void MemoryMapBuilderCS::processInstance(const Instance &inst, MemoryMapNode *node,
VariableTypeContainerList *path)
{
// Ignore user-land objects
if (inst.address() < _map->_vmem->memSpecs().pageOffset)
return;
// Ignore instances which we cannot access
if (!inst.isValid() || !inst.isAccessible())
return;
try {
if (MemoryMapHeuristics::isFunctionPointer(inst))
processFunctionPointer(inst, node, path);
else if (inst.type()->type() & rtPointer)
processPointer(inst, node);
else if (inst.type()->type() & rtArray)
processArray(inst, node, path);
else if (inst.type()->type() & StructOrUnion)
processStructured(inst, node, path);
}
catch (GenericException&) {
// Do nothing
}
}
int main(int argc, const char * argv[]) {
// insert code here...
MyClass a;
// MyClass b(a);
// MyClass c = a;
MyDelClass a1;
// MyClass b1(a1);
// MyDelClass c1 = a1;
a1.isAcceptable( 10 );
// a1.isAcceptable( 10.345 ); // implicit-cast is disable.
// a1.isAcceptable( 'c' ); // implicit-cast is disable.
// a1.isAcceptable( true ); // implicit-cast is disable.
const char* str = "I'm fool";
processPointer( str );
MyClass* obj = new MyClass();
// processPointer( obj ); // This template type is disable
delete obj;
void* vPtr = nullptr;
// processPointer( vPtr ); // This template type is disable
a1.processPointer( str );
// a1.processPointer( obj ); // This template type is disable
// a1.processPointer( vPtr ); // This template type is disable
std::cout << "Hello, World!\n";
return 0;
}
