Map< T >& Map< T >::operator = (const Map< T >& map) {
deallocateMap();
mapAllocator = map.mapAllocator;
root = copyMapNode(map.root);
keys = map.keys;
values = map.values;
}
Map< T >& Map< T >::operator = (Map< T >&& map) {
deallocateMap(); /* Clean up old data. */
mapAllocator = map.mapAllocator;
root = map.root;
map.root = NULL;
keys = std::move(map.keys);
values = std::move(map.values);
}
void CDeviceTypeDirectory::deleteAt(POSITION pos)
{
TypeStruct* listTypeStruct = getAt(pos);
if (m_deviceTypeMap != NULL)
{
TypeStruct* mapTypeStruct = getDeviceTypeMap().getAt(listTypeStruct->getName());
// If the map contains a different TypeStruct, no need to deallocate map.
// If the map contains this TypeStruct, deallocate it so that when it is rebuilt, another TypeStruct with the same name
// will be put into the map.
if (mapTypeStruct == listTypeStruct)
{
deallocateMap();
}
}
m_deviceTypeList.deleteAt(pos);
}
Map< T >::~Map() {
deallocateMap();
}
