Exercise: 1- Modify the friend function in the example 1 to print the most expensive car among four cars 2- Define a class named "Train' representing following members: Data members :- - Train Number - Train Name - Source - Destination - Joumey time - Capacity Member functions - Initialise members - Input Train data - Display data Write C++ program to test Train class
Exercise: 1- Modify the friend function in the example 1 to print the most expensive car among four cars 2- Define a class named "Train' representing following members: Data members :- - Train Number - Train Name - Source - Destination - Joumey time - Capacity Member functions - Initialise members - Input Train data - Display data Write C++ program to test Train class
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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![LAB 2:
In this lab we will focus on use of Classes.
Example 1: Write C++ code to create class called car. The private data
members for this class are price (float), name (string) and model (int).
The member function for this class is:
(Constructor) that accepts price, name and model as arguments (inside
the class).
Write a main() that create two objects (h1) with initially data members
(price :13000, name:"accent" and model :2019), (kl) with initially data
members (price :16000, name:"cerato" and model :2018). Finally print
the name of the expensive car for these two objects using string
expansive friend function:
#include<iostream>
using namespace std;
class car {
private:
float price;
string name;
int model;
public:
car(float p, string n, int m)
price p;
name-n;
model=m;
friend string expensive(car, car);
};
string expensive(car a,car b)
{
string s;
if(a.price> b.price)
s-a.name;
else
s=b.name;
return s;
int main(){
car h1(13000, "accent", 2019);
Object-Oriented Programming LAB. 2
asst. Lec. :Sura Nasser
car kl(16000, "cerato", 2018);
cout<< expensive(h1,kl);
return 0;
Exercise:
1- Modify the friend function in the example 1 to print the most expensive
car among four cars
2- Define a class named Train' representing following members:
Data members :-
- Train Number
- Train Name
- Source
- Destination
- Journey time
- Capacity
Member functions
- Initialise members
- Input Train data
- Display data
Write C++ program to test Train class](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F385dabf1-4377-4196-9f77-8bac3a4eb2a3%2Fa2e1a9b1-1dcb-4fe8-958e-132aa4d9d194%2Feey1f4l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:LAB 2:
In this lab we will focus on use of Classes.
Example 1: Write C++ code to create class called car. The private data
members for this class are price (float), name (string) and model (int).
The member function for this class is:
(Constructor) that accepts price, name and model as arguments (inside
the class).
Write a main() that create two objects (h1) with initially data members
(price :13000, name:"accent" and model :2019), (kl) with initially data
members (price :16000, name:"cerato" and model :2018). Finally print
the name of the expensive car for these two objects using string
expansive friend function:
#include<iostream>
using namespace std;
class car {
private:
float price;
string name;
int model;
public:
car(float p, string n, int m)
price p;
name-n;
model=m;
friend string expensive(car, car);
};
string expensive(car a,car b)
{
string s;
if(a.price> b.price)
s-a.name;
else
s=b.name;
return s;
int main(){
car h1(13000, "accent", 2019);
Object-Oriented Programming LAB. 2
asst. Lec. :Sura Nasser
car kl(16000, "cerato", 2018);
cout<< expensive(h1,kl);
return 0;
Exercise:
1- Modify the friend function in the example 1 to print the most expensive
car among four cars
2- Define a class named Train' representing following members:
Data members :-
- Train Number
- Train Name
- Source
- Destination
- Journey time
- Capacity
Member functions
- Initialise members
- Input Train data
- Display data
Write C++ program to test Train class
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