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HAT compiles generated CUDA source with nvcc or NVRTC. Tile code generation starts at sm_80. Both compilers now read the device compute capability in one place and reject Tile compilation on older GPUs before the compiler runs. The generated CUDA source is saved first, and the error names that file.
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@xyyNicole This change now passes all automated pre-integration checks. ℹ️ This project also has non-automated pre-integration requirements. Please see the file CONTRIBUTING.md for details. After integration, the commit message for the final commit will be: You can use pull request commands such as /contributor and /issue to adjust it as needed. At the time when this comment was updated there had been no new commits pushed to the As you do not have Committer status in this project an existing Committer must agree to sponsor your change. ➡️ To flag this PR as ready for integration with the above commit message, type |
HAT compiles generated CUDA source with nvcc or NVRTC. Tile code generation starts at
sm_80. Both compilers now read the device compute capability in one place and reject Tile compilation on older GPUs before the compiler runs. The generated CUDA source is saved first, and the error names that file.Progress
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gitCheckout this PR locally:
$ git fetch https://git.openjdk.org/babylon.git pull/1199/head:pull/1199$ git checkout pull/1199Update a local copy of the PR:
$ git checkout pull/1199$ git pull https://git.openjdk.org/babylon.git pull/1199/headUsing Skara CLI tools
Checkout this PR locally:
$ git pr checkout 1199View PR using the GUI difftool:
$ git pr show -t 1199Using diff file
Download this PR as a diff file:
https://git.openjdk.org/babylon/pull/1199.diff
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