1) Create a portfolio class which stores stocks in doubly-linked
list.
2) Portfolio class has load and store functions to keep all its
stocks on files.
3) How do you prove that the portfolio is indeed linked correctly
in both directions? (Want one answer? highlight next line)
how about print and reverse print?
4) Create your own test data such that you can demonstrate stock
insertion and deletion at the beginning / middle / end of the
portfolio.
1) Create a portfolio class which stores stocks in doubly-linked list. 2) Portfolio class has load...
Exercise-2: 15 points Develop a node class and a doubly list class. The node class should have two state variables namely data and nextNode. The doubly list class should contain the following methods: Middlelnsert- insert a node somewhere in the middle of the list Startinsert-insert a node at start of the Linked list Endinsert- insert a node at the end of the Linked list Delete-delete a node Traverse-prints all the node's data Reverse-reverses the linked list . . Note: Choose...
Using C++, create a doubly linked list data structure that stores strings. At a minimum, you must have a List class that contains the list functionality (including an insert function) and a linkable object ("link node") class. For convenience, you may include the data directly or the data may be external to the link node, connected with a reference. You may use an inner class for the LinkNode and/or include the LinkNode class with the List class file if you...
C++ Create a class that implements a sorted, doubly-linked list: Start with a copy of the sortedList class. Call your new class doublyLinkedList. Convert the baseline code into a doubly linkedlist, and thoroughly test all existing operations (make sure to check all edge conditions), and then implement the new operations below. The class should have the following additional class methods: • A reverse method: this method will reverse the order of the doubly linked list. This method takes no parameters,...
In this lab, using C++, you will create an abstract data type, using a doubly-linked circular structure to store the values and links. You must create it by your own and not use any existing containers. You will need a QueueNode. You can use a struct for this, as each node will not have any associated functions. It will have members for data, and the next and previous pointers. Data will be positive integers. There will be no NULL pointers....
I need this in C++. This is all one question Program 2: Linked List Class For this problem, let us take the linked list we wrote in a functional manner in a previous assignment and convert it into a Linked List class. For extra practice with pointers we'll expand its functionality and make it a doubly linked list with the ability to traverse in both directions. Since the list is doubly linked, each node will have the following structure: struct...
Instructions Part 1 - Implementation of a Doubly Linked List Attached you will find the code for an implementation of a Singly Linked List. There are 3 files: Driver.java -- testing the List functions in a main() method. LinkNode.java -- Class definition for a Node, which is the underlying entity that stores the items for the linked list. SinglyLinkedList.java -- Class definition for the Singly Linked List. All the heavy lifting happens here. Task 1 - Review & Testing: Create...
Instructions Part 1 - Implementation of a Doubly Linked List Attached you will find the code for an implementation of a Singly Linked List. There are 3 files: Driver.java -- testing the List functions in a main() method. LinkNode.java -- Class definition for a Node, which is the underlying entity that stores the items for the linked list. SinglyLinkedList.java -- Class definition for the Singly Linked List. All the heavy lifting happens here. Task 1 - Review & Testing: Create...
You are required to write the following functions using this class: class Doubly_linked_list // Use a class Doubly_linked_list to represent an object { public: // constructor initialize the nextPtr Doubly_linked_list() { prevPtr = 0; // point to null at the beginning nextPtr = 0; // point to null at the beginning } // get a number int GetNum() { return number; } // set a number void SetNum(int num) { number = num; } // get the prev pointer Doubly_linked_list ...
Please use C++ CS3358 Insert and delete a node Programming Project 2: The linked list - Reference: chapter 18: Create an array of 15 student records that should not be sorted Create a liked list of 15 student record nodes. Each node is a node of one student record from the above unsorted array. The list of student records should be sorted by student ID. (Insert function without sort function to create a linked list.) (If you insert correctly, the...
List of Candles Create a class called CandleNode which has fields for the data (a Candle) and next (CandleNode) instance variables. Include a one-argument constructor which takes a Candle as a parameter. (For hints, see the PowerPoint on "Static vs. Dynamic Structures”.) public CandleNode (Candle c) { . . } The instance variables should have protected access. There will not be any get and set methods for the two instance variables. Create an abstract linked list class called CandleList. This...