Gain insights into using CMake in C++ projects. Learn about building, testing, and packaging automation, optimizing compilation processes, and making informed tool choices for effective project configuration.

cmake.tar.gz

C1-01-hello

C2-01-arguments

C2-02-variables

C2-03-environment

C2-04-scope

C2-05-conditional

C2-06-loops

C2-07-definitions

C2-08-procedural

C2-09-useful

C3-01-partition

C3-02-include

C3-03-add_subdirectory

C3-06-toolchain

C3-07-features

C3-08-test_run

C3-09-in-source

C4-01-targets

C4-02-propagated

C4-03-command

C4-04-command

C4-05-genex

C5-01-sources

C5-02-definitions

C5-03-git

C5-04-configure

C5-05-optimize

C5-06-precompile

C5-07-debug

C6-01-libraries

C6-04-odr-success

C6-05-dynamic

C6-06-unresolved

C6-07-testing

C7-01-find-package-variables

C7-02-find-package-targets

C7-03-find-pkg-config

C7-04-find-package-custom

C7-05-git-submodule-manual

C7-06-git-submodule-auto

C7-07-git-clone

C7-08-external-project-git

C7-09-fetch-content

C8-01-no-framework

C8-02-structured

C8-03-catch2

C8-04-gtest

C8-05-gmock

C8-06-coverage

C9-01-formatting

C9-02-clang-tidy

C9-03-valgrind

C9-04-memcheck

C10-01-doxygen

C10-02-doxygen-nice

C11-01-export

C11-02-install-targets

C11-03-install-files

C11-04-install-directories

C11-05-install-code

C11-06-install-export

C11-07-config-file

C11-08-find_package

C11-09-advanced-config

C11-10-version-file

C11-11-components

C11-12-cpack

C12-01-full-project

C12-02-find_package

C1-02-presets

C1-03-script

C1-04-module

C3-04-subprojects

C3-05-structure

C3-java

Example

Creating production-ready software is not a trivial task. A common issue developers face is the lack of coherent guidelines to build effective and elegant solutions. This course provides learners an end-to-end hands-on experience in building C++ solutions in a comprehensive manner.

You’ll start with the processes to use CMake in your projects. Next, you’ll learn about the automation of complex tasks including building, testing, and packaging. Then, you’ll learn how to form source directories, as well as build targets and packages. By the end of the course, you’ll know how to compile and link executables and libraries, how these processes exactly work, and how to optimize all steps to achieve the best results.

After taking this course, you’ll be able to effectively apply CMake and its associated tools to build, package, and test your C++ projects. You’ll also be able to make informed decisions on the selection of appropriate tool choices to configure, test, and report results of your projects.

Modern CMake for C++

Let's learn about the math() command in CMake.

The math() Command

Introduction to the Course

First Steps with CMake

The CMake Language

Setting Up Our First CMake Project

Working with Targets

Compiling C++ Sources with CMake

Linking with CMake

Modern CMake for C++ Exam 1

Managing Dependencies with CMake

Testing Frameworks

Program Analysis Tools

Generating Documentation

Installing and Packaging

Creating Our Professional Project

Conclusion

Appendix

The math() Command