Unfortunately, Java applications taking advantage of multiple threads can at times run into the dreaded deadlock condition. Fortunately, the Java Platform makes deadlock detection relatively easy.

Virtual threads are being proposed for Java, in an effort to dramatically reduce the effort required to write, maintain, and observe high-throughput concurrent applications. A draft JDK ...

But there's always room for improvement. At Oracle CloudWorld, the Java team unveiled a list of key new features in Java 21, which went into general availability last week. First up: Virtual threads ...

The latest update to Java on Visual Studio Code improves the debugging experience thanks to support for the newly released Java 19. Java 19 shipped a month ago with a preview of Virtual Threads and ...

Virtual threads is in preview in Java 21, and this feature helps reduce the effort of writing concurrent applications in Java.

Support for Virtual Threads streamlines the process of writing, maintaining, and observing high-throughput, concurrent applications by introducing lightweight virtual threads to the Java Platform.

The October update of Microsoft's Visual Studio Code for Java comes with updates in the code editing and debugging experience, thanks to the Java 19 preview of Virtual Threads in Project Loom.

Thread dump is a snapshot of all the threads that were executing at a moment in time. It shows the stack trace of each thread, the locks they have obtained, locks on which they are waiting, their ...

Unfortunately, if Java is their first language, this can mean threading before they’re ready. Let’s look at some of the gotchas that can sneak in while using threads. Unsynchronized wait () ...