public static ProcessingFacadeBase GetProcessing(ProcessingTypes processingType)
{
if (processingTypes.TryGetValue(processingType, out ProcessingFacadeBase processing))
{
return(processing);
}
return(null);
}
private void SaveProcessingType(object ProcessingTypeInstance)
{
ProcessingTypeViewModel ProcessingType = ProcessingTypeInstance as ProcessingTypeViewModel;
if (ProcessingType != null && ProcessingType.IsValid)
{
ProcessingTypes.Add(ProcessingType);
}
Back();
}
private void DeleteProcessingType(object ProcessingTypeObject)
{
ProcessingTypeViewModel ProcessingType = ProcessingTypeObject as ProcessingTypeViewModel;
if (ProcessingType != null)
{
ProcessingTypes.Remove(ProcessingType);
}
Back();
}
public void SetProcessingType(ProcessingTypes processingType)
{
if (processingType == ProcessingTypes.Collecting)
{
ProcessingType = ProcessingTypes.Collecting;
}
else
{
for (int i = _eventsQueue.Count; i > 0; i--)
{
InvokeEvent(_eventsQueue.Dequeue());
}
ProcessingType = ProcessingTypes.Invoking;
}
}
private void RefreshProcessingTypes()
{
ProcessingTypes.Clear();
switch (TestType)
{
case TestType.MSTest:
ProcessingTypes.Add(ProcessingType.MSTestExecution);
ProcessingTypes.Add(ProcessingType.MSTestExecutionCreateCorrespondenceModel);
ProcessingTypes.Add(ProcessingType.ListReporting);
ProcessingTypes.Add(ProcessingType.CsvReporting);
ProcessingTypes.Add(ProcessingType.CollectStatistics);
break;
case TestType.CsvList:
ProcessingTypes.Add(ProcessingType.ListReporting);
ProcessingTypes.Add(ProcessingType.CsvReporting);
ProcessingTypes.Add(ProcessingType.CollectStatistics);
break;
}
ProcessingType = ProcessingTypes.FirstOrDefault();
}
public void InitSelectedItems()
{
Crop = Crops.FirstOrDefault(c => c.CropId == Recipe.CropId);
ProcessingType = ProcessingTypes.FirstOrDefault(pt => pt.ProcessingTypeId == Recipe.ProcessingTypeId);
Carrier = Carriers.FirstOrDefault(c => c.ComponentId == Recipe.CarrierId);
}