Explores using Java 21+ virtual threads to elegantly convert legacy Future objects into modern, composable CompletableFuture instances.
Explores using Java 21+ virtual threads to elegantly convert legacy Future objects into modern, composable CompletableFuture instances.
Overview of the revamped structured concurrency API in Java 25, a key feature for managing concurrent tasks with virtual threads.
Overview of JDK 24's key performance enhancements, including virtual thread synchronization and size reduction, plus details on deprecations.
Overview of Java 24's new features, including Stream Gatherers, virtual thread synchronization, and performance improvements.
Java 24 reduces virtual thread pinning in synchronized blocks, improving scalability, with details on remaining pinning cases and thread capture.
A recap of Java's major developments in 2023, including JDK 21, virtual threads, and improved developer tooling and accessibility.
A technical talk and repository showcasing modern Java 21/22 features like virtual threads, records, and structured concurrency through a GitHub crawler project.
Explains how virtual threads in Java combine the simplicity of blocking code with the scalability of reactive programming for better performance.
A detailed overview of Java 20's new features, including security, performance, and preview features like virtual threads and structured concurrency.
A summary of key Java projects (Loom, Valhalla, Panama, Amber, Leyden, Galahad) and their planned developments for 2023, based on an Oracle developer advocate's insights.
A summary of 24 Java features introduced in 2022, covering language updates, APIs, tooling, and performance improvements from the OpenJDK community.
An overview of Project Loom's impact on the Java ecosystem, covering virtual threads, tooling, web servers, and major frameworks.
A look at Java 19 features including Project Loom's virtual threads, structured concurrency, records, and new programming patterns.
Explores thread scheduling fairness for CPU-bound workloads in Java's Project Loom and its new virtual threads feature.
Explores thread scheduling fairness for CPU-bound workloads in Java's Project Loom, focusing on virtual threads.
Java Newscast covering recent OpenJDK developments, including Project Loom's virtual threads, Lilliput, and pattern matching.
A deep dive into Java's Project Loom, explaining virtual threads, their scheduling, memory management, and how they improve application scalability.
An expert invites questions about modern Java features, projects, and upcoming presentations at tech conferences.
Project Loom introduces structured concurrency with virtual threads, a new paradigm for writing concurrent Java code, as discussed in the Inside Java Newscast.
