public virtual void DoLinking(PointF dc)
{
if (this.EndPort != null)
{
Shapes.DiagramShape obj1 = this.EndPort.DiagramShape;
if (obj1 != null)
{
RectangleF ef1;
Shapes.IDiagramPort port1 = this.PickNearestPort(dc);
GoTemporaryPort port2 = obj1 as GoTemporaryPort;
if (port2 != null)
{
port2.Target = port1 as Shapes.DiagramPort;
}
if ((port1 != null) && (port1.DiagramShape != null))
{
ef1 = port1.DiagramShape.Bounds;
}
else
{
ef1 = new RectangleF(dc.X, dc.Y, 0f, 0f);
}
obj1.Bounds = ef1;
}
}
}
protected virtual Shapes.IDiagramPort CreateTemporaryPort(Shapes.IDiagramPort port, PointF pnt, bool forToPort, bool atEnd)
{
GoTemporaryPort port1 = new GoTemporaryPort();
port1.Target = port as Shapes.DiagramPort;
if ((port != null) && (port.DiagramShape != null))
{
port1.Size = port.DiagramShape.Size;
}
port1.Center = pnt;
port1.Style = Shapes.DiagramPortStyle.None;
base.View.Layers.Default.Add(port1);
return port1;
}
protected virtual Shapes.IDiagramPort CreateTemporaryPort(Shapes.IDiagramPort port, PointF pnt, bool forToPort, bool atEnd)
{
GoTemporaryPort port1 = new GoTemporaryPort();
port1.Target = port as Shapes.DiagramPort;
if ((port != null) && (port.DiagramShape != null))
{
port1.Size = port.DiagramShape.Size;
}
port1.Center = pnt;
port1.Style = Shapes.DiagramPortStyle.None;
base.View.Layers.Default.Add(port1);
return(port1);
}
