Java’s thirtieth birthday arrives amid the clamour surrounding generative AI, a technology already capable of drafting ...

Since Java 21, wrapper classes have played an increasingly sophisticated role in Java’s type system. Here’s everything you ...

Notifications You must be signed in to change notification settings Fork 275 ...

The "tip and tail" release model represents a significant step forward, offering revolutionary changes that are ambitious but not without challenges.

Virtual Threads: Revolutionizing High-Concurrency Applications JDK 21's virtual threads are a major leap forward for Java's concurrency model.

To unlock the power of virtual threads in Java, developers must understand how they work versus traditional threads and how to avoid the problem of pinning.

The Java thread model has its roots in traditional concurrent programming. As the "real-time specification for Java" sidebar describes, RTSJ attempts to remove some of the limitations relative to real ...

Virtual Threads represent a contemporary structured concurrency model in Java Virtual Machine (JVM) seeking to increase the performance of multi-threaded Java applications by optimizing the ...

A primer on Java 21 virtual threads with examples Virtual threads let developers build applications that handle potentially millions of users and ensure consistent service delivery. Here's how Java 21 ...

Java has a powerful new concurrency model, and it works with both traditional and virtual threads. Here's a first look at structured concurrency.