public void Initialize(string configuration, TraceWrapper traceWrapper)
{
try
{
_laserConfig = LaserConfig.LoadFromXml <LaserConfig>(configuration);
_traceWrapper = traceWrapper;
_traceWrapper.WriteInformation("Laser initialization start.");
_traceWrapper.WriteVerbose(string.Format("Configuration: {0}", configuration));
_telegram = new TelegramsOperating(_laserConfig.IPAddress, 2111, traceWrapper);
_telegram.ConnectingSuccessed += new ConnectingSuccessedEventHandler(on_ConnectingSuccessed);
_telegram.ConnectingFailed += new ConnectingFailedEventHandler(on_ConnectingFailed);
_telegram.CommandReceivingFailed += new CommandReceivingFailedEventHandler(on_CommandReceivingFailed);
_telegram.CommandSendingFailed += new CommandSendingFailedEventHandler(on_CommandSendingFailed);
_telegram.Sopas_Error_CMD += new EventHandler <SopasErrorEventArgs>(on_SopasError);
_telegram.SetAccessMode_CMD += new EventHandler <SetAccessModeEventArgs>(on_SetAccessMode);
_telegram.LSPsetdatetime_CMD += new EventHandler <LSPsetdatetimeEventArgs>(on_LSPsetdatetime);
_telegram.Run_CMD += new EventHandler <RunEventArgs>(on_Run);
_telegram.LMDscandataE_CMD += new EventHandler <LMDscandataEEventArgs>(on_LMDscandataE);
_telegram.LMDscandata_CMD += new EventHandler <LMDscandataEventArgs>(on_LMDscandata);
_telegram.mSCreboot_CMD += new EventHandler <mSCrebootEventArgs>(on_mSCreboot);
_telegram.mDOSetOutput_CMD += new EventHandler <mDOSetOutputEventArgs>(on_mDOSetOutput);
_telegram.mLMPsetscancfg_CMD += new EventHandler <mLMPsetscancfgEventArgs>(on_mLMPsetscancfg);
_telegram.LMDscandatacfg_CMD += new EventHandler <LMDscandatacfgEventArgs>(on_LMDscandatacfg);
_telegram.DeviceIdent_CMD += new EventHandler <DeviceIdentEventArgs>(on_DeviceIdent);
Run_CMD = start_Run;
SetAccessMode_client_CMD = start_SetAccessMode_client;
SetAccessMode_maintenance_CMD = start_SetAccessMode_maintenance;
SetAccessMode_service_CMD = start_SetAccessMode_service;
LSPsetdatetime_CMD = start_LSPsetdatetime;
LMDscandata_E_CMD = start_LMDscandata_E;
mSCreboot_CMD = start_mSCreboot;
mDOSetOutput_CMD = start_mDOSetOutput;
mLMPsetscancfg_CMD = start_mLMPsetscancfg;
LMDscandatacfg_CMD = start_LMDscandatacfg;
DeviceIdent_CMD = start_DeviceIdent;
if ((_laserConfig.TriggerOutputChannelNumber > 0) && (_laserConfig.TriggerOutputChannelNumber < 7))
{
_maskDigitalOutputs = (byte)(1 << (_laserConfig.TriggerOutputChannelNumber - 1));
}
else
{
_maskDigitalOutputs = (byte)(1);
}
_isInitialized = true;
ErrorStateCounter.PrintPropertiesSettings();
_traceWrapper.WriteInformation("Laser initialization end.");
}
catch (Exception ex)
{
_traceWrapper.WriteError(new ApplicationException("Unhandled exception in LaserDriver.Initialize()", ex));
}
}
public void Start()
{
if (_isInitialized)
{
if (!_started)
{
methodeList = new List <Action>();
methodeList.Add(DeviceIdent_CMD);
methodeList.Add(SetAccessMode_service_CMD);
methodeList.Add(LSPsetdatetime_CMD);
methodeList.Add(Run_CMD);
methodeList.Add(LMDscandata_E_CMD);
_telegram.ConnectToDevice();
ErrorStateCounter.ClearCounterFlags();
_started = true;
// TEST BEGIN
/* timer.Interval = 50;
* timer.Elapsed += (sender, e) =>
* {*/
/*
* LMDscandata_R _scanDataObject = new LMDscandata_R();
* LMDscandataEventArgs _scandata = new LMDscandataEventArgs(_scanDataObject);
* on_LMDscandata(null, _scandata);
* ((Timer)sender).Enabled = true; */
/*
* mSCrebootEventArgs _reboot = new mSCrebootEventArgs(DateTime.Now);
* on_mSCreboot(null, _reboot);*/
// };
// timer.Enabled = true;
// TEST END
}
}
else
{
throw new InvalidOperationException();
}
}
