public static void connectFrom(IOPoint sender)
{
if (!Connecting)
{
conn = new Connector();
CrossConnect(conn.InputPoint, sender, true);
/*
if (Support.IsLogicGate1(ctl))
{
CrossConnect(conn.InputPoint, ((LogicGate1)ctl).OutputPoint, true);
}
else if (Support.IsLogicGate2(ctl))
{
CrossConnect(conn.InputPoint, ((LogicGate2)ctl).OutputPoint, true);
}
else if (Support.IsNibble(ctl))
{
Nibble g = (Nibble)ctl;
switch (type)
{
case "output1": CrossConnect(conn.InputPoint, g.OutputPoint1, true); break;
case "output2": CrossConnect(conn.InputPoint, g.OutputPoint2, true); break;
case "output3": CrossConnect(conn.InputPoint, g.OutputPoint3, true); break;
case "output4": CrossConnect(conn.InputPoint, g.OutputPoint4, true); break;
}
}
*/
Connecting = true;
}
}
public static void CancelConnection()
{
foreach (IOPoint iop in conn.InputPoint.Connected)
{
iop.Connecting = false;
iop.Connected.Remove(conn.InputPoint);
//((Bit)iop.Parent).CancelConnection();
}
conn = null;
Connecting = false;
}
public static void connectTo(IOPoint sender)
{
if (Connecting)
{
/*
if (Support.IsLogicGate1(ctl))
{
CrossConnect(((LogicGate1)ctl).InputPoint, conn.OutputPoint);
}
else if (Support.IsLogicGate2(ctl))
{
switch (type)
{
case "input1": CrossConnect(((LogicGate2)ctl).InputPoint1, conn.OutputPoint); break;
case "input2": CrossConnect(((LogicGate2)ctl).InputPoint2, conn.OutputPoint); break;
}
}
else if (Support.IsNibble(ctl))
{
switch (type)
{
case "input1": CrossConnect(((Nibble)ctl).InputPoint1, conn.OutputPoint); break;
case "input2": CrossConnect(((Nibble)ctl).InputPoint2, conn.OutputPoint); break;
case "input3": CrossConnect(((Nibble)ctl).InputPoint3, conn.OutputPoint); break;
case "input4": CrossConnect(((Nibble)ctl).InputPoint4, conn.OutputPoint); break;
}
((Nibble)ctl).CheckConnections();
}
*/
CrossConnect(conn.OutputPoint, sender);
foreach (IOPoint iop in conn.InputPoint.Connected)
{
iop.Connecting = false;
}
connections.Add(conn);
conn.Input = conn.InputPoint.Connected[0].IO;
conn = null;
Connecting = false;
}
}
