• vertx.createHttpServer().requestHandler({ req -> req.response() .putHeader("content-type", "text/plain") .end("Hello from Vert.x!") }).listen(8080).
  • The most basic benefit of Vert.x is handling a lot of concurrencies using a small number of kernel threads by the event-driven and non-blocking approach.
  • It is also used by many other components of Vert.x. ... An event-bus bridge that lets you interact with Vert.x from any application over a simple TCP-based protocol.
  • Videos about vert.x the reactive toolkit for the Java Virtual Machine.
  • Similarly, Vert.x uses an event bus, to communicate with different parts of the application and passes events, asynchronously to handlers when they available.
  • vert.x vert.x Public. ... Vert.x is a tool-kit for building reactive applications on the JVM. eclipse-vertx/vert.x’s past year of commit activity.
  • 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.
  • 4.3.2 enables preview for Vert.x virtual threads incubation project! https://github.com/vert-x3/vertx-virtual-threads-incubator…
  • vert.x. start Start a vert.x application in background stop Stop a vert.x application test Runs a Vert.x Unit test called <test-verticle> in its own instance.
  • The sections below describe most of the major components of Vert.x, with links to the source repository, manuals in different languages, and API documentation.