Database System Concepts
Database System Concepts
7th Edition
ISBN: 9780078022159
Author: Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher: McGraw-Hill Education
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[画像:**Reversing a Linked List: Function Details** This section describes how to write a void function that takes a linked list of integers and reverses the order of its nodes. The function uses a call-by-reference parameter, which is a pointer to the head of the list. After the function executes, this pointer will indicate the head of a linked list with the same nodes as the original, but in reverse order. **Input Instructions and Example:** - You are required to enter the number of elements in the linked list. - For demonstration, here is an example with 5 elements: 1. Enter the 1st element of the linked list: 34 2. Enter the 2nd element of the linked list: 22 3. Enter the 3rd element of the linked list: 51 4. Enter the 4th element of the linked list: 76 5. Enter the 5th element of the linked list: 13 **Output:** - Given Linked List: - The elements appear in the original order: `34 -> 22 -> 51 -> 76 -> 13 -> NULL` - Reversed Linked List: - The elements appear in the reversed order: `13 -> 76 -> 51 -> 22 -> 34 -> NULL` This example highlights the importance of linked list manipulation in computer science, particularly for applications requiring data order alterations without altering the data structure's integrity.]
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Transcribed Image Text:**Reversing a Linked List: Function Details** This section describes how to write a void function that takes a linked list of integers and reverses the order of its nodes. The function uses a call-by-reference parameter, which is a pointer to the head of the list. After the function executes, this pointer will indicate the head of a linked list with the same nodes as the original, but in reverse order. **Input Instructions and Example:** - You are required to enter the number of elements in the linked list. - For demonstration, here is an example with 5 elements: 1. Enter the 1st element of the linked list: 34 2. Enter the 2nd element of the linked list: 22 3. Enter the 3rd element of the linked list: 51 4. Enter the 4th element of the linked list: 76 5. Enter the 5th element of the linked list: 13 **Output:** - Given Linked List: - The elements appear in the original order: `34 -> 22 -> 51 -> 76 -> 13 -> NULL` - Reversed Linked List: - The elements appear in the reversed order: `13 -> 76 -> 51 -> 22 -> 34 -> NULL` This example highlights the importance of linked list manipulation in computer science, particularly for applications requiring data order alterations without altering the data structure's integrity.
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