#VTK USEFUL CMAKE VARIABLES INSTALL#
#VTK USEFUL CMAKE VARIABLES DRIVER#
#VTK USEFUL CMAKE VARIABLES CODE#

#VTK USEFUL CMAKE VARIABLES DRIVER#

# Configuration for building only libOSMesa on BlueGene, no Xlib driver You can build Mesa for Catamount using the Portland Group toolchain, but you have to modify one of the Mesa configuration files accordingly, e.g. The configuration name for this is 'bluegene-xlc-osmesa'.īuilding Mesa 7.0.1 or newer for Cray Xt3/Catamount

#VTK USEFUL CMAKE VARIABLES CODE#

Mesa > 7.0.1, or you can get it now from the Mesa git repository:, follow link 'Source code repository'. If you want to use the IBM xlc toolchain support for this will be included in the next Mesa release, i.e. For building Mesa you need to call make with the configuration you want, so for BlueGene it looks like the following:įor similar systems it is probably the easiest way to reuse the bluegene-osmesa configuration file and adjust it to the specific system (e.g.

#VTK USEFUL CMAKE VARIABLES INSTALL#

Then you can simply build and install it. # Installation directories (for make install) So search the entry for INSTALL_DIR and modify it to something like this: Starting with version 7.0.1 building Mesa for BlueGene with the GNU toolchain nis supported out of the box.Īll you have to do is to adjust the installation directory, this is done by modifying the INSTALL_DIR in configs/default, otherwise the cross compiled mesa will be installed to /usr/local/, which doesn't make sense. īuilding Mesa 7.0.1 or newer for BlueGene You can get the Mesa sources from, the download section is at. If the target system doesn't have any OpenGL libraries or Mesa already installed, or if it doesn't has any display capabilities at all, you need to install the Mesa libraries, which offer an OSMesa component, the Offscreen-Mesa, so that the rendering goes into a memory buffer. 6.4 Building ParaView for a new target platform.6.3 Building ParaView for Cray Xt3/Catamount.6.2 Building ParaView for a target platform which is already supported.1.3 Mesa 7.6.1 Cray XT4 Compute Node Linux (CNL).1.2 Building Mesa 7.0.1 or newer for Cray Xt3/Catamount.1.1 Building Mesa 7.0.1 or newer for BlueGene.If it does, a directory which may be written to is passed via the -T flag.Īdditional flags may be passed to tests using the $_ARGS variable or the _ARGS variable.ĭefinition at line 599 of file vtkModuleTesting.cmake. NO_OUTPUT: The test does not need to write out any data to the filesystem.The valid image is passed via the -V flag. If alternate baseline images are required, may be suffixed by _1, _2, etc. Data/Baseline/.png relative to the current source directory. If it does, the baseline is assumed to be in. NO_VALID: The test does not have a valid baseline image.If it does, it is passed on the command line via the -D flag. NO_DATA: The test does not need to know the test input data directory.The list of tests is set in the variable in the calling scope. More.įunction Documentation ◆ vtk_module_test_data()Įach argument should be either an option, a test specification, or it is passed as flags to all tests declared in the group. md INTERNAL MPI executables used to have their own test executable function. Vtk_test_mpi_executable (exename, _tests)

Vtk_test_cxx_executable (exename, _tests) md INTERNAL For handling global option settings, this function sets variables in the calling scoped named to either 0 or 1 if the option is present in the remaining argument list.

_vtk_test_parse_args (options, source_ext)

Vtk useful cmake variables