Prints Linked List in reverse order without reversing it. Linked list is a specific way of representing sequences of data elements in memory, where each element is paired with a pointer of sorts to the next element in the sequence. * make new node as new head of linked list */ * Next pointer of new node will point to head node of linked list */ Struct node* newNode = (struct node*) malloc(sizeof(struct node)) Given a Inserts a node in front of a singly linked list. Reading linked list stack backwards series Print stack till stack is not empty Instead of. Singly linked list's node structure is as follows:įunction void reverseLLPrint(struct node *head) is a recursive function which takes head pointer of a linked list prints it's nodes in reverse order.Ĭ program to print a linked list in reverse using recursion In order to reverse the linked list, you need to iterate. It can be implemented using an array and linked list. Stack supports various operations like push, pop, peek, empty, and size. When sub linked list get printed in reverse order then we will print the head node stored in function stack. Each node in the linked list contains two things, data and a pointer to the next node in the list. Introduction Stack is a linear data structure that follows the Last in, First out principle (LIFO). A stack can be implemented as a linked list where the new element is 'pushed' in front. We will store the head node of linked list in function stack and then recursively call reverseLLPrint function for sub linked list starting from head->next. To print a singly linked list in reverse order, we will use a recursive function.
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