• vertx.createHttpServer().requestHandler({ req -> req.response() .putHeader("content-type", "text/plain") .end("Hello from Vert.x!") }).listen(8080).
  • Akiro MQTT leverages these advantages of Vert.x and is one of the high throughput systems which can handle over 10’s of millions of connections.
  • And introduction to developing low-latency, highly parallel, non-blocking applications in Java using Eclipse Vert.x toolkit. https://vertx.io/.
  • If you were excited about Node.js, Vert.x could be the next big thing for you: a similarly architected enterprise system that is built on the JVM.
  • Vert.x 4 provides a future based API which need to respect the same semantics as Vert.x 3: any callback on a future should predictably run on the same context.
  • The other projects that make up the Vert.x stack did not migrate to Eclipse but continued to use the "Vert.x" trademark with tacit approval of the Eclipse Foundation.
  • A curated list of awesome Vert.x resources, libraries, and other nice things. ... vert-x3/vertx-4-migration-guide’s past year of commit activity.
  • Unlike Node.js, Vert.x is a library that can be called from a variety of languages supported on the JVM, including Java, Ruby and JavaScript.
  • We will attempt to explain Vert.x in just a few lines. As written on the Vert.x web site, Vert.x is "a toolkit for building reactive applications on the JVM".
  • Vert.x Reference Guide. Vert.x is a toolkit for building reactive applications. As described in the Quarkus Reactive Architecture, Quarkus uses Vert.x underneath.