DO NOT use double or float literals or variables for this coding.

Write a program that simulates the operation of a vending machine, which only dispenses sodas. The price of a soda in this vending machine is $2.50. The user will choose from a menu, money to deposit. As the user chooses money items, they are dropped into the vending machine. The user will stop depositing money items when the number 5 (cancel transaction) is entered, or when the user has deposited enough money to pay for a soda.

After the selection phase has ended, the program should do one of the following:

• If the user has paid exactly the correct amount, it should say "Dispensing soda."

• If the user paid too much, it should say "Dispensing soda." Then it should print to the screen the amount of change owed, and finally print a list of money items that it will be dispensing. This list should be the least amount of money items needed to add up to the change that is owed.

• If the user cancelled the transaction, it should say "Transaction cancelled."

  • If the user had actually deposited any money items, the program should say "Returning:" and then print a list of money items to be returned. The list will be the same money items that were deposited, and in the same order they were deposited.

#include using namespace std;

// generate an enumeration data type called Money enum class Money { nickel = 5, dime = 10, quarter = 25, dollar = 100 };

const int MAXSIZE = 50; const int PRICE = 250;

// price format: $X.XX // price in pennies

void PrintPrice(int price);

// Takes user input (1, 2, 3, 4) and converts it to a Money type Money ConvertToMoney(int x);

// Prints a word to the screen stating what the Money type is void PrintMoney(Money x);

// Prints the coins to dispense, which add up to amount // Note: This will never need to dispense a dollar void DispenseChange(int amount);

int main() { // generate main program code

cout << endl; return 0; }

void PrintPrice(int price) { // generate code for the printPrice function }

void DispenseChange(int amount) { // generate code for the DispenseChange function }

Money ConvertToMoney(int x) { // generate code for the ConvertToMoney function

return Money::dollar; }

void PrintMoney(Money x) { // generate code for the PrintMoney function }