void exercise_assignment(SU_vector& source, SU_vector& dest, double expectedVal){
try{
alloc_counting::reset_allocation_counters();
dest=std::move(source);
auto allocated=alloc_counting::mem_allocated;
std::cout << allocated/sizeof(double) << " entries allocated" << '\n';
//check the number of components
auto components=dest.GetComponents();
std::cout << components.size() << " components stored" << '\n';
//check that all components are initialized to the correct value
std::cout << "components " <<
(std::all_of(components.begin(),components.end(),[=](double c){ return(c==expectedVal); })?
"are":"are not") << " correctly set\n";
std::cout << "source dimension: " << source.Dim() << '\n';
//check that memory is not aliased
if(source.Dim()){
source[0]=5;
std::cout << "Memory aliasing: " << (dest[0]==source[0]) << '\n';
}
}catch(std::runtime_error& e){
std::cout << "Assignment failed: " << e.what() << '\n';
}
}
void test_fused_assign_add(unsigned int dim, SU_vector& dest, const std::string& dStoreType){
const double d1=4.97, d2=2.14, sum=d1+d2;
SU_vector v1(dim), v2(dim);
std::cout << "Assigning sum of vectors with sizes " << v1.Dim() << " and " << v2.Dim()
<< " to vector with size " << dest.Dim() << " (" << dStoreType << ")\n";
v1.SetAllComponents(d1);
v2.SetAllComponents(d2);
try{
alloc_counting::reset_allocation_counters();
dest=v1+v2;
auto allocated=alloc_counting::mem_allocated;
std::cout << allocated/sizeof(double) << " entries allocated" << '\n';
check_all_components_equal(dest,sum);
} catch(std::runtime_error& err){
std::cout << "Exception: " << err.what() << '\n';
}
}