreach-endforeach and while-endwhile. Both can be combined with break for breaking from the enclosing loop early. This recipe will show you how to use foreach to loop over a list of source files. We will apply such a loop to lower the compiler optimization for a set of source files without introducing a new target.

Getting ready

...
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Key benefits

  • Learn to configure, build, test, and package software written in C, C++, and Fortran
  • Progress from simple to advanced tasks with examples tested on Linux, macOS, and Windows
  • Manage code complexity and library dependencies with reusable CMake building blocks

Description

CMake is cross-platform, open-source software for managing the build process in a portable fashion. This book features a collection of recipes and building blocks with tips and techniques for working with CMake, CTest, CPack, and CDash. CMake Cookbook includes real-world examples in the form of recipes that cover different ways to structure, configure, build, and test small- to large-scale code projects. You will learn to use CMake's command-line tools and master modern CMake practices for configuring, building, and testing binaries and libraries. With this book, you will be able to work with external libraries and structure your own projects in a modular and reusable way. You will be well-equipped to generate native build scripts for Linux, MacOS, and Windows, simplify and refactor projects using CMake, and port projects to CMake.

Who is this book for?

If you are a software developer keen to manage build systems using CMake or would like to understand and modify CMake code written by others, this book is for you. A basic knowledge of C++, C, or Fortran is required to understand the topics covered in this book.

What you will learn

  • Configure, build, test, and install code projects using CMake
  • Detect operating systems, processors, libraries, files, and programs for conditional compilation
  • Increase the portability of your code
  • Refactor a large codebase into modules with the help of CMake
  • Build multi-language projects
  • Know where and how to tweak CMake configuration files written by somebody else
  • Package projects for distribution
  • Port projects to CMake
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Table of Contents

17 Chapters
Setting up Your System Chevron down icon Chevron up icon
From a Simple Executable to Libraries Chevron down icon Chevron up icon
Detecting the Environment Chevron down icon Chevron up icon
Detecting External Libraries and Programs Chevron down icon Chevron up icon
Creating and Running Tests Chevron down icon Chevron up icon
Configure-time and Build-time Operations Chevron down icon Chevron up icon
Generating Source Code Chevron down icon Chevron up icon
Structuring Projects Chevron down icon Chevron up icon
The Superbuild Pattern Chevron down icon Chevron up icon
Mixed-language Projects Chevron down icon Chevron up icon
Writing an Installer Chevron down icon Chevron up icon
Packaging Projects Chevron down icon Chevron up icon
Building Documentation Chevron down icon Chevron up icon
Alternative Generators and Cross-compilation Chevron down icon Chevron up icon
Testing Dashboards Chevron down icon Chevron up icon
Porting a Project to CMake Chevron down icon Chevron up icon
Other Books You May Enjoy Chevron down icon Chevron up icon

Customer reviews

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Full star icon Full star icon Full star icon Half star icon Empty star icon 3.2
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Esteban May 16, 2022
Full star icon Full star icon Full star icon Full star icon Full star icon 5
Llevo varios años usando CMake y quería darle un repaso al 'CMake moderno' para limpiar partes obsoletas de mis proyectos así que me decidí por este libro.Es un buen libro tanto para iniciarse (3 primeros capítulos) como para profundizar en temas más avanzados de CMake. Los tres primeros capítulos abarca lo más básico para comenzar con CMake. Se ve como crear un ejecutable, una librería estática o dinámica, estructuras condicionales, presentación de opciones al usuario, trabajo con librerías de terceros, ...El 4° capítulo va sobre como trabajar con pruebas unitarias. Me parece muy acertado que hayan incluido ejemplos para google test y boost test. También tiene otro ejemplo con Valgrind para detectar problemas de memoría. Aquí hecho de menos que no se haya incluido también Visual Leak Detector.Lo que no me convence es que hayan dejado para el capítulo 7 la estructuración de un proyecto CMake. Personalmente creo que es de las primeras cosas que se debería explicar.Incluye también la instalación, el empaquetado con CPack, documentación con Doxigen y Sphin, CDash.Otro acierto del libro es utilizar en los ejemplos librerías como OpenMP, Eigen, Blas, Lapack o Boost.Todos los ejemplos están en GitHub lo cual es de agradecer.
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David C Sep 07, 2020
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The author is modest in calling this book a Cookbook. It is really so much more than that. It is a well-structured tutorial and how-to as well. The recipes build on prior recipes. Everything is explained in detail, including concepts and background about CMake. The author provides a ready-made Docker image with all the needed tools pre-installed, and a Git repository with all the book's example code. You can actually edit, build, and run the examples in the Docker image as you are reading the book. This is very helpful. I was up and running the recipes in about 10 minutes (only because I needed to install Docker on my system - otherwise it would have been 2 minutes!).I am a professional embedded C++ developer who inherited a complex CMake build environment at work, which I need to enhance and modify. I had never been exposed to CMake before. This book is proving to be an extremely valuable resource for me, helping me to understand what I am dealing with and how to modify it.
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Nikita Karatun Oct 08, 2019
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Almost everything I've learned about cmake and used in my projects I've learned from this book. That includes but not limited to: projects structure, division to modules, testing, writing custom dependency find routines, windows/linux specifics. One may either go from cover to cover or just pick up necessary recipes from the toc when required.Since I'm transferring from Java to C++ and I've got plenty of books to read now, I have to sacrifice cover to cover reading of this cook book for now but will totally do that once I've got more time.
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User0910 Jun 13, 2021
Full star icon Full star icon Full star icon Empty star icon Empty star icon 3
Le livre n'est pas vraiment un "livre de recettes" au sens classique, qui présupposerait une certaine connaissance de CMake. C'est bien un livre d'introduction à CMake, mais avec le parti pris d'apprendre à s'en servir en partant d'exemples complets et progressivement plus complexes, plutôt que par une introduction formelle au langage. Ce n'est pas forcément une mauvaise chose, je suppose que c'est une question de goût.Au niveau des bonnes choses, je trouve que le livre contient pas mal de recettes que l'on ne trouvera pas ailleurs, du fait de l'ouverture de l'auteur, très tôt dans le livre, à des projets multi-langages (notamment contenant du python). Sur le papier, le livre va assez loin.Mais, au delà de l'aspect un peu rigide de la présentation imposée par Packt (Getting Ready/How to do it/How it works) qui hache et dilue le propos à mes yeux, le livres souffre de plusieurs défault. Le principal est qu'il est malheureusement déjà dépassé en 2021. CMake a évolué rapidement ces dernières années, trop pour pouvoir recommander à l'achat un livre qui semble se concentrer sur CMake 3.5 alors que CMake 3.20 vient de sortir.Un autre défaut est que l'auteur ne semble malheureusement pas toujours de bon conseil. Non, on ne peut pas laisser traîner un CMAKE_WINDOWS_EXPORT_ALL_SYMBOLS dans un example de son livre sans expliquer tout de suite après que c'est une mauvaise pratique à bannir dans la vraie vie. Si, il est légitime de vouloir utiliser les variables globales CMAKE_<LANG>_FLAGS pour contrôler les flags de compilation de tous les projets, c'est même parfois recommandable. Plus gênant, la recette pour écrire un find module repose sur les vieux mécanismes de CMake 2 en retournant des variables plutôt qu'une target.Enfin, contrairement à ce que l'auteur laisse entendre tout au long du livre, les examples du livres sont très fortement orientés Linux, et certains ne fonctionneront tout simplement pas sous Windows avec Visual Studio. L'utilisation omniprésente de pkg-config, par exemple, est décevante.
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Flash Sheridan Oct 28, 2019
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Not bad, which is the first time I’ve been able to say that for a Packt book.
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  7. Eritrea
  8. Guinea-bissau
  9. Iran
  10. Lebanon
  11. Libiya Arab Jamahriya
  12. Somalia
  13. Sudan
  14. Russian Federation
  15. Syrian Arab Republic
  16. Ukraine
  17. Venezuela