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Write a Java program, SortedIntegerList.java, that uses a linked list to store 100 random integer numbers in a range between 0 and 1,000 inclusively. Print those 100 integers in ascending order. Provided Node.java as follow: public class Node { private int info; private Node nextLink; } public Node(int info) { this.info = info; this.nextLink= null; public void setInfo(int info) { this.info info; } public void setNextLink(Node nextNode) { this.nextLink nextNode; } public int getInfo() { return this.info; } public Node getNextLink() { return this.nextLink; }

Write a Java program, SortedIntegerList.java, that uses a linked list to store 100 random integer numbers in a range between 0 and 1,000 inclusively. Print those 100 integers in ascending order. Provided Node.java as follow: public class Node { private int info; private Node nextLink; } public Node(int info) { this.info = info; this.nextLink= null; public void setInfo(int info) { this.info info; } public void setNextLink(Node nextNode) { this.nextLink nextNode; } public int getInfo() { return this.info; } public Node getNextLink() { return this.nextLink; }

Database System Concepts
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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Use linkedList to store elements

### Java Programming: Creating a Linked List for Sorting Integers In this section, we will guide you through writing a Java program named `SortedIntegerList.java`. This program will use a linked list to store 100 random integer numbers ranging between 0 and 1,000 inclusively and print these integers in ascending order. #### Node.java Structure The linked list's basic building block is defined in the `Node.java` class. Here is a breakdown of its components: ```java public class Node { private int info; private Node nextLink; public Node(int info) { this.info = info; this.nextLink = null; } public void setInfo(int info) { this.info = info; } public void setNextLink(Node nextNode) { this.nextLink = nextNode; } public int getInfo() { return this.info; } public Node getNextLink() { return this.nextLink; } } ``` #### Key Components: - **Attributes:** - `info`: An integer to hold the data. - `nextLink`: A reference to the next node in the linked list. - **Constructor:** - Initializes `info` with the provided integer and sets `nextLink` to `null`. - **Methods:** - `setInfo(int info)`: Updates the information stored in the node. - `setNextLink(Node nextNode)`: Sets the reference to the next node. - `getInfo()`: Returns the stored information. - `getNextLink()`: Returns the reference to the next node. This basic structure sets up how each node within our linked list will operate, allowing for storage and sequential linking of integer data. In the full program, nodes will be added in a manner that keeps the integers sorted, facilitating printing them in order.
Transcribed Image Text:### Java Programming: Creating a Linked List for Sorting Integers In this section, we will guide you through writing a Java program named `SortedIntegerList.java`. This program will use a linked list to store 100 random integer numbers ranging between 0 and 1,000 inclusively and print these integers in ascending order. #### Node.java Structure The linked list's basic building block is defined in the `Node.java` class. Here is a breakdown of its components: ```java public class Node { private int info; private Node nextLink; public Node(int info) { this.info = info; this.nextLink = null; } public void setInfo(int info) { this.info = info; } public void setNextLink(Node nextNode) { this.nextLink = nextNode; } public int getInfo() { return this.info; } public Node getNextLink() { return this.nextLink; } } ``` #### Key Components: - **Attributes:** - `info`: An integer to hold the data. - `nextLink`: A reference to the next node in the linked list. - **Constructor:** - Initializes `info` with the provided integer and sets `nextLink` to `null`. - **Methods:** - `setInfo(int info)`: Updates the information stored in the node. - `setNextLink(Node nextNode)`: Sets the reference to the next node. - `getInfo()`: Returns the stored information. - `getNextLink()`: Returns the reference to the next node. This basic structure sets up how each node within our linked list will operate, allowing for storage and sequential linking of integer data. In the full program, nodes will be added in a manner that keeps the integers sorted, facilitating printing them in order.
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Write a Java program, Sorted IntegerList.java, that uses a linked list to store 100 random integer numbers in a range between O and 1,000 inclusively. Print those 100 integers in ascending order.

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