Written by John Pham

Program 1

Create a class modeled after a car. Your class should include the following data members:

• Car brand
• Year
• Type
• Miles Driven

You will then create a program that allows a user to populate a list of the cars they own. After the user is done, your program will output the cars they own.

Here’s a sample of how your program should function.

Hello! I'm a program that will help you keep track of your car inventory. Let's get started.

What's your car's brand?
"Hyundai" // words in "" is user input

When was your car made?
"2009"

What type of car is it?
"Coupe"

How many miles have you driven in it?
"321563"

That's a pretty cool car. Do you have any other cars? If so enter 'c' or to exit enter 'q'.
"c" // this will repeat the program
"q" // this will end the loop causing the program to output

Car Inventory:
1: Hyunday, 2009, Coupe, 321563
2: ...
...

You should use private and public properly along with creating the appropiate getters, setters, and methods.

Program 2

Extend program 1 by allowing the user to export their car inventory to a file after they enter ‘q’. It is in the same format as the output to standard output.

That's a pretty cool car. Do you have any other cars? If so enter 'c' or to exit enter 'q'.
"q" // this will end the loop causing the program to output

Do you want to export your inventory to a file? 'y' for yes and 'n' for no
"y"

Your inventory was exported to a file called "car-inventory.txt"

Program 3

Create a program with the following classes and attributes:

1. Food
   • name of food
   • calories
   • protein
   • carbs
2. Meal
   • vector of food
   • name of meal
   • total calories
   • total protein
   • total carbs

Each class should have its own .cpp and header files. Define the default constructor for each class and one other constructor with your choice of parameters.

The meal class needs to overload the + operator and will be used like so:

  Meal lunch;
  Food sandwich;
  Food apple;

  lunch = lunch + sandwich;

Where here the food item sandwich was added to the lunch’s food vector.

Bonus: Make the operator+ overload return a void and work with the following code below:

  Meal lunch;
  Food sandwich;
  Food apple;

  lunch + sandwich;

Program 4

Overide the ostream operator operator<< for the Meal class. Print out an instance of the meal class in the following manner:

name of meal: ____
calories: _
protein: _
products: ___, ___, ____

To do this, it is also recommended you overload the operator<< for the Food class as well.