Given this driver: public static void main(String[] args) { Generic Queue queue = new GenericQueue (); System.out.println("That the queue is empty is " + queue.isEmpty()); queue.enqueue("Tom"); queue.enqueue("Susan"); queue.enqueue("Kim"); queue.enqueue("Michael"); The print method is called here. You do not need to write this code. queue.dequeue(); System.out.println("The size of the queue is " + queue.getSize()); The print method is called here. You do not need to write this code. System.out.println("That the queue is empty is " + queue.isEmpty()); That gives this run: That the queue is empty is true } The queue is: [Tom, Susan, Kim, Michael] The size of the queue is 3 The queue is: [Susan, Kim, Michael] That the queue is empty is false Fill in the method bodies in the GenericQueue class. The method bodies would be in the box areas shown in each method. public class GenericQueue { private java.util.LinkedList list = new java.util.LinkedList (; public void enqueue(E e) { } } } public E dequeue() { public int getSize() { public boolean isEmpty()) { } Assume there is a print method here. You do not need to write this method.

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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Given this driver:
public static void main(String[] args) {
GenericQueue<String> queue = new GenericQueue>();
System.out.println("That the queue is empty is " + queue.isEmpty());
queue.enqueue("Tom");
queue.enqueue("Susan");
queue.enqueue("Kim");
}
}
queue.enqueue("Michael");
The print method is called here. You do not need to write this code.
queue.dequeue();
System.out.println("The size of the queue is " + queue.getSize());
The print method is called here. You do not need to write this code.
System.out.println("That the queue is empty is " + queue.isEmpty());
That gives this run:
That the queue is empty is true
The queue is: [Tom, Susan, Kim, Michael]
The size of the queue is 3
The queue is: [Susan, Kim, Michael]
That the queue is empty is false
Fill in the method bodies in the GenericQueue class. The method bodies would be in the box areas shown in each method.
}
public class GenericQueue<E> {
private java.util.LinkedList<E> list = new java.util.LinkedList ();
public void enqueue(E e) {
}
public E dequeue() {
}
public int getSize() {
public boolean isEmpty()) {
}
Assume there is a print method here. You do not need to write this method.
}
}
Enter *only* the implemented methods you wrote in the textbox. You can type your answers or copy and paste it from your IDE.
Transcribed Image Text:Given this driver: public static void main(String[] args) { GenericQueue<String> queue = new GenericQueue>(); System.out.println("That the queue is empty is " + queue.isEmpty()); queue.enqueue("Tom"); queue.enqueue("Susan"); queue.enqueue("Kim"); } } queue.enqueue("Michael"); The print method is called here. You do not need to write this code. queue.dequeue(); System.out.println("The size of the queue is " + queue.getSize()); The print method is called here. You do not need to write this code. System.out.println("That the queue is empty is " + queue.isEmpty()); That gives this run: That the queue is empty is true The queue is: [Tom, Susan, Kim, Michael] The size of the queue is 3 The queue is: [Susan, Kim, Michael] That the queue is empty is false Fill in the method bodies in the GenericQueue class. The method bodies would be in the box areas shown in each method. } public class GenericQueue<E> { private java.util.LinkedList<E> list = new java.util.LinkedList (); public void enqueue(E e) { } public E dequeue() { } public int getSize() { public boolean isEmpty()) { } Assume there is a print method here. You do not need to write this method. } } Enter *only* the implemented methods you wrote in the textbox. You can type your answers or copy and paste it from your IDE.
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