For the AVLTree class, create a deletion function that makes use of lazy deletion. There are a number of methods you can employ, but one that is straightforward is to merely include a Boolean field in the Node class that indicates whether or not the node is designated for elimination. Then, your other approaches must take into consideration this field.

For the AVLTree class, create a deletion function that makes use of lazy deletion. There are a number of methods you can employ, but one that is straightforward is to merely include a Boolean field in the Node class that indicates whether or not the node is designated for elimination. Then, your other approaches must take into consideration this field.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter18: Stacks And Queues

Section: Chapter Questions

Problem 16PE: The implementation of a queue in an array, as given in this chapter, uses the variable count to...

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For the AVLTree class, create a deletion function that makes use of delayed deletion.There are a number of methods you may employ, but one that is straightforward is to just include a Boolean variable in the Node class that indicates whether or not the node is designated for deletion. Then, all of your other techniques must take this field into consideration.
Write a deletion method for the AVLTree class that utilizes lazy deletion.There are several techniques you can use, but a simple one is to simplyadd a Boolean field to the Node class that signifies whether or not the nodeis marked for deletion. Your other methods must then take this field intoaccount
Add a constructor to SeparateChainingHashST that gives the client the abilityto specify the average number of probes to be tolerated for searches. Use array resizingto keep the average list size less than the specified value, and use the technique describedon page 478 to ensure that the modulus for hash() is prime
Implement solution for remove(int id) removes the Student (classt type) associated with this id; if the id is not found in the table or on the waitlist, then it should return null; otherwise, it should return the Student associated with the id. If the student that is removed was registered, then this student should be replaced by the student who is first in the waitlist queue. If the student who is removed was on the waitlist, then they should just be removed from the waitlist. You should go directly to slot id % m rather than iterating through all the slots. ****note that return is null**** public class Course { public String code; public int capacity; public SLinkedList<Student>[] studentTable; public int size; public SLinkedList<Student> waitlist; public Course(String code) { this.code = code; this.studentTable = new SLinkedList[10]; this.size = 0; this.waitlist = new SLinkedList<Student>();…
Implement solution for remove(int id) removes the Student (classt type) associated with this id; if the id is not found in the table or on the waitlist, then it should return null; otherwise, it should return the Student associated with the id. If the student that is removed was registered, then this student should be replaced by the student who is first in the waitlist queue. If the student who is removed was on the waitlist, then they should just be removed from the waitlist. You should go directly to slot id % m rather than iterating through all the slots. public class Course { public String code; public int capacity; public SLinkedList<Student>[] studentTable; public int size; public SLinkedList<Student> waitlist; public Course(String code) { this.code = code; this.studentTable = new SLinkedList[10]; this.size = 0; this.waitlist = new SLinkedList<Student>(); this.capacity = 10; }…
Consider the Person class in Problem 1. Implement the interface PersonPriorityQueueInterface provided in the assignment. In your implementation, you must use an instance of AList (which you used in Problem 1) to store the list of persons. We consider that a person whose age is higher than a second person also has a higher priority. Thus, the method peek(), for example, should return the person who is the oldest in the list. Your implementation should be O(n) for add, and O(1) for the remaining methods. Consider the Person class in Problem 1. Implement the interface PersonPriorityQueueInterface provided in the assignment. In your implementation, you must use an instance of AList (which you used in Problem 1) to store the list of persons. We consider that a person whose age is higher than a second person also has a higher priority. Thus, the method peek(), for example, should return the person who is the oldest in the list. Your implementation should be O(n) for add, and O(1)…
Implement the __getitem__ method to work with positive and negative indices. For example: > W = L1(Node(10, Node(20, Node(30)))) > print W [ 10, 20, 30 ] > print W[0], W[1], W[2] > print W[-1], W[-2], W[-3] 10 20 30 30 20 10 Be aware of cases where the index exceeds the size of the list, either positive or negative. In these cases you have to generate an assertion error. In the above example, W[3] and W[-4] should raise an AssertionError Complete the Code: class L(object): def __init__ (self, first_node=None): assert first_node is None or isinstance(first_node,Node), "first must be Node, not %s"%(type(first_node)) self.first_node = first_node def __len__(self): k = self.first_node if k is None: return 0 i=1 while k.next is not None: i+=1 k = k.next return i def __repr__ (self): if self.first_node is None:…
Implement the complete code Delete that, when given an info value newElement, finds and deletes the first element with this value, if it exists. This involves also considering the four special cases listed for deleting a node from the beginning or the end of a linked list.
Programming in Java. What would the difference be in the node classes for a singly linked list, doubly linked list, and a circular linked list? I attached the node classes I have for single and double, but I feel like I do not change enough? Also, I use identical classes for singular and circular node which does not feel right. Any help would be appreciated.
program that tests our implementation of the CSet class by creating two sets, performing a union of the two sets, an intersection of thetwo sets, finding the subset of the two sets, and the difference of the twosets.
What would be necessary to allow the user of an OrderedStructure to provide an alternative ordering during the lifetime of a class? This method might be called sortBy and would take a Comparator as its sole parameter.
Apply the methods in the ListIterator interface to write a Java program in NetBeans that creates a LinkedList of four elements of type string, namely: Java, C#, PHP and Python.The program should then print out the elements initially in the original order, and then afterwards in reverse order using the ListIterator methods. In this case, the following(attached) is the expected output: