public IEnumerable <TestResult> Parse(DataRow dr)
{
SaveBasicBiometric(dr);
var asiTestResult = (ASITestResult)_asiTestRepository.GetTestResults(_customerId, _eventId, _isNewResultFlow);
if (asiTestResult == null && _testResultService.IsTestPurchasedByCustomer(_eventId, _customerId, (long)TestType.ASI))
{
asiTestResult = new ASITestResult();
}
if (asiTestResult == null)
{
return(null);
}
var pressureReadings = GetBpValues(dr);
if (pressureReadings == null)
{
return(null);
}
var testResults = new List <TestResult>();
asiTestResult.PressureReadings = SynchronizeBpValues(pressureReadings, asiTestResult.PressureReadings);
testResults.Add(asiTestResult);
return(testResults);
}
public void OneValueOfASIReturnsSameValueAsTheAverage()
{
ASITestResult asiTestResult = new ASITestResult();
var reading = new ResultReading <int>()
{
Reading = 20
};
asiTestResult.RawASI = new List <ResultReading <int> >();
asiTestResult.RawASI.Add(reading);
Assert.AreEqual(20, asiTestResult.AverageASI);
}
public TestResult GetAsiTestResultDomain(KynHealthAssessmentEditModel model, ASITestResult inpersistence, long uploadedby, bool isNewResultFlow)
{
if (inpersistence == null)
{
inpersistence = new ASITestResult
{
PressureReadings = new CardiovisionPressureReadings
{
Pulse = new ResultReading <int?> {
Reading = model.PulseRate
},
DiastolicLeftArm = new ResultReading <int?>(),
SystolicLeftArm = new ResultReading <int?>(),
DiastolicRightArm = new ResultReading <int?>(),
SystolicRightArm = new ResultReading <int?>()
},
ResultStatus = new TestResultState
{
StateNumber = isNewResultFlow ? (int)NewTestResultStateNumber.ResultEntryPartial : (int)TestResultStateNumber.ManualEntry
}
};
}
else
{
if (inpersistence.PressureReadings == null)
{
inpersistence.PressureReadings = new CardiovisionPressureReadings
{
Pulse = new ResultReading <int?> {
Reading = model.PulseRate
},
DiastolicLeftArm = new ResultReading <int?>(),
SystolicLeftArm = new ResultReading <int?>(),
DiastolicRightArm = new ResultReading <int?>(),
SystolicRightArm = new ResultReading <int?>()
};
}
else
{
inpersistence.PressureReadings.Pulse = new ResultReading <int?> {
Reading = model.PulseRate
};
}
}
inpersistence.ResultStatus.DataRecorderMetaData = SetDataRecorderMetaData(inpersistence.ResultStatus.DataRecorderMetaData, uploadedby);
inpersistence.DataRecorderMetaData = SetDataRecorderMetaData(inpersistence.DataRecorderMetaData, uploadedby);
return(inpersistence);
}
public void TwoValueOfASIOf20And30ShouldReturns25()
{
ASITestResult asiTestResult = new ASITestResult();
var reading1 = new ResultReading <int>()
{
Reading = 20
};
var reading2 = new ResultReading <int>()
{
Reading = 30
};
asiTestResult.RawASI = new List <ResultReading <int> >();
asiTestResult.RawASI.Add(reading1);
asiTestResult.RawASI.Add(reading2);
Assert.AreEqual(25, asiTestResult.AverageASI);
}
public TestResult Parse(DataRow dr)
{
_errorSummary = string.Empty;
if (!CheckifRowContainsAnyReadingData(dr))
{
return(null);
}
var testResult = new ASITestResult();
if (!IsDataRowItemEmpty(dr[ColumnPulse]) || !IsDataRowItemEmpty(dr[ColumnPulsePressure]) || !IsDataRowItemEmpty(dr[ColumnSystolic]) || !IsDataRowItemEmpty(dr[ColumnDiastolic]))
{
testResult.PressureReadings = new CardiovisionPressureReadings();
}
SetBloodPressureValues(testResult, dr);
try
{
if (!IsDataRowItemEmpty(dr[ColumnAsi]))
{
int s = 0;
if (int.TryParse(dr[ColumnAsi].ToString(), out s))
{
var findingId = _testResultService.GetCalculatedStandardFinding(s, (int)TestType.ASI,
(int)ReadingLabels.ASI);
testResult.ASI = new CompoundResultReading <int?>(ReadingLabels.ASI)
{
ReadingSource = ReadingSource.Automatic,
Reading = s,
Finding = findingId > 0 ? new StandardFinding <int?>(findingId) : null
};
}
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for ASI failed. ";
_logger.Error("\n Data extraction for ASI failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
try
{
if (!IsDataRowItemEmpty(dr[ColumnPulse]))
{
int s = 0;
if (int.TryParse(dr[ColumnPulse].ToString(), out s))
{
testResult.PressureReadings.Pulse = new ResultReading <int?>(ReadingLabels.Pulse)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for Pulse failed. ";
_logger.Error("\n Data extraction for Pulse failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
try
{
if (!IsDataRowItemEmpty(dr[ColumnPulsePressure]))
{
int s = 0;
if (int.TryParse(dr[ColumnPulsePressure].ToString(), out s))
{
testResult.PressureReadings.PulsePressure = new ResultReading <int?>(ReadingLabels.PulsePressure)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for Pulse Pressure failed. ";
_logger.Error("\n Data extraction for Pulse Pressure failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
try
{
if (!IsDataRowItemEmpty(dr[ColumnPattern]))
{
testResult.Pattern = new ResultReading <string>(ReadingLabels.Pattern)
{
ReadingSource = ReadingSource.Automatic,
Reading = dr[ColumnPattern].ToString()
};
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for Pattern failed. ";
_logger.Error("\n Data extraction for Pattern failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
return(testResult);
}
private void SetBloodPressureValues(ASITestResult testResult, DataRow dr)
{
bool isRight = true;
if (!IsDataRowItemEmpty(dr[ColumnArmPressure]))
{
if (dr[ColumnArmPressure].ToString().Trim().ToLower().Equals("left"))
{
isRight = false;
}
}
try
{
if (!IsDataRowItemEmpty(dr[ColumnSystolic]))
{
int s = 0;
if (int.TryParse(dr[ColumnSystolic].ToString(), out s))
{
if (!isRight)
{
testResult.PressureReadings.SystolicLeftArm = new ResultReading <int?>(ReadingLabels.SystolicLeft)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
else
{
testResult.PressureReadings.SystolicRightArm = new ResultReading <int?>(ReadingLabels.SystolicRight)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
}
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for BP Systolic failed. ";
_logger.Error("\n Data extraction for BP Systolic failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
try
{
if (!IsDataRowItemEmpty(dr[ColumnDiastolic]))
{
int s = 0;
if (int.TryParse(dr[ColumnDiastolic].ToString(), out s))
{
if (!isRight)
{
testResult.PressureReadings.DiastolicLeftArm = new ResultReading <int?>(ReadingLabels.DiastolicLeft)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
else
{
testResult.PressureReadings.DiastolicRightArm = new ResultReading <int?>(ReadingLabels.DiastolicRight)
{
ReadingSource = ReadingSource.Automatic,
Reading = s
};
}
}
}
}
catch (Exception ex)
{
_errorSummary += "Data extraction for BP Systolic failed. ";
_logger.Error("\n Data extraction for BP Systolic failed! Error: " + ex.Message + "\n\t\t" + ex.StackTrace);
}
}
public override TestResult CreateActualTestResult(CustomerEventScreeningTestsEntity customerEventScreeningTestsEntity)
{
var customerEventReadingEntities = customerEventScreeningTestsEntity.CustomerEventReading.ToList();
var testResult = new ASITestResult(customerEventScreeningTestsEntity.CustomerEventScreeningTestId);
var rawAsiReadingEntities = customerEventReadingEntities.
Where(customerEventReading => customerEventReading.TestReading.ReadingId == (int)ReadingLabels.RawASI).ToList();
if (rawAsiReadingEntities.Count > 0)
{
testResult.RawASI = new List <ResultReading <int> >();
rawAsiReadingEntities.ForEach(asiReading =>
testResult.RawASI.Add(new ResultReading <int>(asiReading.CustomerEventReadingId)
{
Reading = !string.IsNullOrEmpty(asiReading.Value) ? Convert.ToInt32(asiReading.Value) : 0,
ReadingSource = (asiReading.IsManual == true ? ReadingSource.Manual : ReadingSource.Automatic),
Label = ReadingLabels.RawASI,
RecorderMetaData = new DataRecorderMetaData
{
DataRecorderCreator = new OrganizationRoleUser(asiReading.CreatedByOrgRoleUserId),
DateCreated = asiReading.CreatedOn,
DataRecorderModifier = asiReading.UpdatedByOrgRoleUserId.HasValue ? new OrganizationRoleUser(asiReading.UpdatedByOrgRoleUserId.Value) : null,
DateModified = asiReading.UpdatedOn
}
})
);
}
testResult.PressureReadings = CreatePressureReadings(customerEventReadingEntities);
testResult.RepeatStudy = CreateResultReading((int)ReadingLabels.RepeatStudy, customerEventReadingEntities);
var asiReadingEntity = customerEventReadingEntities.
Where(customerEventReading => customerEventReading.TestReading.ReadingId == (int)ReadingLabels.ASI).SingleOrDefault();
if (asiReadingEntity != null)
{
testResult.ASI = new CompoundResultReading <int?>(asiReadingEntity.CustomerEventReadingId)
{
Reading = !string.IsNullOrEmpty(asiReadingEntity.Value) ? (int?)Convert.ToInt32(asiReadingEntity.Value) : null,
ReadingSource = asiReadingEntity.IsManual ? ReadingSource.Manual : ReadingSource.Automatic,
Label = ReadingLabels.ASI,
RecorderMetaData = new DataRecorderMetaData
{
DataRecorderCreator = new OrganizationRoleUser(asiReadingEntity.CreatedByOrgRoleUserId),
DateCreated = asiReadingEntity.CreatedOn,
DataRecorderModifier = asiReadingEntity.UpdatedByOrgRoleUserId.HasValue ? new OrganizationRoleUser(asiReadingEntity.UpdatedByOrgRoleUserId.Value) : null,
DateModified = asiReadingEntity.UpdatedOn
}
};
// TODO : This code should be moved to a Coordinator/Service.
int testReadingValue = 0;
if (asiReadingEntity.StandardFindingTestReadingId != null)
{
var standardFindingReadingEntity = customerEventScreeningTestsEntity.StandardFindingTestReadingCollectionViaCustomerEventReading.ToList().Find(stdFindingTestReading =>
stdFindingTestReading.TestId == (int)TestType.ASI && stdFindingTestReading.ReadingId == (int)ReadingLabels.ASI);
if (standardFindingReadingEntity != null)
{
testResult.ASI.Finding = new StandardFinding <int?>(standardFindingReadingEntity.StandardFindingId);
}
}
else if (asiReadingEntity.Value != null && int.TryParse(asiReadingEntity.Value, out testReadingValue))
{
testResult.ASI.Finding = new StandardFinding <int?>((new TestResultService()).
GetCalculatedStandardFinding(testReadingValue, (int)TestType.ASI, (int)ReadingLabels.ASI));
}
if (testResult.ASI.Finding != null)
{
testResult.ASI.Finding = new TestResultService().GetAllStandardFindings <int?>((int)TestType.ASI, (int)ReadingLabels.ASI).Find(standardFinding => standardFinding.Id == testResult.ASI.Finding.Id);
}
}
testResult.Pattern = CreateResultReadingforInputValues((int)ReadingLabels.Pattern, customerEventReadingEntities);
return(testResult);
}
