void issue_command::prepare_kernel(shared_ptr_class<kernel> kern) {
DSELF() << kern->src.kernel_name;
auto k = kern->get();
::cl_int error_code;
int i = 0;
for (auto& acc : kern->src.resources) {
if (acc.second.acc.target == access::target::local) {
error_code = clSetKernelArg(k, i, acc.second.size, nullptr);
} else {
auto mem = acc.second.acc.data->device_data.get();
error_code = clSetKernelArg(k, i, acc.second.size, &mem);
}
detail::error::report(error_code);
++i;
}
}
/** Create a new buffer with associated memory, using the data in
host_data
The ownership of the host_data is shared between the runtime and the
user. In order to enable both the user application and the SYCL
runtime to use the same pointer, a cl::sycl::mutex_class is
used.
*/
buffer(shared_ptr_class<T> &host_data,
const range<Dimensions> &r)
: buffer_base { false },
access { host_data.get(), r },
shared_data { }
{}
void issue_command::enqueue_task_command(
queue* q, const vector_class<cl_event>& wait_events,
shared_ptr_class<kernel> kern, event* evnt) {
prepare_kernel(kern);
kern->enqueue_task(q, wait_events, evnt);
}
