![]() ![]() To use our C++ library in a CMake project, you only need to include this file and to reference our library with the yoctolib name. This file contains all the compilation rules for our library. Moreover, CMake is open source and is available on almost all platforms.įor these reasons, since version 0 of our C++ library, we added a CMakeLists.txt file in the Sources subdirectory. As we are going to see below, the CMake syntax is much simpler, making the life of the developer easier as well. ![]() cpp file into an executable, but its syntax is very complex and becomes almost incomprehensible for large projects. Indeed, GNU make already enables us to describe the commands to be run to transform a. We could wonder why not using GNU make directly. Usually under Linux, one uses CMake to generate a GNU make file which then uses gcc or g++ to compile the source file and to create the executable.ĬMake generates makefiles which enable you to compile the application with gccĪ CMake project is composed of source files and of one or several CMakeLists.txt files containing the required information to compile the application, such as the location of the source files, the name of the executable, the libraries to be used, and so on. In other words, the role of CMake is not to actually build the executable, but to prepare a list of commands to be performed to generate the executable. CMake is neither a compiler nor an IDE, but it is a "tool for managing the build process of software". If it is not the case, we recommend that you start by reading our post " How to start in C++ with Yoctopuce modules" which explains how our library works.įirst of all, a few words on CMake. ![]() Note: we assume that you already have a minimal knowledge of the C++ language and of our programming libraries. In targetlinklibraries, specify either the variable generated by findpackages or library target name (if your library is also built by CMake and has the same parent project, so. However, we hadn't yet documented how to use CMake to compile the library and use it in a program. To add libraries to your project, use findpackage (if you use separate libraries, for example, installed in the system) and targetlinklibraries CMake commands. This process is documented in the README file and there is a post explaining how to compile the library with the Code::Blocks IDE. Recently, we have had several customers who decided to compile our C++ library under Linux. ![]()
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