runall_result test_main()
{
accelerator::set_default(require_device().get_device_path());
runall_result result;
result &= REPORT_RESULT((test_feature<int, 1>()));
result &= REPORT_RESULT((test_feature<int, 2>()));
result &= REPORT_RESULT((test_feature<int, 3>()));
result &= REPORT_RESULT((test_feature<int, 5>()));
result &= REPORT_RESULT((test_feature<unsigned, 1>()));
result &= REPORT_RESULT((test_feature<unsigned, 2>()));
result &= REPORT_RESULT((test_feature<unsigned, 3>()));
result &= REPORT_RESULT((test_feature<unsigned, 5>()));
result &= REPORT_RESULT((test_feature<float, 1>()));
result &= REPORT_RESULT((test_feature<float, 2>()));
result &= REPORT_RESULT((test_feature<float, 3>()));
result &= REPORT_RESULT((test_feature<float, 5>()));
result &= REPORT_RESULT((test_feature<double, 1>()));
result &= REPORT_RESULT((test_feature<double, 2>()));
result &= REPORT_RESULT((test_feature<double, 3>()));
result &= REPORT_RESULT((test_feature<double, 5>()));
return result;
}
bool CopyConstructWithIndexOnDevice()
{
accelerator_view av = require_device().get_default_view();
Log()<< "Testing copy construct index with an index on device" << std::endl;
vector<int> resultsA(RANK), resultsB(1);
array<int, 1> A(extent<1>(RANK), av), B(extent<1>(1), av);
Concurrency::extent<1> ex(1);
parallel_for_each(ex, [&](index<1> idx) __GPU{
kernelIndex(A, B);
});
runall_result TestOnDevice()
{
runall_result result;
Log() << "Testing Index-assignment operator on Device" << std::endl;
accelerator_view av = require_device().default_view;
array<int, 1> A(extent<1>(RANK), av), B(extent<1>(RANK), av), C(extent<1>(2), av);
extent<1> ex(1);
parallel_for_each(ex, [&](index<1> idx) __GPU{
kernel(A, B, C);
});
runall_result TestOnDevice()
{
runall_result result;
Log() << "Testing constructor that takes individual co-ordinates on Device" << std::endl;
accelerator_view av = require_device().get_default_view();
/* vA, vB, vC, vD hold the components of each index. vE, holds all the rank values */
vector<int> vA(1), vB(2), vC(3), vD(3);
array<int, 1> A(extent<1>(1), av), B(extent<1>(2), av), C(extent<1>(3), av), D(extent<1>(3), av);
extent<1> ex(1);
parallel_for_each(ex, [&](index<1> idx) __GPU {
kernel(A, B, C, D);
});
runall_result CopyConstructWithIndexOnDevice()
{
runall_result result;
Log() << "Testing copy construct index as parallel_for_each parameter (from another index)" << std::endl;
accelerator_view av = require_device().default_view;
index<RANK> idxparam(0, 1, 2);
vector<int> vA(RANK), vB(1), vC(RANK), vD(1);
array<int, 1> A(extent<1>(RANK), av), B(extent<1>(1), av), C(extent<1>(RANK), av), D(extent<1>(1), av);
extent<1> ex(1);
parallel_for_each(ex, [&, idxparam](index<1> idx) __GPU {
kernel(A, B, C, D, idxparam);
});
runall_result test_main()
{
accelerator::set_default(require_device().get_device_path());
runall_result result;
result &= REPORT_RESULT((test_feature<int, 1, 1, 1>()));
result &= REPORT_RESULT((test_feature<int, 7, 31, 2>()));
result &= REPORT_RESULT((test_feature<int, 5, 91, 5>()));
result &= REPORT_RESULT((test_feature<unsigned, 31, 19, 1>()));
result &= REPORT_RESULT((test_feature<signed, 91, 5, 5>()));
result &= REPORT_RESULT((test_feature<float, 2, 31, 19>()));
result &= REPORT_RESULT((test_feature<float, 5, 1, 5>()));
result &= REPORT_RESULT((test_feature<double, 13, 7, 7>()));
return result;
}
runall_result test_main()
{
accelerator::set_default(require_device().device_path);
runall_result result;
result &= REPORT_RESULT(test_array_type<int>());
result &= REPORT_RESULT(test_array_type<unsigned>());
result &= REPORT_RESULT(test_array_type<unsigned int>());
result &= REPORT_RESULT(test_array_type<long>());
result &= REPORT_RESULT(test_array_type<unsigned long>());
result &= REPORT_RESULT(test_array_type<float>());
accelerator device;
if (device.supports_double_precision)
{
result &= REPORT_RESULT(test_array_type<double>());
}
return result;
}
runall_result test_main()
{
accelerator_view av = require_device().get_default_view();
runall_result result;
result &= INVOKE_TEST_FUNC_ON_CPU_AND_GPU(av, []() restrict(amp,cpu)->bool{return test_tile<extent<2>>();});