May 17th 2019
This example app shows how you can use Vulkan with the D language to create your own applications! All of the code has been adapted from the wonderful tutorial at: https://vulkan-tutorial.com
The code in this example stops at https://vulkan-tutorial.com/Drawing_a_triangle/Swap_chain_recreation because I didn't want to force anyone to reuse my math libraries or any of my other custom code to get this running.
- This has only been tested on Windows 10, as this is the only OS I run.
- You may need to make some changes in order to get everything working on other platforms.
- The static libraries in "libs" and the dynamic libraries in "bin" will definitely need to be swapped out for the platform specific versions.
- DMD 2.086.0 or higher
- DUB 1.11.0 or higher
- Vulkan 1.1.106.0 or higher compatible drivers and a compatible video card
- Vulkan SDK 1.1.106.0 https://vulkan.lunarg.com
- GLFW 3.3 https://www.glfw.org
- Vulkan SDK 1.1.106.0 https://vulkan.lunarg.com
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Make sure that the GLFW.dll and all of the VK layer files are located in the output directory! (Currently "bin/")
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Make sure that the libglfw3dll.a and vulkan-1.lib files are located in the "libs" directory.
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Update the two strings in resources\shaders\compile.bat to point to glslangValidator.exe on your machine. (E.g., "C:\VulkanSDK\VersionNumber\Bin\glslangValidator.exe") This will allow you to convert GLSL shaders to SPIRV.
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To build the project from command line, at the top level folder, use this command: "dub build --build=debug"
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To debug in Visual Studio Code, please toggle the "Allow Breakpoints Everywhere" setting on and install either the "Dlang" or D "Programming Language (code-d)" extension to support debugging with the cppvsdbg.
- The app already has a launch.json and tasks.json set up to debug.
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Run app.exe in the bin folder and you should hopefully see a window with a triangle in it.
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Happy coding!
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