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Cmake copy file install#The following commands will download and install CMake 3.5.2 under $HOME/Deps/cmake (adjust this path to your preference), from the version packaged by CMake: $ cmake_version="3.5.2" However, on some distributions, the packaged version can be rather old, so downloading the binary maintained by Kitware is still the preferred option. Most GNU/Linux distributions have CMake available in their package managers. Downloading and extracting the binary distribution maintained by Kitware will work across all platforms. We also consider upgrading to later versions of CMake to be a straightforward step.ĬMake can be installed in a number of different ways. However, we have made no attempts to test this assumption, since we consider CMake 3.5 to be the default on most systems and distributions. Some, if not most, of the recipes will still be valid with older versions of CMake. The recipe is valid with CMake version 3.5 (and higher) and has been tested on GNU/Linux, macOS, and Windows. The code for this recipe is available at, and includes a C example. To get the latest updates, you may prefer to follow the master branch of the repository, instead. ![]() We expect to receive bug fixes and the GitHub repository to evolve. For maximum overlap with the book text, you can fetch this particular version as follows: $ git clone -single-branch -b v1.0 We have tagged the precise versions that correspond to the examples printed in this book with the tag v1.0. We will discuss the testing set up shortly. The recipes are tested on GNU/Linux, macOS, and Windows, using state-of-the-art continuous integration services. Some of the recipes have more than one example, usually when similar CMake concepts are illustrated in different programming languages. Each recipe is further organized into example folders. The numbering of chapters and the order of recipes in the repository reflect the order in the text. The book and the repository are organized in chapters and recipes. This will create a folder named cmake-cookbook. Once you have Git installed, you can clone the repository to your local machine, as follows: $ git clone Cmake copy file zip file#Yet another alternative is to download and extract the ZIP file from. Īlternatively, you can access the examples with the GitHub desktop client at. On Windows, you can download the Git executable from the Git project website at.On macOS, it is possible to use Homebrew or MacPorts to install Git.If that is not your case, a binary distribution can be downloaded from the Git project website at. All major GNU/Linux distributions offer Git prepackaged, via their package managers.In order to test the recipes by yourself, you will need a working installation of Git, obtained as follows: The full text of the license is available at. The code is licensed under the standard open source MIT license: this is a permissive software license, and you can reuse and remix the code in whatever way you see fit, as long as the original copyright and license notice are included in any copies of the software/source. don't run testing if build failed.The source code for the recipes in this book is available on GitHub, at. The RETURN_VALUE is not necessary but can be used to stop further processing if something failed, e.g. In the example below, it is assumed CTestConfig.cmake and CTestCustom.cmake exist in CTEST_BINARY_DIRECTORY (processes in ctest_read_custom_files step). Cmake copy file how to#cmake -DCMAKE_INSTALL_PREFIX=.) set ( CTEST_CONFIGURE_COMMAND "." ) # the name of the build set ( CTEST_BUILD_NAME "." ) # how to configure set ( CTEST_CONFIGURE_COMMAND "." ) # how to build set ( CTEST_BUILD_COMMAND "." ) # default max time each tests can run (in seconds) set ( CTEST_TIMEOUT "7200" ) # locale to English set ( ENV "en_EN" )įor more information on the commands to set, the wiki for using CTest without CMake can be useful. git checkout set ( CTEST_UPDATE_COMMAND "." ) # define how to configure (e.g. Cmake copy file update#set ( CTEST_CHECKOUT_COMMAND "." ) # define how to update (optional), e.g. default to 'Unix Makefiles' on UNIX, Visual Studio on Windows set ( CTEST_GENERATOR "." ) # submit under Continuous, Nightly (default), Experimental set ( CTEST_MODEL "Continuous" ) # define how to checkout code, e.g. Cmake copy file generator#with CMake set ( CTEST_SOURCE_DIRECTORY "/path/to/source" ) set ( CTEST_BINARY_DIRECTORY "/path/to/source" ) # build options set ( OPTION_BUILD "-j8" ) # define generator (optional), e.g. Set ( CTEST_CUSTOM_MAXIMUM_NUMBER_OF_ERRORS "200" ) set ( CTEST_CUSTOM_MAXIMUM_NUMBER_OF_WARNINGS "500" ) set ( CTEST_CUSTOM_MAXIMUM_PASSED_TEST_OUTPUT_SIZE "104857600" ) # 100 MB set ( CTEST_CUSTOM_COVERAGE_EXCLUDE "" ) # either customize these directly or write as CMake Template # and use configure_file(. ![]()
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