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Modern CMake for C++

Modern CMake for C++

By : Rafał Świdziński
4.2 (23)
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Modern CMake for C++

Modern CMake for C++

4.2 (23)
By: Rafał Świdziński

Overview of this book

Creating top-notch software is an extremely difficult undertaking. Developers researching the subject have difficulty determining which advice is up to date and which approaches have already been replaced by easier, better practices. At the same time, most online resources offer limited explanation, while also lacking the proper context and structure. This book offers a simpler, more comprehensive, experience as it treats the subject of building C++ solutions holistically. Modern CMake for C++ is an end-to-end guide to the automatization of complex tasks, including building, testing, and packaging. You'll not only learn how to use the CMake language in CMake projects, but also discover what makes them maintainable, elegant, and clean. The book also focuses on the structure of source directories, building targets, and packages. As you progress, you’ll learn how to compile and link executables and libraries, how those processes work, and how to optimize builds in CMake for the best results. You'll understand how to use external dependencies in your project – third-party libraries, testing frameworks, program analysis tools, and documentation generators. Finally, you'll get to grips with exporting, installing, and packaging for internal and external purposes. By the end of this book, you’ll be able to use CMake confidently on a professional level.
Table of Contents (18 chapters)
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1
Section 1: Introducing CMake
5
Section 2: Building With CMake
10
Section 3: Automating With CMake

Generating test coverage reports

Adding tests to such a small solution isn't incredibly challenging. The real difficulty comes with slightly more advanced and longer programs. Over the years, I have found that as I approach over 1,000 lines of code, it slowly becomes hard to track which lines and branches are executed during tests and which aren't. After crossing 3,000 lines, it is nearly impossible. Most professional applications will have much more code than that. To deal with this problem, we can use a utility to understand which code lines are "covered" by test cases. Such code coverage tools hook up to the SUT and gather the information on the execution of each line during tests to present it in a convenient report like the one shown here:

Figure 8.3 ‒ Code coverage report generated by LCOV

These reports will show you which files are covered by tests and which aren't. More than that, you can also take a peek inside the...

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