public override Task SafeExecute(QueryContext <IProcessor> args)
{
// Get needed properties.
var element = args.GetPropertyValueOrNull <XElement>(GetProcessorProperties.XElement);
var attribute = args.GetPropertyValueOrNull <string>(GetProcessorProperties.ProcessorTypeAttribute);
// Check attribute presence.
XAttribute typeAttribute = element.Attribute(attribute);
if (typeAttribute == null)
{
args.AddWarning($"Attribute that should contain processor type [{attribute}] was not found. Try reviewing the XML element.");
return(Done);
}
// Get processor type name and assembly.
var processorType = typeAttribute.Value;
// Add property to the dictionary.
if (!string.IsNullOrWhiteSpace(processorType))
{
args.AddOrSkipPropertyIfExists(GetProcessorProperties.ProcessorTypeString, processorType);
}
else
{
args.AddWarning("The processor type contains an empty string.");
}
return(Done);
}
public override Task SafeExecute(QueryContext <IProcessor> args)
{
var instance = args.GetPropertyValueOrNull <object>(GetProcessorProperties.Instance);
if (!(instance is IProcessor result))
{
args.AddWarning("Cannot create a processor that is not inherited from IProcessor.");
return(Done);
}
args.SetResultWithInformation(result, $"Processor created.");
return(Done);
}
public override Task SafeExecute(QueryContext <IProcessor> args)
{
var type = args.GetPropertyValueOrNull <string>(GetProcessorProperties.ProcessorTypeString);
var typeObject = Type.GetType(type);
if (typeObject == null)
{
args.AddWarning($"Cannot obtain a type of the processor [{type}].");
return(Done);
}
args.AddOrSkipPropertyIfExists(GetProcessorProperties.ProcessorType, typeObject);
return(Done);
}
