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    root
  • package io
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    root
  • package leonard
    Definition Classes
    io
  • package amqp

    Scala wrapper for interacting with AMQP, the aim is for convenient: - scala style usage - RPC calls - event hooks - reconnection strategies - message creation and extraction for common message types

    Scala wrapper for interacting with AMQP, the aim is for convenient: - scala style usage - RPC calls - event hooks - reconnection strategies - message creation and extraction for common message types

    Overview

    Build connections with io.leonard.amqp.ConnectionHolder.builder

    Create a connection:

    val connection = ConnectionHolder.builder("amqps://guest:password@host:port")
  .eventHooks(EventHooks(eventListener))
  .reconnectionStrategy(ReconnectionStrategy.JavaClientFixedReconnectDelay(1 second))
  .build()

    Create a channel:

    val channel = connection.newChannel()

    Create an RPC server listening on queue "queue.name", expecting a String and echoing it back:

    def rpcHandler(request: Message): Future[Message] = request match {
  case Message.String(string) => Future(Message.String(string))
}
val queue = QueueDeclare(Some("queue.name"))
val rpcServerCloser = channel.rpcServer(queue, AckOnHandled)(rpcHandler)

    Create an RPC client method which sends requests to the queue "queue.name" with a response timeout of 10 seconds :

    val rpcClient = RPCClient(channel)
val rpcMethod = rpcClient.newMethod(Exchange.Default.route("queue.name"), 10 second)

    Create a consumer on "queue.name" printing out strings sent to it:

    def consumer(request: Message): Unit = request match {
  case Message.String(string) => println(string)
}
val queue = QueueDeclare(Some("queue.name"))
channel.addConsumer(queue, consumer)

    Send a message to "queue.name":

    channel.send(Exchange.Default.route("queue.name"), Message.String("message")
    Definition Classes
    leonard
  • package concurrent
    Definition Classes
    amqp
  • CancellableFuture
  • FutureTimeout
  • ScheduledExecutor
o

io.leonard.amqp.concurrent

FutureTimeout

object FutureTimeout

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  16. def timeoutAfter[T](duration: FiniteDuration)(future: Future[T])(implicit executor: ScheduledExecutor): Future[T]

    Returns a new future which will be completed either by the original future or by a timeout exception after the specified delay.

    Returns a new future which will be completed either by the original future or by a timeout exception after the specified delay. Timeout tasks are cancelled when the main future completes

    duration

    to set timeout

    future

    for the main completion of the returned future

    executor

    schedules the timeout and combines the futures

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