Packages

  • package root
    Definition Classes
    root
  • package com
    Definition Classes
    root
  • package twitter

    Start with com.twitter.finagle.

    Definition Classes
    com
  • package finagle

    Finagle is an extensible RPC system.

    Finagle is an extensible RPC system.

    Services are represented by class com.twitter.finagle.Service. Clients make use of com.twitter.finagle.Service objects while servers implement them.

    Finagle contains a number of protocol implementations; each of these implement Client and/or com.twitter.finagle.Server. For example, Finagle's HTTP implementation, com.twitter.finagle.Http (in package finagle-http), exposes both.

    Thus a simple HTTP server is built like this:

    import com.twitter.finagle.{Http, Service}
    import com.twitter.finagle.http.{Request, Response}
    import com.twitter.util.{Await, Future}
    
    val service = new Service[Request, Response] {
      def apply(req: Request): Future[Response] =
        Future.value(Response())
    }
    val server = Http.server.serve(":8080", service)
    Await.ready(server)

    We first define a service to which requests are dispatched. In this case, the service returns immediately with a HTTP 200 OK response, and with no content.

    This service is then served via the Http protocol on TCP port 8080. Finally we wait for the server to stop serving.

    We can now query our web server:

    % curl -D - localhost:8080
    HTTP/1.1 200 OK

    Building an HTTP client is also simple. (Note that type annotations are added for illustration.)

    import com.twitter.finagle.{Http, Service}
    import com.twitter.finagle.http.{Request, Response}
    import com.twitter.util.{Future, Return, Throw}
    
    val client: Service[Request, Response] = Http.client.newService("localhost:8080")
    val f: Future[Response] = client(Request()).respond {
      case Return(rep) =>
        printf("Got HTTP response %s\n", rep)
      case Throw(exc) =>
        printf("Got error %s\n", exc)
    }

    Http.client.newService("localhost:8080") constructs a new com.twitter.finagle.Service instance connected to localhost TCP port 8080. We then issue a HTTP/1.1 GET request to URI "/". The service returns a com.twitter.util.Future representing the result of the operation. We listen to this future, printing an appropriate message when the response arrives.

    The Finagle homepage contains useful documentation and resources for using Finagle.

    Definition Classes
    twitter
  • package netty4

    Package netty4 implements the bottom finagle primitives: com.twitter.finagle.Server and a client transport in terms of the netty4 event loop.

    Package netty4 implements the bottom finagle primitives: com.twitter.finagle.Server and a client transport in terms of the netty4 event loop.

    Definition Classes
    finagle
  • package exp
    Definition Classes
    netty4
  • package http

    Finagle HTTP implementation based on Netty 4.

    Finagle HTTP implementation based on Netty 4.

    Definition Classes
    netty4
  • package param
    Definition Classes
    netty4
  • package ssl
    Definition Classes
    netty4
  • package threading
    Definition Classes
    netty4
  • Netty4Listener
  • Netty4Transporter
  • nativeEpoll
  • numWorkers
  • referenceLeakLintRule
o

com.twitter.finagle.netty4

Netty4Transporter

object Netty4Transporter

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  9. def framedBuf(framerFactory: Option[() ⇒ Framer], addr: SocketAddress, params: Params): Transporter[Buf, Buf, TransportContext]

    Transporter constructor for protocols which are entirely implemented in dispatchers (ie; finagle-mux, finagle-mysql) and expect c.t.io.Bufs

    Transporter constructor for protocols which are entirely implemented in dispatchers (ie; finagle-mux, finagle-mysql) and expect c.t.io.Bufs

    Note

    this factory method will install the DirectToHeapInboundHandler which copies all direct ByteBufs to heap allocated ByteBufs and frees the direct buffer.

  10. final def getClass(): Class[_]
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  15. final def notifyAll(): Unit
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  16. def raw[In, Out](pipelineInit: (ChannelPipeline) ⇒ Unit, addr: SocketAddress, params: Params)(implicit mOut: Manifest[Out]): Transporter[In, Out, TransportContext]

    Transporter constructor for protocols that need direct access to the netty pipeline (ie; finagle-http)

    Transporter constructor for protocols that need direct access to the netty pipeline (ie; finagle-http)

    Note

    this factory method makes no assumptions about reference counting of ByteBuf instances.

  17. def raw[In, Out, Ctx <: TransportContext](pipelineInit: (ChannelPipeline) ⇒ Unit, addr: SocketAddress, params: Params, transportFactory: (Channel) ⇒ Transport[Any, Any] { type Context <: Ctx })(implicit mOut: Manifest[Out]): Transporter[In, Out, Ctx]

    Transporter constructor for protocols that need direct access to the netty pipeline (ie; finagle-http)

    Transporter constructor for protocols that need direct access to the netty pipeline (ie; finagle-http)

    Note

    this factory method makes no assumptions about reference counting of ByteBuf instances.

  18. final def synchronized[T0](arg0: ⇒ T0): T0
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  20. final def wait(): Unit
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  21. final def wait(arg0: Long, arg1: Int): Unit
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  22. final def wait(arg0: Long): Unit
    Definition Classes
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