Database System Concepts
Database System Concepts
7th Edition
ISBN: 9780078022159
Author: Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher: McGraw-Hill Education
Bartleby Related Questions Icon

Related questions

bartleby

Concept explainers

Question

Thank you!
C++ please

LinkedAssemble
Editor
1 node* assemble(vector<string parts)
//fill in code here
This problem provides asks you to assemble a linked list. The linked list
will be composed of node objects chained together via node pointers. Each
node has a next pointer which points to the next node in the chain. The
last node is identified by having a NULL (or nullptr) next pointer. The
linked lists for this problem store string data
4
Given a vector of strings, create a linked list containing the strings from
the vector, in the same order as in the vector. For this problem, compose
your linked lists from nodes using the following class declaration (this is
already available to the autograder code; do not copy this into your
solution)
class node
public:
string data;
node* next;
d:
Notes and Constraints
. The input vector parts contains between 0 and 50 strings, inclusive
Examples
["apple", "orange", "banana", "pear"
return "apple->orange->banana->pear-NULL
Test
Submit
expand button
Transcribed Image Text:LinkedAssemble Editor 1 node* assemble(vector<string parts) //fill in code here This problem provides asks you to assemble a linked list. The linked list will be composed of node objects chained together via node pointers. Each node has a next pointer which points to the next node in the chain. The last node is identified by having a NULL (or nullptr) next pointer. The linked lists for this problem store string data 4 Given a vector of strings, create a linked list containing the strings from the vector, in the same order as in the vector. For this problem, compose your linked lists from nodes using the following class declaration (this is already available to the autograder code; do not copy this into your solution) class node public: string data; node* next; d: Notes and Constraints . The input vector parts contains between 0 and 50 strings, inclusive Examples ["apple", "orange", "banana", "pear" return "apple->orange->banana->pear-NULL Test Submit
Expert Solution
Check Mark
Blurred answer
Knowledge Booster
Computer Science
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.
Similar questions
  • import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    } // Recall the definitions of height and depth.    // in the BST with level order traversal "41 21 61 11 31",    // node 41 has depth 0, height 2    // node 21 has depth 1, height 1    // node 61 has depth 1, height 0    // node 11 has depth 2, height 0    // node 31 has depth 2, height 0    // height of the whole tree is the height of the root     /*     * Returns the height of the tree. For example, the BST with level order     * traversal 50 25 100 12 37 150 127 should return 3.     *      * Note that the height of…
    import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    } // Recall the definitions of height and depth.    // in the BST with level order traversal "41 21 61 11 31",    // node 41 has depth 0, height 2    // node 21 has depth 1, height 1    // node 61 has depth 1, height 0    // node 11 has depth 2, height 0    // node 31 has depth 2, height 0    // height of the whole tree is the height of the root    /*     * Mutator functions HINT: This is easier to write if the helper function     * returns Node, rather than void similar to recursive mutator methods on lists.      *…
    import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    } // Recall the definitions of height and depth.    // in the BST with level order traversal "41 21 61 11 31",    // node 41 has depth 0, height 2    // node 21 has depth 1, height 1    // node 61 has depth 1, height 0    // node 11 has depth 2, height 0    // node 31 has depth 2, height 0    // height of the whole tree is the height of the root    /*     * Returns true if for every node in the tree has the same number of nodes to     * its left as to its right. For example, the BST with level order traversal 50     *…
  • import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    } /*     * Returns the number of nodes with odd keys. For example, the BST with level     * order traversal 50 25 100 12 37 150 127 should return 3 (25, 37, and 127).     */    public int sizeOdd() {        // TODO        throw new RuntimeException("Not implemented");    } • You are not allowed to use any kind of loop in your solutions. • You may not modify the Node class in any way• You may not modify the function headers of any of the functions already present in the file.• You may not add any fields to the IntTree…
    import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    }     /*     * Returns the number of nodes with odd keys. For example, the BST with level     * order traversal 50 25 100 12 37 150 127 should return 3 (25, 37, and 127).     */    public int sizeOdd() {        return sizeOddHelper(root) {    }  private int sizeOddHelper(Node odd) {        // TODO        throw new RuntimeException("Not implemented");    }
    import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    }  /*     * Returns the number of nodes with odd keys. For example, the BST with level     * order traversal 50 25 100 12 37 150 127 should return 3 (25, 37, and 127).     */    public int sizeOdd() {       // TODO       throw new RuntimeException("Not implemented");    }
  • import java.util.LinkedList; public class IntTree {    private Node root;     private static class Node {        public int key;        public Node left, right;         public Node(int key) {            this.key = key;        }    }     public void printInOrder() {        printInOrder(root);    }     private void printInOrder(Node n) {        if (n == null)            return;        printInOrder(n.left);        System.out.println(n.key);        printInOrder(n.right);    } /*     * Returns the number of nodes with odd keys. For example, the BST with level     * order traversal 50 25 100 12 37 150 127 should return 3 (25, 37, and 127).     */    public int sizeOdd() {        // TODO        throw new RuntimeException("Not implemented");    } • You are not allowed to use any kind of loop in your solutions. Only recursions. • You may not modify the Node class in any way• You may not modify the function headers of any of the functions already present in the file.• You may not add any fields…
    Given the following function and a Linked List : head->a->b->c->d->e->f->g->null, where a,...g are void fun1(Node head) { if(head == null) return; System.out.printf("%d ", head.data); fun1(head.link.link); }  What does the call fun1(head) do? Binary search tree properties.
    Write a code for a simple text editor/Nodepad. Use fully connected linked list, with four pointers next,prev,up and down. Note: Use linkedlist DSA C++  and also file handling. Please complete the requirements. I asked this question multiplie times before. I don't want incorrect answer this time.
    • SEE MORE QUESTIONS
    Recommended textbooks for you
  • Database System Concepts
    Computer Science
    ISBN:9780078022159
    Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
    Publisher:McGraw-Hill Education
    Starting Out with Python (4th Edition)
    Computer Science
    ISBN:9780134444321
    Author:Tony Gaddis
    Publisher:PEARSON
    Digital Fundamentals (11th Edition)
    Computer Science
    ISBN:9780132737968
    Author:Thomas L. Floyd
    Publisher:PEARSON
  • C How to Program (8th Edition)
    Computer Science
    ISBN:9780133976892
    Author:Paul J. Deitel, Harvey Deitel
    Publisher:PEARSON
    Database Systems: Design, Implementation, & Manag...
    Computer Science
    ISBN:9781337627900
    Author:Carlos Coronel, Steven Morris
    Publisher:Cengage Learning
    Programmable Logic Controllers
    Computer Science
    ISBN:9780073373843
    Author:Frank D. Petruzella
    Publisher:McGraw-Hill Education
  • Database System Concepts
    Computer Science
    ISBN:9780078022159
    Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
    Publisher:McGraw-Hill Education
    Starting Out with Python (4th Edition)
    Computer Science
    ISBN:9780134444321
    Author:Tony Gaddis
    Publisher:PEARSON
    Digital Fundamentals (11th Edition)
    Computer Science
    ISBN:9780132737968
    Author:Thomas L. Floyd
    Publisher:PEARSON
    C How to Program (8th Edition)
    Computer Science
    ISBN:9780133976892
    Author:Paul J. Deitel, Harvey Deitel
    Publisher:PEARSON
    Database Systems: Design, Implementation, & Manag...
    Computer Science
    ISBN:9781337627900
    Author:Carlos Coronel, Steven Morris
    Publisher:Cengage Learning
    Programmable Logic Controllers
    Computer Science
    ISBN:9780073373843
    Author:Frank D. Petruzella
    Publisher:McGraw-Hill Education