private void addExecute()
{
for (int x = 0; x < Quantity; x++)
{
var newInterlock = new TECInterlockConnection(ToAdd);
parent.Interlocks.Add(newInterlock);
Added?.Invoke(newInterlock);
}
}
public static TECInterlockConnection TestInterlock(TECCatalogs catalogs, Random rand)
{
TECInterlockConnection interlock = new TECInterlockConnection(new List <TECConnectionType> {
catalogs.ConnectionTypes.RandomElement(rand)
});
interlock.Name = "Test Interlock";
interlock.ConduitType = catalogs.ConduitTypes.RandomElement(rand);
interlock.Length = rand.Next(1, 100);
interlock.ConduitLength = rand.Next(1, 100);
return(interlock);
}
private void addInterlockExecute()
{
var typical = SelectedInterlockable as ITypicalable;
TECInterlockConnection connection = new TECInterlockConnection(ConnectionTypes);
connection.Name = Name;
connection.Length = Length;
if (ConduitType != noneConduit)
{
connection.ConduitType = ConduitType;
}
connection.ConduitLength = ConduitLength;
connection.IsPlenum = IsPlenum;
SelectedInterlockable.Interlocks.Add(connection);
}
private void deleteInterlockExecute(TECInterlockConnection obj)
{
SelectedSubScope.Interlocks.Remove(obj);
}
private bool canDeleteInterlock(TECInterlockConnection arg)
{
return(true);
}
private bool canDeleteInterlock(TECInterlockConnection interlock)
{
return(interlock != null &&
SelectedInterlockable != null &&
SelectedInterlockable.Interlocks.Contains(interlock));
}
private void deleteInterlockExecute(TECInterlockConnection interlock)
{
SelectedInterlockable.Interlocks.Remove(interlock);
}
