public static void CreateSwitches(Number number, Engine engine)
{
Switches = new List <Logical>();
var switch0 = PhysicalSwitch.Switch(0);
switch (number)
{
case Number.One:
Switches.Add(new Logical(switch0, engine));
break;
case Number.Two:
var switch1 = PhysicalSwitch.Switch(1);
if (Globals.Root.CurrentConfig.ReadBoolean(Config.Reverse_Switches) || Globals.Root.CurrentConfig.ReadBoolean(Config.Use_Swap_Switch))
{ // feed switches through the swap logic:
Switches.Add(new Logical(new LogicalSwapper(switch0, switch1, engine), engine));
Switches.Add(new Logical(new LogicalSwapper(switch1, switch0, engine), engine));
}
else
{
Switches.Add(new Logical(switch0, engine));
Switches.Add(new Logical(switch1, engine));
}
break;
case Number.ShortLong:
var rising = new LogicalRising(switch0, engine);
Switches.Add(rising);
Switches.Add(new LogicalLong(switch0, rising, engine));
break;
case Number.DwellOnly:
Switches.Add(new LogicalDwell(switch0, engine));
break;
case Number.PassThrough:
Switches.Add(new LogicalPassThrough(switch0, engine));
break;
default:
throw (new ArgumentException("Logical.SetSwitches: invalid number"));
}
}
private LogicalRising ShortSwitch; // the switch doing the short part; we need a reference to this, to tell it to ignore the rising edge if this one has triggered
public LogicalLong(ISwitch source, LogicalRising shortLogicSwitch, Engine engine) : base(source, engine)
{
ShortSwitch = shortLogicSwitch;
}
