private Types.QrrTq.TestParameters FillQrrTqConditions(long testTypeId)
{
var results = new Dictionary <string, object>(8);
var testParams = new Types.QrrTq.TestParameters()
{
IsEnabled = true, TestTypeId = testTypeId
};
FillOrder(testTypeId, testParams);
FillConditionsResults(testTypeId, results);
foreach (var result in results)
{
switch (result.Key)
{
case "QrrTq_En":
testParams.IsEnabled = Boolean.Parse(result.Value.ToString());
break;
case "QrrTq_Mode":
testParams.Mode = (Types.QrrTq.TMode)Enum.Parse(typeof(Types.QrrTq.TMode), result.Value.ToString());
break;
case "QrrTq_TrrMeasureBy9050Method":
testParams.TrrMeasureBy9050Method = bool.Parse(result.Value.ToString());
break;
case "QrrTq_DirectCurrent":
testParams.DirectCurrent = UInt16.Parse(result.Value.ToString());
break;
case "QrrTq_DCPulseWidth":
testParams.DCPulseWidth = UInt16.Parse(result.Value.ToString());
break;
case "QrrTq_DCRiseRate":
testParams.DCRiseRate = float.Parse(result.Value.ToString().Trim().Replace('.', ','));
break;
case "QrrTq_DCFallRate":
testParams.DCFallRate = (Types.QrrTq.TDcFallRate)Enum.Parse(typeof(Types.QrrTq.TDcFallRate), result.Value.ToString());
break;
case "QrrTq_OffStateVoltage":
testParams.OffStateVoltage = UInt16.Parse(result.Value.ToString());
break;
case "QrrTq_OsvRate":
testParams.OsvRate = (Types.QrrTq.TOsvRate)Enum.Parse(typeof(Types.QrrTq.TOsvRate), result.Value.ToString());
break;
}
}
return(testParams);
}
private void InsertQrrTqConditions(Types.QrrTq.TestParameters testParameters, long testTypeId, long profileId)
{
InsertCondition(testTypeId, profileId, "QrrTq_En", testParameters.IsEnabled);
InsertCondition(testTypeId, profileId, "QrrTq_Mode", testParameters.Mode);
InsertCondition(testTypeId, profileId, "QrrTq_TrrMeasureBy9050Method", testParameters.TrrMeasureBy9050Method);
InsertCondition(testTypeId, profileId, "QrrTq_DirectCurrent", testParameters.DirectCurrent);
InsertCondition(testTypeId, profileId, "QrrTq_DCPulseWidth", testParameters.DCPulseWidth);
InsertCondition(testTypeId, profileId, "QrrTq_DCRiseRate", testParameters.DCRiseRate);
InsertCondition(testTypeId, profileId, "QrrTq_DCFallRate", (uint)testParameters.DCFallRate);
InsertCondition(testTypeId, profileId, "QrrTq_OffStateVoltage", testParameters.OffStateVoltage);
InsertCondition(testTypeId, profileId, "QrrTq_OsvRate", (uint)testParameters.OsvRate);
}
private void InsertQrrTqParameters(Types.QrrTq.TestParameters qrrTqTestParameters, long testTypeId, long profileId)
{
InsertParameter(testTypeId, profileId, "IDC", qrrTqTestParameters.Idc, DBNull.Value);
InsertParameter(testTypeId, profileId, "QRR", qrrTqTestParameters.Qrr, DBNull.Value);
InsertParameter(testTypeId, profileId, "IRR", qrrTqTestParameters.Irr, DBNull.Value);
InsertParameter(testTypeId, profileId, "TRR", qrrTqTestParameters.Trr, DBNull.Value);
InsertParameter(testTypeId, profileId, "DCFactFallRate", qrrTqTestParameters.DCFactFallRate, DBNull.Value);
if (qrrTqTestParameters.Mode == Types.QrrTq.TMode.QrrTq)
{
InsertParameter(testTypeId, profileId, "TQ", qrrTqTestParameters.Tq, DBNull.Value);
}
}
