public override TestResult GetTestResults(long customerId, long eventId, bool isNewResultFlow)
{
List <CustomerEventScreeningTestsEntity> customerEventScreeningTests = GetTestResultsByTestId(customerId, eventId, (int)TestType.HCPEcho);
var testResult = _testResultFactory.CreateTestResults(customerEventScreeningTests).SingleOrDefault();
if (testResult == null)
{
return(null);
}
HcpEchocardiogramTestResult hcpEchoTestResult = (HcpEchocardiogramTestResult)testResult;
if (hcpEchoTestResult.Media != null)
{
GetFileDataforResultmedia(hcpEchoTestResult.Media);
}
hcpEchoTestResult.IsNewResultFlow = isNewResultFlow;
return(hcpEchoTestResult);
}
public TestResult Parse()
{
_errorSummary = string.Empty;
MediaTestResult testResult = new EchocardiogramTestResult();;
switch (_testType)
{
case TestType.PPEcho:
testResult = new PpEchocardiogramTestResult();
break;
case TestType.HCPEcho:
testResult = new HcpEchocardiogramTestResult();
break;
case TestType.AwvEcho:
testResult = new AwvEchocardiogramTestResult();
break;
}
bool isExceptionCaused;
testResult.Media = _mediaHelper.GetMediaSortedByDecimalValue(Directory.GetParent(_pathToReportXmlFile).FullName, _mediaLocation, "Echo", out isExceptionCaused).ToList();
if (isExceptionCaused)
{
_errorSummary += "Media Extraction Failed. ";
}
if (testResult.Media.Count < 1)
{
return(null);
}
return(testResult);
}
public override TestResult CreateActualTestResult(CustomerEventScreeningTestsEntity customerEventScreeningTestEntity)
{
var customerEventReadingEntities = customerEventScreeningTestEntity.CustomerEventReading.ToList();
var testResult = new HcpEchocardiogramTestResult(customerEventScreeningTestEntity.CustomerEventScreeningTestId);
var customerEventTestStandardFindingEntities = customerEventScreeningTestEntity.CustomerEventTestStandardFinding.ToList();
var standardFindingTestReadingEntities = customerEventScreeningTestEntity.StandardFindingTestReadingCollectionViaCustomerEventTestStandardFinding.ToList();
{
var testResultService = new TestResultService();
var standardFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho);
var estimatedEjactionFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.EstimatedEjactionFraction);
var aorticRegurgitationFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.Aortic);
var mitralRegurgitationFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.Mitral);
var pulmonicRegurgitationFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.Pulmonic);
var tricuspidRegurgitationFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.Tricuspid);
var aorticMorphologyFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.AorticMorphology);
var mitralMorphologyFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.MitralMorphology);
var pulmonicMorphologyFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.PulmonicMorphology);
var tricuspidMorphologyFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.TricuspidMorphology);
var distolicDysfunctionFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.DiastolicDysfunction);
var pericardialEffusionFindings = testResultService.GetAllStandardFindings <int?>((int)TestType.HCPEcho, (int)ReadingLabels.PericardialEffusion);
customerEventTestStandardFindingEntities.ForEach(customerEventTestStandardFindingEntity =>
{
var standardFindingTestReadingEntity = standardFindingTestReadingEntities.Find(entity => entity.StandardFindingTestReadingId == customerEventTestStandardFindingEntity.StandardFindingTestReadingId);
if (standardFindingTestReadingEntity == null)
{
return;
}
var finding = CreateFindingObject(customerEventTestStandardFindingEntity, standardFindings, standardFindingTestReadingEntity, null);
if (finding != null)
{
testResult.Finding = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, estimatedEjactionFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.EstimatedEjactionFraction);
if (finding != null)
{
testResult.EstimatedEjactionFraction = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, aorticRegurgitationFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.Aortic);
if (finding != null)
{
testResult.AorticRegurgitation = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, mitralRegurgitationFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.Mitral);
if (finding != null)
{
testResult.MitralRegurgitation = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, pulmonicRegurgitationFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.Pulmonic);
if (finding != null)
{
testResult.PulmonicRegurgitation = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, tricuspidRegurgitationFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.Tricuspid);
if (finding != null)
{
testResult.TricuspidRegurgitation = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, aorticMorphologyFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.AorticMorphology);
if (finding != null)
{
if (testResult.AorticMorphology == null)
{
testResult.AorticMorphology = new List <StandardFinding <int> >();
}
testResult.AorticMorphology.Add(finding); return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, mitralMorphologyFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.MitralMorphology);
if (finding != null)
{
if (testResult.MitralMorphology == null)
{
testResult.MitralMorphology = new List <StandardFinding <int> >();
}
testResult.MitralMorphology.Add(finding); return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, pulmonicMorphologyFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.PulmonicMorphology);
if (finding != null)
{
if (testResult.PulmonicMorphology == null)
{
testResult.PulmonicMorphology = new List <StandardFinding <int> >();
}
testResult.PulmonicMorphology.Add(finding); return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, tricuspidMorphologyFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.TricuspidMorphology);
if (finding != null)
{
if (testResult.TricuspidMorphology == null)
{
testResult.TricuspidMorphology = new List <StandardFinding <int> >();
}
testResult.TricuspidMorphology.Add(finding); return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, distolicDysfunctionFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.DiastolicDysfunction);
if (finding != null)
{
testResult.DistolicDysfunctionFinding = finding; return;
}
finding = CreateFindingObject(customerEventTestStandardFindingEntity, pericardialEffusionFindings, standardFindingTestReadingEntity, (int?)ReadingLabels.PericardialEffusion);
if (finding != null)
{
if (testResult.PericardialEffusionFinding == null)
{
testResult.PericardialEffusionFinding = new List <StandardFinding <int> >();
}
testResult.PericardialEffusionFinding.Add(finding); return;
}
});
}
testResult.DiastolicDysfunction = CreateResultReading((int)ReadingLabels.DiastolicDysfunction, customerEventReadingEntities);
testResult.PericardialEffusion = CreateResultReading((int)ReadingLabels.PericardialEffusion, customerEventReadingEntities);
testResult.Aortic = CreateResultReading((int)ReadingLabels.Aortic, customerEventReadingEntities);
testResult.Mitral = CreateResultReading((int)ReadingLabels.Mitral, customerEventReadingEntities);
testResult.Pulmonic = CreateResultReading((int)ReadingLabels.Pulmonic, customerEventReadingEntities);
testResult.Tricuspid = CreateResultReading((int)ReadingLabels.Tricuspid, customerEventReadingEntities);
testResult.VentricularEnlargement = CreateResultReading((int)ReadingLabels.VentricularEnlargement, customerEventReadingEntities);
testResult.LeftVentricularEnlargment = CreateResultReading((int)ReadingLabels.LeftVentricularEnlargment, customerEventReadingEntities);
testResult.RightVentricularEnlargment = CreateResultReading((int)ReadingLabels.RightVentricularEnlargment, customerEventReadingEntities);
testResult.LeftVentricularEnlargmentValue = CreateResultReadingforInputValues((int)ReadingLabels.LeftVentricularEnlargmentValue, customerEventReadingEntities);
testResult.RightVentricularEnlargmentValue = CreateResultReadingforInputValues((int)ReadingLabels.RightVentricularEnlargmentValue, customerEventReadingEntities);
testResult.AorticRoot = CreateResultReading((int)ReadingLabels.AorticRoot, customerEventReadingEntities);
testResult.Sclerotic = CreateResultReading((int)ReadingLabels.Sclerotic, customerEventReadingEntities);
testResult.Calcified = CreateResultReading((int)ReadingLabels.Calcified, customerEventReadingEntities);
testResult.EnlargedValue = CreateResultReadingforInputValues((int)ReadingLabels.EnlargedValue, customerEventReadingEntities);
testResult.Enlarged = CreateResultReading((int)ReadingLabels.Enlarged, customerEventReadingEntities);
testResult.VentricularHypertrophy = CreateResultReading((int)ReadingLabels.VentricularHypertrophy, customerEventReadingEntities);
testResult.LeftVHypertrophy = CreateResultReading((int)ReadingLabels.LeftVHypertrophy, customerEventReadingEntities);
testResult.RightVHypertrophy = CreateResultReading((int)ReadingLabels.RightVHypertrophy, customerEventReadingEntities);
testResult.IvshHypertrophy = CreateResultReading((int)ReadingLabels.IVSHHypertrophy, customerEventReadingEntities);
testResult.LeftVHypertrophyValue = CreateResultReadingforInputValues((int)ReadingLabels.LeftVHypertrophyValue, customerEventReadingEntities);
testResult.RightVHypertrophyValue = CreateResultReadingforInputValues((int)ReadingLabels.RightVHypertrophyValue, customerEventReadingEntities);
testResult.IvshHypertrophyValue = CreateResultReadingforInputValues((int)ReadingLabels.IVSHHypertrophyValue, customerEventReadingEntities);
testResult.AtrialEnlargement = CreateResultReading((int)ReadingLabels.AtrialEnlargement, customerEventReadingEntities);
testResult.LeftAtrialEnlargmentValue = CreateResultReadingforInputValues((int)ReadingLabels.LeftAtrialEnlargmentValue, customerEventReadingEntities);
testResult.RightAtrialEnlargmentValue = CreateResultReadingforInputValues((int)ReadingLabels.RightAtrialEnlargmentValue, customerEventReadingEntities);
testResult.LeftAtrialEnlargment = CreateResultReading((int)ReadingLabels.LeftAtrialEnlargment, customerEventReadingEntities);
testResult.RightAtrialEnlargment = CreateResultReading((int)ReadingLabels.RightAtrialEnlargment, customerEventReadingEntities);
testResult.RestrictedLeafletMotion = CreateResultReading((int)ReadingLabels.RestrictedLeafletMotion, customerEventReadingEntities);
testResult.RestrictedLeafletMotionAortic = CreateResultReading((int)ReadingLabels.RestrictedLeafletMotionAortic, customerEventReadingEntities);
testResult.RestrictedLeafletMotionMitral = CreateResultReading((int)ReadingLabels.RestrictedLeafletMotionMitral, customerEventReadingEntities);
testResult.RestrictedLeafletMotionPulmonic = CreateResultReading((int)ReadingLabels.RestrictedLeafletMotionPulmonic, customerEventReadingEntities);
testResult.RestrictedLeafletMotionTricuspid = CreateResultReading((int)ReadingLabels.RestrictedLeafletMotionTricuspid, customerEventReadingEntities);
testResult.ASD = CreateResultReading((int)ReadingLabels.ASD, customerEventReadingEntities);
testResult.PFO = CreateResultReading((int)ReadingLabels.PFO, customerEventReadingEntities);
testResult.VSD = CreateResultReading((int)ReadingLabels.VSD, customerEventReadingEntities);
testResult.FlailAS = CreateResultReading((int)ReadingLabels.FlailAS, customerEventReadingEntities);
testResult.Arrythmia = CreateResultReading((int)ReadingLabels.Arrythmia, customerEventReadingEntities);
testResult.AFib = CreateResultReading((int)ReadingLabels.AFib, customerEventReadingEntities);
testResult.AFlutter = CreateResultReading((int)ReadingLabels.AFlutter, customerEventReadingEntities);
testResult.PAC = CreateResultReading((int)ReadingLabels.PAC, customerEventReadingEntities);
testResult.PVC = CreateResultReading((int)ReadingLabels.PVC, customerEventReadingEntities);
testResult.SAM = CreateResultReading((int)ReadingLabels.SAM, customerEventReadingEntities);
testResult.LVOTO = CreateResultReading((int)ReadingLabels.LVOTO, customerEventReadingEntities);
testResult.MitralAnnularCa = CreateResultReading((int)ReadingLabels.MitralAnnularCa, customerEventReadingEntities);
testResult.TechnicallyLimitedbutReadable = CreateResultReading((int)ReadingLabels.TechnicallyLimitedbutReadable, customerEventReadingEntities);
testResult.RepeatStudyUnreadable = CreateResultReading((int)ReadingLabels.RepeatStudy, customerEventReadingEntities);
testResult.Hypokinetic = CreateResultReading((int)ReadingLabels.Hypokinetic, customerEventReadingEntities);
testResult.Akinetic = CreateResultReading((int)ReadingLabels.Akinetic, customerEventReadingEntities);
testResult.Dyskinetic = CreateResultReading((int)ReadingLabels.Dyskinetic, customerEventReadingEntities);
testResult.Anterior = CreateResultReading((int)ReadingLabels.Anterior, customerEventReadingEntities);
testResult.Posterior = CreateResultReading((int)ReadingLabels.Posterior, customerEventReadingEntities);
testResult.Apical = CreateResultReading((int)ReadingLabels.Apical, customerEventReadingEntities);
testResult.Septal = CreateResultReading((int)ReadingLabels.Septal, customerEventReadingEntities);
testResult.Lateral = CreateResultReading((int)ReadingLabels.Lateral, customerEventReadingEntities);
testResult.Inferior = CreateResultReading((int)ReadingLabels.Inferior, customerEventReadingEntities);
testResult.AoticVelocity = CreateResultReadingforInputValues((int)ReadingLabels.AoticVelocity, customerEventReadingEntities);
testResult.MitralPT = CreateResultReadingforInputValues((int)ReadingLabels.MitralPT, customerEventReadingEntities);
testResult.PulmonicVelocity = CreateResultReadingforInputValues((int)ReadingLabels.PulmonicVelocity, customerEventReadingEntities);
testResult.TricuspidVelocity = CreateResultReadingforInputValues((int)ReadingLabels.TricuspidVelocity, customerEventReadingEntities);
testResult.TricuspidPap = CreateResultReadingforInputValues((int)ReadingLabels.TricuspidPap, customerEventReadingEntities);
testResult.MorphologyTricuspidHighOrGreater = CreateResultReading((int)ReadingLabels.High35MmHgOrGreater, customerEventReadingEntities);
testResult.MorphologyTricuspidNormal = CreateResultReading((int)ReadingLabels.Normal, customerEventReadingEntities);
var testMediaCollection = customerEventScreeningTestEntity.TestMedia.ToList();
var fileEntityCollection = customerEventScreeningTestEntity.FileCollectionViaTestMedia.ToList();
if (testMediaCollection.Count > 0)
{
var resultMedia = new List <ResultMedia>();
testMediaCollection.ForEach(testMedia => resultMedia.Add(new ResultMedia(testMedia.MediaId)
{
File = GetFileObjectfromEntity(testMedia.FileId, fileEntityCollection),
Thumbnail = testMedia.ThumbnailFileId != null ? new File(testMedia.ThumbnailFileId.Value) : null,
ReadingSource = testMedia.IsManual ? ReadingSource.Manual : ReadingSource.Automatic
}));
testResult.Media = resultMedia;
}
return(testResult);
}
