Advanced concurrent control technology in Atlassian Concurrency Utilities framework

Atlassian Concurrency Utilities is a powerful Java concurrent framework that provides many advanced concurrent control technologies to help developers write high -efficiency and scalable multi -threaded applications.This article will introduce some of the advanced concurrent control technologies in the Atlassian Concurrent Utilities framework, and provide some Java code examples. 1. Asynchronous task Atlassian Concurrency Utilities provides a simple and powerful way to perform asynchronous tasks.By using the `Timedtaskrunner`, we can create an asynchronous task that can be performed in the background thread and set the timeout of the task.The following is an example code that performs asynchronous tasks: TimedTaskRunner taskRunner = new TimedTaskRunner(); taskRunner.runTask(new Runnable() { @Override public void run() { // Code logic of asynchronous task } }, 1000); // The timeout of setting the task is 1000 milliseconds 2. Re -lock (ReentrantLock) Atlassian Concurrency Utilities provides an implementation of a recurrence lock, so that the critical section in the multi -threaded code can be more concise and readable.The following is an example of using a heavy -duty lock: Lock lock = new ReentrantLock(); try { lock.lock (); // Get the lock // Code logic in the critical area } finally { lock.unlock (); // Release the lock } 3. ReadwriteLock Reading and writing lock is a high -level concurrent control technology that can improve the concurrent performance of multi -threaded reading operations.Atlassian Concurrency Utilities provides an implementation of a read -write lock. The following is an example of reading and writing locks: ReadWriteLock lock = new ReentrantReadWriteLock(); lock.readlock (). Lock (); // Get the read lock try { // Code logic of reading operation } finally { lock.readlock (). Unlock (); // Release the read lock } 4. Symaphore (SEMAPHORE) Atlassian Concurrency Utilities also offers the implementation of the signal quantity, which can be used to control the number of threads executed at the same time.The following is an example of using the semaphore: Semaphore semaphore = New Semaphore (5); // Initialize the semaphore, allow up to 5 threads at the same time try { semaphore.acquire (); // Get the semaphore // thread code logic } finally { semaphore.release (); // Release the signal amount } By using these advanced concurrent control technology in the Atlassian Concurrency Utilities framework, developers can more easily write high -efficiency and scalable multi -threaded applications.Whether it is asynchronous tasks, re -income locks, read and write locks, or semaphores, these technologies can help us handle various challenges in concurrent programming.