int _tmain(int argc, _TCHAR* argv[])
{
double balance = 500;
double deposit, withdraw;
// set floating-point output formatting
cout << fixed << setprecision(2);
// Vector of 2 base class pointers
vector <Account *> accounts(2);
// Initialize vectors with various accounts
accounts[0] = new SavingAccount(balance, 15);
accounts[1] = new CheckingAccount(balance, 2.50);
// polymorphically process each element in vector employees
for (size_t i = 0; i < accounts.size(); i++)
{
// Downcast pointer
SavingAccount *derivedPtr = dynamic_cast <SavingAccount *>(accounts[i]);
if (derivedPtr != 0) // 0 if not CheckingAccount
{
system("cls");
cout << "Account: " << typeid(*accounts[i]).name();
// Calculate interest on existing balance
cout << "\n\nWith an interest rate of 15%, you have accumulated: $" << derivedPtr->calculateInterest();
cout << "\nCurrent Account Balance: $" << derivedPtr->credit();
// Depositing funds into account
cout << "\n\nEnter Deposit Amount: $";
cin >> deposit;
derivedPtr->setCreditAmount(deposit);
derivedPtr->credit();
cout << "Updated Account Balance: $" << derivedPtr->getAccountBalance();
// Withdrawing funds from account
cout << "\n\nEnter Withdraw Amount: $";
cin >> withdraw;
derivedPtr->setDebitAmount(withdraw);
derivedPtr->debit();
cout << "Updated Account Balance: $" << derivedPtr->getAccountBalance() << endl << endl;;
system("pause");
}
// This falls into CheckingAccount
else
{
int main()
{
Account a = Account(100.00);
SavingAccount sa = SavingAccount(1000.00, 0.03);
CheckingAccount ca = CheckingAccount(3000.00, 100.00);
a.credit(100.00);
cout << a.getBalance() << endl;
a.debit(50.00);
cout << a.getBalance() << endl;
sa.credit(1000.00);
cout << sa.getBalance() << endl;
sa.calculateInterest();
sa.debit(1000);
cout << sa.getBalance() << endl;
ca.credit(10.00);
cout << ca.getBalance() << endl;
ca.debit(1000.00);
cout << ca.getBalance() << endl;
return 0;
}