Make a basic hotdog stand simulation in C++. The Hotdog and Money classes are in their own header files. I've done the Money class, I'm just having trouble on implementing the Hotdog class and the rest. The input should be taken from console. Thanks and I'll give a thumbs up.

General Requirements Create two classes and name their types HotdogStand and Money All relevant classes, functions, and data shall be placed in a namespace called MyAwesomeBusiness Use initialization sections where possible for all constructors With the sole exceptions being the print() function(s), no other functions should be printing to the screen unless an error message must be displayed

HotdogStand Class Requirements The HotdogStand class shall have two (2) constructors A default constructor that initializes your HotdogStand object with no cash, a price of $3.50, and no hotdogs sold A constructor that takes a double, and initializes your HotdogStand object with no cash, the provided hotdog price, and no hotdogs sold const Money getCash() const This returns the total cash the HotdogStand has const Money getPrice() const int getDogsSold() const This returns the number of hotdogs sold by the stand const Money getStandRevenue() const This calculates the total money made by selling hotdogs void setPrice(double price) void sellHotdog() Increments all appropriate data members accordingly static int getNumStands() static int getTotalHotdogsSold() static const Money getTotalRevenue() The HotdogStand class shall have six (6) private data members A Money object that will represent how much money the stand has made A Money object that will represent the price of a hotdog An integer that will describe how many hotdogs a stand has sold A static integer that represents the total number of HotdogStand objects A static integer that represents the total number of hotdogs sold A static Money object that represents total revenue for all HotdogStand objects

Non-Member Requirements Define the following non-member function: void printRundown(const vector &franchises, int num) * This function will print the summary that is shown in the sample run below

main() Requirements Declare a vector of HotdogStand objects in your main function The end-user shall be prompted for how many hotdog stands they own The end-user will then be prompted for how many of those hotdog stands sell fancy hotdogs If the above input is greater than zero (0), the end-user shall be prompted for the price of the fancy hotdogs The end-user may type the price with or without the $ The simulation is then run and the output is printed to the screen

Simulation Requirements The simulation only runs through a single day The last n stands are always fancy, where n is the number of stands designated as fancy by the end-user Regular hotdog stands can sell a random number in the range 20 - 60 (inclusive) hotdogs a day Fancy hotdog stands can sell a random number in the range 1 - 30 (inclusive) hotdogs a day

A sample run of your program shall look like this (Your numbers will not match): NOTE: The input file contained the following inputs: 3 1 $8.00 (Enter pressed after last input)

$ ./hw02 < inputs Welcome! How many hotdog stands do you own? 3 How many of those sell classy hotdogs? 1 How much does a classy hotdog cost? $8 Stand Sales Price Revenue ===== ===== ===== ======= 1 47 $3.50 $164.50 2 24 $3.50 $84.00 3 21 $8.00 $168.00 TOTALS 92 $416.50 # of Stands: 3 $

Here is the Money class:

class Money { int dollars; int cents; public: Money(); Money(int dol, int cen); Money(int dol); Money(double amt); int getPennies() const; void setMoney(int d, int c); bool isNegative() const; void add(const Money &m); void subtract(const Money &m); bool isEqual(const Money &m) const; void print() const; };

The Money source file:

#include "Money.hpp"

Money::Money() { dollars = 0; cents = 0; }

Money::Money(int dol, int cen) { dollars = dol; cents = cen; if(dollars < 0 && cents > 0) { cents = -cents; } if(cents < 0 && dollars > 0) { dollars = -dollars; } if(cents > 100) { dollars += cents / 100; cents %= 100; } }

Money::Money(int dol) { dollars = dol; cents = 0; }

Money::Money(double amt) { dollars = amt; cents = (amt * 100 - dollars * 100); }

void Money::setMoney(int d, int c) { dollars = d; cents = c; }

int Money::getPennies() const { return dollars * 100 + cents; }

bool Money::isNegative() const { if(dollars < 0 || cents < 0) { return true; } else return false; }

void Money::add(const Money &m) { int pennies = getPennies() + m.getPennies(); dollars = pennies / 100; cents = pennies % 100; }

void Money::subtract(const Money &m) { int pennies = getPennies() - m.getPennies(); dollars = pennies / 100; cents = pennies % 100; }

bool Money::isEqual(const Money &m) const { if(getPennies() == m.getPennies()) { return true; } else return false; }

void Money::print() const { int total = (dollars * 100) + cents; double temp = double(total); std::cout.setf(std::ios::fixed); std::cout.setf(std::ios::showpoint); std::cout.precision(2); temp /= 100; if (temp < 0) { temp = std::abs(temp); std::cout << "($" << temp << ")"; } else std::cout << "$" << temp; }