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CMake has a strong commitment to backwards compatibility assuring its user base that future versions will continue to build software into the future. Continuous testing on all supported platforms and a quarterly release cycle provide new features that are both stable and quick. With its open source development and large developer and user community, CMake is able to adapt to new tools and compilers quickly. CMake provides a single cross platform process to install, package and test C software. Once a project is correctly built, there is still work to be done to test and package the project. CMake's ability to encode translation and artifact unit dependencies, manage language levels and compiler parameters via usage requirements, and support the mixing of multiple languages seamlessly are all designed to support the driving purpose of CMake: "to build software everywhere, correctly, with the user’s preferred tools.” The heart of CMake is the codification of the complex knowledge between the C, C, and Fortran language standards, and the diversity of available compilers, linkers, archivers, packagers, run-time loaders, and operating systems.
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This talk will describe how CMake is more than just a build system, but a tool chain that transforms C, C, Fortran, CUDA, and C# code into a final, shippable product. Bill Hoffman, a founder of Kitware (🤍), and the creator of CMake will talk about how CMake fits into the C world.
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Originally developed as part of the National Institutes of Health (NIH) open source medical segmentation and registration toolkit ITK in 1999, CMake has grown to take on a vital role in the C ecosystem. Streamed & Edited By Digital Medium Ltd: 🤍 This video has no quip in its description - The Sign Painter It's a masterpiece, truly.ĭocumentation about set(), discussing PARENT_SCOPE: 🤍ĭocumentation about unquoted arguments (covering list expansion): 🤍ĭocumentation on variables and scopes: 🤍 I've been told to increase the font size on my screen, so I've inflated VSCode to pretty large proportions. You can almost always get away with function() instead. It's a very sharp tool that must be used with care, and is rarely needed. I purposefully omitted discussion of macro().
Mac command line list how to#
Know this, and how to manipulate your parent scope to return values to them.ġ1:51 - CMake output parameters and "indirection" through variable name arguments. Functions receive their own variable scope. This can trip people up when they aren't expecting it. Know the difference between ARGN and ARGV.Ġ9:14 - Variable scopes. It's not hard, and you can make powerful functionality using CMake scripts on their own! Functions are key. It can be your friend.Ġ5:54 - Defining your own functions. It won't bite you if you know when to expect it. This is where quoted vs unquoted variable references become important.
No magic.Ġ2:41 - Argument list expansion is essential to understand. The video covers several topics, so here's some timestamps for each part:Ġ0:12 - Arguments to commands are just a sequence of strings. The scripting language can be confusing for those unfamiliar with just how simplistic it really is. This video is a bit longer than usual, but it covers a lot of important topics for CMake scripting.
► C Best Practices Forkable Coding Standards - 🤍 ► The C Starter Project - Gets you started with Best Practices Quickly - 🤍 ► Check out C On Sea in Folkestone, UK, July 4-7, 2022 ☟☟ Important conference, book and swag info in description ☟☟ Biggest episode ever! CMake, sanitizers, clang-tidy, conan, cmake-format, clang-format, cppcheck, doxygen, ctest, catch,, and more!
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