![]() ![]() If I specify CMAKE_INSTALL_PREFIX=/opt/alexj, this is where make install tries to copy all the files. I manage my installs in /opt/alexj with stow, so I really want make install to copy all the required files under /opt/alexj/stow/neovim. However, I don’t want to istall neovim into /opt/alexj directly. ![]() ![]() So I do the following: make CMAKE_BUILD_TYPE=Release CMAKE_INSTALL_PREFIX=/opt/alexj Mv -v cmake-3.5.2-Linux-x86_64 /unix/pbt/software/dev/cmake-3.5.2Ĭp -av cmake-3.5.I am trying to build the latest neovim from sources on Ubuntu 20.04. Tar -xvz -f cmake-3.5.2-Linux-x86_64.tar.gzĪlthough it is discouraged to copy the CMake binaries from the Development to the Production directory - this should be handled by the dev2prod.sh script - instructions for doing so are given below. Installation from precompiled binaries Source Code ExtractionĬd /unix/pbt/software/src/geant4-prerequisites/cmake In this case, the software is installed to /unix/pbt/software/dev/cmake-3.9.4/. Note: The -prefix option defines the installation prefix, i.e. When downloading software, the downloaded tarball (or other Zip archive) should be placed in an appropriately named directory in /unix/pbt/software/src: the instructions below assume that the directory is /unix/pbt/software/src/cmake.Īfter the latest version (here v3.9.4) has been pulled from the central repository, create a directory within the build section of the PBT Software directory from which you can compile CMake:Ī simple bootstrap installation is then used to install CMake within the development section of the PBT Software cluster. Instructions for the former, however, are given below. Once unpacked, the files need only be moved into the correct target directory.Īlthough files can be moved by hand for the Production environment, it is recommended to use the dev2prod.sh script as part of the automated copying process. There are a number of different Zip archive formats available: any of these can be downloaded and extracted into the appropriate location in /unix/pbt/software/src (see instructions below). These instructions show the latter since the UCL HEP Cluster runs 64-bit Scientific Linux. There are versions available for myriad operating systems, including 32-bit and 64-bit Linux. Unlike most of the other Geant4 prerequisites, CMake comes as precompiled binaries downloaded directly from. ![]() Once downloaded, a simple bootstrap installation can be used to install the software as outlined below. The latest version of CMake can be downloaded from its central repository. Source code src/geant4-prerequisites/cmake/cmake-3.5.2-Linux-x86_64.tar.gz Installed Development version 3.9.4 (20 October 2017) 4.2 Installation from precompiled binariesĬMake is an open-source, cross-platform family of tools designed to build, test and package software.ĬMake is used to control the software compilation process using simple platform and compiler independent configuration files, and generate native makefiles and workspaces that can be used in the compiler environment of your choice.įor Geant4, CMake is used to control the installation process through the generation of CMake makefiles.ĭetails Website Source URL Installed Production version 3.5.2 (16 April 2016).4.1 Installation from central repository.3.2 Installation using precompiled binaries.3.1 Installation from Central Repository. ![]()
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