public IOPH_DCP(ADTRecord adtRec, IAppMainWindow mainWin)
{
_adtRec = adtRec;
_mainWin = mainWin;
_teleFromWin = new Telegram(GlobalServices.maxCommandDataLen);
_teleToWin = new Telegram(GlobalServices.maxReplyDataLen);
_replyData = new DataBuffer(GlobalServices.maxReplyDataLen);
_isSeries = false;
_seriesExecStat = SeriesExecutionState.Stop;
_taskState = TaskState.TaskReady_OK;
int num = int.Parse(ConfigurationManager.AppSettings["DCPMaxDataLen"]);
int num2 = int.Parse(ConfigurationManager.AppSettings["DCPMsgRepeatNr"]);
int num3 = int.Parse(ConfigurationManager.AppSettings["DCPRecTimeout"]);
byte num4 = byte.Parse(ConfigurationManager.AppSettings["DCPSOFByte"]);
_dcpProtocolEngine = new DCPProtocol(this, num, num2, num3, 10, num4);
_DCPRXMsg = new DCPFrame(num, num4);
_DCPAnswerMsg = new DCPFrame(num, num4);
_DCPTXMsg = new DCPFrame(num, num4);
_DCPTXBuf = new DCPFrame(num, num4);
if (adtRec.isUsbFtdiDevice())
{
_ddi = DDI_USB.instance();
}
else if (adtRec.isRS232Device())
{
_ddi = DDI_RS232.instance();
}
else if (adtRec.isTESTDevice())
{
_ddi = DDI_TEST.instance();
}
else if (adtRec.isHIDDevice())
{
_ddi = DDI_HID.instance();
}
else
{
GlobalServices.ErrMsg("IOPH_DCP.IOPH_DCP()", "FATAL ERROR: Unknown I/O port type, exit WDS!");
Application.Exit();
}
_iot = new Thread(new ThreadStart(doDeviceIO));
_iot.IsBackground = true;
_iot.Name = "IOPH_DCP thread";
_isTelegramRequest = false;
_iot.Start();
}
public DCPRetCodes close()
{
try
{
if (this._port != null)
{
if (this._dcpProtocolEngine != null)
{
this._dcpProtocolEngine.controlReceivePacket(false, this._ThreadSleepTime);
this._dcpProtocolEngine.terminate();
this._dcpProtocolEngine = null;
}
this._terminateRequested = true;
while (this._ioThread.IsAlive)
{
}
if (this.connectionLostEvent != null)
{
this.connectionLostEvent(DCPRetCodes.DCP_CONNECTION_LOST);
}
this.closePort();
this._txFifo.Clear();
this._respFifo.Clear();
this._rxFifo.Clear();
DCP_DLL.Utils.log(this, "close ", "finished");
return DCPRetCodes.DCP_OK;
}
DCP_DLL.Utils.log(this, "close ", "nothing to close");
return DCPRetCodes.DCP_ERR_COM;
}
catch (Exception exception)
{
DCP_DLL.Utils.log(this, "close ", exception.Message);
return DCPRetCodes.DCP_FATAL;
}
}
public int initialize()
{
Interlocked.Increment(ref _adtRec.NumUsers);
int num = int.Parse(ConfigurationManager.AppSettings["DCPMaxDataLen"]);
int num2 = int.Parse(ConfigurationManager.AppSettings["DCP2MsgRepeatNr"]);
int num3 = int.Parse(ConfigurationManager.AppSettings["DCPRecTimeout"]);
byte num4 = byte.Parse(ConfigurationManager.AppSettings["DCPSOFByte"]);
_dcpProtocolEngine = new DCPProtocol(this, num, num2, num3, 10, num4, DCPVersion.DCP2);
_DCPRXMsg = new DCPFrame(num, num4);
_DCPAnswerMsg = new DCPFrame(num, num4);
_DCPTXMsg = new DCPFrame(num, num4);
_DCPTXBuf = new DCPFrame(num, num4);
if (_adtRec.isUsbFtdiDevice())
{
_ddi = DDI_USB.instance();
}
else if (_adtRec.isRS232Device())
{
_ddi = DDI_RS232.instance();
}
else if (_adtRec.isHIDDevice())
{
_ddi = DDI_HID.instance();
}
else if (_adtRec.isTOOLSTICKDevice())
{
_ddi = DDI_TOOLSTICK.instance();
}
else if (_adtRec.isTESTDevice())
{
_ddi = DDI_TEST.instance();
}
else
{
_log.Error("IOPH_DATA.initialize() - Unknown I/O port type!");
return -1;
}
_iot = new Thread(new ThreadStart(doDeviceIO));
_iot.IsBackground = true;
_iot.Name = "IOPH_DATA thread";
_isRequestAvailible = false;
_iot.Start();
return 0;
}
public void ReconnectDevice(ADTRecord adt)
{
int num = 10;
while (--num > 0)
{
_adtRec.PortAddress.handle = _ddi.open(_adtRec, 'D');
if (_adtRec.PortAddress.handle != null)
{
break;
}
Thread.Sleep(100);
_log.Warn("IOPH_DCP: ReconnectDevice retry");
}
int num2 = int.Parse(ConfigurationManager.AppSettings["DCPMaxDataLen"]);
int num3 = int.Parse(ConfigurationManager.AppSettings["DCPMsgRepeatNr"]);
int num4 = int.Parse(ConfigurationManager.AppSettings["DCPRecTimeout"]);
byte num5 = byte.Parse(ConfigurationManager.AppSettings["DCPSOFByte"]);
_dcpProtocolEngine = new DCPProtocol(this, num2, num3, num4, 10, num5);
if (num == 0)
{
_log.Error("IOPH_DCP: ReconnectDevice Failed: " + adt.PortAddress.DeviceID);
}
_ddi.enablePollerRun(true);
}
public DCPRetCodes open(string a_port, string a_initString)
{
try
{
StopBits one;
if ((this._port != null) && this._port.IsOpen)
{
return DCPRetCodes.DCP_ERR_COM;
}
string[] strArray = a_initString.Split(new char[] { ',' });
int baudRate = int.Parse(strArray[0]);
int dataBits = int.Parse(strArray[1]);
Parity space = Parity.Space;
string str = strArray[2].ToUpper();
if (str != null)
{
if (!(str == "N"))
{
if (str == "E")
{
goto Label_0085;
}
if (str == "O")
{
goto Label_0089;
}
}
else
{
space = Parity.None;
}
}
goto Label_008B;
Label_0085:
space = Parity.Even;
goto Label_008B;
Label_0089:
space = Parity.Odd;
Label_008B:
one = StopBits.None;
string str2 = strArray[3];
if (str2 != null)
{
if (!(str2 == "1"))
{
if (str2 == "5")
{
goto Label_00C7;
}
if (str2 == "2")
{
goto Label_00CC;
}
}
else
{
one = StopBits.One;
}
}
goto Label_00CF;
Label_00C7:
one = StopBits.OnePointFive;
goto Label_00CF;
Label_00CC:
one = StopBits.Two;
Label_00CF:
this._port = new SerialPort(a_port, baudRate, space, dataBits, one);
this._port.Open();
this._port.ReadTimeout = 1;
this._dcpProtocolEngine = new DCPProtocol(this, this._DCPMaxDataLen, this._DCPMsgRepeatNr, this._DCPRecTimeout, this._ThreadSleepTime, this._DCPSOFByte);
this._DCPRXMsg = new DCPFrame(this._DCPMaxDataLen, this._DCPSOFByte);
this._DCPTXBuf = new DCPFrame(this._DCPMaxDataLen, this._DCPSOFByte);
this._DCPTXMsg = new DCPFrame(this._DCPMaxDataLen, this._DCPSOFByte);
this._DCPAnswerMsg = new DCPFrame(this._DCPMaxDataLen, this._DCPSOFByte);
this._dcpProtocolEngine.controlReceivePacket(true, this._ThreadSleepTime);
this._terminateRequested = false;
this._ioThread = new Thread(new ThreadStart(this.DeviceIOThread));
this._ioThread.Name = "DCP_DLL IO thread";
this._ioThread.IsBackground = true;
this._ioThread.Start();
DCP_DLL.Utils.log(this, "opened ", a_port.ToString() + " " + a_initString);
return DCPRetCodes.DCP_OK;
}
catch (Exception exception)
{
this.closePort();
DCP_DLL.Utils.log(this, "open ", exception.Message);
return DCPRetCodes.DCP_FATAL;
}
}