Provide explanation of your code

Create a C$++$ program that simulates a basic fraction calculator by overloading operators for arithmetic operations involving fractions. This program will involve creating a Fraction class that supports these operations through operator overloading.

Part $1$: Fraction Class Implementation

Develop a class named Fraction that encapsulates a fraction $($numerator and denominator$)$ and overloads operators to perform arithmetic operations.

Fraction.h $($Header File$)$:

$$ Member Variables:

o int numerator; $($private access$)$

o int denominator; $($private access$)$

$$ Member Functions:

o Fraction$()$; $($Default constructor$)$

o Fraction$($int num, int denom$)$; $($Parameterized constructor$)$

o Fraction$($const Fraction& other$)$; $($Copy constructor$)$

o int getNumerator$()$ const; $($Getter for the numerator$)$

o int getDenominator$()$ const; $($Getter for the denominator$)$

o void setNumerator$($int num$)$; $($Setter for the numerator$)$

o void setDenominator$($int denom$)$; $($Setter for the denominator$)$

o Overload the arithmetic operators $+,-,*,$ and $/$ to perform operations with Fraction

objects.

o void print$()$ const; $($Method to display the fraction$)$

o void simplify$()$; $($Method to reduce the fraction to its simplest form$)$

$$ Fraction.cpp $($Implementation File$)$:

o Implement the member functions, the overloaded operators, and the simplify method

declared in Fraction.h$.$

Part $2$: Main Function

Write the main function in a separate $.$cpp file that uses the Fraction class to simulate a calculator.

$$ Main Function Requirements:

o Implement a loop $($while or do$-$while$)$ that allows for multiple operations until the user chooses to exit $($e$.$g$.,$ by entering $\text{'}$E$\text{'}).$

o Randomly generate two fractions to be used in calculations $($the numerators and denominators are random integers between $1$ and $15).$

o Prompt the user to select an operation $(+,-,*,/).$

o Use a switch statement to perform the selected operation using the overloaded operators.

o Display the result using the print method. Ensure the result is simplified before printing.

Implementing Automated Testing in the Main Function:

$1-$ Random Number Generation $1$:

$$ At the start of your main function, initialize the random number generator using

srand$($time$(0)).$

$2-$ Loop for Continuous Testing:

$$ Implement a loop $($while or do$-$while$)$ that allows the user to perform multiple operations until they choose to exit $($e$.$g$.,$ by entering $\text{'}$E$\text{'}).$

Inside the loop:

$3-$ Random Number Generation $2$:

$$ Generate two random integers between $1$ and $10($inclusive$)$ to be used for testing.

$4-$ Creating Integer Objects:

$$ Use the randomly generated numbers to initialize two Integer class objects.

$5-$ User Operation Selection:

$$ Prompt the user to select an operation $($e$.$g$.,\text{'}+\text{'},\text{'}-\text{'},\text{'}*\text{'},\text{'}/\text{'}).$ Read the user's choice and store it$.$

$$ Implement a switch statement to handle the chosen operation.

$6-$ Performing the Operation:

$$ Based on the user's choice, perform the operation using the overloaded operators on the Integer objects.

$$ Display the result of the operation to the user.