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C++ Data Structures and Algorithms
book

C++ Data Structures and Algorithms

by Wisnu Anggoro
April 2018
Intermediate to advanced content levelIntermediate to advanced
322 pages
6h 57m
English
Packt Publishing
Content preview from C++ Data Structures and Algorithms

Refactoring the Node<T> data type

Before we build a Doubly Linked List, we need to add a Previous pointer to the existing Node data type. To avoid any confusion, we will create a new data type named DoublyNode with the following declaration:

template <typename T>class DoublyNode{    public:        T Value;        DoublyNode<T> * Previous;        DoublyNode<T> * Next;        DoublyNode(T value);};

The only difference between Node<T> and DoublyNode<T> is the existence of the Previous pointer (as well as the data type name absolutely). By using this new DoublyNode data type, we are going to refactor the preceding LinkedList ADT into the DoublyLinkedList ADT.

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Publisher Resources

ISBN: 9781788835213Supplemental Content