public CellIntraFreqHoView Query()
{
var zteCellGroup = _zteCellGroupRepository.GetRecentList(_eNodebId, _sectorId);
int configId;
if (zteCellGroup != null && zteCellGroup.Count > 0)
{
var fields = zteCellGroup[0].intraFHOMeasCfg.Split(',');
configId = fields.Length > 0 ? fields[0].ConvertToInt(0) : 0;
}
else
{
var zteGroup = _zteGroupRepository.GetRecent(_eNodebId);
var fields = zteGroup?.intraFHOMeasCfg.Split(',');
configId = fields != null && fields.Length > 0 ? fields[0].ConvertToInt(0) : 0;
}
var ztePara = _zteMeasurementRepository.GetRecent(_eNodebId, configId);
if (ztePara == null)
{
return(null);
}
var result = Mapper.Map <UeEUtranMeasurementZte, CellIntraFreqHoView>(ztePara);
result.SectorId = _sectorId;
return(result);
}
public void Test_GetBySectorId()
{
var result = _repository.GetRecentList(502776, 48);
Assert.IsNotNull(result);
Assert.AreEqual(result[0].iDate, "20160408");
}
public void Test_GetRecentBySectorId()
{
var results = _repository.GetRecentList(501777, 49);
Assert.IsNotNull(results);
Assert.AreEqual(results[0].eNodeB_Id, 501777);
Assert.AreEqual(results[0].description, "cellLocalId=49");
Assert.AreEqual(results[0].CDMA2000MeasParas_cdmaType, 0);
}
public CellHuaweiMongo Query()
{
var zteCell = _zteCellRepository.GetRecent(_eNodebId, _sectorId);
var zteMeas = _zteMeasRepository.GetRecentList(_eNodebId, _sectorId);
var ztePrach = _ztePrachRepository.GetRecent(_eNodebId, _sectorId);
return(new CellHuaweiMongo
{
PhyCellId = zteCell?.pci ?? 0,
CellSpecificOffset = zteCell?.ocs ?? 15,
QoffsetFreq = zteMeas[0]?.eutranMeasParas_offsetFreq ?? 15,
RootSequenceIdx = ztePrach?.rootSequenceIndex ?? -1
});
}
public List <CellInterFreqHoView> Query()
{
var zteGroup = _zteGroupRepository.GetRecent(_eNodebId);
var zteCellGroup = _zteCellGroupRepository.GetRecentList(_eNodebId, _sectorId);
var idA1 = zteGroup == null ? 10 : int.Parse(zteGroup.closedInterFMeasCfg.Split(',')[0]);
var idA2 = zteGroup == null ? 20 : int.Parse(zteGroup.openInterFMeasCfg.Split(',')[0]);
var meas = _zteMeasurementRepository.GetRecent(_eNodebId, idA1);
var eventA1 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA1>(meas);
meas = _zteMeasurementRepository.GetRecent(_eNodebId, idA2);
var eventA2 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA2>(meas);
if (zteCellGroup.Count > 1)
{
return(zteCellGroup.Select(group =>
{
var view = new CellInterFreqHoView
{
Earfcn = (int)group.eutranMeasParas_interCarriFreq,
InterFreqEventA1 = eventA1,
InterFreqEventA2 = eventA2
};
var configId = int.Parse(group.interFHOMeasCfg.Split(',')[0]);
var measurement = _zteMeasurementRepository.GetRecent(_eNodebId, configId);
if (measurement == null)
{
return view;
}
view.InterFreqHoEventType = measurement.eventId;
view.InterFreqEventA3 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA3>(measurement);
view.InterFreqEventA4 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA4>(measurement);
view.InterFreqEventA5 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA5>(measurement);
return view;
}).ToList());
}
if (zteCellGroup.Count == 0)
{
return(new List <CellInterFreqHoView>());
}
var configIds = zteCellGroup[0].interFHOMeasCfg.Split(',').Select(int.Parse).Distinct();
return(configIds.Select(id =>
{
var view = new CellInterFreqHoView
{
Earfcn = (int)zteCellGroup[0].eutranMeasParas_interCarriFreq,
InterFreqEventA1 = eventA1,
InterFreqEventA2 = eventA2
};
var measurement = _zteMeasurementRepository.GetRecent(_eNodebId, id);
if (measurement != null)
{
view.InterFreqHoEventType = measurement.eventId;
view.InterFreqEventA3 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA3>(measurement);
view.InterFreqEventA4 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA4>(measurement);
view.InterFreqEventA5 = Mapper.Map <UeEUtranMeasurementZte, InterFreqEventA5>(measurement);
}
return view;
}).ToList());
}