The Qt Quick 2 stack in Qt 5 is based on OpenGL, and requires OpenGL 3.0 (alternatively OpenGL 2.x with the framebufferobject extension) or higher or OpenGL ES 2.0. The Qt OpenGL module. The qt5usemodules macro encapsulates all of the variable usage required to use a Qt module. It automatically finds the modules given to it on the command line if they have not already been found. Findpackage(Qt5Widgets) addexecutable(helloworld WIN32 main.cpp) qt5usemodules(helloworld Widgets) Using Qt 5 with CMake older than 2.8.9. This didn't feel right to me, but I hadn't yet seen what I think is the preferred way (and the way I would recommend) to find Qt 5. It also led to either using ‘CMAKEPREFIXPATH' to specify the prefix Qt 5 was installed in, or passing in ‘Qt5CoreDIR', ‘Qt5WidgetsDIR', etc for the directory containing each and every Qt 5 config module – normally all within a common prefix.
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- Make permanent changes to your user environment
Overview
The IU research supercomputers use module-based environment management systems that provide a convenient method for dynamically customizing your software environment. Big Red 3 and Carbonate use the Modules module management system; Quartz uses the Lmod module management system.
Each module contains commands for handling dependencies and setting environment variables (for example, PATH, LD_LIBRARY_PATH, and MANPATH) that are needed to run a particular application (or a particular version of an application) in your user environment. You can load and unload modules to automatically modify environment variables as needed when switching between software packages.
Commands that are common between Modules and Lmod
Modules and Lmod share some common commands; for example:
| Command | Action |
|---|---|
module avail | List all software packages available on the system. |
module avail package | List all versions of package available on the system; for example, module avail openmpi. |
module list | List all packages currently added to your user environment. |
module load package | Add the default version of the package to your user environment; for example, module load intel. |
module load package/version | Add the specified version of the package to your user environment; for example, module load intel/18.0.2. |
module unload package | Remove the specified package from your user environment. |
module swap package_A package_B | Swap the loaded package (package_A) with another package (package_B). This is synonymous with module switch package_A package_B. |
module show package | Show the changes, such as environment variables set and library paths added, that loading the specified module (package) makes to your user environment. This is synonymous with module display package. |
For more about the module command in Modules, see its manual page.
Commands that are common between Modules and Lmod
Modules and Lmod share some common commands; for example:
| Command | Action |
|---|---|
module avail | List all software packages available on the system. |
module avail package | List all versions of package available on the system; for example, module avail openmpi. |
module list | List all packages currently added to your user environment. |
module load package | Add the default version of the package to your user environment; for example, module load intel. |
module load package/version | Add the specified version of the package to your user environment; for example, module load intel/18.0.2. |
module unload package | Remove the specified package from your user environment. |
module swap package_A package_B | Swap the loaded package (package_A) with another package (package_B). This is synonymous with module switch package_A package_B. |
module show package | Show the changes, such as environment variables set and library paths added, that loading the specified module (package) makes to your user environment. This is synonymous with module display package. |
For more about the module command in Modules, see its manual page.
For more about the module command in Lmod, see User Guide for Lmod.
About module hierarchies in Lmod
Although Modules and Lmod are similar in some respects, there are differences between them. One significant difference is Lmod's use of module hierarchies. When you invoke module avail in Lmod, it will by default show only those modules that are compatible with the modules that are currently loaded in your environment. For example, GNU is the default compiler environment on Quartz; when you run module avail on Quartz, Lmod will list only modules that are compatible with GNU and modules that do not have any compatibility or dependency characteristics. To find modules that depend on OpenMPI, you first must load an OpenMPI module.
To search for all modules that are available, regardless of compatibility, use the Lmod module spider command, which lists all the modules available on the system. To search for a specific module (package), use module spider package.
Make permanent changes to your user environment
Using Modules or Lmod, you can save your customized user environment so that it loads every time you start a new session.
In Modules
Whenever you open a new shell, Modules looks for a .modules file in your home directory and executes any module commands it finds there. Razer driver mac os. Fs19 platinum.
Plex sign in. For example, if the Intel 13 and GCC 4.7 compilers are always wanted, but the Open MPI libraries might be either GNU or Intel, a typical.modules file might look like this:
Placing a # at the start of a line makes the entire line inactive.
To change between the modules, simply edit and source the file.
In Lmod
All Modules | Qt 5.15
In Lmod, you can add module commands to the .bash_profile file in your home directory. If your .bash_profile file contains other commands, you can add module commands to the end of the file.
Active Qt
For example, if the Matlab and SPSS software are always wanted, a typical .bash_profile file might look like this:
