bool DoubleLinkList::dequeue() {
Customer* delPtr;
Customer* temp = NULL;
bool status = false;
delPtr = RevListPointer;
if (delPtr != NULL) {
if (FwdListPointer == delPtr)
FwdListPointer = FwdListPointer->getNextPointer();
else
{
temp = delPtr->getPriorPointer();
temp->putNextPointer(delPtr->getNextPointer());
}
if (RevListPointer == delPtr)
RevListPointer = RevListPointer->getPriorPointer();
else
{
temp = delPtr->getNextPointer();
temp->putPriorPointer(delPtr->getPriorPointer());
}
delete delPtr;
status = true;
}
return status;
}
void DoubleLinkList::getListReverse(int minuteNum) {
Customer* temp;
Customer* temp2;
int totalWaitTime; // temp storage for cumulative wait time ahead
if (RevListPointer == NULL)
cout << minuteNum << "\t\t None" << endl;
for (temp = RevListPointer; temp != NULL; temp = temp->getPriorPointer()) {
cout << minuteNum << "\t\t\t";
cout << temp->getCustomerNumber() << "\t\t\t\t";
cout << temp->getEntryMin() << "\t\t\t\t\t";
cout << temp->getTimeToServe() << "\t\t\t\t\t";
temp2 = RevListPointer;
totalWaitTime = 0;
for(; temp2 != temp; temp2 = temp2->getPriorPointer()) { // add up all times for customers in front of current customer
totalWaitTime += temp2->getTimeToServe();
}
cout << totalWaitTime << "\t\t\t\t\t";
cout << temp->getTimeToServe()+totalWaitTime << endl;
}
cout << "---------------------------------------------------------------------------------------------------------------------" << endl;
}
