public TcpServerTest()
{
_server = new RxTcpServer();
_server.Error.Subscribe(e => Log.AddOnScheduler($"Error.{e.Method} - {e.Exception?.Message}"));
_server.Accepted.Subscribe(e => Log.AddOnScheduler($"Accept. from {e.Client.RemoteEndPoint}"));
_server.Closed.Subscribe(e => Log.AddOnScheduler($"Closed.{e}"));
_server.Received.Subscribe(e => Log.AddOnScheduler($"Receive (from {e.From.Client.RemoteEndPoint}).\n{e.Data.ToDumpString()}"));
Listen.Subscribe(_ =>
{
try
{
_server.Listen(Address.Value, Port.Value);
Log.Add($"Listen {Address.Value} : {Port.Value}");
}
catch (Exception exp)
{
Log.Add($"Listen error.{exp.Message}");
}
});
Close.Subscribe(_ => _server.Close());
this.Broadcast.Subscribe(data => _server.Broadcast(data.ToSendData()));
}
public UdpListenerTest()
{
_listener = new RxUdpListener();
_listener.Received.Subscribe(e => Log.AddOnScheduler($"Receive (from {e.From}).\n{e.Data.ToDumpString()}"));
Listen.Subscribe(_ =>
{
try
{
if (Multicast.Value)
{
_listener.Listen(Address.Value, Port.Value);
}
else
{
_listener.Listen(Port.Value);
}
Log.Add($"Listen {(Multicast.Value ? Address.Value + " : " : "")}{Port.Value}");
}
catch (Exception exp)
{
Log.Add($"Listen error.{exp.Message}");
}
});
Close.Subscribe(_ => _listener.Close());
}