![]() We are here to help you with every step on your journey and come up with a curriculum that is designed for students and professionals who want to be a Java Developer. If you found this article on “Deadlock In Java” relevant, check out the Edureka’s Java Certification Training, a trusted online learning company with a network of more than 250,000 satisfied learners spread across the globe. I hope you are clear with all that has been shared with you in this tutorial. This brings us to the end of this article where we have learned about the deadlock in Java and how to avoid it. In this case, we can use Thread.join with a maximum time that a thread will take. Using Thread Join – A deadlock usually happens when one thread is waiting for the other to finish. Giving locks to the unnecessary threads that cause the deadlock condition. It normally happens when you give locks to multiple threads.Īvoid Unnecessary Locks – The locks should be given to the important threads. Thread 2: Locked r2 How To Avoid Deadlock in Java?Īlthough it is not completely possible to avoid deadlock condition, but we can follow certain measures or pointers to avoid them:Īvoid Nested Locks – You must avoid giving locks to multiple threads, this is the main reason for a deadlock condition. It causes the executing thread to block while waiting for the lock, or monitor, associated with the specified object. Multithreaded Programming in Java suffers from the deadlock situation because of the synchronized keyword. This usually happens when multiple threads need the same locks but obtain them in different orders. ![]() ![]() Following are the topics discussed in this blog:ĭeadlock in Java is a condition where two or more threads are blocked forever, waiting for each other. In this article, We will understand the deadlock condition in Java and different ways to avoid it. But in certain cases or due to certain shortcomings, the threads find themselves in the waiting state forever. It involves multiple threads running simultaneously for multitasking. Java programming language supports multithreading. ![]()
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