![]() The above code completes the stack implementation using linked list but we definitely will be further. ![]() Instead of using an array, we can also use a linked list to implement a Stack. pop() : This function should return and remove data in LIFO manner. In this article, we will discuss Stack implementation using Linked List in Java.push() : This function should accept data in LIFO manner.You have to implement the following functions using a linked list which follows the LIFO property of stack : Implementation using Linked List As we know that we use a head pointer to keep track of the starting of our linked list, So when we are implementing stack. You have to implement the LIFO property of stack using the linked list data structure. ![]() The advantage of using a linked list over arrays is that it is possible to implement a stack that can grow or shrink as much as needed. The problem statement says that, you have to implement a stack using linked list. In linked list implementation, a stack is a pointer to the head of the list where pushing and popping items happens, with perhaps a counter to keep track of the listâs size. ![]()
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