* Direct the node to store a new element. * Get the element stored within this node. * node node which should follow the current one * Specify that the given node should follow the current one in the linked list. * Reference to the node following this one isempty() - checks if the queue is empty. ![]() peek() - returns the front element of the queue. dequeue() - removes the last element of the queue. enqueue() - add an element to the front of the queue. * elem Element to which the new node should refer In this article, we will cover the implementation of Queue in Java using Array and generics. * Creates a node storing the specified element. ** Reference to the node following this one in the linked list. Because these are used relatively often, this is a standalone * Class which defines an Entry in a singly-linked list. * True if the Queue does not have any elements false otherwise. * Returns whether there are any elements in this Queue. * Returns the number of elements in this Queue. * EmptyQueueException Thrown when the Queuedoes not have any elements * Element that is at the front of the queue. * queue, but unlike #dequeue} this method DOES NOT remove it from the * Like #dequeue()}, this returns the element at the front of the * EmptyQueueException Thrown when the Queue does not have any * Element that was removed from the front of the Queue. * this is the only method available to remove data from the Queue. * Removes and returns the element at the front of this queue. * Element added to the Queue (e.g., item}). * item Element to be added to the end of the queue. * method available to add data to a Queue. ** Create a new (empty) instance of this class. ![]() * The number of elements currently in the queue. This is the end of the list where we add elements ![]() You can rate examples to help us improve the quality of examples. * The first node in the linked list (or null if the list is empty). These are the top rated real world Java examples of Queue.enqueue extracted from open source projects. This is the end of the list where we remove * The first node in the linked list (or null if the list is empty). Besides in the naming convention, this does not include the methods that are inappropriate for a Queue to * Class which implements a proper Queue} (including using the CORRECT method names) using a set of singly linked I'm confused how to approach the methods, and how to build them? Is there an algorithm to build the methods, or a certain type of thinking needed in order to approach the problem?
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