public override TestResult CreateActualTestResult(CustomerEventScreeningTestsEntity customerEventScreeningTestEntity)
{
var testResult = new HypertensionTestResult(customerEventScreeningTestEntity.CustomerEventScreeningTestId);
var customerEventReadingEntities = customerEventScreeningTestEntity.CustomerEventReading.ToList();
testResult.Systolic = CreateResultReadingforNullableInt((int)ReadingLabels.SystolicRight, customerEventReadingEntities);
testResult.Diastolic = CreateResultReadingforNullableInt((int)ReadingLabels.DiastolicRight, customerEventReadingEntities);
testResult.Pulse = CreateResultReadingforNullableInt((int)ReadingLabels.Pulse, customerEventReadingEntities);
testResult.BloodPressureElevated = CreateResultReading((int)ReadingLabels.BloodPressureElevated, customerEventReadingEntities);
testResult.RightArmBpMeasurement = CreateResultReading((int)ReadingLabels.RightArmBpMeasurement, customerEventReadingEntities);
testResult.TechnicallyLimitedbutReadable = CreateResultReading((int)ReadingLabels.TechnicallyLimitedbutReadable, customerEventReadingEntities);
testResult.RepeatStudy = CreateResultReading((int)ReadingLabels.RepeatStudy, customerEventReadingEntities);
return(testResult);
}
private void ParseDataForHypertension(long customerId, BasicBiometric basicBiometric)
{
var isTestPurchased = _testResultService.IsTestPurchasedByCustomer(_eventId, customerId, (long)TestType.Hypertension);
try
{
if (isTestPurchased)
{
var testResult = new HypertensionTestResult
{
Systolic = new ResultReading <int?> {
Reading = basicBiometric.SystolicPressure
},
Diastolic = new ResultReading <int?> {
Reading = basicBiometric.DiastolicPressure
},
RightArmBpMeasurement = new ResultReading <bool> {
Reading = basicBiometric.IsRightArmBpMeasurement
},
BloodPressureElevated = new ResultReading <bool> {
Reading = basicBiometric.SystolicPressure >= 140 || basicBiometric.DiastolicPressure >= 90
}
};
_resultParserHelper.AddTestResulttoEventCustomerAggregate(_eventCustomerScreeningAggregates, _eventId, customerId, testResult);
_resultParserHelper.AddResultArchiveLog(_kynAppLipidParser.ErrorSummary, TestType.Hypertension, customerId, MedicalEquipmentTag.Bloodworks, true);
}
else
{
_logger.Info(string.Format("Hypertension is not availed by Customer : [{0}]", customerId));
}
}
catch (Exception exception)
{
_logger.Error(string.Format("Some error occured while parsing data of Hypertension Test for customerId {0} and event Id {1} \nMessage:{2} \nStack Trace: {3}", customerId, _eventId, exception.Message, exception.StackTrace));
}
}
public PcpResultExportModel SetHypertensionData(PcpResultExportModel model, HypertensionTestResult testResult)
{
throw new System.NotImplementedException();
}
public TestResult GetHypertensionTestResultDomain(KynHealthAssessmentEditModel model, HypertensionTestResult inpersistence, long uploadedby, bool isNewResultFlow)
{
if (!IsHypertensionReadingProvided(model) && inpersistence == null)
{
return(inpersistence);
}
var isBloodPressureElevated = (model.SystolicPressure.HasValue && model.SystolicPressure.Value >= SystolicAbnormalValue) ||
(model.DiastolicPressure.HasValue && model.DiastolicPressure.Value >= DiastolicAbnormalValue);
if (inpersistence == null)
{
inpersistence = new HypertensionTestResult
{
Pulse = new ResultReading <int?>
{
Reading = model.PulseRate,
Label = ReadingLabels.Pulse,
ReadingSource = ReadingSource.Manual
},
Diastolic = new ResultReading <int?>
{
Reading = model.DiastolicPressure,
Label = ReadingLabels.DiastolicRight,
ReadingSource = ReadingSource.Manual
},
Systolic = new ResultReading <int?>
{
Reading = model.SystolicPressure,
Label = ReadingLabels.SystolicRight,
ReadingSource = ReadingSource.Manual
},
BloodPressureElevated = new ResultReading <bool>
{
Reading = isBloodPressureElevated,
Label = ReadingLabels.BloodPressureElevated,
ReadingSource = ReadingSource.Manual
},
ResultStatus = new TestResultState
{
StateNumber = isNewResultFlow ? (int)NewTestResultStateNumber.ResultEntryPartial : (int)TestResultStateNumber.ManualEntry
}
};
}
else
{
inpersistence.Pulse = new ResultReading <int?>
{
Reading = model.PulseRate,
Label = ReadingLabels.Pulse,
ReadingSource = ReadingSource.Manual
};
inpersistence.Diastolic = new ResultReading <int?>
{
Reading = model.DiastolicPressure,
Label = ReadingLabels.DiastolicRight,
ReadingSource = ReadingSource.Manual
};
inpersistence.Systolic = new ResultReading <int?>
{
Reading = model.SystolicPressure,
Label = ReadingLabels.SystolicRight,
ReadingSource = ReadingSource.Manual
};
inpersistence.BloodPressureElevated = new ResultReading <bool>
{
Reading = isBloodPressureElevated,
Label = ReadingLabels.BloodPressureElevated,
ReadingSource = ReadingSource.Manual
};
}
inpersistence.ResultStatus.DataRecorderMetaData = SetDataRecorderMetaData(inpersistence.ResultStatus.DataRecorderMetaData, uploadedby);
inpersistence.DataRecorderMetaData = SetDataRecorderMetaData(inpersistence.DataRecorderMetaData, uploadedby);
return(inpersistence);
}
