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A driver program is introduced to coordinate test running on Windows, similarly to what "make test" does on Linux and macOS.
65 lines
2.8 KiB
Plaintext
65 lines
2.8 KiB
Plaintext
=====================
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vkd3d testing scripts
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=====================
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These scripts are used by the GitLab CI feature to automatically run
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the vkd3d tests on each merge request.
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The CI target build-image, in the file image.yml, builds a Docker
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image based on Debian bookworm with all the packages required for
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testing, and uploads it to the GitLab container registry. The Docker
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script is in the file image.docker.
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The file build.yml contains the actual testing targets. Currently
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vkd3d is tested on Linux, on x86-64 and i386, each architecture with
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two different Vulkan drivers (both from Mesa): llvmpipe (a software
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implementation) and RADV (a hardware implementation backed by an AMD
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GPU). vkd3d is also tested on macOS, with an Intel processor, using
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MoltenVK as the Vulkan driver. The llvmpipe and macOS jobs are
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currently allowed to fail.
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Additionally, MinGW is used to build PE binaries for both vkd3d and
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its crosstests, for both 32 and 64 bit. The PE crosstests are executed
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on Windows 10 to check that behavior imposed by the tests corresponds
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to Microsoft's D3D12 implementation. The rendering backend is
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currently Window's WARP software implementation.
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The testing logs are available as CI artifacts, as well as the PE
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modules built by the crosstest and MinGW jobs.
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Some custom runner configuration is required in order to run the tests
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on an AMD GPU. Specifically, a runner tagged with `amd-gpu' must be
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available with the following features:
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* of course a sufficiently recent AMD GPU must be available to the
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host;
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* the host kernel must have the appropriate driver and firmware
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installed;
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* the runner must forward the DRI nodes to the guest; this can be
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configured by adding the line
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devices = ["/dev/dri"]
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to the relevant [runners.docker] section in the config.toml file;
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* the DRI render nodes must be readable and writable by GID 800,
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either because they belong to that group (e.g. because the group
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`render', which typically owns those files, has GID 800) or via a
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FS ACL; such stipulation is needed because in Debian group `render'
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is created dynamically, therefore has no predictable GID: the use
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of a fixed GID enables the guest system to be set up so that the
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user running the tests can access the render nodes.
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A runner on an Intel macOS system tagged with `mac' must also be
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available to run the macOS tests. Unfortunately a system like Docker
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is not available in this case to provide an isolated standard
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environment for running the tests. All the software required to
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compile and run the tests will therefore have to be installed directly
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on the host system. Complete instructions to setup the macOS are
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currently not available.
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Finally, a runner tagged with `win10-21h2' must be available and
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submit jobs to a Windows 10 virtual machine.
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