Computer Science

#include <iostream> #include <string> #include "ProductionWorker.h" #include "ShiftSupervisor.h" #include "CheckingAccount.h" #include "SavingsAccount.h" using namespace std; int main() { Employee *employees[2]; employees[0] = new ProductionWorker("Bob", "1111", 40, 30, 1); employees[1] = new ShiftSupervisor("Alice", "22222", 40000, 5000); BankAccount *checking1 = new CheckingAccount(500, 0.03); BankAccount *checking2 = new CheckingAccount(1000, 0.02); BankAccount *savings1 = new SavingsAccount(1000, 0.05); BankAccount *savings2 = new SavingsAccount(2000, 0.06); employees[0]->addAccount(checking1); employees[0]->addAccount(savings1); employees[1]->addAccount(checking2); employees[1]->addAccount(savings2); for (int i = 0; i < 2; i++) { employees[i]->print(); cout << "\n"; } cout << "\n----------------------------\n"; cout << "\n*** Test normal deposit and withdrawal ***\n"; try { employees[0]->getAccount(0)->deposit(200); employees[0]->getAccount(0)->withdraw(500); //checking $200 employees[0]->getAccount(1)->deposit(200); employees[0]->getAccount(1)->withdraw(500); // savings $700 employees[1]->getAccount(0)->deposit(300); employees[1]->getAccount(0)->withdraw(600); // checking 700 employees[1]->getAccount(1)->deposit(300); employees[1]->getAccount(1)->withdraw(600); // savings $1,700 /* employees[0]->accounts[0]->deposit(200); employees[0]->accounts[0]->withdraw(500); //checking $200 employees[0]->accounts[1]->deposit(200); employees[0]->accounts[1]->withdraw(500); // savings $700 employees[1]->accounts[0]->deposit(300); employees[1]->accounts[0]->withdraw(600); // checking 700 employees[1]->accounts[1]->deposit(300); employees[1]->accounts[1]->withdraw(600); // savings $1,700 */ } catch (NegativeAmountException nae) { cout << nae.getMessage() << endl; } catch (NotEnoughFund nef) { cout << nef.getMessage() << endl; } cout << "\nAfter transactions ...\n"; employees[0]->print(); cout << "\n"; employees[1]->print(); cout << "\n----------------------------\n"; cout << "\n*** Test not enough fund ***\n"; cout << "Before withdraw ...\n"; employees[0]->print(); try { //employees[0]->accounts[0]->withdraw(300); employees[0]->getAccount(0)->withdraw(300); } catch (NegativeAmountException nae) { cout << nae.getMessage() << endl; } catch (NotEnoughFund nef) { cout << nef.getMessage() << endl; } cout << "After withdraw ...\n"; employees[0]->print(); // $15 fine should be deducted from balance cout << "\n----------------------------\n"; cout << "\n*** Test negative amount ***\n"; cout << "Before withdraw ...\n"; employees[1]->print(); try { //employees[1]->accounts[0]->deposit(-200); employees[1]->getAccount(0)->deposit(-200); } catch (NegativeAmountException nae) { cout << nae.getMessage() << endl; } catch (NotEnoughFund nef) { cout << nef.getMessage() << endl; } cout << "After withdraw ...\n"; employees[1]->print(); cout << "\n----------------------------\n"; cout << "\n*** Test status change to false ***\n"; cout << "Before withdraw ...\n"; employees[0]->print(); cout << "\n"; employees[1]->print(); try { employees[0]->getAccount(1)->withdraw(680); employees[1]->getAccount(1)->withdraw(1690); /* employees[0]->accounts[1]->withdraw(680); employees[1]->accounts[1]->withdraw(1690); */ } catch (NegativeAmountException nae) { cout << nae.getMessage() << endl; } catch (NotEnoughFund nef) { cout << nef.getMessage() << endl; } cout << "After withdraw ...\n"; employees[0]->print(); cout << "\n"; employees[1]->print(); cout << "\n----------------------------\n"; cout << "\n*** Test False status not being able to withdraw ***\n"; cout << "Before withdraw ...\n"; employees[0]->print(); //employees[0]->accounts[1]->withdraw(10); employees[0]->getAccount(1)->withdraw(10); cout << "After withdraw ...\n"; employees[0]->print(); // employee[0] after withdrawal, should be no difference cout << "\n----------------------------\n"; cout << "\n***Deposit to both accounts, back to normal ***\n"; cout << "Before deposit ...\n"; employees[0]->print(); cout << "\n"; employees[1]->print(); cout << "\nMaking deposit ...\n"; employees[0]->getAccount(0)->deposit(500); employees[0]->getAccount(1)->deposit(1000); employees[1]->getAccount(0)->deposit(1000); employees[1]->getAccount(1)->deposit(2000); /* employees[0]->accounts[0].deposit(500); employees[0]->accounts[1].deposit(1000); employees[1]->accounts[0].deposit(1000); employees[1]->accounts[1].deposit(2000); */ cout << "\nAfter deposit ...\n"; employees[0]->print(); cout << "\n"; employees[1]->print(); return 0; }