There is an attempt to use version 3 together with version 4. MathFunctions, cmake will issue a diagnostic if By setting thisĬustom defined user property in this version and in the next version of In our example, MathFunctions_MAJOR_VERSION is defined as aĬOMPATIBLE_INTERFACE_STRING which means that it must beĬompatible among the dependencies of any depender. Help/guide/importing-exporting/MyExe, create a build directory, runįind_library( math_REL NAMES m ) find_library( math_DBG NAMES md ) add_library( math STATIC IMPORTED GLOBAL ) set_target_properties( math PROPERTIES IMPORTED_LOCATION "$" COMPATIBILITY AnyNewerVersion ) Theĭetails of this project are not important. That when run creates a basic file in the current directory. We'll need to do some setup to get started. IMPORTED executable target and then references it from the To start, we will walk through a simple example that creates an IMPORTED_LOCATION contains the full path to the target on Properties whose names begin in IMPORTED_ and INTERFACE_. Visibility so that the target is accessible globally in the build system.ĭetails about the IMPORTED target are specified by setting The project and provide a convenient, flexible reference to outsideīy default, the IMPORTED target name has scope in the directory in IMPORTED targets may be referenced like any other target within No buildįiles are generated for IMPORTED targets. Targets are created using the IMPORTED option of theĪdd_executable() and add_library() commands. Project into logical targets inside of the project. IMPORTED targets are used to convert files outside of a CMake This guide and the completeĮxample source code can be found in the Help/guide/importing-exportingĭirectory of the CMake source code tree. Will demonstrate how to package a project with a configuration file to allowįor easy integration into other CMake projects. We will then show how CMake supports exporting targetsįrom one CMake-based project and importing them into another. Or cmake -H.In this guide, we will present the concept of IMPORTED targetsĪnd demonstrate how to import existing executable or library files from disk In contrast to Windows, the configuration or build type is already defined in the configuration step in the first command: cmake -H. These commands will create a new subdirectory named build where the compiled files can be found. To build a pure C project, specify -DCXX=off in the first step. This will also determine the location of the resulting executable: build\Release\ or build\Debug\.īuild a C/C++ project on Linux/macOS cmake -H. To specify whether to create a debug or production build, please append the -config flag to the last command, e.g.: cmake -build build -config Release The first command sets up a new directory build to contain all the build files, while the second actually performs the compilation and creates the executable. Note: This template uses mip1_c++.cpp from the Gurobi C++ examples directory and expects this file to be in the root directory of the project (the same directory as the main CMakeLists.txt).īuild a C/C++ project on Windows cmake -H. CMakeLists.txt to specify how your code needs to be built.FindGUROBI.cmake to determine the necessary include and linker commands.To link Gurobi to your project, you can extend the template files attached to this article, which consists of the following: CMake is a platform-independent build system to compile C/C++ code.
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