private static void Session2OnIncomingConnection(II2PSession sender, AcceptConnectionEventArgs e)
{
var reader = new BinaryReader(e.Client.GetStream());
while (true)
{
Console.WriteLine(">> Received: " + reader.ReadString());
}
}
private void AcceptConnection(AcceptConnectionEventArgs e)
{
var applicationProtocol = peerInitiator.PrepareAcceptIncomingConnection(e.TransportStream, out BitTorrentPeerInitiator.IContext context);
applicationProtocol.AcceptConnection(new AcceptPeerConnectionEventArgs <PeerConnection>(e.TransportStream, () =>
{
e.Accept();
var c = new PeerConnectionArgs(LocalPeerId, applicationProtocol.Metainfo, new QueueingMessageHandler(mainLoop, applicationProtocol));
return(peerInitiator.AcceptIncomingConnection(e.TransportStream, context, c));
}));
}
void AcceptConnection(TransportConnectionEventArgs e)
{
var stream = new TcpTransportStream(e.Client);
// Notify application protocol
bool accepted = false;
var applicationEE = new AcceptConnectionEventArgs(stream, () =>
{
_logger.LogInformation($"Accepted connection from {stream.RemoteEndPoint}");
accepted = true;
_streams.Add(stream);
});
AcceptConnectionHandler?.Invoke(applicationEE);
if (!accepted)
{
e.Client.Dispose();
}
}
public void AcceptIncomingConnection(AcceptConnectionEventArgs e)
{
var reader = new BigEndianBinaryReader(e.TransportStream.Stream);
var header = ReadConnectionHeader(reader);
// TODO: check if exists
var applicationProtocol = _applicationProtocolLookup[header.InfoHash];
applicationProtocol.AcceptConnection(new AcceptPeerConnectionEventArgs(e.TransportStream, () =>
{
e.Accept();
var writer = new BigEndianBinaryWriter(e.TransportStream.Stream);
WriteConnectionHeader(writer, applicationProtocol.Metainfo.InfoHash, _localPeerId);
return(new BitTorrentPeer(
applicationProtocol.Metainfo,
header.PeerId,
header.ReservedBytes,
header.SupportedExtensions,
new QueueingMessageHandler(_mainLoop, (BitTorrentApplicationProtocol)applicationProtocol),
e.TransportStream));
}));
}
