internal ReflectTransformBlock(TransformBlock <TIn, TOut> block, IBlockInitializer propertySetter)
: base(block, propertySetter)
{
if (block == null)
{
return;
}
#region targetCoreField
FieldInfo targetCoreField = block.GetType().GetField("m_target", ReflectBlockExtensions.DEFAULT_FLAGS);
object targetCore = targetCoreField.GetValue(block);
MethodInfo getTargetDebuggingInformationMethod =
targetCore.GetType().GetMethod("GetDebuggingInformation", ReflectBlockExtensions.DEFAULT_FLAGS);
_targetDebugInfo = getTargetDebuggingInformationMethod.Invoke(targetCore, new object[0]);
#endregion // targetCoreField
//propertySetter.AddProperty("Input Count", () => block.InputCount, 3, Colors.White);
//propertySetter.AddProperty("Output Count", () => block.OutputCount, 4, Colors.White);
propertySetter.SetInputQueueFactory(() => ReflectBlockExtensions.GetInputQueue(_targetDebugInfo));
//propertySetter.SetOutputQueueFactory(() => ReflectBlockExtensions.GetOutputQueue(_sourceDebugInfo));
propertySetter.SetPostponedMessagesFactory(() => ReflectBlockExtensions.GetProsponedQueue(_targetDebugInfo));
propertySetter.AddProperty("Current Parallelism", () => ReflectBlockExtensions.GetCurrentDegreeOfParallelism(_targetDebugInfo), 60, Colors.WhiteSmoke);
//propertySetter.SetBlockOptions(ReflectBlockExtensions.GetDataflowBlockOptions(_targetDebugInfo));
}
private void InitProperties(IDataflowBlock block, IBlockInitializer propertySetter)
{
propertySetter.SetInputQueueFactory(() => ReflectBlockExtensions.GetInputQueue(_debugInfo));
propertySetter.SetPostponedMessagesFactory(() => ReflectBlockExtensions.GetProsponedQueue(_debugInfo));
propertySetter.AddProperty("Current Parallelism", () => ReflectBlockExtensions.GetCurrentDegreeOfParallelism(_debugInfo), 60, Colors.WhiteSmoke);
propertySetter.AddProperty("Is Completed", () => ReflectBlockExtensions.GetIsCompleted(_debugInfo), 61, Colors.WhiteSmoke);
propertySetter.AddProperty("Declined Permanently", () => ReflectBlockExtensions.GetIsDecliningPermanently(_debugInfo), 62, Colors.WhiteSmoke);
propertySetter.SetBlockOptions(ReflectBlockExtensions.GetDataflowBlockOptions(_debugInfo));
}
private void SetBoundingState(IDataflowBlock block, IBlockInitializer propertySetter)
{
FieldInfo field =
block.GetType().GetField("m_boundingState", ReflectBlockExtensions.DEFAULT_FLAGS);
object boundingState = field.GetValue(block);
if (boundingState != null)
{
#region TaskForInputProcessing
FieldInfo fieldTaskForInputProcessing =
boundingState.GetType().GetField("TaskForInputProcessing", ReflectBlockExtensions.DEFAULT_FLAGS);
propertySetter.AddProperty("Is Processing Input",
() =>
{
Task taskForInputProcessing = fieldTaskForInputProcessing.GetValue(boundingState) as Task;
if (taskForInputProcessing == null)
{
return(false);
}
return(taskForInputProcessing.Status == TaskStatus.Running);
}, 9, Colors.White);
#endregion // TaskForInputProcessing
#region PostponedMessages
FieldInfo fieldPostponedMessages =
boundingState.GetType().GetField("PostponedMessages", ReflectBlockExtensions.DEFAULT_FLAGS);
Func <IEnumerable <PostponedMessage> > postponedMessagesFactory = () =>
{
var kvc = fieldPostponedMessages.GetValue(boundingState) as IEnumerable <KeyValuePair <ISourceBlock <T>, DataflowMessageHeader> >;
var result = from pair in kvc
select new PostponedMessage(pair.Key, pair.Value);
return(result);
};
propertySetter.SetPostponedMessagesFactory(postponedMessagesFactory);
#endregion // PostponedMessages
}
}
