public virtual void AssignDataSources(ISeriesProcessor processor)
{
var dataSource = _publisherContainer.GetDataSource(processor);
dataSource.AddSubscriber(processor);
// var subscribingTo = _typeFinder.GetGenericImplementations<IDataSubscriber>(processor);
// var implementations = _typeFinder.GetImplementations<IDataSubscribable>(subscribingTo,
//
// foreach (var impl in implementations)
// impl.AddSubscriber(processor);
}
public virtual void AssignDataSources(ISeriesProcessor processor)
{
if (processor.HasDataSource)
{
return;
}
var subscribingTo = _typeFinder.GetGenericImplementations <IDataSubscriber>(processor);
var implementations = _typeFinder.GetImplementations <IDataSubscribable>(
subscribingTo, GetAll());
foreach (var impl in implementations)
{
impl.AddSubscriber(processor);
}
}
public void AddToCappedChainTerminator <TWorkerInput>(
ISeriesProcessor <TWorkerInput> workSystem, Action <TWorkerInput> addData)
{
foreach (var o in GetFuncs())
{
switch (o)
{
case Func <TInput, TWorkerInput> oneToOne:
_connectedFuncs.Add(o);
Action <TInput> newComposed = f =>
{
addData(oneToOne(f));
if (workSystem.AvailableBuffer == 0)
{
workSystem.TryProcess(null);
}
};
_connectedFuncs.Add(newComposed);
SetLastFunc(newComposed);
return;
case Func <TInput, IEnumerable <TWorkerInput> > oneToMany:
Action <TInput> newComposed2 = (f) =>
{
foreach (var v in oneToMany(f))
{
addData(v);
if (workSystem.AvailableBuffer == 0)
{
workSystem.TryProcess(null);
}
}
};
_connectedFuncs.Add(o);
_connectedFuncs.Add(newComposed2);
SetLastFunc(newComposed2);
return;
}
}
throw new InvalidDataContractException();
}
public void AddRelay(ISeriesProcessor series)
{
RelayProcesses.Add(series);
}