private T WaitForOp(CollectionOp <T> op)
{
bool doneWaiting = false;
T val = default(T);
var tempoutputBlock = BlockFactory.CreateLambdaBlock <CollectionOp <T> >(x =>
{
if (x.OpID == op.OpID)
{
op = x;
val = x.Value;
doneWaiting = true;
}
return(true);
}, "YoloEnumerableOutput");
outputBlock.AddChild(tempoutputBlock, new Filter <CollectionOp <T> >(null));
input.Send(op);
while (!doneWaiting)
{
}
outputBlock.RemoveChild(tempoutputBlock);
return(val);
}
public void Add(T item)
{
CollectionOp <T> op = new CollectionOp <T>();
op.OpType = CollectionOpTypes.Add;
op.Value = item;
WaitForOp(op);
}
public bool Remove(T item)
{
CollectionOp <T> op = new CollectionOp <T>();
op.OpType = CollectionOpTypes.Remove;
op.Value = item;
input.Send(item);
return(true);
}
private void SendToOutput(CollectionOp <T> op)
{
if (outputConnection.Evaluate(op))
{
var newJob = Processor.ObjectPool.GetObject <Job>();
newJob.Data = op;
newJob.JobConnection = outputConnection;
ProcessorOwner.JobManager.Schedule(newJob);
}
}
public YoloEnumerator(AbstractBlock output, BaseInputAdapter inputer)
{
CollectionOp <T> enumOp = new CollectionOp <T>();
enumOp.OpType = CollectionOpTypes.Enumerate;
parentOutput = output;
outputBlock = BlockFactory.CreateLambdaBlock <CollectionOp <T> >(x =>
{
if (x.OpID == enumOp.OpID)
{
EnumOp = x;
output.RemoveChild(outputBlock);
}
return(true);
}, "YoloEnumerableOutput");
output.AddChild(outputBlock, new Filter <CollectionOp <T> >(null));
inputer.Send(enumOp);
}