public override void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign, IResponder responder)
{
if (!(requestMessage.Type == Message.Message.MessageType.RequestFf1 && requestMessage.Command == Rpc.Commands.Quit.GetNr()))
{
throw new ArgumentException("Message content is wrong for this handler.");
}
Logger.Debug("Received QUIT message {0}.", requestMessage);
lock (PeerBean.PeerStatusListeners)
{
foreach (var listener in PeerBean.PeerStatusListeners)
{
listener.PeerFailed(requestMessage.Sender,
new PeerException(PeerException.AbortCauseEnum.Shutdown, "shutdown"));
}
}
if (requestMessage.IsUdp)
{
responder.ResponseFireAndForget();
}
else
{
responder.Response(CreateResponseMessage(requestMessage, Message.Message.MessageType.Ok));
}
}
/// <summary>
/// CLoses the connection.
/// </summary>
public void Close()
{
if (this.peer != null)
{
try
{
this.peer.Dispose();
}
catch (Exception)
{
// Ignore.
}
this.peer = null;
}
if (this.xmppClient != null)
{
IDisposable Disposable;
foreach (ISniffer Sniffer in this.xmppClient.Sniffers)
{
this.xmppClient.Remove(Sniffer);
Disposable = Sniffer as IDisposable;
if (Disposable != null)
{
try
{
Disposable.Dispose();
}
catch (Exception)
{
// Ignore
}
}
}
try
{
this.xmppClient.Dispose();
}
catch (Exception)
{
// Ignore.
}
this.xmppClient = null;
}
}
public void CreatesOneStatsStream()
{
var a = new MemoryStream();
var b = new MemoryStream();
var connection = new PeerConnection();
Assert.AreEqual(null, connection.Stream);
connection.Stream = a;
Assert.AreNotSame(a, connection.Stream);
connection.Stream = b;
Assert.AreSame(b, connection.Stream);
}
public TcsPeerConnection Done(PeerConnection peerConnection)
{
lock (Lock)
{
if (!CompletedAndNotify())
{
return this;
}
_peerConnection = peerConnection;
// TODO type needed?
}
NotifyListeners();
return this;
}
public void Remove_DoesNotExist()
{
var manager = new ConnectionManager();
var peer = new Peer {
Id = aId
};
var a = new PeerConnection {
RemotePeer = peer, Stream = Stream.Null
};
Assert.IsFalse(manager.Remove(a));
Assert.IsFalse(manager.IsConnected(peer));
Assert.AreEqual(0, manager.Connections.Count());
Assert.IsNull(a.Stream);
}
public async Task SetRemoteDescription_Null()
{
using (var pc = new PeerConnection())
{
await pc.InitializeAsync();
// Invalid arguments; SRD not even enqueued, fails immediately while validating arguments
var message = new SdpMessage {
Type = SdpMessageType.Offer, Content = null
};
Assert.ThrowsAsync <ArgumentException>(async() => await pc.SetRemoteDescriptionAsync(message));
message.Content = "";
Assert.ThrowsAsync <ArgumentException>(async() => await pc.SetRemoteDescriptionAsync(message));
}
}
public void Connect(string host, ServiceFlags serviceFlag)
{
if (string.IsNullOrWhiteSpace(host))
{
throw new ArgumentNullException(nameof(host));
}
var iid = Interop.Constants.InterfaceId;
var port = PortsHelper.GetPort(_network);
IPAddress ipAdr = null;
if (!IPAddress.TryParse(host, out ipAdr))
{
// TODO : Throw an exception.
}
var adrBytes = ipAdr.MapToIPv6().GetAddressBytes();
_serviceFlag = serviceFlag;
_currentIpAddress = new IpAddress(serviceFlag, adrBytes, ushort.Parse(port));
// _client = new RpcClientApi(iid, RpcProtseq.ncacn_ip_tcp, host, port);
_client = new RpcClientApi(iid, RpcProtseq.ncalrpc, null, host);
// Connection to peers : https://bitcoin.org/en/developer-guide#connecting-to-peers
var instance = PeersStore.Instance();
var transmittingNode = instance.GetMyIpAddress();
var nonce = NonceHelper.GetNonceUInt64();
var versionMessage = new VersionMessage(transmittingNode, _currentIpAddress, nonce, string.Empty, 0, false, _network);
try
{
_peerConnection = new PeerConnection(adrBytes);
var result = _messageCoordinator.Launch(this, versionMessage);
if (result != null && result is VerackMessage)
{
_peerConnection.Connect();
if (ConnectEvent != null)
{
ConnectEvent(this, new IpAddressEventArgs(_currentIpAddress));
}
_timer = new Timer(TimerElapsed, _autoEvent, CHECK_INTERVAL, CHECK_INTERVAL); // CHECK PEERS AVAILABILITY EVERY 60 SECONDS.
}
}
catch (Interop.RpcException)
{
throw new PeerConnectorException(ErrorCodes.PeerRpcError);
}
}
private void OnMessage(SocketIOEvent ev)
{
string from = GetString(ev.data, "from");
remotePeerId = from;
string type = GetString(ev.data, "type");
//Debug.Log($"socket received {type} from {from}");
JSONObject payload = null;
if (type != "init")
{
payload = ev.data["payload"];
}
Debug.Log(ev.data);
switch (type)
{
case "init":
_ = PeerConnection.StartConnection();
break;
case "offer":
var sdpOffer = new SdpMessage {
Type = SdpMessageType.Offer, Content = GetString(payload, "sdp").Replace("\\r\\n", "\r\n")
};
PeerConnection.HandleConnectionMessageAsync(sdpOffer).ContinueWith(_ =>
{
_nativePeer.CreateAnswer();
}, TaskContinuationOptions.OnlyOnRanToCompletion | TaskContinuationOptions.RunContinuationsAsynchronously);
break;
case "answer":
var sdpAnswer = new SdpMessage {
Type = SdpMessageType.Answer, Content = GetString(payload, "sdp").Replace("\\r\\n", "\r\n")
};
_ = PeerConnection.HandleConnectionMessageAsync(sdpAnswer);
break;
case "candidate":
_nativePeer.AddIceCandidate(new IceCandidate()
{
SdpMid = GetString(payload, "id"),
SdpMlineIndex = GetInt(payload, "label"),
Content = GetString(payload, "candidate")
});
break;
}
}
/// <inheritdoc />
public async Task ProcessMessageAsync(PeerConnection connection, Stream stream, CancellationToken cancel = default(CancellationToken))
{
// There is a race condition between getting the remote identity and
// the remote sending the first wantlist.
await connection.IdentityEstablished.Task.ConfigureAwait(false);
while (true)
{
var request = await ProtoBufHelper.ReadMessageAsync <Message>(stream, cancel).ConfigureAwait(false);
// Process want list
if (request.wantlist != null && request.wantlist.entries != null)
{
foreach (var entry in request.wantlist.entries)
{
var cid = Cid.Read(entry.block);
if (entry.cancel)
{
// TODO: Unwant specific to remote peer
Bitswap.Unwant(cid);
}
else
{
// TODO: Should we have a timeout?
var _ = GetBlockAsync(cid, connection.RemotePeer, CancellationToken.None);
}
}
}
// Forward sent blocks to the block service. Eventually
// bitswap will here about and them and then continue
// any tasks (GetBlockAsync) waiting for the block.
if (request.payload != null)
{
log.Debug($"got block(s) from {connection.RemotePeer}");
foreach (var sentBlock in request.payload)
{
using (var ms = new MemoryStream(sentBlock.prefix))
{
var version = ms.ReadVarint32();
var contentType = ms.ReadMultiCodec().Name;
var multiHash = MultiHash.GetHashAlgorithmName(ms.ReadVarint32());
await Bitswap.OnBlockReceivedAsync(connection.RemotePeer, sentBlock.data, contentType, multiHash);
}
}
}
}
}
// When a connection is established
// (1) Send the local peer's want list to the remote
async void Swarm_ConnectionEstablished(object sender, PeerConnection connection)
{
try
{
// There is a race condition between getting the remote identity and
// the remote sending the first wantlist.
await connection.IdentityEstablished.Task;
// Fire and forget.
var _ = SendWantListAsync(connection.RemotePeer);
}
catch (Exception e)
{
log.Warn("Sending want list", e);
}
}
public Server(AuthConfig cfg)
{
Config = cfg;
Prefixes = Config.ListenPrefixes;
DB = GetAuthDB();
DB.Startup(cfg.AuthDBLocation);
this.MessageProcessor = ProcessAuthMessage;
foreach (var o in cfg.OutboundUpdatePeers)
{
var p = new PeerConnection(o.Name, o.Host, Encryption.BuildCrypto(o.APIKey), DB);
PeerConnections.Add(o.Name, p);
}
}
protected override void InitChannel(TcpSocketChannel channel)
{
try
{
Channel peer = new PeerConnection();
peer.Init(channel.Pipeline, this.remote_id, this.is_discovery_mode);
channel.Configuration.RecvByteBufAllocator = new FixedRecvByteBufAllocator(256 * 1024);
channel.Configuration.SetOption(ChannelOption.SoRcvbuf, 256 * 1024);
channel.Configuration.SetOption(ChannelOption.SoBacklog, 1024);
}
catch (System.Exception e)
{
Logger.Error(e.Message);
}
}
/// <inheritdoc />
public async Task ProcessMessageAsync(PeerConnection connection, Stream stream, CancellationToken cancel = default(CancellationToken))
{
while (true)
{
// Read the message.
var request = new byte[PingSize];
await stream.ReadExactAsync(request, 0, PingSize, cancel).ConfigureAwait(false);
log.Debug($"got ping from {connection.RemotePeer}");
// Echo the message
await stream.WriteAsync(request, 0, PingSize, cancel).ConfigureAwait(false);
await stream.FlushAsync(cancel).ConfigureAwait(false);
}
}
//////////////////////////////////////////////////
// For video streaming
//////////////////////////////////////////////////
private void App_Suspending(object sender, SuspendingEventArgs e)
{
if (_peerConnection != null)
{
_peerConnection.Close();
_peerConnection.Dispose();
_peerConnection = null;
}
//localVideoPlayerElement.SetMediaPlayer(null);
if (_signaler != null)
{
_signaler.StopPollingAsync();
_signaler = null;
}
remoteVideoPlayerElement.SetMediaPlayer(null);
}
public WebRTCSession(WebRTCHost webrtc)
{
this.webrtc = webrtc;
this.cancelSession = new CancellationTokenSource();
this.peer = new PeerConnection();
this.source = new SceneVideoSource()
{
PeerConnection = peer
};
this.peer.IceStateChanged += OnIceStateChanged;
this.peer.Connected += OnConnected;
this.webrtc.VideoFrameReady += OnFrameReady;
this.webrtc.Register(this);
}
private bool Check(PeerConnection peer, InventoryMessage message)
{
InventoryType type = message.InventoryType;
int size = message.GetHashList().Count;
if (peer.IsNeedSyncFromPeer || peer.IsNeedSyncUs)
{
Logger.Warning(
string.Format("Drop inv: {0} size: {1} from Peer {2}, syncFromUs: {3}, syncFromPeer: {4}.",
type,
size,
peer.Address.ToString(),
peer.IsNeedSyncUs,
peer.IsNeedSyncFromPeer));
return(false);
}
if (type == InventoryType.Trx)
{
int count = peer.NodeStatistics.MessageStatistics.MineralInTrxInventory.GetCount(10);
if (count > max_count)
{
Logger.Warning(
string.Format("Drop inv: {0} size: {1} from Peer {2}, Inv count: {3} is overload.",
type,
size,
peer.Address,
count));
return(false);
}
if (Manager.Instance.TransactionHandler.IsBusy)
{
Logger.Warning(
string.Format("Drop inv: {0} size: {1} from Peer {2}, transactionsMsgHandler is busy.",
type,
size,
peer.Address));
return(false);
}
}
return(true);
}
/// <inheritdoc />
public async Task ProcessMessageAsync(PeerConnection connection, Stream stream, CancellationToken cancel = default(CancellationToken))
{
var request = await ProtoBufHelper.ReadMessageAsync <Message>(stream, cancel).ConfigureAwait(false);
// There is a race condition between getting the remote identity and
// the remote sending the first wantlist.
await connection.IdentityEstablished.Task.ConfigureAwait(false);
log.Debug($"got message from {connection.RemotePeer}");
// Process want list
if (request.wantlist != null && request.wantlist.entries != null)
{
log.Debug("got want list");
foreach (var entry in request.wantlist.entries)
{
var s = Base58.ToBase58(entry.block);
Cid cid = s;
if (entry.cancel)
{
// TODO: Unwant specific to remote peer
Bitswap.Unwant(cid);
}
else
{
// TODO: Should we have a timeout?
var _ = GetBlockAsync(cid, connection.RemotePeer, CancellationToken.None);
}
}
}
// Forward sent blocks to the block service. Eventually
// bitswap will here about and them and then continue
// any tasks (GetBlockAsync) waiting for the block.
if (request.blocks != null)
{
log.Debug("got some blocks");
foreach (var sentBlock in request.blocks)
{
++Bitswap.BlocksReceived;
Bitswap.DataReceived += (ulong)sentBlock.Length;
await Bitswap.BlockService.PutAsync(sentBlock, pin : false).ConfigureAwait(false);
// TODO: Detect if duplicate and update stats
}
}
}
public async void PeerConnectionLocalConnect()
{
using (var pc1 = new PeerConnection())
{
await pc1.InitializeAsync();
using (var pc2 = new PeerConnection())
{
await pc2.InitializeAsync();
// Prepare SDP event handlers
pc1.LocalSdpReadytoSend += async(string type, string sdp) =>
{
await pc2.SetRemoteDescriptionAsync(type, sdp);
if (type == "offer")
{
pc2.CreateAnswer();
}
};
pc2.LocalSdpReadytoSend += async(string type, string sdp) =>
{
await pc1.SetRemoteDescriptionAsync(type, sdp);
if (type == "offer")
{
pc1.CreateAnswer();
}
};
pc1.IceCandidateReadytoSend += (string candidate, int sdpMlineindex, string sdpMid)
=> pc2.AddIceCandidate(sdpMid, sdpMlineindex, candidate);
pc2.IceCandidateReadytoSend += (string candidate, int sdpMlineindex, string sdpMid)
=> pc1.AddIceCandidate(sdpMid, sdpMlineindex, candidate);
// Connect
var conn1 = new ManualResetEventSlim(initialState: false);
var conn2 = new ManualResetEventSlim(initialState: false);
pc1.Connected += () => conn1.Set();
pc2.Connected += () => conn2.Set();
pc1.CreateOffer();
WaitForSdpExchangeCompleted(conn1, conn2);
pc1.Close();
pc2.Close();
}
}
}
/// <summary>
/// Destroys the data channel object.
/// </summary>
/// <returns>
/// MLResult.Result will be <c>MLResult.Code.Ok</c> if destroying all handles was successful.
/// MLResult.Result will be <c>MLResult.Code.WebRTCResultInstanceNotCreated</c> if MLWebRTC instance was not created.
/// MLResult.Result will be <c>MLResult.Code.WebRTCResultMismatchingHandle</c> if an incorrect handle was sent.
/// </returns>
public MLResult Destroy()
{
if (this.ParentConnection == null || !MagicLeapNativeBindings.MLHandleIsValid(this.Handle))
{
return(MLResult.Create(MLResult.Code.InvalidParam));
}
MLResult.Code resultCode = NativeBindings.MLWebRTCDataChannelDestroy(this.ParentConnection.Handle, this.Handle);
if (DidNativeCallSucceed(resultCode, "MLWebRTCDataChannelDestroy()"))
{
this.Handle = MagicLeapNativeBindings.InvalidHandle;
this.ParentConnection = null;
}
this.gcHandle.Free();
return(MLResult.Create(resultCode));
}
/// <summary>
/// Is called when game data has been received.
/// </summary>
/// <param name="FromPlayer">Data came from this player.</param>
/// <param name="Connection">Data came over this connection.</param>
/// <param name="Packet">Data received.</param>
protected virtual void GameDataReceived(Player FromPlayer, PeerConnection Connection, byte[] Packet)
{
GameDataEventHandler h = this.OnGameDataReceived;
if (!(h is null))
{
try
{
h(this, new GameDataEventArgs(FromPlayer, Connection, Packet));
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
Debug.WriteLine(ex.StackTrace.ToString());
}
}
}
public void TearDownConnectin()
{
// Unregister all callbacks
pc1_.LocalSdpReadytoSend -= OnLocalSdpReady1;
pc2_.LocalSdpReadytoSend -= OnLocalSdpReady2;
pc1_.IceCandidateReadytoSend -= OnIceCandidateReadytoSend1;
pc2_.IceCandidateReadytoSend -= OnIceCandidateReadytoSend2;
pc1_.IceStateChanged -= OnIceStateChanged1;
pc2_.IceStateChanged -= OnIceStateChanged2;
pc1_.RenegotiationNeeded -= OnRenegotiationNeeded1;
pc2_.RenegotiationNeeded -= OnRenegotiationNeeded2;
pc1_.TrackAdded -= OnTrackAdded1;
pc2_.TrackAdded -= OnTrackAdded2;
pc1_.TrackRemoved -= OnTrackRemoved1;
pc2_.TrackRemoved -= OnTrackRemoved2;
// Clean-up callback events
trackAddedEvent1_.Dispose();
trackAddedEvent1_ = null;
trackRemovedEvent1_.Dispose();
trackRemovedEvent1_ = null;
trackAddedEvent2_.Dispose();
trackAddedEvent2_ = null;
trackRemovedEvent2_.Dispose();
trackRemovedEvent2_ = null;
renegotiationEvent1_.Dispose();
renegotiationEvent1_ = null;
renegotiationEvent2_.Dispose();
renegotiationEvent2_ = null;
iceConnectedEvent1_.Dispose();
iceConnectedEvent1_ = null;
iceConnectedEvent2_.Dispose();
iceConnectedEvent2_ = null;
connectedEvent1_.Dispose();
connectedEvent1_ = null;
connectedEvent2_.Dispose();
connectedEvent2_ = null;
// Destroy peers
pc1_.Close();
pc1_.Dispose();
pc1_ = null;
pc2_.Close();
pc2_.Dispose();
pc2_ = null;
}
public void ProcessMessage(PeerConnection peer, MineralMessage message)
{
InventoryMessage inventory_message = (InventoryMessage)message;
InventoryType type = inventory_message.InventoryType;
if (!Check(peer, inventory_message))
{
return;
}
foreach (SHA256Hash id in inventory_message.GetHashList())
{
Item item = new Item(id, type);
peer.AddInventoryReceive(item, Helper.CurrentTimeMillis());
Manager.Instance.AdvanceService.AddInventory(item);
}
}
/// <summary>
/// Peer connection state.
/// </summary>
/// <param name="Peer">Peer connection.</param>
/// <param name="Parent">Parent object.</param>
/// <param name="RemoteFullJID">Remote Full JID</param>
/// <param name="StreamHeader">Stream header</param>
/// <param name="StreamFooter">Stream footer</param>
/// <param name="StreamId">Stream ID</param>
/// <param name="Version">Protocol version</param>
/// <param name="Callback">Callback method</param>
/// <param name="State">State object</param>
public PeerState(PeerConnection Peer, XmppServerlessMessaging Parent, string RemoteFullJID, string StreamHeader, string StreamFooter,
string StreamId, double Version, PeerConnectionEventHandler Callback, object State)
{
this.parent = Parent;
this.peer = Peer;
this.remoteFullJid = RemoteFullJID;
this.streamHeader = StreamHeader;
this.streamFooter = StreamFooter;
this.streamId = StreamId;
this.version = Version;
this.parentFullJid = Parent.FullJid;
this.callbacks = new LinkedList <KeyValuePair <PeerConnectionEventHandler, object> >();
this.callbacks.AddLast(new KeyValuePair <PeerConnectionEventHandler, object>(Callback, State));
this.AddPeerHandlers();
}
public void PeerDisconnectedEvent_ConnectionClose()
{
var gotEvent = 0;
var manager = new ConnectionManager();
manager.PeerDisconnected += (s, e) => gotEvent += 1;
var peerA = new Peer {
Id = aId
};
var a = new PeerConnection {
RemotePeer = peerA, Stream = Stream.Null
};
manager.Add(a);
a.Dispose();
Assert.AreEqual(1, gotEvent);
}
public async void PeerConnectionLocalConnect()
{
using (var pc1 = new PeerConnection())
{
await pc1.InitializeAsync();
using (var pc2 = new PeerConnection())
{
await pc2.InitializeAsync();
// Prepare SDP event handlers
pc1.LocalSdpReadytoSend += async(SdpMessage message) =>
{
await pc2.SetRemoteDescriptionAsync(message);
if (message.Type == SdpMessageType.Offer)
{
pc2.CreateAnswer();
}
};
pc2.LocalSdpReadytoSend += async(SdpMessage message) =>
{
await pc1.SetRemoteDescriptionAsync(message);
if (message.Type == SdpMessageType.Offer)
{
pc1.CreateAnswer();
}
};
pc1.IceCandidateReadytoSend += (IceCandidate candidate) => pc2.AddIceCandidate(candidate);
pc2.IceCandidateReadytoSend += (IceCandidate candidate) => pc1.AddIceCandidate(candidate);
// Connect
var conn1 = new ManualResetEventSlim(initialState: false);
var conn2 = new ManualResetEventSlim(initialState: false);
pc1.Connected += () => conn1.Set();
pc2.Connected += () => conn2.Set();
pc1.CreateOffer();
WaitForSdpExchangeCompleted(conn1, conn2);
pc1.Close();
pc2.Close();
}
}
}
public override void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign, IResponder responder)
{
if (!(requestMessage.Type == Message.Message.MessageType.RequestFf1
&& requestMessage.Command == Rpc.Commands.Broadcast.GetNr()))
{
throw new ArgumentException("Message content is wrong for this handler.");
}
Logger.Debug("Received BROADCAST message: {0}.", requestMessage);
BroadcastHandler.Receive(requestMessage);
if (requestMessage.IsUdp)
{
responder.ResponseFireAndForget();
}
else
{
responder.Response(CreateResponseMessage(requestMessage, Message.Message.MessageType.Ok));
}
}
private static void SendDirectRequest(RequestHandler requestHandler, PeerConnection peerConnection)
{
var taskCc = peerConnection.AcquireAsync(requestHandler.TcsResponse);
taskCc.ContinueWith(tcc =>
{
if (!tcc.IsFaulted)
{
var requestMessage = requestHandler.TcsResponse.Task.AsyncState as Message.Message;
requestMessage.SetKeepAlive(true);
requestHandler.SendTcpAsync(peerConnection.ChannelCreator, peerConnection);
}
else
{
requestHandler.TcsResponse.SetException(new TaskFailedException("Could not acquire channel (2).", tcc));
}
});
}
/// <summary>
/// Construct a signaler instance for the given peer connection, with an explicit pipe name.
/// </summary>
/// <param name="peerConnection">The peer connection to act as a signaler for. This instance
/// will subscribe to the <see cref="PeerConnection.LocalSdpReadytoSend"/> and
/// <see cref="PeerConnection.IceCandidateReadytoSend"/> events to manage outgoing signaling messages.</param>
/// <param name="pipeName">The unique pipe name shared by the local and remote peers.</param>
public NamedPipeSignaler(PeerConnection peerConnection, string pipeName)
{
PeerConnection = peerConnection;
_basePipeName = pipeName;
// Try to create the server, if not already existing
IsClient = false;
try
{
_serverPipe = new NamedPipeServerStream(pipeName, PipeDirection.In);
Console.WriteLine("Created pipe server; acting as server.");
}
catch (IOException)
{
Console.WriteLine("Pipe server already exists; acting as client.");
IsClient = true;
}
}
/// <inheritdoc />
public async Task ProcessMessageAsync(PeerConnection connection, Stream stream, CancellationToken cancel = default(CancellationToken))
{
log.Debug("start processing requests from " + connection.RemoteAddress);
var muxer = new Muxer
{
Channel = stream,
Connection = connection,
Receiver = true
};
muxer.SubstreamCreated += (s, e) => connection.ReadMessages(e, CancellationToken.None);
// Attach muxer to the connection. It now becomes the message reader.
connection.MuxerEstablished.SetResult(muxer);
await muxer.ProcessRequestsAsync();
log.Debug("stop processing from " + connection.RemoteAddress);
}
public void PeerDisconnectedEvent_RemovingPeer()
{
var gotEvent = false;
var manager = new ConnectionManager();
manager.PeerDisconnected += (s, e) => gotEvent = true;
var peerA = new Peer {
Id = aId
};
var a = new PeerConnection {
RemotePeer = peerA, Stream = Stream.Null
};
manager.Add(a);
manager.Remove(peerA.Id);
Assert.IsTrue(gotEvent);
}
public override void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign, IResponder responder)
{
if (!(requestMessage.Type == Message.Message.MessageType.RequestFf1 &&
requestMessage.Command == Rpc.Commands.Broadcast.GetNr()))
{
throw new ArgumentException("Message content is wrong for this handler.");
}
Logger.Debug("Received BROADCAST message: {0}.", requestMessage);
BroadcastHandler.Receive(requestMessage);
if (requestMessage.IsUdp)
{
responder.ResponseFireAndForget();
}
else
{
responder.Response(CreateResponseMessage(requestMessage, Message.Message.MessageType.Ok));
}
}
public void IfMessageIsNotHandledLocaly_ItIsForwardedAway()
{
messageRouter = CreateMessageRouter(externalRoutingTable: externalRoutingTable.Object);
var message = Message.Create(new SimpleMessage()).As <Message>();
var otherNode = new ReceiverIdentifier(Guid.NewGuid().ToByteArray());
var peerConnection = new PeerConnection {
Node = new Node("tcp://127.0.0.1:9009", otherNode.Identity)
};
externalRoutingTable.Setup(m => m.FindRoutes(It.IsAny <ExternalRouteLookupRequest>())).Returns(new[] { peerConnection });
localRouterSocket.SetupMessageReceived(message, ReceiveMessageDelay);
//
messageRouter.Start();
ReceiveMessageCompletionDelay.Sleep();
messageRouter.Stop();
//
scaleOutSocket.Verify(m => m.SendMessage(message));
}
private void Connect_Callback(IAsyncResult ar)
{
try
{
InitiatorContext context = (InitiatorContext) ar.AsyncState;
context.Socket.EndConnect(ar);
PeerConnection connection = new PeerConnection(context.Socket, context.Endpoint, null);
Connected(connection);
}
catch (Exception ex)
{
Debug.WriteLine("Failed to connect: " + ex.Message);
ConnectFailed(this);
}
}
public void Maintains_PeerConnectedAddress()
{
var address1 = "/ip4/127.0.0.1/tcp/4007";
var address2 = "/ip4/127.0.0.2/tcp/4007";
var manager = new ConnectionManager();
var peer = new Peer {
Id = aId
};
var a = new PeerConnection {
RemotePeer = peer, RemoteAddress = address1, Stream = Stream.Null
};
var b = new PeerConnection {
RemotePeer = peer, RemoteAddress = address2, Stream = Stream.Null
};
Assert.AreSame(a, manager.Add(a));
Assert.IsTrue(manager.IsConnected(peer));
Assert.AreEqual(1, manager.Connections.Count());
Assert.IsNotNull(a.Stream);
Assert.AreEqual(address1, peer.ConnectedAddress);
Assert.AreSame(b, manager.Add(b));
Assert.IsTrue(manager.IsConnected(peer));
Assert.AreEqual(2, manager.Connections.Count());
Assert.IsNotNull(a.Stream);
Assert.IsNotNull(b.Stream);
Assert.AreEqual(address1, peer.ConnectedAddress);
Assert.IsTrue(manager.Remove(a));
Assert.IsTrue(manager.IsConnected(peer));
Assert.AreEqual(1, manager.Connections.Count());
Assert.IsNull(a.Stream);
Assert.IsNotNull(b.Stream);
Assert.AreEqual(address2, peer.ConnectedAddress);
Assert.IsTrue(manager.Remove(b));
Assert.IsFalse(manager.IsConnected(peer));
Assert.AreEqual(0, manager.Connections.Count());
Assert.IsNull(a.Stream);
Assert.IsNull(b.Stream);
Assert.IsNull(peer.ConnectedAddress);
}
/// <summary>
/// Forwards the request to a handler.
/// </summary>
/// <param name="requestMessage">The request requestMessage.</param>
/// <param name="peerConnection">The peer connection that can be used for communication.</param>
/// <param name="responder">The responder used to respond the response requestMessage.</param>
public void ForwardMessage(Message.Message requestMessage, PeerConnection peerConnection, IResponder responder)
{
// request requestMessage from Dispatcher (server-side)
// -> forward to HandleResponse of this DispatchHandler
// Here, we need a referral since we got contacted and we don't know if
// we can contact the peer with its address. The peer may be behind a NAT.
lock (PeerBean.PeerStatusListeners)
{
foreach (IPeerStatusListener listener in PeerBean.PeerStatusListeners)
{
listener.PeerFound(requestMessage.Sender, requestMessage.Sender, peerConnection);
}
}
try
{
HandleResponse(requestMessage, peerConnection, _sign, responder);
}
catch (Exception ex)
{
lock (PeerBean.PeerStatusListeners)
{
foreach (IPeerStatusListener listener in PeerBean.PeerStatusListeners)
{
listener.PeerFailed(requestMessage.Sender, new PeerException(ex));
}
}
Logger.Error("Exception in custom dispatch handler.", ex);
responder.Failed(Message.Message.MessageType.Exception);
}
}
/// <summary>
/// If the requestMessage is OK, that has been previously checked by the user using CheckMessage,
/// a response to the requestMessage is generated here.
/// </summary>
/// <param name="requestMessage">The request requestMessage.</param>
/// <param name="peerConnection"></param>
/// <param name="sign">Flag indicating whether the requestMessage is signed.</param>
/// <param name="responder"></param>
public abstract void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign,
IResponder responder);
public void OnSignalingChange(PeerConnection.SignalingState newState)
{
}
public RunnableAnonymousInnerClassHelper(AppRTCDemoActivity outerInstance, PeerConnection finalPC)
{
this.outerInstance = outerInstance;
this.finalPC = finalPC;
}
public void OnIceConnectionChange(PeerConnection.IceConnectionState newState)
{
}
public void OnIceGatheringChange(PeerConnection.IceGatheringState newState)
{
}
private ITcpClientChannel SendTcpCreateChannel(IPEndPoint recipient, ChannelCreator channelCreator,
PeerConnection peerConnection, IChannelHandler handler, TimeoutFactory timeoutHandler, int connectTimeoutMillis)
{
// create pipeline
var handlers = new Dictionary<string, IChannelHandler>();
if (timeoutHandler != null)
{
handlers.Add("timeout0", timeoutHandler.CreateIdleStateHandlerTomP2P());
handlers.Add("timeout1", timeoutHandler.CreateTimeHandler());
}
handlers.Add("decoder", new TomP2PCumulationTcp(ChannelClientConfiguration.SignatureFactory));
handlers.Add("encoder", new TomP2POutbound(false, ChannelClientConfiguration.SignatureFactory));
if (peerConnection != null)
{
// we expect responses on this connection
handlers.Add("dispatcher", _dispatcher);
}
if (timeoutHandler != null)
{
handlers.Add("handler", handler);
}
HeartBeat heartBeat = null;
if (peerConnection != null)
{
heartBeat = new HeartBeat(peerConnection.HeartBeatMillis, PingBuilderFactory);
handlers.Add("heartbeat", heartBeat);
}
var channel = channelCreator.CreateTcp(recipient, connectTimeoutMillis, handlers);
if (peerConnection != null && channel != null)
{
peerConnection.SetChannel(channel);
heartBeat.SetPeerConnection(peerConnection);
}
return channel;
}
/// <summary>
/// // TODO document
/// </summary>
/// <param name="handler"></param>
/// <param name="tcsResponse"></param>
/// <param name="message"></param>
/// <param name="channelCreator"></param>
/// <param name="idleTcpSeconds"></param>
/// <param name="connectTimeoutMillis"></param>
/// <param name="peerConnection"></param>
/// <param name="timeoutHandler"></param>
private async Task HandleRelayAsync(IInboundHandler handler, TaskCompletionSource<Message.Message> tcsResponse,
Message.Message message, ChannelCreator channelCreator, int idleTcpSeconds, int connectTimeoutMillis,
PeerConnection peerConnection, TimeoutFactory timeoutHandler)
{
var taskPingDone = PingFirst(message.Recipient.PeerSocketAddresses);
await taskPingDone;
if (!taskPingDone.IsFaulted)
{
var recipient = PeerSocketAddress.CreateSocketTcp(taskPingDone.Result);
var channel = SendTcpCreateChannel(recipient, channelCreator, peerConnection, handler,
timeoutHandler, connectTimeoutMillis);
await AfterConnectAsync(tcsResponse, message, channel, handler == null);
// TODO add this before AfterConnect?
var taskResponse = tcsResponse.Task;
await taskResponse;
if (taskResponse.IsFaulted)
{
if (taskResponse.Result != null &&
taskResponse.Result.Type != Message.Message.MessageType.User1)
{
// "clearInactivePeerSocketAddress"
var tmp = new List<PeerSocketAddress>();
foreach (var psa in message.Recipient.PeerSocketAddresses)
{
if (psa != null)
{
if (!psa.Equals(taskPingDone.Result))
{
tmp.Add(psa);
}
}
}
message.SetPeerSocketAddresses(tmp);
await SendTcpAsync(handler, tcsResponse, message, channelCreator, idleTcpSeconds,
connectTimeoutMillis, peerConnection);
}
}
}
else
{
// .NET-specific:
tcsResponse.SetException(new TaskFailedException("No relay could be contacted. <-> " + taskPingDone.Exception));
}
}
public override void Read(ChannelHandlerContext ctx, object msg)
{
// server-side:
// message comes (over network) from sender
// -> correct DispatchHandler handles response
// Java uses a SimpleChannelInboundHandler that only expects Message objects
var requestMessage = msg as Message.Message;
if (requestMessage == null)
{
return;
}
Logger.Debug("Received request message {0} from channel {1}.", requestMessage, ctx.Channel);
if (requestMessage.Version != _p2PId)
{
Logger.Error("Wrong version. We are looking for {0}, but we got {1}. Received: {2}.", _p2PId, requestMessage.Version, requestMessage);
ctx.Close(); // TODO used?
lock (_peerBeanMaster.PeerStatusListeners)
{
foreach (IPeerStatusListener listener in _peerBeanMaster.PeerStatusListeners)
{
listener.PeerFailed(requestMessage.Sender,
new PeerException(PeerException.AbortCauseEnum.PeerError, "Wrong P2P version."));
}
}
return;
}
if (!requestMessage.IsRequest())
{
Logger.Debug("Handing request message to the next handler. {0}", requestMessage);
ctx.FireRead(msg);
return;
}
IResponder responder = new DirectResponder(this, _peerBeanMaster, ctx, requestMessage);
DispatchHandler myHandler = AssociatedHandler(requestMessage);
if (myHandler != null)
{
bool isUdp = ctx.Channel.IsUdp;
bool isRelay = requestMessage.Sender.IsRelayed;
if (!isRelay && requestMessage.PeerSocketAddresses.Count != 0)
{
PeerAddress sender =
requestMessage.Sender.ChangePeerSocketAddresses(requestMessage.PeerSocketAddresses);
requestMessage.SetSender(sender);
}
Logger.Debug("About to respond to request message {0}.", requestMessage);
// handle the request message
PeerConnection peerConnection = null;
if (!isUdp)
{
var tcpChannel = ctx.Channel as ITcpChannel;
peerConnection = new PeerConnection(requestMessage.Sender, tcpChannel, _heartBeatMillis);
}
myHandler.ForwardMessage(requestMessage, peerConnection, responder);
}
else
{
// do better error handling
// if a handler is not present at all, print a warning
if (_ioHandlers.Count == 0)
{
Logger.Debug("No handler found for request message {0}. This peer has probably been shut down.", requestMessage);
}
else
{
var knownCommands = KnownCommands();
if (knownCommands.Contains(Convert.ToInt32(requestMessage.Command)))
{
var sb = new StringBuilder();
foreach (int cmd in knownCommands)
{
sb.Append((Rpc.Rpc.Commands) cmd + "; ");
}
Logger.Warn("No handler found for request message {0}. Is the RPC command {1} registered? Found registered: {2}.", requestMessage, (Rpc.Rpc.Commands) requestMessage.Command, sb);
}
else
{
Logger.Debug("No handler found for request message {0}. This peer has probably been partially shut down.", requestMessage);
}
}
// return response that states that no handler was found
var responseMessage = DispatchHandler.CreateResponseMessage(requestMessage,
Message.Message.MessageType.UnknownId, _peerBeanMaster.ServerPeerAddress);
Respond(ctx, responseMessage);
}
}
/// <summary>
/// Opens a TCP connection and keeps it open. The user can provide the idle timeout, which means
/// that the connection gets closed after that time of inactivity. If the other peer goes offline
/// or closes the connection (due to inactivity), further requests with this connections re-opens
/// the connection. This methods blocks until a connection can be reserved.
/// </summary>
/// <param name="destination">The endpoint to connect to.</param>
/// <param name="heartBeatMillis"></param>
/// <returns></returns>
public TcsPeerConnection CreatePeerConnection(PeerAddress destination, int heartBeatMillis)
{
var tcsPeerConnection = new TcsPeerConnection(destination);
var taskCc = ConnectionBean.Reservation.CreatePermanentAsync(1);
taskCc.ContinueWith(tcc =>
{
if (!tcc.IsFaulted)
{
var cc = tcc.Result;
var peerConnection = new PeerConnection(destination, cc, heartBeatMillis);
tcsPeerConnection.Done(peerConnection);
}
else
{
tcsPeerConnection.SetException(new TaskFailedException(tcc));
}
});
return tcsPeerConnection;
}
public SendDirectBuilder SendDirect(PeerConnection peerConnection)
{
return new SendDirectBuilder(this, peerConnection);
}
/// <summary>
/// Sends a TCP message and expects a response.
/// </summary>
/// <param name="channelCreator">The channel creator will create a TCP connection.</param>
/// <param name="peerConnection"></param>
/// <returns>The future task that was added in the constructor.</returns>
public Task<Message.Message> SendTcpAsync(ChannelCreator channelCreator, PeerConnection peerConnection)
{
var sendTask = ConnectionBean.Sender.SendTcpAsync(this, _tcsResponse, _message, channelCreator, IdleTcpSeconds,
ConnectionTimeoutTcpMillis, peerConnection);
return ExecuteAsync(sendTask);
}
/// <summary>
/// Sends a message via TCP.
/// </summary>
/// <param name="handler">The handler to deal with the response message.</param>
/// <param name="tcsResponse">The TCS for the response message. (FutureResponse equivalent.)</param>
/// <param name="message">The message to send.</param>
/// <param name="channelCreator">The channel creator for the TCP channel.</param>
/// <param name="idleTcpSeconds">The idle time until message fail.</param>
/// <param name="connectTimeoutMillis">The idle time for the connection setup.</param>
/// <param name="peerConnection"></param>
/// <returns></returns>
public async Task SendTcpAsync(IInboundHandler handler, TaskCompletionSource<Message.Message> tcsResponse,
Message.Message message, ChannelCreator channelCreator, int idleTcpSeconds, int connectTimeoutMillis,
PeerConnection peerConnection)
{
// no need to continue if already finished
if (tcsResponse.Task.IsCompleted)
{
return;
}
RemovePeerIfFailed(tcsResponse, message);
bool isFireAndForget = handler == null;
// we need to set the neighbors if we use relays
if (message.Sender.IsRelayed && message.Sender.PeerSocketAddresses.Count != 0)
{
message.SetPeerSocketAddresses(message.Sender.PeerSocketAddresses);
}
if (peerConnection != null && peerConnection.Channel != null && peerConnection.Channel.IsOpen)
{
var channel = SendTcpPeerConnection(peerConnection, handler, channelCreator, tcsResponse);
await AfterConnectAsync(tcsResponse, message, channel, isFireAndForget);
}
else if (channelCreator != null)
{
var timeoutHandler = CreateTimeoutHandler(tcsResponse, idleTcpSeconds, handler == null);
// check relay
if (message.Recipient.IsRelayed)
{
// check if reverse connection is possible
if (!message.Sender.IsRelayed)
{
await HandleRconAsync(handler, tcsResponse, message, channelCreator, connectTimeoutMillis, peerConnection,
timeoutHandler);
}
else
{
await HandleRelayAsync(handler, tcsResponse, message, channelCreator, idleTcpSeconds, connectTimeoutMillis,
peerConnection, timeoutHandler);
}
}
// normal connection
else
{
await ConnectAndSendAsync(handler, tcsResponse, channelCreator, connectTimeoutMillis, peerConnection,
timeoutHandler, message);
}
}
}
public HeartBeat SetPeerConnection(PeerConnection peerConnection)
{
_peerConnection = peerConnection;
return this;
}
/// <summary>
/// This method initiates the reverse connection setup.
/// It creates a new message and sends it via relay to the unreachable peer
/// which then connects to this peer again. After the connect message from the
/// unreachable peer, this peer will send the original message and its content
/// directly.
/// </summary>
/// <param name="handler"></param>
/// <param name="tcsResponse"></param>
/// <param name="message"></param>
/// <param name="channelCreator"></param>
/// <param name="connectTimeoutMillis"></param>
/// <param name="peerConnection"></param>
/// <param name="timeoutHandler"></param>
private async Task HandleRconAsync(IInboundHandler handler, TaskCompletionSource<Message.Message> tcsResponse,
Message.Message message, ChannelCreator channelCreator, int connectTimeoutMillis,
PeerConnection peerConnection, TimeoutFactory timeoutHandler)
{
message.SetKeepAlive(true);
Logger.Debug("Initiate reverse connection setup to peer with address {0}.", message.Recipient);
var rconMessage = CreateRconMessage(message);
// TODO works?
// cache the original message until the connection is established
_cachedRequests.AddOrUpdate(message.MessageId, tcsResponse, (i, source) => tcsResponse);
// wait for response (whether the reverse connection setup was successful)
var tcsRconResponse = new TaskCompletionSource<Message.Message>(rconMessage);
// .NET-specific: specify and use a RconInboundHandler class
var rconInboundHandler = new RconInboundHandler(tcsRconResponse, tcsResponse);
// send reverse connection request instead of normal message
await SendTcpAsync(rconInboundHandler, tcsRconResponse, rconMessage, channelCreator, connectTimeoutMillis,
connectTimeoutMillis, peerConnection);
}
private void Accept_Callback(IAsyncResult ar)
{
InitiatorContext context = (InitiatorContext) ar.AsyncState;
try
{
Socket socket = context.Socket.EndAccept(ar);
socket.SetSocketOption(SocketOptionLevel.Socket, SocketOptionName.SendTimeout, _connectionTimeout);
socket.SetSocketOption(SocketOptionLevel.Socket, SocketOptionName.ReceiveTimeout, _receiveTimeout);
socket.NoDelay = true;
socket.LingerState = new LingerOption(false, 0);
IPEndPoint remoteIp = socket.RemoteEndPoint as IPEndPoint;
PeerConnection connection = new PeerConnection(socket, remoteIp, null);
Connected(connection);
}
catch (Exception ex)
{
Debug.WriteLine("Failed to connect: " + ex.Message);
ConnectFailed(this);
}
finally
{
PostAccept(context);
}
}
private async Task ConnectAndSendAsync(IInboundHandler handler, TaskCompletionSource<Message.Message> tcsResponse, ChannelCreator channelCreator, int connectTimeoutMillis, PeerConnection peerConnection, TimeoutFactory timeoutHandler, Message.Message message)
{
var recipient = message.Recipient.CreateSocketTcp();
var channel = SendTcpCreateChannel(recipient, channelCreator, peerConnection, handler, timeoutHandler,
connectTimeoutMillis);
await AfterConnectAsync(tcsResponse, message, channel, handler == null);
}
public override void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign, IResponder responder)
{
if (requestMessage.KeyList.Count < 2)
{
throw new ArgumentException("At least location and domain keys are needed.");
}
if (!(requestMessage.Type == Message.Message.MessageType.Request1
|| requestMessage.Type == Message.Message.MessageType.Request2
|| requestMessage.Type == Message.Message.MessageType.Request3
|| requestMessage.Type == Message.Message.MessageType.Request4)
&& (requestMessage.Command == Rpc.Commands.Neighbor.GetNr()))
{
throw new ArgumentException("Message content is wrong for this handler.");
}
Number160 locationKey = requestMessage.Key(0);
Number160 domainKey = requestMessage.Key(1);
var neighbors = GetNeighbors(locationKey, NeighborSize);
if (neighbors == null)
{
// return empty neighbor set
var response = CreateResponseMessage(requestMessage, Message.Message.MessageType.NotFound);
response.SetNeighborSet(new NeighborSet(-1, new Collection<PeerAddress>()));
responder.Response(response);
return;
}
// create response message and set neighbors
var responseMessage = CreateResponseMessage(requestMessage, Message.Message.MessageType.Ok);
Logger.Debug("Found the following neighbors: {0}.", Convenient.ToString(neighbors));
var neighborSet = new NeighborSet(NeighborLimit, neighbors);
responseMessage.SetNeighborSet(neighborSet);
Number160 contentKey = requestMessage.Key(2);
var keyBloomFilter = requestMessage.BloomFilter(0);
var contentBloomFilter = requestMessage.BloomFilter(1);
var keyCollection = requestMessage.KeyCollection(0);
// it is important to set an integer if a value is present
bool isDigest = requestMessage.Type != Message.Message.MessageType.Request1;
if (isDigest)
{
if (requestMessage.Type == Message.Message.MessageType.Request2)
{
DigestInfo digestInfo;
if (PeerBean.DigestStorage == null)
{
// no storage to search
digestInfo = new DigestInfo();
}
else if (contentKey != null && locationKey != null && domainKey != null)
{
var locationAndDomainKey = new Number320(locationKey, domainKey);
var from = new Number640(locationAndDomainKey, contentKey, Number160.Zero);
var to = new Number640(locationAndDomainKey, contentKey, Number160.MaxValue);
digestInfo = PeerBean.DigestStorage.Digest(from, to, -1, true);
}
else if ((keyBloomFilter != null || contentBloomFilter != null) && locationKey != null && domainKey != null)
{
var locationAndDomainKey = new Number320(locationKey, domainKey);
digestInfo = PeerBean.DigestStorage.Digest(locationAndDomainKey, keyBloomFilter,
contentBloomFilter, -1, true, true);
}
else if (keyCollection != null && keyCollection.Keys.Count == 2)
{
var enumerator = keyCollection.Keys.GetEnumerator();
var from = enumerator.MoveNext() ? enumerator.Current : null; // TODO works correctly?
var to = enumerator.MoveNext() ? enumerator.Current : null;
digestInfo = PeerBean.DigestStorage.Digest(from, to, -1, true);
}
else if (locationKey != null && domainKey != null)
{
var locationAndDomainKey = new Number320(locationKey, domainKey);
var from = new Number640(locationAndDomainKey, Number160.Zero, Number160.Zero);
var to = new Number640(locationAndDomainKey, Number160.MaxValue, Number160.MaxValue);
digestInfo = PeerBean.DigestStorage.Digest(from, to, -1, true);
}
else
{
Logger.Warn("Did not search for anything.");
digestInfo = new DigestInfo();
}
responseMessage.SetIntValue(digestInfo.Size);
responseMessage.SetKey(digestInfo.KeyDigest);
responseMessage.SetKey(digestInfo.ContentDigest);
}
else if (requestMessage.Type == Message.Message.MessageType.Request3)
{
DigestInfo digestInfo;
if (PeerBean.DigestTracker == null)
{
// no tracker to search
digestInfo = new DigestInfo();
}
else
{
digestInfo = PeerBean.DigestTracker.Digest(locationKey, domainKey, contentKey);
if (digestInfo.Size == 0)
{
Logger.Debug("No entry found on peer {0}.", requestMessage.Recipient);
}
}
responseMessage.SetIntValue(digestInfo.Size);
}
else if (requestMessage.Type == Message.Message.MessageType.Request4)
{
lock (PeerBean.PeerStatusListeners)
{
foreach (var listener in PeerBean.PeerStatusListeners)
{
listener.PeerFailed(requestMessage.Sender,
new PeerException(PeerException.AbortCauseEnum.Shutdown, "shutdown"));
}
}
}
}
responder.Response(responseMessage);
}
public PingBuilder SetPeerConnection(PeerConnection peerConnection)
{
PeerConnection = peerConnection;
return this;
}
public override void HandleResponse(Message.Message requestMessage, PeerConnection peerConnection, bool sign, IResponder responder)
{
if (!(requestMessage.Type == Message.Message.MessageType.Request1
|| requestMessage.Type == Message.Message.MessageType.Request2)
&& requestMessage.Command == Rpc.Commands.DirectData.GetNr())
{
throw new ArgumentException("Message content is wrong for this handler.");
}
var responseMessage = CreateResponseMessage(requestMessage, Message.Message.MessageType.Ok);
if (sign)
{
responseMessage.SetPublicKeyAndSign(PeerBean.KeyPair);
}
var rawDataReply2 = _rawDataReply;
var objectDataReply2 = _objectDataReply;
if (requestMessage.Type == Message.Message.MessageType.Request1 && rawDataReply2 == null)
{
responseMessage.SetType(Message.Message.MessageType.NotFound);
}
else if (requestMessage.Type == Message.Message.MessageType.Request2 && objectDataReply2 == null)
{
responseMessage.SetType(Message.Message.MessageType.NotFound);
}
else
{
var requestBuffer = requestMessage.Buffer(0);
// The user can reply with null, indicating not found or returning
// the request buffer, which means nothing is returned.
// Or an exception can be thrown.
if (requestMessage.Type == Message.Message.MessageType.Request1)
{
Logger.Debug("Handling Request1.");
var responseBuffer = rawDataReply2.Reply(requestMessage.Sender, requestBuffer, requestMessage.IsDone);
if (responseBuffer == null && requestMessage.IsDone)
{
Logger.Warn("Raw reply is null, returning not found.");
responseMessage.SetType(Message.Message.MessageType.NotFound);
}
// ReSharper disable once PossibleUnintendedReferenceComparison
else if (responseBuffer != requestBuffer) // reference equality ok
{
// can be partial as well
if (!responseBuffer.IsComplete)
{
responseMessage.SetStreaming();
}
responseMessage.SetBuffer(responseBuffer);
}
}
else
{
// no streaming here when we deal with objects
object obj = Utils.Utils.DecodeObject(requestBuffer.BackingBuffer);
Logger.Debug("Handling {0}.", obj);
object reply = objectDataReply2.Reply(requestMessage.Sender, obj);
if (reply == null)
{
responseMessage.SetType(Message.Message.MessageType.NotFound);
}
else if (reply == obj)
{
responseMessage.SetType(Message.Message.MessageType.Ok);
}
else
{
sbyte[] me = Utils.Utils.EncodeObject(reply);
responseMessage.SetBuffer(new Message.Buffer(Unpooled.WrappedBuffer(me)));
}
}
}
responder.Response(responseMessage);
}
public void onIceServers(IList<PeerConnection.IceServer> iceServers)
{
factory = new PeerConnectionFactory();
pc = factory.CreatePeerConnection(iceServers, appRtcClient.pcConstraints(), pcObserver);
// Uncomment to get ALL WebRTC tracing and SENSITIVE libjingle logging.
// NOTE: this _must_ happen while |factory| is alive!
// Logging.enableTracing(
// "logcat:",
// EnumSet.of(Logging.TraceLevel.TRACE_ALL),
// Logging.Severity.LS_SENSITIVE);
{
PeerConnection finalPC = pc;
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final Runnable repeatedStatsLogger = new Runnable()
IRunnable repeatedStatsLogger = new RunnableAnonymousInnerClassHelper(this, finalPC);
vsv.PostDelayed(repeatedStatsLogger, 10000);
}
{
logAndToast("Creating local video source...");
MediaStream lMS = factory.CreateLocalMediaStream("ARDAMS");
if (appRtcClient.videoConstraints() != null)
{
VideoCapturer capturer = VideoCapturer;
videoSource = factory.CreateVideoSource(capturer, appRtcClient.videoConstraints());
VideoTrack videoTrack = factory.CreateVideoTrack("ARDAMSv0", videoSource);
videoTrack.AddRenderer(new VideoRenderer(new VideoCallbacks(this, vsv, VideoStreamsView.Endpoint.LOCAL)));
lMS.AddTrack(videoTrack);
}
lMS.AddTrack(factory.CreateAudioTrack("ARDAMSa0"));
pc.AddStream(lMS, new MediaConstraints());
}
logAndToast("Waiting for ICE candidates...");
}
// Disconnect from remote resources, dispose of local resources, and exit.
private void disconnectAndExit()
{
lock (quit[0])
{
if (quit[0] == Boolean.True)
{
return;
}
quit[0] = Boolean.True;
if (pc != null)
{
pc.Dispose();
pc = null;
}
if (appRtcClient != null)
{
appRtcClient.sendMessage("{\"type\": \"bye\"}");
appRtcClient.disconnect();
appRtcClient = null;
}
if (videoSource != null)
{
videoSource.Dispose();
videoSource = null;
}
if (factory != null)
{
factory.Dispose();
factory = null;
}
Finish();
}
}
private ITcpClientChannel SendTcpPeerConnection(PeerConnection peerConnection, IChannelHandler handler, ChannelCreator channelCreator,
TaskCompletionSource<Message.Message> tcsResponse)
{
// if the channel gets closed, the future should get notified
var channel = peerConnection.Channel;
// channel creator can be null if we don't need to create any channels
if (channelCreator != null)
{
// TODO this doesn't do anything yet
channelCreator.SetupCloseListener(channel, tcsResponse);
}
// we need to replace the handler if this comes from the peer that created a peer connection,
// otherwise we need to add a handler
AddOrReplace(channel.Pipeline, "dispatcher", "handler", handler);
// TODO uncommented Java stuff needed?
return channel as ITcpClientChannel; // TODO this will fail if its a server channel!!!
}
static void Main(string[] args)
{
// actions, for setLocalDescription/setRemoteDescription
const ushort SDP_OFFER = 0x100;
const ushort SDP_PRANSWER = 0x200;
const ushort SDP_ANSWER = 0x300;
// PeerConnection state
const ushort NEW = 0; // initial state
const ushort OPENING = 1; // local or remote desc set
const ushort ACTIVE = 2; // local and remote desc set
const ushort CLOSED = 3; // ended state
// ICE state
const ushort ICE_GATHERING = 0x100;
const ushort ICE_WAITING = 0x200;
const ushort ICE_CHECKING = 0x300;
const ushort ICE_CONNECTED = 0x400;
const ushort ICE_COMPLETED = 0x500;
const ushort ICE_FAILED = 0x600;
const ushort ICE_CLOSED = 0x700;
/*NetTransport transport = new NetTransport();
transport.OnEvent += (type, data) =>
{
Console.WriteLine("transport.OnEvent({0}, {1})", type, data);
};
transport.SetDomain("sip2sip.info");
Console.WriteLine("Default DstAddr= {0} Dst Port = {1}", transport.defaultDestAddr, transport.defaultDestPort);
transport.Start(0);
transport.SendTo("salut", "192.168.0.10", 5060);
transport.Stop();*/
PeerConnection peerConnection = new PeerConnection();
String ro = peerConnection.createAnswer(true, true);
SessionDescription sdpOffer = new SessionDescription();
sdpOffer.Init(ro);
Console.WriteLine("Offer before ICE = {0}", sdpOffer.toSdp());
peerConnection.IceCallback += (media, candidate, moreToFollow) =>
{
sdpOffer.addCandidate(media, candidate);
if (!moreToFollow)
{
String sdp = sdpOffer.toSdp();
Console.WriteLine("Offer after ICE = {0}", sdp);
peerConnection.setRemoteDescription(SDP_ANSWER, sdp);
}
};
peerConnection.startIce(0, 0);
Console.ReadLine();
peerConnection.close();
}
private Task<PeerAddress> PingPeerConnection(PeerConnection peerConnection)
{
var tcsPing = new TaskCompletionSource<PeerAddress>();
var requestHandler = _peer.PingRpc.Ping(peerConnection.RemotePeer, _connectionConfiguration);
var taskCc = peerConnection.AcquireAsync(requestHandler.TcsResponse);
taskCc.ContinueWith(tcc =>
{
if (!tcc.IsFaulted)
{
requestHandler.TcsResponse.Task.Result.SetKeepAlive(true); // TODO correct?
var taskResponse = requestHandler.SendTcpAsync(peerConnection);
AddPingListener(tcsPing, taskResponse);
}
else
{
tcsPing.SetException(tcc.TryGetException());
}
});
return tcsPing.Task;
}