Instead: declare a static const instance (whose data members are zero)
and copy that.
This avoid the error-prone need to assign each member,
and it works even if there are virtual function tables.
Use AMD's vendor specific extension if it is available to calculate the total number of shaders and determine the peak FLOP rate from that.
My new GPU I got for Christmas was only reporting 30% of its peak FLOP rate and does not support CAL.
* the host has GPUs from two different vendors with different OpenCL platforms (e.g., NVIDIA and AMD), and
* the second platform queried has more GPUs than the first one, and
* the requested GPU is a higher numbed one in the second platform.
For now, handle AMD/ATI, NVIDIA or Intel GPUs as before. But for other, "new" vendors, we treat each device as a separate resource, creating an entry for each instance in the COPROCS::coprocs[] array and copying the device name COPROC::opencl_prop.name into the COPROC::type field (instead of the vendor name.)
For devices from "new" vendors, set <gpu_type> field in init_data.xml file to the vendor string supplied by OpenCL. This should allow boinc_get_opencl_ids() to work correctly with these "new" devices without modification.
- Show the OpenCL platform vendor for each OpenCL CPU description.
- OpenCL may not reliably report total RAM, available RAM and max FLOPS for CPUs, so exclude these from the OpenCL CPU descriptions; that information is available elsewhere.
David Anderson