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[ghostplant]

Thanks for you request. Recently we are busy in updating some other functionalities. Later we'll add corresponding doc that allows you to use Rocm program for Windows more easily.

[ffleader1]

Second this. I think OP has a 6800M and can run Rocm on Windows. That is awesome.

[ghostplant]

Thanks for you request. Recently we are busy in updating some other functionalities. Later we'll add corresponding doc that allows you to use Rocm program for Windows more easily.

I understand, thank you for your progress.

You can try follow 2 steps in advance: Step-1: Generate Kernel Source

BACKEND=c-rocm_win64 COMPUTE_V1='- einstein_v2("output0[N] = input0[N] + input1[N]", input_dict={"input0": {"dtype": "float32", "shape": [1024 * 512]}, "input1": {"dtype": "float32", "shape": [1024 * 512]}})' antares save kernel0.hip.cc

Step-2: Build Source into HSACO

hipcc kernel0.hip.cc --amdgpu-target=gfx1031 --genco -O2 -o kernel0.hip.hsaco

Step-3: Write win64 programs without WSL to utilize kernel0.hip.hsaco (a little complex, will be updated later)

[ghostplant]

Thanks for your waiting. The feature is now supported. Please try commands below:

# Upgrade Antares version
$ pip3 install antares==0.3.15.1 --upgrade

# Your GFX1031 video card is not as the first rank of AMDGPUs, so you need this to select the correct GPU index.
$ export DEVICE_ID=1

# Save the code that you want to compile for Windows ROCm
$ AMDGFX=gfx1031 BACKEND=c-rocm_win64 antares save ./amd_example.cpp

# Compile it into a clean folder: dest-outputs
$ AMDGFX=gfx1031 BACKEND=c-rocm_win64 antares compile ./amd_example.cpp dest-outputs/

# You'll get a simple project that can be built by MINGW64 or VC++, which is no longer related to WSL.
$ cd dest-outputs/ && make

After that, two files `kernels.bin` and `main.exe` (put together) can be executed on Windows without GCC and WSL dependencies.

[ghostplant]

i'm trying to compile a vapoursynth filter that was made in cuda, it has the cuda or hip kernel kernel.hip.cpp and a vapoursynth wrapper source.cpp which needs some libraries that are in a "vapoursynth" folder, the end result will be a dll. If you wish i could upload the source code.

Please try this version: pip3 install antares==0.3.15.2. I think the problem is solved.

[ghostplant]

You have to use ROCm driver-level API to dispatch kernel workloads for Windows ROCm. Definitely, your source code is not based on that style. antares compile <kernel.cpp> <outdir> generates a minimum driver-level example that shows you on how to do this correctly. You have to follow that.

kernel.bin is the object that you should precompile bm3d function in wsl via hipcc --genco .., and for hip APIs like hipSetDevice/hipMalloc/.. in source.cpp, you should change them according to https://github.com/microsoft/antares/blob/v0.3.x/backends/c-rocm_win64/include/backend.hpp#L24-L25.