The display method prints all the elements in the stack. It simply updates the top reference to the next node in the list, effectively removing the current top node. The pop method removes the element from the top of the stack. It creates a new node with the given data, updates the next reference of the new node to point to the current top node, and sets the new node as the new top of the stack. The push method adds a new element to the top of the stack.
Each node consists of a data element and a reference to the next node in the list. The nested Node class represents a single node of the linked list. It contains various methods for performing stack operations.
The StackUsingLinkedList class acts as the primary container for our stack implementation. StackUsingLinkedList stack = new StackUsingLinkedList() Let’s break down the code into its key components and understand how it works //Stack Data Structure Using Linked List in Java The code provided below demonstrates the implementation of a Stack Data Structure Using Linked List in Java. Implementing a Stack Data Structure Using Linked List in Java
