STEP 3: Return node n Steps to Implement TraverseLinkedList(head *Node) STEP 2: Create node n by assigning data into its node value and changing the pointer of the node as the next node. STEP 6: Exit Steps to Implement NewNode(value int) STEP 5: Display the reversal of the input linked list by calling the function ReverseLinkedList(head) STEP 4: Call the function TraverseLinkedList(head) to display the input linked list. Here the head is the start node of the linked list. STEP 3: Create a linked list by calling the function NewNode(). Given below are the steps that are used in the Go program to reverse a given Linked List. Finally, display the head node value at the end. If so return otherwise, call ReverseLinkedList, recursively. This function will check if the head is equal to nil. To display the reversal of the input linked list, call the function ReverseLinkedList(head). This Go program defines a method that accepts the head of a linked list. After that Main function starts, inside the main, we are doing the whole program. In order to use these library functions, we need to import the “ fmt” package. Here we are importing the “ fmt” package to include some standard libraries into the program.
#Reverse linked list how to
In this section, we’ll focus our attention on how to reverse a given linked list by using GO language. How to implement reverse a given linked list in GO using recursion We can see all the elements in the linked list are linked using pointers.
It has a bunch of nodes and each node contains the data and a pointer to access the next node.
For a better understanding of this example, we always recommend you to learn the basic topics of Golang programming listed below:Ī linked list is one of the linear data structures that we come across in computer programming.
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