The most basic change that would enable that is permit to set the AMENT_PACKAGE_TEMPLATE_DIR variable via CMake options, so that packages can specify manually the actual install prefix of ament_package. On a 64-bit architecture, one could use -DLLVMLIBDIRSUFFIX64 to install libraries to /usr/lib64. LLVMLIBDIRSUFFIX:STRING Extra suffix to append to the directory where libraries are to be installed. Have you considered the possibility of modifying the ros_workspace to find the installation prefix of ament_package in a more flexible way. CMAKEINSTALLPREFIX:PATH Path where LLVM will be installed if make install is invoked or the install target is built. This may be true when building ROS2 for source using colcon, but when building the packages via vcpkg I am afraid it cannot be true. We basically instructed the install script to install. However, related to your specific use case, the problem seems that the ros_workspace package has the hardcoded assumption that the python ament_package is installed in the same prefix in which ros_workspace it will be installed. In order to configure cmake before installation, run command below./configure -prefix/opt/cmake. Building a Library Regarding the include directory, the install command only adds information to CMake, it does not actually install the includes folder. the script will build and use a cmake binary from the tool/cmake directory. This method is therefore useful if many support libraries are installed into the same location.I guess that customizing CMAKE_INSTALL_PREFIX in vcpkg would be quite difficult, as in vcpkg the port install in vcpkg/packages/_, but then for actual use vcpkg itself (not the port build system) moves all the files in vcpkg/installed/, so using a CMAKE_INSTALL_PREFIX different from vcpkg/packages/_ would break this logic. Using CMake to install CHARMM CMake is an alternative to for. CMake will check these directories for any package it requires. If any support libraries are installed in non-default locations, CMake can be instructed where to find them by one of the following methods. First, the option CMAKE_PREFIX_PATH can be set to a colon-separated list of base directories where the libraries are installed, for example -DCMAKE_PREFIX_PATH=/path/where/my/sw/is/installed. CMAKEINSTALLPREFIX variable can be used to control destination directory of install procedure: cmakeminimumrequired(VERSION 2.8) project(foo) addlibrary(foo foo.
Or, when using the cmake (1) command-line tool's -install mode, one may specify a different prefix using the -prefix option: cmake -install. For example, using CMAKE_CXX_FLAGS="-O2 -mtune=native" sets options for better optimisation. The CMAKEINSTALLPREFIX may be defined when configuring a build tree to set its installation prefix. Further the variable CMAKE_CXX_FLAGS can be used to set compiler flags for optimisation or debugging. This can be overwritten by setting the environment variables CC, CXX and F77, before the call to cmake, to set the preferred compiler. This is a great question for changing the install directory on the fly, but why is this such an apparently common need From my perspective, the answer should. CMake Error at alethzero/CMakeLists.txt:26 (findpackage): By not providing FindQt5Widgets.cmake in CMAKEMODULEPATH this project has asked CMake to find.
Execute the cmake command on the shell replacingThe C, C++ and Fortran compilers are chosen by CMake. Create a directory for the build and a directory for the installation. When you run that cli command, the configuration, generation and building phases are already done. The actual install path can be specified, for example, in the cmake -install cli command. Additional flags to pass to the C++ compilerĪdditional flags to pass to the C compilerĪdditional flags to pass to the Fortran compiler That said, the CMAKEINSTALLPREFIX is indeed set at configure time, but that’s just a default chosen by GNUInstallDirs or cmake itself.
0 kommentar(er)
