public void TestRefuseCreatingSameCID()
{
ClosePipeRPC close = new ClosePipeRPC(100);
uint requestId = close.RequestID;
//create the connection
ControlPipe c = new ControlPipe(tunnel);
EncryptedPacket packet = new EncryptedPacket(tunnel.ID, 0);
packet.RPCs.Add(new CreateAnonymousPipe(PipeType.Duplex.ToString(), 100));
c.HandlePacket(packet);
tunnel.PacketInterceptor(p =>
{
Assert.That(p.RPCs.Count > 0);
Assert.That(p.RPCs.First.SerializationTag == (byte)RPCType.RefusePipe);
RefusePipe refuse = (RefusePipe)p.RPCs.First;
Assert.IsTrue(refuse.Reason == (byte)RefusePipe.RefusalReason.ID_ALREADY_EXISTS);
});
tunnel.PipeInterceptor(connection =>
{
Assert.Fail("Connection request should never hit the tunnel");
});
packet = new EncryptedPacket(tunnel.ID, 0);
packet.RPCs.Add(new CreateAnonymousPipe(PipeType.Duplex.ToString(), 100));
c.HandlePacket(packet);
}
public void HandleClosePipeRequest()
{
ClosePipeRPC close = new ClosePipeRPC(100);
uint requestId = close.RequestID;
//create the connection
ControlPipe c = new ControlPipe(tunnel);
EncryptedPacket packet = new EncryptedPacket(tunnel.ID, 0);
packet.RPCs.Add(new CreateAnonymousPipe(PipeType.Duplex.ToString(), 100));
c.HandlePacket(packet);
tunnel.PacketInterceptor(p =>
{
Assert.That(p.RPCs.Count > 0);
Assert.That(p.RPCs.First.SerializationTag == (byte)RPCType.Ok);
OkRPC ok = (OkRPC)p.RPCs.First;
Assert.IsTrue(ok.RPCID == requestId);
});
tunnel.PipeInterceptor(connection =>
{
Assert.That(connection.ID == 100);
});
packet = new EncryptedPacket(tunnel.ID, 0);
packet.RPCs.Add(close);
c.HandlePacket(packet);
}
