How to use the low -delayed original concurrent queue framework in the Java library

In Java, low -delayed primitive concurrent queue is a very useful data structure that can be used for high -throughput concurrent applications.It provides a effective way to share data between multiple threads and can achieve very low delay.This article will introduce how to use the low -delayed original concurrent queue framework in the Java library and provide some Java code examples. First of all, we need to understand what is low delayed original concurrent queue.Low latency means that when adding and deleting elements to the queue, the execution time of the operation is very short and will not block other threads.The original complication queue means that the elements in the queue can be the basic data type of Java, not the object.This can reduce memory overhead and improve performance. The Java class library provides many classes that implement low -delayed primitive concurrent queue interfaces. The most commonly used is the `java.util.concurrent.concurrentlinkedQueue` and` java.util.Concurrent.linkedtransferqueue`.These classes provide a thread -safe queue operation, and the operation has low delay characteristics. Below is an example of using `ConcurrenTlinkedQueue`: import java.util.concurrent.ConcurrentLinkedQueue; public class ConcurrentQueueExample { public static void main(String[] args) { ConcurrentLinkedQueue<String> queue = new ConcurrentLinkedQueue<>(); // Add elements to the queue queue.offer ("Element 1"); queue.offer ("Element 2"); queue.offer ("Element 3"); // Get and delete elements from the queue String element = queue.poll(); System.out.println ("Elements obtained from the queue:" + Element); // Traversing elements in the queue for (String item : queue) { System.out.println ("Elements in the queue:" + item); } } } In the above example, we created a `ConcurrentLinkedQueue" object, and used the `Offer ()` method to add three elements to the queue.Then, we use the `Poll ()` method to obtain and delete the elements in the queue and print it out.Finally, we use the `For-Each` to cycle the elements in the queue and print them out. Another commonly used low -delayed original concurrent queue framework is `linkedtransferQueue.Below is an example of using `LinkedtransferQueue`: import java.util.concurrent.LinkedTransferQueue; public class TransferQueueExample { public static void main(String[] args) { LinkedTransferQueue<String> queue = new LinkedTransferQueue<>(); // Add elements to the queue queue.add ("Element 1"); queue.add ("Element 2"); queue.add ("Element 3"); // Get and delete elements from the queue String element = queue.poll(); System.out.println ("Elements obtained from the queue:" + Element); // Traversing elements in the queue for (String item : queue) { System.out.println ("Elements in the queue:" + item); } } } In this example, we created an object of `Linkedtransferqueue, and used the` ADD () `method to add three elements to the queue.Then, we use the `Poll ()` method to obtain and delete the elements in the queue and print it out.Finally, we use the `For-Each` to cycle the elements in the queue and print them out. By using low delayed original concurrent queue framework, we can realize high -throughput concurrent applications and provide very low operating latency.These frameworks are very useful when dealing with concurrent tasks, and can be easily used in the Java class library.