which can help with development from recent builds of llvm for OpenCL-C++.
Fortunately, there are tools like Godbolt out there. This is still JIT-able in a sense, however it requires the developer to manage procedurally forking for the OpenCL-C++ compile. Some follow up on options that may match your interests.įor OpenCL-C++ kernels, the path is compile to SPIR-V first. There is no timeline for CPU Runtime on 18.04 support nor JIT OpenCL-C++ support. Thanks for the followup and the interest. Do you have a timeline for when you would expect Ubuntu 18.04 support and/or just-in-time OpenCL C++ support? In addition, there is now six years of work in this scientific software and I consider OpenCL as the perfect language for the scientific field I operate in. The software I write depends absolutely on the availability of just-in-time compiling of compute kernels. I have read about SYCL, but I am not a SYCL developer myself. This is almost a must have for some of the planned features in my software and I am very keen on using C++ in my kernels. In addition, given this context, you can imagine that I am highly interested in having the OpenCL runtime pass conformance tests to make sure that the scientific computations can be trusted upon.Ĭoncerning OpenCL 2.2, I am very interested in using C++ as a kernel language for some of the computations. 
I recently had requests from several universities to support newer Ubuntu versions, as such I inquire if Intel has plans to officially support 18.04. Preferring open source software, I chose OpenCL as compute platform. Results show that GPU acceleration dramatically benefits the analysis. I develop scientific software for analysis of neurological MRI images (). To give a bit of context about my request for information. I will try installing it to see if it works. As far as I can tell the manual only specifies that it works for Ubuntu 16.04. I was not aware that the 18.1 driver could be installed on Ubuntu 18.04.
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