public ResultMessageViewModel QAQCChemistryData(IEnumerable<ChemistryQAQCDataEditViewModel> data)
{
var versioningHelper = new DataVersioningHelper(_wqDefaultValueProvider);
var items = from qaqcData in data
select new ChemistryValueCheckingRuleItem {
ActionId = qaqcData.ActionId,
CorrectionValue = qaqcData.NewResultValue
};
var rule = new ChemistryValueCheckingRule {
Items = items.ToList()
};
var dataFetchCriteria = new GetActionDataByIdsCriteria(_actionRepository, rule);
var chemistryQAQCTool = new ChemistryValueCheckingTool(versioningHelper, _relatedActionTypeRepository);
try
{
//Check
//var qaqcResult = chemistryQAQCTool.Check(dataFetchCriteria.FetchData(), rule);
//Correct
var qaqcResult = chemistryQAQCTool.Correct(dataFetchCriteria.FetchData(), rule);
if(qaqcResult.NeedCorrection)
{
var numberOfActionSaved = _actionRepository.SaveChanges();
}
if (qaqcResult.Level == QualityCheckingResultLevel.Info)
{
var message = ConstructResultMessage(qaqcResult, "QA/QC data is saved.");
return new ResultMessageViewModel(ResultMessageViewModel.RESULT_LEVEL_INFO, message);
}
else
{
var message = ConstructResultMessage(qaqcResult, "QA/QC data does not saved. Please check the result message for more detail.");
return new ResultMessageViewModel(ResultMessageViewModel.RESULT_LEVEL_FATAL, message);
}
}
catch(Exception ex)
{
var message = "QA/QC data fail due to " + ex.StackTrace;
return new ResultMessageViewModel(ResultMessageViewModel.RESULT_LEVEL_FATAL, message);
}
}
public void DataNeedsCorrectionTest()
{
var rule = new ChemistryValueCheckingRule();
var ruleItem = new ChemistryValueCheckingRuleItem();
var correctionValue = MeasurementValue + 1;
ruleItem.CorrectionValue = correctionValue;
ruleItem.ActionId = ActionId;
rule.Items.Add(ruleItem);
var qcResult = testTool.Correct(supportedData, rule);
var castedData = (IEnumerable<Core.Action>)supportedData;
Assert.NotNull(qcResult);
Assert.AreEqual("See the inner list for detailed results.", qcResult.Message);
Assert.AreEqual(QualityCheckingResultLevel.Info, qcResult.Level);
Assert.True(qcResult.NeedCorrection);
Assert.AreEqual(correctionValue, castedData.First().RelatedActions.First().
Action1.FeatureActions.First().Results.First().MeasurementResult.MeasurementResultValues.First().DataValue);
}
public void DoesNotNeedCorrectionCheckTest()
{
var rule = new ChemistryValueCheckingRule();
var ruleItem = new ChemistryValueCheckingRuleItem();
ruleItem.CorrectionValue = MeasurementValue;
ruleItem.ActionId = ActionId;
rule.Items.Add(ruleItem);
var qcResult = testTool.Check(supportedData, rule);
Assert.IsFalse(qcResult.NeedCorrection);
Assert.AreEqual(QualityCheckingResultLevel.Info, qcResult.Level);
}
public void DataDoesNotNeedCorrectionTest()
{
var rule = new ChemistryValueCheckingRule();
var ruleItem = new ChemistryValueCheckingRuleItem();
ruleItem.CorrectionValue = MeasurementValue;
ruleItem.ActionId = ActionId;
rule.Items.Add(ruleItem);
var qcResult = testTool.Correct(supportedData, rule);
Assert.NotNull(qcResult);
Assert.AreEqual("Sample data meets quality checking rule. No correction is needed.", qcResult.Message);
Assert.AreEqual(QualityCheckingResultLevel.Info, qcResult.Level);
Assert.False(qcResult.NeedCorrection);
}