public FlowSplitter <TForward, TBackward> ConnectOutWithIns(IFlowComponentUniqueOutgoing <TForward, TBackward> @from, IFlowComponentUniqueIncoming <TForward, TBackward>[] tos)
{
// from --> Splitter --> to[]
var elementNos = tos.Length;
if (elementNos == 0)
{
throw new ArgumentException("need at least one source element");
}
else if (elementNos == 1)
{
Connect(@from.Outgoing, tos[0].Incoming);
AddAtomicConnection(from, tos[0]);
return(null);
}
else
{
// create virtual splitting component.
var flowVirtualSplitter = CreateFlowVirtualSplitter(elementNos);
Connect(@from.Outgoing, flowVirtualSplitter.Incoming);
AddAtomicConnection(from, flowVirtualSplitter);
for (int i = 0; i < elementNos; i++)
{
Connect(flowVirtualSplitter.Outgoings[i], tos[i].Incoming);
AddAtomicConnection(flowVirtualSplitter, tos[i]);
}
return(flowVirtualSplitter);
}
}
public void ConnectOutWithIn(IFlowComponentUniqueOutgoing <TForward, TBackward> @from, IFlowComponentUniqueIncoming <TForward, TBackward> to)
{
var newPort = new FlowPort <TForward, TBackward>();
from.Outgoing = newPort;
to.Incoming = newPort;
AddAtomicConnection(from, to);
}
public void ConnectOutWithOut(IFlowComponentUniqueOutgoing <TForward, TBackward> @from, IFlowComposite <TForward, TBackward> to)
{
ConnectOutWithIn(from, to.FlowOut);
}
public void ConnectOutWithIn(IFlowComponentUniqueOutgoing <TForward, TBackward> @from, IFlowComponentUniqueIncoming <TForward, TBackward> to)
{
Connect(from.Outgoing, to.Incoming);
AddAtomicConnection(from, to);
}
