Below is the definition for a class called "Fruit":public class Fruit {}private String name;private boolean hasPit; // a pit is a large, hard seed in the center of a fruitpublic Fruit (String newName, boolean hasPit) {name = newName;this.hasPit = hasPit;}public void printFruitDetails() {if (hasPit) {System.out.println("The}}else {}System.out.println("The+ name ++ name +has a pit. Don't break your teeth biting into it!");doesn't have a pit. It's easy to slice up!");Create a short main method which does the following:1. Creates a Fruit object with the parameters "Avocado" for name and true for hasPit.2. Creates a second Fruit object with the parameters "Pear" for name and false for hasPit.3. Calls the printFruit Details() method on the first fruit object.4. Calls the printFruitDetails() method on the second fruit object.

In this question an implementation of the Fruit class is given and a main method needs to be…

Below is the definition for a class called "Fruit": public class Fruit { } private String name; private boolean hasPit; // a pit is a large, hard seed in the center of a fruit public Fruit(String newName, boolean hasPit) { name = newName; this.hasPit = hasPit; } public void printFruitDetails() { if (hasPit) { System.out.println("The } } else { } System.out.println("The + name + has a pit. Don't break your teeth biting into it!"); +name+ doesn't have a pit. It's easy to slice up!"); Create a short main method which does the following: 1. Creates a Fruit object with the parameters "Avocado" for name and true for hasPit. 2. Creates a second Fruit object with the parameters "Pear" for name and false for hasPit. 3. Calls the printFruitDetails() method on the first fruit object. 4. Calls the printFruitDetails() method on the second fruit object.

Below is the definition for a class called "Fruit": public class Fruit { } private String name; private boolean hasPit; // a pit is a large, hard seed in the center of a fruit public Fruit(String newName, boolean hasPit) { name = newName; this.hasPit = hasPit; } public void printFruitDetails() { if (hasPit) { System.out.println("The } } else { } System.out.println("The + name + has a pit. Don't break your teeth biting into it!"); +name+ doesn't have a pit. It's easy to slice up!"); Create a short main method which does the following: 1. Creates a Fruit object with the parameters "Avocado" for name and true for hasPit. 2. Creates a second Fruit object with the parameters "Pear" for name and false for hasPit. 3. Calls the printFruitDetails() method on the first fruit object. 4. Calls the printFruitDetails() method on the second fruit object.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Concept explainers

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

Below is the definition for a class called "Fruit":
public class Fruit {
}
private String name;
private boolean hasPit; // a pit is a large, hard seed in the center of a fruit
public Fruit (String newName, boolean hasPit) {
name = newName;
this.hasPit = hasPit;
}
public void printFruitDetails() {
if (hasPit) {
System.out.println("The
}
}
else {
}
System.out.println("The
+ name +
+ name +
has a pit. Don't break your teeth biting into it!");
doesn't have a pit. It's easy to slice up!");
Create a short main method which does the following:
1. Creates a Fruit object with the parameters "Avocado" for name and true for hasPit.
2. Creates a second Fruit object with the parameters "Pear" for name and false for hasPit.
3. Calls the printFruit Details() method on the first fruit object.
4. Calls the printFruitDetails() method on the second fruit object.

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