Consider these classes that are only partially shown: public class Student { String name; Address homeAddress; // Methods not shown // You can assume any methods that are // used in the answer options exist. } public class Address { int number; String streetName; String cityName; String stateName; int zipCode; // Constructors and methods not shown // You can assume any constructors or methods // that are used in the answer options exist. } Which of the following are good options for a constructor for the Student class that makes deep copies of any data? public Student(String theName, Address theAddress) name = theName; homeAddress = new Address(theAddress); } public Student (Student theStudent) } public Student(String theName, Address theAddress) { } } public Student (Address theAddress) { return theStudent; } name = theName; homeAddress = theAddress; public Student (Address theAddress) { } name="No Name Yet"; home Address = new Address(theAddress); } public Student (Student theStudent) { name = "No Name Yet"; home Address = theAddress; name = theStudent.getName(); homeAddress = new Address(theStudent.getAddress()); public Student (Student theStudent) name = theStudent.getName(); homeAddress = theStudent.getAddress();
Consider these classes that are only partially shown: public class Student { String name; Address homeAddress; // Methods not shown // You can assume any methods that are // used in the answer options exist. } public class Address { int number; String streetName; String cityName; String stateName; int zipCode; // Constructors and methods not shown // You can assume any constructors or methods // that are used in the answer options exist. } Which of the following are good options for a constructor for the Student class that makes deep copies of any data? public Student(String theName, Address theAddress) name = theName; homeAddress = new Address(theAddress); } public Student (Student theStudent) } public Student(String theName, Address theAddress) { } } public Student (Address theAddress) { return theStudent; } name = theName; homeAddress = theAddress; public Student (Address theAddress) { } name="No Name Yet"; home Address = new Address(theAddress); } public Student (Student theStudent) { name = "No Name Yet"; home Address = theAddress; name = theStudent.getName(); homeAddress = new Address(theStudent.getAddress()); public Student (Student theStudent) name = theStudent.getName(); homeAddress = theStudent.getAddress();
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter11: Inheritance And Composition
Section: Chapter Questions
Problem 5PE: Using classes, design an online address book to keep track of the names, addresses, phone numbers,...
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OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
Question
Transcribed Image Text:Consider these classes that are only partially shown:
public class Student
{
String name;
Address homeAddress;
// Methods not shown
// You can assume any methods that are
// used in the answer options exist.
}
public class Address
{
int number;
String streetName;
String cityName;
String stateName;
int zipCode;
// Constructors and methods not shown
// You can assume any constructors or methods
// that are used in the answer options exist.
}
U
Which of the following are good options for a constructor for the Student class that makes deep copies of any data?
public Student (String theName, Address theAddress)
{
}
public Student (Student theStudent)
{
}
}
public Student(String theName, Address theAddress)
{
}
name = theName;
homeAddress = new Address(theAddress);
public Student (Address theAddress)
{
}
return theStudent;
}
name = theName;
home Address = theAddress;
public Student (Address theAddress)
{
}
name="No Name Yet";
homeAddress = new Address(theAddress);
public Student (Student theStudent)
{
name="No Name Yet";
home Address = theAddress;
name = theStudent.getName();
homeAddress = new Address(theStudent.getAddress());
public Student(Student theStudent)
name = theStudent.getName();
homeAddress theStudent.getAddress();
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