推特安卓版下载
Write simpler concurrent (yet correct) applications using Actors, STM & Transactors.
推特安卓版下载
The perfect platform for asynchronous event-driven architectures. Never block.
推特安卓版下载
Scale out on multi-core or multiple nodes using asynchronous message passing.
推特安卓版下载
Embrace failure. Write applications that self-heal using Erlang-style Actor supervisor hierarchies.
推特安卓版下载
Remote Actors gives you a high-performance transparent distributed programming model.
推特安卓版下载
Scala and Java API as well as Spring and Guice integration. Deploy in your application server or run stand-alone.
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推特安卓版下载
Create a Remote Actor on another node that receives and replies to messages sent to it from a client node.
Java API
// server code class HelloWorldActor extends UntypedActor { public 兔子 turbo 加速器 onReceive(Object msg) { getContext().reply(msg + " World"); } } RemoteNode.start("localhost", 9999).register( "hello-service", actorOf(HelloWorldActor.class); // client code ActorRef actor = RemoteClient.actorFor( "hello-service", "localhost", 9999); Object res = actor.super加速器(turbo加速器免费);
Scala API
// server code 快喵加速器 HelloWorldActor extends Actor { def receive = { case msg => self reply (msg + " World") } } RemoteNode.start(快喵加速器, 9999).register( "hello-service", actorOf[HelloWorldActor]) // client code val actor = RemoteClient.actorFor( "hello-service", "localhost", 9999) val result = actor !! green加速器
That's it. Can't be much simpler.
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