Machine Problem No. 4Provide the following:1. Creation of Nodes in Singly/Single Linked List2. Traversal of Nodes in Singly/Single Linked List3. Addition of Node in Singly/Single Linked List (at the end)4. Deletion of Nodes in Singly/Single Linked ListCode in a one program providing the user a choice of what operation among the four (4)options will be performed. Use the structure (record) composition below:Student Record:Student NumberStudent NameCourse and YearGWAMachine Problem No. 5Provide the following:1. Creation of Nodes in Double Linked List2. Traversal of Nodes in Double Linked List3. Insertion of Nodes in Double Linked List (after)4. Deletion of Nodes in Double Linked List (before)String of 12 charactersString of 24 charactersString of 10 charactersfloatCode in a one program providing the user a choice of what operation among the four (4)options will be performed. Use the structure (record) composition below:Student Record:Student NumberStudent NameCourse and YearGWAString of 12 charactersString of 24 charactersString of 10 charactersfloat

struct node { int data; struct node *next; };traversal:- struct node *temp = head;…

Machine Problem No. 4 Provide the following: 1. Creation of Nodes in Singly/Single Linked List 2. Traversal of Nodes in Singly/Single Linked List 3. Addition of Node in Singly/Single Linked List (at the end) 4. Deletion of Nodes in Singly/Single Linked List

Machine Problem No. 4 Provide the following: 1. Creation of Nodes in Singly/Single Linked List 2. Traversal of Nodes in Singly/Single Linked List 3. Addition of Node in Singly/Single Linked List (at the end) 4. Deletion of Nodes in Singly/Single Linked List

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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The insert function first checks if the list is empty then head is updated, if the list is not empty then a new node is inserted at the tail. The delete function deletes the given node (temp). This temp node can be anywhere in the list. Your task is to update the insert and delete function code so that it implements the stack rule. i-e last in first out. The insert function should only allow insertion at head and the delete function should only pop the last inserted element (no parameter to be passed to the delete function). #include <iostream> using namespace std; class Node{ public: int data; Node *next; }; class List{ public: Node *head; List(){ head = NULL; } void insert(int data){ Node *nn = new Node; nn->next = NULL; nn->data = data; if(head==NULL){ head = nn; cout<<"Node inserted successfully at head"<<endl; } else{ Node *temp…
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Lab 11: Hash table Implement the hash table to store random numbers and do the following: • Create Chained Linked List to address the collision • Use linear probing to address the collision • Use quadratic probing to address the collision • Implement functionality for insertion/search and delete In C++ please
Write a C code that will search an int type target from a dynamic linked list. The linked list contains int type values inside each of the nodes. The “search” function will use following input-output arguments,Input: Pointer to the head of the list that you are searching Target value that you are searchingOutput: Pointer to the node that contains the target if found or, NULL if not found.