private bool SaveOldTestResult(TestResult currentTestResult, long customerId, long eventId, ref TestResult synchronizedTestResult)
{
if (currentTestResult != null && currentTestResult.ResultStatus != null && currentTestResult.ResultStatus.StateNumber < (int)TestResultStateNumber.Evaluated)
{
TestResult existingTestResult = null;
lock (CentralLocker.Locker)
{
existingTestResult = this.GetTestResults(customerId, eventId, currentTestResult.IsNewResultFlow);
}
// TODO: need to throw an exception that records are already being audited. Will not be updated.
if (existingTestResult != null && existingTestResult.ResultStatus != null && existingTestResult.ResultStatus.StateNumber >= (int)TestResultStateNumber.PreAudit &&
!(existingTestResult.ResultStatus.StateNumber == (int)TestResultStateNumber.Evaluated && existingTestResult.ResultStatus.Status == TestResultStatus.Incomplete))
{
return(true);
}
synchronizedTestResult = _testResultSynchronizationService.SynchronizeTestResult(existingTestResult, currentTestResult, currentTestResult.IsNewResultFlow);
var compareToResultReadings = GetAllReadings((int)TestType.Liver);
synchronizedTestResult = _testResultSynchronizationService.IsTestIncomplete(compareToResultReadings, synchronizedTestResult, currentTestResult.IsNewResultFlow);
synchronizedTestResult = _testResultSynchronizationService.GetManualEntryUploadStatus(compareToResultReadings, synchronizedTestResult, currentTestResult.IsNewResultFlow);
}
else
{
synchronizedTestResult = currentTestResult;
}
return(false);
}
private bool SaveOldTestResult(TestResult currentTestResult, long customerId, long eventId, ref TestResult synchronizedTestResult)
{
if (currentTestResult != null && currentTestResult.ResultStatus != null && currentTestResult.ResultStatus.StateNumber < (int)TestResultStateNumber.Evaluated)
{
TestResult existingTestResult = null;
lock (CentralLocker.Locker)
{
existingTestResult = this.GetTestResults(customerId, eventId, currentTestResult.IsNewResultFlow);
}
//&& !(existingTestResult.ResultStatus.StateNumber == TestResultStateNumber.PreAudit && existingTestResult.ResultStatus.Status == TestResultStatus.Incomplete)
if (existingTestResult != null && existingTestResult.ResultStatus != null && existingTestResult.ResultStatus.StateNumber > (int)TestResultStateNumber.PreAudit)
{
return(true);
}
synchronizedTestResult = _testResultSynchronizationService.SynchronizeTestResult(existingTestResult, currentTestResult, currentTestResult.IsNewResultFlow);
var compareToResultReadings = GetAllReadings((int)TestType.DiabeticRetinopathy);
synchronizedTestResult = _testResultSynchronizationService.IsTestIncomplete(compareToResultReadings, synchronizedTestResult, currentTestResult.IsNewResultFlow);
synchronizedTestResult = _testResultSynchronizationService.GetManualEntryUploadStatus(compareToResultReadings, synchronizedTestResult, currentTestResult.IsNewResultFlow);
}
else
{
if (currentTestResult.ResultStatus.StateNumber == (int)TestResultStateNumber.Evaluated)
{
TestResult existingTestResult = null;
lock (CentralLocker.Locker)
{
existingTestResult = GetTestResults(customerId, eventId, currentTestResult.IsNewResultFlow);
}
synchronizedTestResult = _testResultSynchronizationService.SynchronizeTestResult(existingTestResult, currentTestResult, currentTestResult.IsNewResultFlow);
synchronizedTestResult = _testResultSynchronizationService.SynchronizePhysicianEvaluation(synchronizedTestResult, existingTestResult);
}
else
{
synchronizedTestResult = currentTestResult;
}
}
return(false);
}
