private bool CheckAssemblyAlarmSignal()
{
//var CB_Alarm = HalUniversal.ReadAlarm_Cabinet();
var CC_Alarm = HalUniversal.ReadAlarm_CleanCh();
//var CF_Alarm = HalUniversal.ReadAlarm_CoverFan();
//var BT_Alarm = HalUniversal.ReadAlarm_BTRobot();
//var MTClampInsp_Alarm = HalUniversal.ReadAlarm_MTClampInsp();
//var MT_Alarm = HalUniversal.ReadAlarm_MTRobot();
//var IC_Alarm = HalUniversal.ReadAlarm_InspCh();
//var LP_Alarm = HalUniversal.ReadAlarm_LoadPort();
//var OS_Alarm = HalUniversal.ReadAlarm_OpenStage();
//if (CB_Alarm != "") throw new CabinetPLCAlarmException(CB_Alarm);
if (CC_Alarm != "")
{
throw new CleanChPLCAlarmException(CC_Alarm);
}
//if (CF_Alarm != "") throw new UniversalCoverFanPLCAlarmException(CF_Alarm);
//if (BT_Alarm != "") throw new BoxTransferPLCAlarmException(BT_Alarm);
//if (MTClampInsp_Alarm != "") throw new MTClampInspectDeformPLCAlarmException(MTClampInsp_Alarm);
//if (MT_Alarm != "") throw new MaskTransferPLCAlarmException(MT_Alarm);
//if (IC_Alarm != "") throw new InspectionChPLCAlarmException(IC_Alarm);
//if (LP_Alarm != "") throw new LoadportPLCAlarmException(LP_Alarm);
//if (OS_Alarm != "") throw new OpenStagePLCAlarmException(OS_Alarm);
return(true);
}
private bool CheckAssemblyWarningSignal()
{
//var CB_Warning = HalUniversal.ReadWarning_Cabinet();
var CC_Warning = HalUniversal.ReadWarning_CleanCh();
//var CF_Warning = HalUniversal.ReadWarning_CoverFan();
//var BT_Warning = HalUniversal.ReadWarning_BTRobot();
//var MTClampInsp_Warning = HalUniversal.ReadWarning_MTClampInsp();
//var MT_Warning = HalUniversal.ReadWarning_MTRobot();
//var IC_Warning = HalUniversal.ReadWarning_InspCh();
//var LP_Warning = HalUniversal.ReadWarning_LoadPort();
//var OS_Warning = HalUniversal.ReadWarning_OpenStage();
//if (CB_Warning != "") throw new CabinetPLCWarningException(CB_Warning);
if (CC_Warning != "")
{
throw new CleanChPLCWarningException(CC_Warning);
}
//if (CF_Warning != "") throw new UniversalCoverFanPLCWarningException(CF_Warning);
//if (BT_Warning != "") throw new BoxTransferPLCWarningException(BT_Warning);
//if (MTClampInsp_Warning != "") throw new MTClampInspectDeformPLCWarningException(MTClampInsp_Warning);
//if (MT_Warning != "") throw new MaskTransferPLCWarningException(MT_Warning);
//if (IC_Warning != "") throw new InspectionChPLCWarningException(IC_Warning);
//if (LP_Warning != "") throw new LoadportPLCWarningException(LP_Warning);
//if (OS_Warning != "") throw new OpenStagePLCWarningException(OS_Warning);
return(true);
}
private bool CheckEquipmentStatus()
{
string Result = null;
if (HalUniversal.ReadPowerON() == false)
{
Result += "Equipment is power off now, ";
}
if (HalUniversal.ReadBCP_Maintenance())
{
Result += "Key lock in the electric control box is turn to maintenance, ";
}
if (HalUniversal.ReadCB_Maintenance())
{
Result += "Outside key lock between cabinet_1 and cabinet_2 is turn to maintenance, ";
}
if (HalUniversal.ReadBCP_EMO().Item1)
{
Result += "EMO_1 has been trigger, ";
}
if (HalUniversal.ReadBCP_EMO().Item2)
{
Result += "EMO_2 has been trigger, ";
}
if (HalUniversal.ReadBCP_EMO().Item3)
{
Result += "EMO_3 has been trigger, ";
}
if (HalUniversal.ReadBCP_EMO().Item4)
{
Result += "EMO_4 has been trigger, ";
}
if (HalUniversal.ReadBCP_EMO().Item5)
{
Result += "EMO_5 has been trigger, ";
}
if (HalUniversal.ReadCB_EMO().Item1)
{
Result += "EMO_6 has been trigger, ";
}
if (HalUniversal.ReadCB_EMO().Item2)
{
Result += "EMO_7 has been trigger, ";
}
if (HalUniversal.ReadCB_EMO().Item3)
{
Result += "EMO_8 has been trigger, ";
}
if (HalUniversal.ReadLP1_EMO())
{
Result += "Load Port_1 EMO has been trigger, ";
}
if (HalUniversal.ReadLP2_EMO())
{
Result += "Load Port_2 EMO has been trigger, ";
}
if (HalUniversal.ReadBCP_Door())
{
Result += "The door of electric control box has been open, ";
}
if (HalUniversal.ReadLP1_Door())
{
Result += "The door of Load Port_1 has been open, ";
}
if (HalUniversal.ReadLP2_Door())
{
Result += "The door of Load Pord_2 has been open, ";
}
if (HalUniversal.ReadBCP_Smoke())
{
Result += "Smoke detected in the electric control box, ";
}
if (Result == null)
{
return(true);
}
else
{
throw new UniversalEquipmentException(Result);
}
}
