![]() Val deepCopy = linkedList.nextDeepCopy(node1) Each node also contains an additional random pointer, potentially to any node or null.Return a deep copy of a double LinkedList.In this blog we have covered the basic operations of implementing single linked list in Kotlin. We create a class called linked list and include all these methods in that class. The above step is implemented using data class and overrided toString() method to print the linked list.Ĭode Sample: data class Node(var value: T, var next: Node? = null) Step 1: Create a Node to maintain value and reference to next node Experience with Kotlin syntax and basic knowledge of Linked ListĪ sample application that demonstrates a linked list and its basic operations.The first element in the linked list will be called “Head” and the last element in the linked list will be called “Tail”. Some of the basic operations that can be performed in Linked List are below: In the simplest form, each node is composed of data and a reference to the next node in the sequence. ![]() Linked List stores data in the form of nodes, which is divided into two parts, the first part stores the data and the second part points to the next node by storing the address of that node. Linked List is a type of Linear Data Structure that is the second most used data structure after the array, which allocates memory dynamically at run time that is it doesn’t require any size initialization as in the case of an array. In this blog we will learn how to implement Linked list in Kotlin and some basic operations that can be performed on Linked List. ![]() Linked List in Kotlin 1.Before you begin:
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