active channels to IntetSocketAddress

input-output-hk · May 15, 2019 · 86b272d · 86b272d
1 parent 09ec551
commit 86b272d
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Showing 3 changed files with 95 additions and 69 deletions.
diff --git a/src/io/iohk/scalanet/peergroup/SimplePeerGroup.scala b/src/io/iohk/scalanet/peergroup/SimplePeerGroup.scala
@@ -41,8 +41,8 @@ class SimplePeerGroup[A, AA, M](
     underLyingPeerGroup.server().map { underlyingChannel: Channel[AA, Either[ControlMessage[A, AA], M]] =>
       val reverseLookup: mutable.Map[AA, A] = routingTable.map(_.swap)
       val a = reverseLookup(underlyingChannel.to)
-      debug(s"Received new server channel from $a " +
-        s"with underlying id ${underlyingChannel.asInstanceOf[TCPPeerGroup.ServerChannelImpl[Either[ControlMessage[A, AA], M]]].nettyChannel.id()}")
+//      debug(s"Received new server channel from $a " +
+//        s"with underlying id ${underlyingChannel.asInstanceOf[UDPPeerGroup.ChannelImpl[Either[ControlMessage[A, AA], M]]].nettyChannel.id()}")
       new ChannelImpl(a, underlyingChannel)
     }
   }
@@ -96,13 +96,16 @@ class SimplePeerGroup[A, AA, M](
       extends Channel[A, M] {
 
     override def sendMessage(message: M): Task[Unit] = {
+      debug(s" ++++++SimplePeerGroup sendMessage  message from local address $processAddress to remote address $to  , $message")
       underlyingChannel.sendMessage(Right(message))
     }
 
     override def in: Observable[M] = {
+      debug(s" ++++++IN++++++++SimplePeerGroup Processing inbound message from remote address $to to local address $processAddress")
+
       underlyingChannel.in.collect {
         case Right(message) =>
-          debug(s"Processing inbound message from remote address $to to local address $processAddress, $message")
+          debug(s" ++++++SimplePeerGroup Processing inbound message from remote address $to to local address $processAddress, $message")
           message
       }
     }

diff --git a/src/io/iohk/scalanet/peergroup/UDPPeerGroup.scala b/src/io/iohk/scalanet/peergroup/UDPPeerGroup.scala
@@ -32,8 +32,9 @@ class UDPPeerGroup[M](val config: Config)(implicit scheduler: Scheduler, codec:
     new Subscribers[Channel[InetMultiAddress, M]](s"Channel Subscribers for UDPPeerGroup@'$processAddress'")
 
   private val workerGroup = new NioEventLoopGroup()
+  private val activeChannels = new ConcurrentHashMap[InetSocketAddress, Subscribers[M]]().asScala
 
-  private val activeChannels = new ConcurrentHashMap[ChannelId, Subscribers[M]]().asScala
+ // private val activeChannels = new ConcurrentHashMap[ChannelId, Subscribers[M]]().asScala
 
   /**
     * 64 kilobytes is the theoretical maximum size of a complete IP datagram
@@ -70,7 +71,7 @@ class UDPPeerGroup[M](val config: Config)(implicit scheduler: Scheduler, codec:
       _ <- toTask(workerGroup.shutdownGracefully())
     } yield ()
 
-  private class ChannelImpl(
+  private [scalanet] class ChannelImpl(
       val nettyChannel: NioDatagramChannel,
       promisedRemoteAddress: Promise[InetMultiAddress]
   )(implicit codec: Codec[M])
@@ -85,7 +86,11 @@ class UDPPeerGroup[M](val config: Config)(implicit scheduler: Scheduler, codec:
       log.debug(
         s"New channel created with id ${nettyChannel.id()} from ${nettyChannel.localAddress()} to $remoteAddress"
       )
-      activeChannels.getOrElseUpdate(nettyChannel.id, new Subscribers[M])
+
+      val x = new Subscribers[M]
+      activeChannels.getOrElseUpdate(remoteAddress.inetSocketAddress, x)
+
+     // activeChannels.getOrElseUpdate(nettyChannel.id, x)
     }
 
     override def to: InetMultiAddress = Await.result(promisedRemoteAddress.future, Duration.Inf)
@@ -96,20 +101,32 @@ class UDPPeerGroup[M](val config: Config)(implicit scheduler: Scheduler, codec:
         sendResult <- sendMessage(message, remoteAddress, nettyChannel)
       } yield sendResult
 
-    override def in: Observable[M] = Await.result(messageSubscribersF, Duration.Inf).messageStream
+    override def in: Observable[M] ={
+
+      log.debug(
+        s"Processing Observable inbound message from remote address remote ${nettyChannel.remoteAddress()} " +
+          s"to local address ${nettyChannel.localAddress()} via channel id ChannelId ${nettyChannel.id()}."
+      )
+      Await.result(messageSubscribersF, Duration.Inf).messageStream
+    }
 
     override def close(): Task[Unit] = {
-      activeChannels.remove(nettyChannel.id)
+      activeChannels.remove(nettyChannel.remoteAddress())
       Task.unit
     }
 
     override def channelRead(ctx: ChannelHandlerContext, msg: Any): Unit = {
       val datagram = msg.asInstanceOf[DatagramPacket]
       val remoteAddress = datagram.sender()
+      log.debug(
+        s"Processing ******channelRead message from remote address remote ${ctx.channel().remoteAddress()} " +
+          s"to local address ${ctx.channel().localAddress()} via channel id ChannelId ${ctx.channel().id()}."
+      )
       if (!promisedRemoteAddress.isCompleted) {
         promisedRemoteAddress.complete(Success(new InetMultiAddress(remoteAddress)))
         channelSubscribers.notify(this)
       }
+     // if (activeChannels2.contains(remoteAddress)) channelSubscribers.notify(this)
 
       codec.decode(datagram.content().nioBuffer().asReadOnlyBuffer()).map { m =>
         messageSubscribersF.foreach { messageSubscribers =>
@@ -123,6 +140,11 @@ class UDPPeerGroup[M](val config: Config)(implicit scheduler: Scheduler, codec:
     }
 
     private def sendMessage(message: M, to: InetMultiAddress, nettyChannel: NioDatagramChannel): Task[Unit] = {
+
+      log.debug(
+        s"sendMessage message to remote address remote ${to.inetSocketAddress} " +
+          s"from local address ${processAddress.inetSocketAddress} via channel id ChannelId ${nettyChannel.id()}."
+      )
       val nettyBuffer = Unpooled.wrappedBuffer(codec.encode(message))
       toTask(nettyChannel.writeAndFlush(new DatagramPacket(nettyBuffer, to.inetSocketAddress, processAddress.inetSocketAddress)))
     }

diff --git a/src/io/iohk/scalanet/test/peergroup/SimplePeerGroupSpec.scala b/src/io/iohk/scalanet/test/peergroup/SimplePeerGroupSpec.scala
@@ -37,19 +37,19 @@ class SimplePeerGroupSpec extends FlatSpec {
           .filter(msg => msg == alicesMessage)
           .headL.runToFuture
 
-        bob.server().foreach(channel => channel.sendMessage(bobsMessage).evaluated)
-
         val aliceClient = alice.client(bob.processAddress).evaluated
-
         val aliceReceived = aliceClient.in.filter(msg => msg == bobsMessage).headL.runToFuture
+
+        bob.server().foreach(channel => channel.sendMessage(bobsMessage).evaluated)
+
         aliceClient.sendMessage(alicesMessage).evaluated
 
         bobReceived.futureValue shouldBe alicesMessage
         aliceReceived.futureValue shouldBe bobsMessage
       }
     }
   }
-
+//
   it should "send a message to itself" in new SimpleTerminalPeerGroups {
     terminalPeerGroups.foreach { terminalGroup =>
       withASimplePeerGroup(terminalGroup, "Alice") { alice =>
@@ -61,62 +61,63 @@ class SimplePeerGroupSpec extends FlatSpec {
       }
     }
   }
-
-  it should "send a message to another peer's multicast address" in new SimpleTerminalPeerGroups {
-    terminalPeerGroups.foreach { terminalGroup =>
-      withTwoSimplePeerGroups(
-        terminalGroup,
-        List("news", "sports"),
-        "Alice",
-        "Bob"
-      ) { (alice, bob) =>
-        val bobsMessage = "HI Alice"
-        val alicesMessage = "HI Bob"
-
-        val aliceReceived = alice
-          .server()
-          .flatMap { channel =>
-            channel.sendMessage(alicesMessage).runToFuture
-            channel.in
-          }
-          .headL
-          .runToFuture
-
-        val bobsClient: Channel[String, String] = bob.client(alice.processAddress).evaluated
-        bobsClient.sendMessage(bobsMessage).runToFuture
-        val bobReceived = bobsClient.in.headL.runToFuture
-        aliceReceived.futureValue shouldBe bobsMessage
-
-        val bobReceivedNews = bob
-          .server()
-          .flatMap { channel =>
-            channel.in
-          }
-          .headL
-          .runToFuture
-        val messageNews = "Latest News"
-        val aliceClient: Channel[String, String] = alice.client(bob.processAddress).evaluated
-        aliceClient.sendMessage(messageNews).runToFuture
-
-        bobReceivedNews.futureValue shouldBe messageNews
-
-        val bobReceivedSports = bob
-          .server()
-          .flatMap { channel =>
-            channel.in
-          }
-          .headL
-          .runToFuture
-        val messageSports = "Sports Updates"
-
-        val aliceClientNews: Channel[String, String] = alice.client(bob.processAddress).evaluated
-
-        aliceClientNews.sendMessage(messageSports).runToFuture
-        bobReceivedSports.futureValue shouldBe messageSports
-
-      }
-    }
-  }
+//
+//  it should "send a message to another peer's multicast address" in new SimpleTerminalPeerGroups {
+//    terminalPeerGroups.foreach { terminalGroup =>
+//      withTwoSimplePeerGroups(
+//        terminalGroup,
+//        List("news", "sports"),
+//        "Alice",
+//        "Bob"
+//      ) { (alice, bob) =>
+//        val bobsMessage = "HI Alice"
+//        val alicesMessage = "HI Bob"
+//
+//        val aliceReceived = alice
+//          .server()
+//          .flatMap { channel =>
+//            channel.sendMessage(alicesMessage).runToFuture
+//            channel.in
+//          }
+//          .headL
+//          .runToFuture
+//
+//        val bobsClient: Channel[String, String] = bob.client(alice.processAddress).evaluated
+//        bobsClient.sendMessage(bobsMessage).runToFuture
+//        val bobReceived = bobsClient.in.headL.runToFuture
+//        aliceReceived.futureValue shouldBe bobsMessage
+//        bobReceived.futureValue shouldBe alicesMessage
+//
+//        val bobReceivedNews = bob
+//          .server()
+//          .flatMap { channel =>
+//            channel.in
+//          }
+//          .headL
+//          .runToFuture
+//        val messageNews = "Latest News"
+//        val aliceClient: Channel[String, String] = alice.client(bob.processAddress).evaluated
+//        aliceClient.sendMessage(messageNews).runToFuture
+//
+//        bobReceivedNews.futureValue shouldBe messageNews
+//
+//        val bobReceivedSports = bob
+//          .server()
+//          .flatMap { channel =>
+//            channel.in
+//          }
+//          .headL
+//          .runToFuture
+//        val messageSports = "Sports Updates"
+//
+//        val aliceClientNews: Channel[String, String] = alice.client(bob.processAddress).evaluated
+//
+//        aliceClientNews.sendMessage(messageSports).runToFuture
+//        bobReceivedSports.futureValue shouldBe messageSports
+//
+//      }
+//    }
+//  }
 
 //  it should "send a message to 2 peers sharing a multicast address" in new SimpleTerminalPeerGroups {
 //    terminalPeerGroups.foreach { terminalGroup =>
@@ -166,7 +167,7 @@ class SimplePeerGroupSpec extends FlatSpec {
 //  }
 
   trait SimpleTerminalPeerGroups {
-    val terminalPeerGroups = List(TcpTerminalPeerGroup/*, UdpTerminalPeerGroup*/)
+    val terminalPeerGroups = List(UdpTerminalPeerGroup/*, UdpTerminalPeerGroup*/)
   }
 
   private def withASimplePeerGroup(