private void MainViewModel_OnRequireInterpretation(object sender, InterfaceResultsModel e)
{
if (e is null)
{
return;
}
if (e.Measurements is null)
{
return;
}
var testCodeIndex = 0;
var resultIndex = 1;
var unitIndex = 2;
foreach (var item in e.Measurements)
{
logger.Info($"Running interpretation for {item.TestCode} with result: {item.MeasurementValue} {item.Unit}");
var resultArray = ((string)_script.GetInterpretation(item)).Split('|');
var testCode = resultArray[testCodeIndex];
var result = resultArray[resultIndex];
var unit = resultArray[unitIndex];
logger.Info($"Interpretation: Test Code: {testCode} Result: {result} {unit}");
var tempInterpretations = new InterfaceResultsModel()
{
SampleId = e.SampleId,
Measurements = new List <MeasurementValues>()
{
new MeasurementValues()
{
TestCode = testCode, MeasurementValue = result, Unit = unit
}
},
};
tempInterpretations.InstrumentId.InstrumentCode = Settings.AnalyserName;
var tempInterpretationResults = new List <InterfaceResultsModel>()
{
tempInterpretations
};
ResultsReadyForExport?.Invoke(this, tempInterpretationResults);
}
}
private void LISParser_OnReceivedRecord(object Sender, ReceiveRecordEventArgs e)
{
switch (e.RecordType)
{
case LisRecordType.Header:
//var header = (HeaderRecord)e.ReceivedRecord;
break;
case LisRecordType.Patient:
var patient = (PatientRecord)e.ReceivedRecord;
break;
case LisRecordType.Order:
var order = (OrderRecord)e.ReceivedRecord;
//check whether there is a temp results data
if (tempResults != null)
{
interfaceResults.Add(tempResults);
}
tempResults = new InterfaceResultsModel()
{
SampleId = order.SpecimenID,
Measurements = new List <MeasurementValues>()
};
break;
case LisRecordType.Result:
var result = (ResultRecord)e.ReceivedRecord;
string testCode = "";
testCode = string.Concat(result.UniversalTestID.TestID,
result.UniversalTestID.TestName,
result.UniversalTestID.TestType,
result.UniversalTestID.ManufacturerCode)
.ToString()
.Replace("^", "")
.Trim();
tempResults.Measurements.Add(new MeasurementValues()
{
TestCode = testCode,
MeasurementValue = result.Data,
Unit = result.Units,
});
//Analyser name
tempResults.InstrumentId.InstrumentCode = Settings.AnalyserName;
//completed date and time
if (result.TestCompletedDateTime.HasValue)
{
tempResults.CompletedDateTime = result.TestCompletedDateTime
.Value.ToString("yyyyMMddHHmmssfff");
}
OnRequireInterpretation?.Invoke(this, tempResults);
break;
case LisRecordType.Comment:
break;
case LisRecordType.Query:
var query = (QueryRecord)e.ReceivedRecord;
break;
case LisRecordType.Terminator:
//add any temp results
if (tempResults != null)
{
interfaceResults.Add(tempResults);
}
//export the results
Debug.WriteLine(JsonConvert.SerializeObject(interfaceResults, Formatting.Indented));
ResultsReadyForExport?.Invoke(this, interfaceResults);
interfaceResults.Clear();
//set temp results data to null
tempResults = null;
break;
case LisRecordType.Scientific:
break;
case LisRecordType.Information:
break;
default:
break;
}
}
