private void RestoreDetachedPort()
{
if (m_DetachedFromInputPort)
{
m_Edge.input = m_DetachedPort;
m_DetachedPort.Connect(m_Edge);
foreach (var edge in m_AdditionalEdges)
{
edge.input = m_DetachedPort;
m_DetachedPort.Connect(edge);
}
}
else
{
m_Edge.output = m_DetachedPort;
m_DetachedPort.Connect(m_Edge);
foreach (var edge in m_AdditionalEdges)
{
edge.output = m_DetachedPort;
m_DetachedPort.Connect(edge);
}
}
}
private void RestoreDetachedPort()
{
if (m_DetachedFromInputPort)
{
m_Edge.input = m_DetachedPort;
m_DetachedPort.Connect(m_Edge);
}
else
{
m_Edge.output = m_DetachedPort;
m_DetachedPort.Connect(m_Edge);
}
}
public T ConnectTo <T>(Port other) where T : Edge, new()
{
if (other == null)
{
throw new ArgumentNullException("Port.ConnectTo<T>() other argument is null");
}
if (other.direction == this.direction)
{
throw new ArgumentException("Cannot connect two ports with the same direction");
}
var edge = new T();
edge.output = direction == Direction.Output ? this : other;
edge.input = direction == Direction.Input ? this : other;
this.Connect(edge);
other.Connect(edge);
return(edge);
}