Support CUDA host-side execution #12
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eyalroz
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Jul 6, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc.
eyalroz
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Jul 10, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
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Jul 11, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
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Jul 12, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
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Oct 20, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Oct 20, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
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Oct 25, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Oct 25, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Oct 27, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Oct 27, 2021
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 1, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 24, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 28, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 28, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 28, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Feb 28, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Mar 1, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Apr 20, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Apr 23, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Apr 23, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
eyalroz
pushed a commit
that referenced
this issue
Apr 23, 2022
* Updated the compiler directives for suppressing relevant warnings to also properly work with NVCC. * Test suite "replicated" for CUDA host-side compilation (by including the `.cpp` file from the `.cu` file) * Test suite adapted for CUDA device-side testing - using some invocation wrappering machinery. It's a bit crude but it does the job. * `CMakeLists.txt` for the tests reworked to support CUDA targets, architecture auto-detection, etc. Caveat: At the moment, CUDA testing is only performed using single-block, single-thread grids.
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Allow the printf library to be used in host-side CUDA code (built with nvcc).
This probably doesn't need much real work, but - some warning-avoidance may be necessary, plus a test suite (maybe just replicate the existing one for starters?)
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