private static DM.FreqPlanChan[] FindFreqPlanChens(DM.Allotment allotment)
{
return(Repository.GetEntities <DM.FreqPlanChan>(source =>
{
source.SetWhere(MD.FreqPlanChan.Fields.PlanId, IMRecordset.Operation.Eq, allotment.PlanRef.Id);
}));
}
private static bool ValidateAllotment(DM.Allotment allotment)
{
var messages = new StringBuilder();
bool result = true;
if (!allotment.IsNewState)
{
messages.AppendLine($"Incorrect the status of the allotment #{allotment.Id}");
result = false;
}
if (!MD.Allotments.UserTypes.M.Equals(allotment.UserType, StringComparison.OrdinalIgnoreCase))
{
messages.AppendLine($"Incorrect the user type of the allotment #{allotment.Id}");
result = false;
}
if (allotment.CustDate1.IsNull())
{
messages.AppendLine($"Undefined a CUST_DAT1 of the allotment #{allotment.Id}");
result = false;
}
if (allotment.CustDate2.IsNull())
{
messages.AppendLine($"Undefined a CUST_DAT2 of the allotment #{allotment.Id}");
result = false;
}
if (string.IsNullOrEmpty(allotment.CustText1))
{
messages.AppendLine($"Undefined a CUST_TXT1 of the allotment #{allotment.Id}");
result = false;
}
if (string.IsNullOrEmpty(allotment.CustText2))
{
messages.AppendLine($"Undefined a CUST_TXT2 of the allotment #{allotment.Id}");
result = false;
}
if (string.IsNullOrEmpty(allotment.CustText3))
{
messages.AppendLine($"Undefined a CUST_TXT3 of the allotment #{allotment.Id}");
result = false;
}
if (!result)
{
Logger.WriteWarning(PluginMetadata.Processes.CreateMeasTask, messages.ToString(), true);
}
return(result);
}
private static SDR.MeasOther PreparedOther(DM.Allotment allotment)
{
var other = new SDR.MeasOther()
{
SwNumber = 10,
TypeSpectrumScan = SDR.SpectrumScanType.Sweep,
TypeSpectrumOccupation = "FBO".Equals(allotment.CustText4, StringComparison.OrdinalIgnoreCase) ? SDR.SpectrumOccupationType.FreqBandwidthOccupation : SDR.SpectrumOccupationType.FreqChannelOccupation,
LevelMinOccup = allotment.CustNum3 == 0 || allotment.CustNum3 == IM.NullD ? -80 : allotment.CustNum3,
NChenal = 10
};
return(other);
}
private static SDR.MeasStation[] PreparedStations(DM.Allotment allotment)
{
var stations = new List <SDR.MeasStation>();
var constraint = new AAC.DataConstraintGroup()
{
Type = AAC.DataConstraintType.Group,
Operation = AAC.DataConstraintGroupOperation.And,
Constraints = new AAC.DataConstraintExpression[]
{
new AAC.DataConstraintExpression
{
Type = AAC.DataConstraintType.Expression,
Operation = AAC.DataConstraintOperation.Eq,
LeftOperand = new AAC.DataConstraintColumnOperand {
Type = AAC.DataConstraintOperandType.Column, Alias = "Sensor", ColumnName = "Name"
},
RightOperand = new AAC.DataConstraintValueOperand {
Type = AAC.DataConstraintOperandType.Value, DataType = AAC.CommonDataType.String, StringValue = allotment.CustText2
}
},
new AAC.DataConstraintExpression
{
Type = AAC.DataConstraintType.Expression,
Operation = AAC.DataConstraintOperation.Eq,
LeftOperand = new AAC.DataConstraintColumnOperand {
Type = AAC.DataConstraintOperandType.Column, Alias = "Sensor", ColumnName = "Equipment.TechId"
},
RightOperand = new AAC.DataConstraintValueOperand {
Type = AAC.DataConstraintOperandType.Value, DataType = AAC.CommonDataType.String, StringValue = allotment.CustText3
}
}
}
};
var result = WCF.SdrnsControllerWcfClient.GetSensors(constraint);
result = result.Where(u => u.Name == allotment.CustText2 && u.Equipment.TechId == allotment.CustText3).ToArray();
if (result.Length > 0)
{
stations.AddRange(
result.Select(sensor => new SDR.MeasStation
{
StationId = new SDR.MeasStationIdentifier
{
Value = sensor.Id.Value
}
})
);
}
return(stations.ToArray());
}
private static SDR.MeasTimeParamList PreparedTimeParamList(DM.Allotment allotment)
{
var today = DateTime.Today;
var timeParamList = new SDR.MeasTimeParamList()
{
PerStart = allotment.CustDate1,
PerStop = allotment.CustDate2,
TimeStart = new DateTime(today.Year, today.Month, today.Day, 0, 0, 0),
TimeStop = new DateTime(today.Year, today.Month, today.Day, 23, 59, 59),
PerInterval = allotment.CustNum2 == 0 || allotment.CustNum2 == IM.NullD ? 3600 : 3600 * allotment.CustNum2
};
return(timeParamList);
}
private static SDR.MeasFreqParam PreparedFreqParam(DM.Allotment allotment, DM.FreqPlanChan[] freqPlanChans)
{
var freqParam = new SDR.MeasFreqParam()
{
Mode = SDR.FrequencyMode.FrequencyList,
RgL = freqPlanChans.Min(c => c.Freq),
RgU = freqPlanChans.Max(c => c.Freq),
Step = allotment.PlanRef.ChannelSep == 0 || allotment.PlanRef.ChannelSep == IM.NullD ? allotment.PlanRef.Bandwidth : allotment.PlanRef.ChannelSep,
MeasFreqs = freqPlanChans.Select(c => new SDR.MeasFreq {
Freq = c.Freq
}).ToArray()
};
return(freqParam);
}
private static SDR.MeasDtParam PreparedDetectedParam(DM.Allotment allotment)
{
var detectedParam = new SDR.MeasDtParam()
{
TypeMeasurements = SDR.MeasurementType.SpectrumOccupation,
RBW = allotment.PlanRef.Bandwidth,
VBW = allotment.PlanRef.Bandwidth,
RfAttenuation = 0,
IfAttenuation = 0,
MeasTime = 0.003,
DetectType = SDR.DetectingType.Avarage,
Preamplification = 0
};
return(detectedParam);
}
private static SDR.MeasTask PreparedMeasTaskInfo(DM.Allotment allotment, DM.FreqPlanChan[] freqPlanChans)
{
var measTask = new SDR.MeasTask()
{
Name = allotment.CustText1,
ExecutionMode = SDR.MeasTaskExecutionMode.Automatic,
Task = SDR.MeasTaskType.Scan,
DateCreated = DateTime.Now,
CreatedBy = IM.ConnectedUser(),
Stations = PreparedStations(allotment),
MeasDtParam = PreparedDetectedParam(allotment),
MeasFreqParam = PreparedFreqParam(allotment, freqPlanChans),
MeasOther = PreparedOther(allotment),
MeasTimeParamList = PreparedTimeParamList(allotment)
};
return(measTask);
}
