You operate several hot dog stands distributed throughout town. Define a class named HotDogStand that has a member variable for the hot dog stands ID number and a member variable for how many hot dogs the stand sold that day. Create a constructor that allows a user of the class to initialize both values. Also create a function named JustSold that increments the number of hot dogs the stand has sold by one. This function will be invoked each time the stand sells a hot dog so that you can track the total number of hot dogs sold by the stand. Add another function that returns the number of hot dogs sold. Finally, add a static variable that tracks the total number of hot dogs sold by all hot dog stands and a static function that returns the value in this variable. Write a main function to test your class with at least three hot dog stands that each sell a variety of hot dogs.

Here is your main funciton:

int main() { // Test our code with three hot dog stands 

 HotDogStand s1(1,0); 

 HotDogStand s2(2,0);

 HotDogStand s3(3,0); // Sold at stand 1, 2 s1.JustSold(); s2.JustSold(); s1.JustSold(); cout << "Stand " << s1.GetID() << " sold " << s1.GetNumSold() << endl; cout << "Stand " << s2.GetID() << " sold " << s2.GetNumSold() << endl; cout << "Stand " << s3.GetID() << " sold " << s3.GetNumSold() << endl; cout << "Total sold = " << s1.GetTotalSold() << endl; cout << endl; // Sold some more s3.JustSold(); s1.JustSold(); cout << "Stand " << s1.GetID() << " sold " << s1.GetNumSold() << endl; cout << "Stand " << s2.GetID() << " sold " << s2.GetNumSold() << endl; cout << "Stand " << s3.GetID() << " sold " << s3.GetNumSold() << endl; cout << "Total sold = " << s1.GetTotalSold() << endl; cout << endl; return 0; }