How to compile GLVis for Windows?

In our project, we want to call GLVis as a library and compile it on Windows. It is recommended to compile it with CMake for Windows, but sufficient explanation is not given. What solution would you suggest regarding this?

Hello and welcome! What steps have you tried so far? I think CMake-gui or VSC + CMake would be the simplest route. One thing to note is that the GLVis makefile sets some useful environmental variables such as MFEM_DIR which might not be set if only using CMake.

Personally I use WSL for almost everything code related, which has improved significantly over the past several years. Through WSL I can run any graphical application, including GLVis, and it feels like a native Windows tool. I know that is kind of an indirect answer but it is maybe an option to consider.

Cheers,
Justin

Did you see this section:

glvis/INSTALL

Lines 140 to 172 in 84c4ebb

    
           - On Windows, GLVis can be built in two ways: 
        
             1) Via a Linux-compatible environment, such as Cygwin or Windows Subsystem for 
        
                Linux (WSL). 
        
                Install the required dependencies, following the directions above for your 
        
                WSL environment's Linux distribution, then continue with the build method 
        
                of your choice. 
        
                For WSL, you may also need to install an X server to run GLVis, such as 
        
                VcXsrv (https://sourceforge.net/projects/vcxsrv/). 
        
             2) As a native Windows executable. This enables support for platform-native 
        
                visualization windows, as well as the modern OpenGL backend. 
        
                Visual Studio or another Windows-compatible compiler is required. 
        
                It is recommended to install dependencies via vcpkg: 
        
                   vcpkg install fontconfig freetype sdl2 glew glm libpng \ 
        
                      --triplet=x64-windows 
        
                After installing, proceed with the CMake configuration process, making sure 
        
                to point the CMake variable CMAKE_TOOLCHAIN_FILE to the correct path, based 
        
                on the directory where you installed vcpkg. More directions can be found in 
        
                the link below: 
        
                   https://vcpkg.readthedocs.io/en/latest/examples/installing-and-using-packages/#cmake 
        
                You may then open the generated Visual Studio project files to build GLVis, 
        
                or call the following command from the GLVis project root directory: 
        
                   cmake --build [build directory] --parallel

Old issues regarding Windows may also be helpful: https://github.com/GLVis/glvis/issues?q=is%3Aissue+windows.

I am very interested to see the solution of this one as well. Is it possible to see the compilation instructions of the binary published?

@publixsubfan

@publixsubfan can confirm, but I believe the build is happening in the GitHub CI: https://github.com/GLVis/glvis/blob/master/.github/workflows/builds.yml

@jandrej

Actually, I think the action that creates binaries is this: https://github.com/GLVis/glvis/blob/master/.github/workflows/release.yml. This action builds macOS and Windows binaries and uploads them as artifacts, e.g. see here: https://github.com/GLVis/glvis/actions/runs/6814543178, at the bottom of the page -- unfortunately, the artifacts are kept just for a short time, so the binaries from that build are not available anymore.

Maybe we can upload them as GitHub packages when build, so they can be downloaded from GitHub from the "Packages" section on the right of the main GLVis/glvis repo page. @jandrej is this something that can be easily done? This way we can always have the latest binaries from master available.

By the way, the macOS and Windows binaries available on the GLVis website, https://glvis.org, are stored in the repo https://github.com/GLVis/releases and correspond to the latest release, v4.2, at the moment.

@jandrej

Actually, I think the action that creates binaries is this: https://github.com/GLVis/glvis/blob/master/.github/workflows/release.yml. This action builds macOS and Windows binaries and uploads them as artifacts, e.g. see here: https://github.com/GLVis/glvis/actions/runs/6814543178, at the bottom of the page -- unfortunately, the artifacts are kept just for a short time, so the binaries from that build are not available anymore.

Maybe we can upload them as GitHub packages when build, so they can be downloaded from GitHub from the "Packages" section on the right of the main GLVis/glvis repo page. @jandrej is this something that can be easily done? This way we can always have the latest binaries from master available.

By the way, the macOS and Windows binaries available on the GLVis website, https://glvis.org, are stored in the repo https://github.com/GLVis/releases and correspond to the latest release, v4.2, at the moment.

Hello VDobrev,

We are running glVis on windows from the binary package download, but we are looking for ways to compile glVis under windows. I am a linux user of 25+ years, and I have been lost in windows build process. Almost passed the glew dependency issue, but there are number of dependencies that make this very diffucult in windows. In linux what is just one command, takes hours of blind research on windows.

Best Regards,
Can

@altineller

@altineller, are you using vcpkg to build the dependencies? This is what we recommend in the INSTALL file for windows-native build:

glvis/INSTALL

Lines 152 to 172 in 84c4ebb

    
           2) As a native Windows executable. This enables support for platform-native 
        
              visualization windows, as well as the modern OpenGL backend. 
        
              Visual Studio or another Windows-compatible compiler is required. 
        
              It is recommended to install dependencies via vcpkg: 
        
                 vcpkg install fontconfig freetype sdl2 glew glm libpng \ 
        
                    --triplet=x64-windows 
        
              After installing, proceed with the CMake configuration process, making sure 
        
              to point the CMake variable CMAKE_TOOLCHAIN_FILE to the correct path, based 
        
              on the directory where you installed vcpkg. More directions can be found in 
        
              the link below: 
        
                 https://vcpkg.readthedocs.io/en/latest/examples/installing-and-using-packages/#cmake 
        
              You may then open the generated Visual Studio project files to build GLVis, 
        
              or call the following command from the GLVis project root directory: 
        
                 cmake --build [build directory] --parallel

Are the issues with the vcpkg installation of the dependencies, or after that when building GLVis with cmake?

@v-dobrev

@v-dobrev that indeed worked. thank you. the problem was we were trying to install all these dependencies by hand instead of a toolchain file.

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How to compile GLVis for Windows? #271

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	- On Windows, GLVis can be built in two ways:

	1) Via a Linux-compatible environment, such as Cygwin or Windows Subsystem for
	Linux (WSL).

	Install the required dependencies, following the directions above for your
	WSL environment's Linux distribution, then continue with the build method
	of your choice.

	For WSL, you may also need to install an X server to run GLVis, such as
	VcXsrv (https://sourceforge.net/projects/vcxsrv/).

	2) As a native Windows executable. This enables support for platform-native
	visualization windows, as well as the modern OpenGL backend.

	Visual Studio or another Windows-compatible compiler is required.

	It is recommended to install dependencies via vcpkg:

	vcpkg install fontconfig freetype sdl2 glew glm libpng \
	--triplet=x64-windows

	After installing, proceed with the CMake configuration process, making sure
	to point the CMake variable CMAKE_TOOLCHAIN_FILE to the correct path, based
	on the directory where you installed vcpkg. More directions can be found in
	the link below:

	https://vcpkg.readthedocs.io/en/latest/examples/installing-and-using-packages/#cmake

	You may then open the generated Visual Studio project files to build GLVis,
	or call the following command from the GLVis project root directory:

	cmake --build [build directory] --parallel

How to compile GLVis for Windows? #271

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justinlaughlin commented on Feb 7, 2024

v-dobrev commented on Feb 7, 2024

v-dobrev commented on Feb 7, 2024

altineller commented on Feb 8, 2024

tzanio commented on Feb 8, 2024

v-dobrev commented on Feb 12, 2024

altineller commented on Feb 14, 2024

v-dobrev commented on Feb 14, 2024

altineller commented on Feb 15, 2024

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