#include<iostream>using namespace std;class Vehicle // superclass{private: int x = 7; // only class vehicle objects can accessprotected: int y = 3; // only class vehicle and kid objects can access public: int get_x() // Accessed by all { return x; }};class Car : public Vehicle // subclass or child of class vehicle AND Parent of Corvette class{private: int z = 4; // only a class car object cna accessprotected: int w = 2; int get_y() { return y; } int get_z() { return z; }public: int get_z3() { return z; }};class Corvette : public Car // subclass of car class{private: int d = 8;public: int get_d() { return d; } int get_z2() { return get_z(); }};class Mustang : public Car // Hierarchical Mustang and Corvette{private: int u = 99;public: int get_u() { return u; }};int main(){ Vehicle vehicle; //construct object of class Vehicle cout << "Private x data from class vehicle object: " << vehicle.get_x() << endl; Car car; //construct Car object cout << "The private z data of object car is: " << car.get_z3() << endl; Corvette corvette; // construct corvette object cout << "The corvette objecthas this info: z = " << corvette.get_z2() << " x= " << corvette.get_x() << " d = " << corvette.get_d() << endl; return 0;} Using C++Similar to the code aboveCreate classes using only 1 file (and draw the structure in your comments at the top of your program)For each class create these features:A private variable that can only be accessed by that class.A protected variable that can only be accessed by that class or children of that class.Getter and Setter functions for accessing the private data of the class.A Constructor that outputs the name of the class whenever it is used to instantiate or construct a class object.Example: "Class A object constructed."Comments that describe exactly how the class is structured and what are it's features (superclass, subclass, overloading, etc).Add any variables or functions you deem necessary, but be sure to describe how they work using comments and the couts as required below. Multi-level Classes consisting of 3 classes (A, B, and C, with A as top superclass).In class A, add a set of public overloading functions for printing out different data types.Example: print(int param), print(double param), and print(string param) Multiple Classes consisting of 2 new classes (C and D as superclasses and E as subclass).Class C is the same class as in the Multi-level classes above. Hierarachical Classes consisting of 2 new classes (D as the superclass with E, F, and G as subclasses).Classes D and E are the same classes as described in the Multiple Classes above Function main() should show off all the features of the classes including:Use "cout" to describe exactly what is going on so that I don't have to guess and can easily grade it. If I have to hunt for features, the grade will be lower.Examples:"Object a has been instantiated from class A.""Observe how function overloading works in a class A object...""Observe how function overloading works in a class B object, a child of class A...""See how private_x can be changed directly...""See how private_x can be changed by object g...""Object c has been instantiated."

Program Approach: 1- As mentioned in the assignment, updated the code as per the description. 2-…

include using namespace std; class Vehicle // superclass { private: int x = 7; // only class vehicle objects can access protected: int y = 3; // only class vehicle and kid objects can access public: int get_x() // Accessed by all { return x; } }; class Car : public Vehicle // subclass or child of class vehicle AND Parent of Corvette class { private: int z = 4; // only a class car object cna access protected: int w = 2; int get_y() { return y; } int get_z() { return z; } public: int get_z3() { return z; } }; class Corvette : public Car // subclass of car class { private: int d = 8; public: int get_d() { return d; } int get_z2() { return get_z(); } }; class Mustang : public Car // Hierarchical Mustang and Corvette { private: int u = 99; public: int get_u() { return u; } }; int main() { Vehicle vehicle; //construct object of class Vehicle cout << "Private x data from class vehicle object: " << vehicle.get_x() << endl; Car car; //construct Car object cout << "The private z data of object car is: " << car.get_z3() << endl; Corvette corvette; // construct corvette object cout << "The corvette objecthas this info: z = " << corvette.get_z2() << " x= " << corvette.get_x() << " d = " << corvette.get_d() << endl; return 0; } Using C++ Similar to the code above Create classes using only 1 file (and draw the structure in your comments at the top of your program) For each class create these features: A private variable that can only be accessed by that class. A protected variable that can only be accessed by that class or children of that class. Getter and Setter functions for accessing the private data of the class. A Constructor th

include using namespace std; class Vehicle // superclass { private: int x = 7; // only class vehicle objects can access protected: int y = 3; // only class vehicle and kid objects can access public: int get_x() // Accessed by all { return x; } }; class Car : public Vehicle // subclass or child of class vehicle AND Parent of Corvette class { private: int z = 4; // only a class car object cna access protected: int w = 2; int get_y() { return y; } int get_z() { return z; } public: int get_z3() { return z; } }; class Corvette : public Car // subclass of car class { private: int d = 8; public: int get_d() { return d; } int get_z2() { return get_z(); } }; class Mustang : public Car // Hierarchical Mustang and Corvette { private: int u = 99; public: int get_u() { return u; } }; int main() { Vehicle vehicle; //construct object of class Vehicle cout << "Private x data from class vehicle object: " << vehicle.get_x() << endl; Car car; //construct Car object cout << "The private z data of object car is: " << car.get_z3() << endl; Corvette corvette; // construct corvette object cout << "The corvette objecthas this info: z = " << corvette.get_z2() << " x= " << corvette.get_x() << " d = " << corvette.get_d() << endl; return 0; } Using C++ Similar to the code above Create classes using only 1 file (and draw the structure in your comments at the top of your program) For each class create these features: A private variable that can only be accessed by that class. A protected variable that can only be accessed by that class or children of that class. Getter and Setter functions for accessing the private data of the class. A Constructor th

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

#include<iostream>

using namespace std;

class Vehicle // superclass
{
private:
int x = 7; // only class vehicle objects can access
protected:
int y = 3; // only class vehicle and kid objects can access
public:
int get_x() // Accessed by all
{
return x;
}
};

class Car : public Vehicle // subclass or child of class vehicle AND Parent of Corvette class
{
private:
int z = 4; // only a class car object cna access
protected:
int w = 2;
int get_y()
{
return y;
}
int get_z()
{
return z;
}
public:
int get_z3()
{
return z;
}
};

class Corvette : public Car // subclass of car class
{
private:
int d = 8;
public:
int get_d()
{
return d;
}
int get_z2()
{
return get_z();
}
};

class Mustang : public Car // Hierarchical Mustang and Corvette
{
private:
int u = 99;
public:
int get_u()
{
return u;
}
};

int main()
{
Vehicle vehicle; //construct object of class Vehicle

cout << "Private x data from class vehicle object: " << vehicle.get_x() << endl;

Car car; //construct Car object

cout << "The private z data of object car is: " << car.get_z3() << endl;

Corvette corvette; // construct corvette object
cout << "The corvette objecthas this info: z = " << corvette.get_z2()
<< " x= " << corvette.get_x() << " d = " << corvette.get_d()
<< endl;

return 0;
}

Using C++

Similar to the code above
Create classes using only 1 file (and draw the structure in your comments at the top of your program)

- For each class create these features:
  - A private variable that can only be accessed by that class.
  - A protected variable that can only be accessed by that class or children of that class.
  - Getter and Setter functions for accessing the private data of the class.
  - A Constructor that outputs the name of the class whenever it is used to instantiate or construct a class object.

Example: "Class A object constructed."

Comments that describe exactly how the class is structured and what are it's features (superclass, subclass, overloading, etc).
Add any variables or functions you deem necessary, but be sure to describe how they work using comments and the couts as required below.

- Multi-level Classes consisting of 3 classes (A, B, and C, with A as top superclass).
  - In class A, add a set of public overloading functions for printing out different data types.

Example: print(int param), print(double param), and print(string param)

- Multiple Classes consisting of 2 new classes (C and D as superclasses and E as subclass).
  - Class C is the same class as in the Multi-level classes above.

- Hierarachical Classes consisting of 2 new classes (D as the superclass with E, F, and G as subclasses).
  - Classes D and E are the same classes as described in the Multiple Classes above

- Function main() should show off all the features of the classes including:
  - Use "cout" to describe exactly what is going on so that I don't have to guess and can easily grade it. If I have to hunt for features, the grade will be lower.
    - Examples:
      - "Object a has been instantiated from class A."
        
        "Observe how function overloading works in a class A object..."
        
        "Observe how function overloading works in a class B object, a child of class A..."
      - "See how private_x can be changed directly..."
      - "See how private_x can be changed by object g..."
      - "Object c has been instantiated."

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