private void RemoteAssist_Socket_DataArrival(object sender, SockEventArgs e)
{
CSS.IM.Library.Class.msgAV msg = new CSS.IM.Library.Class.msgAV(e.Data);
this.DataArrival(msg, CSS.IM.Library.Class.NatClass.FullCone, e.IP, e.Port);
}
/// <summary>
/// UDP���ݵ����¼�
/// </summary>
/// <param name="e">UDP���ݲ���</param>
private void sockUDP1_DataArrival(object sender,SockEventArgs e)
{
//if (e.Data.Length < 10) return;
msgFile msg = new msgFile(e.Data);
this.DataArrival(msg,NatClass.FullCone, e.IP,e.Port);
}
private void asyncTCPClient1_OnError(object sender, SockEventArgs e)
{
//IMLibrary.Calculate.WirteLog("�ļ��������"+ e.ErrorCode + e.ErrorMessage );
}
private void asyncTCPClient1_OnDisconnected(object sender, SockEventArgs e)
{
//IMLibrary.Calculate.WirteLog("��������Ͽ�����");
}
private void asyncTCPClient1_OnDataArrival(object sender, SockEventArgs e)
{
//if (e.Data.Length < 10) return;
msgFile msg = new msgFile(e.Data);
this.DataArrival(msg,NatClass.Tcp ,null,0);
}
private void asyncTCPClient1_OnConnected(object sender, SockEventArgs e)
{
//IMLibrary.Calculate.WirteLog("������");
msgFile msg = new msgFile((byte)ProtocolFileTransmit.GetFileTransmitProxyID, -1, -1, 0, new byte[1]);
this.asyncTCPClient1.SendData(msg.getBytes());//�������������ת����ID��
}