protected override void UpdateCommands(List <ILifeTimeCommand> nodeCommands)
{
base.UpdateCommands(nodeCommands);
var portCommand = new ConnectedFormatedPairCommand(this, defaultPortName, true);
nodeCommands.Add(portCommand);
PortPair = portCommand;
}
protected override void UpdateCommands(List <ILifeTimeCommand> nodeCommands)
{
base.UpdateCommands(nodeCommands);
portPairCommand = new ConnectedFormatedPairCommand(this, "data", bindInOut);
PortValue = Direction == PortIO.Input ?
portPairCommand.InputPort :
portPairCommand.OutputPort;
nodeCommands.Add(portPairCommand);
}
protected override void UpdateCommands(List <ILifeTimeCommand> nodeCommands)
{
base.UpdateCommands(nodeCommands);
var portPairCommand = new ConnectedFormatedPairCommand(this, portName, bindInOut);
input = portPairCommand.InputPort;
output = portPairCommand.OutputPort;
nodeCommands.Add(portPairCommand);
}
protected override void UpdateCommands(List <ILifeTimeCommand> nodeCommands)
{
base.UpdateCommands(nodeCommands);
for (int i = 0; i < portNames.Count; i++)
{
var portName = portNames[i];
var portCommand = new ConnectedFormatedPairCommand(this, portName, bindPorts);
nodeCommands.Add(portCommand);
inOutPorts.Add(portCommand);
}
}
protected override void UpdateCommands(List <ILifeTimeCommand> nodeCommands)
{
//make in/out ports
var portCommand = new ConnectedFormatedPairCommand(this, Input, false);
nodeCommands.Add(portCommand);
//register data delay command
var delayCommand = new PortValueTransferDelayCommand(portCommand.InputPort, portCommand.OutputPort, delay);
nodeCommands.Add(delayCommand);
}