void moveToConstReferenceNegatives() {
// No warning when actual move takes place.
MoveSemantics move_semantics;
callByValue(std::move(move_semantics));
callByRValueRef(std::move(move_semantics));
MoveSemantics other(std::move(move_semantics));
other = std::move(move_semantics);
// No warning if std::move() not used.
NoMoveSemantics no_move_semantics;
callByConstRef(no_move_semantics);
// No warning if instantiating a template.
templateFunction(no_move_semantics);
// No warning inside of macro expansions.
M3(NoMoveSemantics, no_move_semantics);
// No warning inside of macro expansion, even if the macro expansion is inside
// a lambda that is, in turn, an argument to a macro.
CALL([no_move_semantics] { M3(NoMoveSemantics, no_move_semantics); });
auto lambda = [] {};
auto lambda2 = std::move(lambda);
}
void DynamicData()
{
/*
MyComplexType* pdata = new MyComplexType();
pdata->data = 'a';
delete pdata;
*/
MyComplexTypeRef<MyComplexType> rdata = new MyComplexType();
rdata->data = 'a';
MyComplexTypeRefT rdata2(nullptr);
rdata2 = rdata; // zuweisungsoperator!!!
callByValue(rdata); // call by value copy constructor!!
MyComplexTypeRef<> rIntData = new int();
auto retValue = returnValue<MyComplexType>();
MyComplexTypeRef<MyComplexType> rIntArray(new MyComplexType[5], [](MyComplexType* d) {delete[] d; });
}
