In c++ Create a new project named lab7_2. You’re going to write a class of your choice! The class should contain: A default constructor and a constructor with parameters for all your member variables. Setters and getters for all member variables. A method that prints out information about your class’s member variables. Your class should again try to minimize the number of methods that modify private member variables. Don’t repeat code! You will create an object of your class type in the driver file. I would like you to create this object on the heap! So your declaration for it should look like: SomeClass* someClassPtr = new SomeClass; Now, you will have to remember that before you can access methods, you need to dereference the pointer to your object. You will recall that using the arrow operator (->) facilitates this kind of access. someClassPtr->someMethod(); At the end of your program, don’t forget to delete your pointer: delete someClassPtr;
In c++ Create a new project named lab7_2. You’re going to write a class of your choice! The class should contain: A default constructor and a constructor with parameters for all your member variables. Setters and getters for all member variables. A method that prints out information about your class’s member variables. Your class should again try to minimize the number of methods that modify private member variables. Don’t repeat code! You will create an object of your class type in the driver file. I would like you to create this object on the heap! So your declaration for it should look like: SomeClass* someClassPtr = new SomeClass; Now, you will have to remember that before you can access methods, you need to dereference the pointer to your object. You will recall that using the arrow operator (->) facilitates this kind of access. someClassPtr->someMethod(); At the end of your program, don’t forget to delete your pointer: delete someClassPtr;
Chapter10: Introduction To Inheritance
Section: Chapter Questions
Problem 2CP
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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
In c++
Create a new project named lab7_2. You’re going to write a class of your choice! The class should contain:
A default constructor and a constructor with parameters for all your member variables.
Setters and getters for all member variables.
A method that prints out information about your class’s member variables.
Your class should again try to minimize the number of methods that modify private member variables. Don’t repeat code!
You will create an object of your class type in the driver file. I would like you to create this object on the heap! So your declaration for it should look like:
SomeClass* someClassPtr = new SomeClass;
Now, you will have to remember that before you can access methods, you need to dereference the pointer to your object. You will recall that using the arrow operator (->) facilitates this kind of access.
someClassPtr->someMethod();
At the end of your program, don’t forget to delete your pointer:
delete someClassPtr;
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