discoverfoki.blogg.se

1. #Cmake install prefix how to
2. #Cmake install prefix software
3. #Cmake install prefix code
4. #Cmake install prefix mac

You can find out more about the Mac-specific implementation at Mac install under CMake.īy default, VisIt will always install header files and libraries for VTK, Qt, Python, and Mesa. This relink procedure might be made part of the standard VisIt build on MacOS X but the procedure is to change the install name directories for VisIt's 3rd party dependencies at install time so doing it all at once is constistent.Ĭmake -DCMAKE_INSTALL_PREFIX:PATH=/Users/whitlock2/Development/CPB3/testinstall. This is necessary for VisIt's installation process since it causes VisIt's components and libraries to be relinked prior to installation so they no longer contain absolute paths valid only for your computer. If you plan to install VisIt on MacOS X or create a binary distribution of VisIt, you will need to set the "install name dir" to an executable-relative path. You can also run make package to create a binary distribution.

Īfter you build VisIt, you can use make install to install it to the specified location. Passing CMAKE_BUILD_TYPE and setting the value to Release tells cmake to build an optimized version of VisIt.Ĭmake -DCMAKE_INSTALL_PREFIX:PATH=~/testinstall -DCMAKE_BUILD_TYPE:STRING=Release. This is analogous to passing -prefix=path to an autoconf configure script. You can do this by defining CMAKE_INSTALL_PREFIX on the cmake command line. This section contains install-related information.ĬMake needs to be told at configure time where to install VisIt when you want to perform an installation. 2.2.1 Creating an application bundle distribution.1.4 Installing from a binary distribution.Nonexistent, empty, or contain very few files. Typically affected by specifying a different prefix. Will use them, though not always-usually go in

#Cmake install prefix software

Systemwide configurationįiles-which are sometimes created when installing the software that

Paths of most files and directories created by running Parent directory that contains the locations in which different files Or another similarly named directory like System administration or they may go (more rarely, these days) in Subdirectories don't exist, it creates them. Purposes in the different subdirectories of Instead, it places files that serve different But this rarely, if ever, places loose files in Indicating that the software should be installed under theĭirectory. You should always look for documentation inside the extracted

#Cmake install prefix code

Not all software that is distributed in source code form is built this Still build and install the software with To install software in your home directory, you could use (Occasionally, a program or library's source code defaults to some Step actually installs the software, the locations whereĮverything will be installed are typically established in the When the thing you are installing providesĮxecutable commands, those executables are typically copied into aĪlthough building and installing software is often as simple as

This copies files from the build directory When you have source code that is compiled by running

#Cmake install prefix how to

To answer this more fully, I've reproduced two sections from my answer to How to install tar file “globally”? (on Unix & Linux), which address this question specifically: That appears in the paths to each of the directories where files from the program or library that you are building are to be installed. Executables that provide commands the user is intended to run usually go in a , different files are placed in different directories. The -config is only used by multi-configuration generators (i.e. You can see it gets quite a bit longer, and isn't directly equivalent anymore, but is closer to best practices in a fairly concise form. Mkdir build & cd build & cmake -DCMAKE_INSTALL_PREFIX:PATH=/usr. Also to use more generic CMake syntax abstracting the generator. Best practice would be to use an external build directory, i.e. Some minor additions as comments make it clear that providing a simple equivalence is not enough for some. The type (PATH) is not strictly necessary, but would cause the Qt based cmake-gui to present the directory chooser dialog. Would configure the project, build all targets and install to the /usr prefix. On the command line,Ĭmake -DCMAKE_INSTALL_PREFIX:PATH=/usr. You can pass in any CMake variable on the command line, or edit cached variables using ccmake/cmake-gui.