![]() Recursion is a process in which a method calls itself till exit/stop criteria meet. This we can easily achieve that using recursion. Instead of losing that state let’s store that. We should think now about reducing the number of iterations.įor the first pass when we start iterating to reach the last node of List, in fact, we are reaching the desired state for future passes. If you think more then you should understand that we are going to have many iterations and controlling them is also a challenge. In the second pass, iterate till the second last element and print data, and repeat the process five times which is the size of the given Linked List. So for the first-time pass, iterate till last and print data. Since we need to print the list in reverse order obviously we will look at the last element first i.e. Just imagine how you will do it manually. Think about printing Linked List in reverse order. In this post, we will focus on Recursion logic as this solution is expected in interviews and good for logic building as well. You can use the stack as well which works on the LIFO principle.Now iterate given LinkedList and start storing in array in reverse order. Get the size of the List and create and create an array of that size.There are multiple ways to achieve the same. Prerequisite postĭata Structure For Testers – Implement Linked List In Javaĭata Structure For Testers – Reverse Linked List In Java Logic to print Linked List in reverse order Step by step recursion logic to print list in reverse orderĪs a part of the Data structure for Testers in this post, we will learn to print a LinkedList in reverse order without reversing the actual List. ![]() Logic to print Linked List in reverse order.
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