protected bool CheckVccLowAlarm(DUT dut)
{
vccLA = dut.ChkVccLA();
Thread.Sleep(50);
vccLA = dut.ChkVccLA();
return !vccLA;
}
protected bool CheckTempLowWarning(DUT dut)
{
tempLW = dut.ChkTempLW();
Thread.Sleep(50);
tempLW = dut.ChkTempLW();
return !tempLW;
}
// vcc A&W
protected bool CheckVccLowWarning(DUT dut)
{
vccLW = dut.ChkVccLW();
Thread.Sleep(50);
vccLW = dut.ChkVccLW();
return !vccLW;
}
public bool CheckTempLowAlarm(DUT dut)
{
tempLA = dut.ChkTempLA();
Thread.Sleep(50);
tempLA = dut.ChkTempLA();
return !tempLA;
}
protected bool CheckTempHighWarning(DUT dut)
{
tempHW = dut.ChkTempHW();
Thread.Sleep(50);
tempHW = dut.ChkTempHW();
return !tempHW;
}
// temp A&W
public bool CheckTempHighAlarm(DUT dut)
{
tempHA = dut.ChkTempHA();
Thread.Sleep(50);
tempHA = dut.ChkTempHA();
return !tempHA;
}
protected bool CheckVccHighAlarm(DUT dut)
{
vccHA = dut.ChkVccHA();
Thread.Sleep(50);
vccHA = dut.ChkVccHA();
return !vccHA;
}
protected bool CheckVccHighWarning(DUT dut)
{
vccHW = dut.ChkVccHW();
Thread.Sleep(50);
vccHW = dut.ChkVccHW();
return !vccHW;
}
public bool CheckTxPowerLowAlarm(DUT dut)
{
txPowerLA = dut.ChkTxpLA();
Thread.Sleep(50);
txPowerLA = dut.ChkTxpLA();
return !txPowerLA;
}
protected bool CheckTxPowerLowWarning(DUT dut)
{
txPowerLW = dut.ChkTxpLW();
Thread.Sleep(50);
txPowerLW = dut.ChkTxpLW();
return !txPowerLW;
}
// bias A&W
protected bool CheckBiasHighAlarm(DUT dut)
{
ibiasHA = dut.ChkBiasHA();
Thread.Sleep(50);
ibiasHA = dut.ChkBiasHA();
return !ibiasHA;
}
// txpower A&W
protected bool CheckTxPowerHighAlarm(DUT dut)
{
txPowerHA = dut.ChkTxpHA();
Thread.Sleep(50);
txPowerHA = dut.ChkTxpHA();
return !txPowerHA;
}
public TestRxResponsivity(DUT inPuDut)
{
logoStr = null;
dut = inPuDut;
DtTestData = new DataTable();
DtSamplingData = new DataTable();
DtTestData.Columns.Add("Temp");
DtTestData.Columns.Add("Channel");
DtTestData.Columns.Add("Vcc");
DtTestData.Columns.Add("Response");
DtSamplingData.Columns.Add("Channel");
DtSamplingData.Columns.Add("RxInputPower");
DtSamplingData.Columns.Add("RxPowerADC");
inPutParametersNameArray.Clear();
inPutParametersNameArray.Add("SingleThread");
inPutParametersNameArray.Add("RxInputPower(DBM)");
inPutParametersNameArray.Add("Rref");
inPutParametersNameArray.Add("Resolution");
inPutParametersNameArray.Add("Vref");
inPutParametersNameArray.Add("ReadRxPowerAdcCount");
inPutParametersNameArray.Add("Ratio");
}
protected bool CheckBiasLowAlarm(DUT dut)
{
ibiasLA = dut.ChkBiasLA();
Thread.Sleep(50);
ibiasLA = dut.ChkBiasLA();
return !ibiasLA;
}
public bool CheckBiasLowWarning(DUT dut)
{
ibiasLW = dut.ChkBiasLW();
Thread.Sleep(50);
ibiasLW = dut.ChkBiasLW();
return !ibiasLW;
}
protected bool CheckBiasHighWarning(DUT dut)
{
ibiasHW = dut.ChkBiasHW();
Thread.Sleep(50);
ibiasHW = dut.ChkBiasHW();
return !ibiasHW;
}
public TestRxPowerDmi(DUT inPuDut)
{
dut = inPuDut;
logoStr = null;
inPutParametersNameArray.Clear();
inPutParametersNameArray.Add("RXPOWERARRLIST(DBM)");
}
public AlarmWarning(DUT inPuDut)
{
logoStr = null;
dut = inPuDut;
inPutParametersNameArray.Clear();
inPutParametersNameArray.Add("RXPOWERPOINT(DBM)");
}
public TestEye(DUT inPuDut, logManager logmanager)
{
logger = logmanager;
logoStr = null;
dut = inPuDut;
inPutParametersNameArray.Clear();
inPutParametersNameArray.Add("ISOPTICALEYEORELECEYE");
}
public bool CheckTxPowerHighWarning(DUT dut)
{
txPowerHW = dut.ChkTxpHW();
Thread.Sleep(50);
txPowerHW = dut.ChkTxpHW();
return !txPowerHW;
}
public TestIBiasDmi(DUT inPuDut, logManager logmanager)
{
logger = logmanager;
dut = inPuDut;
logoStr = null;
inPutParametersNameArray.Clear();
}
public bool CheckRxPowerLowWarning(DUT dut)
{
bool isWarning = false;
isWarning = dut.ChkRxpLW();
Thread.Sleep(1000);
isWarning = dut.ChkRxpLW();
return(isWarning);
}
protected bool CheckRxPowerLowAlarm(DUT dut)
{
bool isAlarm = false;
isAlarm = dut.ChkRxpLA();
Thread.Sleep(1000);
isAlarm = dut.ChkRxpLA();
return(isAlarm);
}
public bool CheckTxPowerLowAlarm(DUT dut)
{
bool isAlarm = false;
isAlarm = dut.ChkTxpLA();
Thread.Sleep(1000);
isAlarm = dut.ChkTxpLA();
return(isAlarm);
}
protected bool CheckRxPowerHighWarning(DUT dut)
{
bool isWarning = false;
isWarning = dut.ChkRxpHW();
Thread.Sleep(1000);
isWarning = dut.ChkRxpHW();
return(isWarning);
}
protected bool CheckTxPowerLowWarning(DUT dut)
{
bool isWarning = false;
isWarning = dut.ChkTxpLW();
Thread.Sleep(1000);
isWarning = dut.ChkTxpLW();
return(isWarning);
}
public bool CheckTxPowerHighWarning(DUT dut)
{
bool isWarning = false;
isWarning = dut.ChkTxpHW();
Thread.Sleep(1000);
isWarning = dut.ChkTxpHW();
return(isWarning);
}
// txpower A&W
protected bool CheckTxPowerHighAlarm(DUT dut)
{
bool isAlarm = false;
isAlarm = dut.ChkTxpHA();
Thread.Sleep(1000);
isAlarm = dut.ChkTxpHA();
return(isAlarm);
}
// temp A&W
public bool CheckTempHighAlarm(DUT dut)
{
bool isAlarm = false;
isAlarm = dut.ChkTempHA();
Thread.Sleep(1000);
isAlarm = dut.ChkTempHA();
return(isAlarm);
}
public TestRxPowerDmi(DUT inPuDut, logManager logmanager)
{
logger = logmanager;
dut = inPuDut;
logoStr = null;
inPutParametersNameArray.Clear();
inPutParametersNameArray.Add("ARRAYLISTRXINPUTPOWER(DBM)");
}