public bool Load(FileSystem fileSystem)
{
Parallel.For(0, PMaxIndex, (i) =>
{
Controls[i] = new InputControl()
{
Command = Translations.Command.PowerAnyNotch, Option = i
};
Controls[PMaxIndex + i] = new InputControl()
{
Command = Translations.Command.BrakeAnyNotch, Option = i
};
});
Controls[RevBIndex] = new InputControl()
{
Command = Translations.Command.ReverserAnyPostion, Option = -1
};
Controls[RevNIndex] = new InputControl()
{
Command = Translations.Command.ReverserAnyPostion, Option = 0
};
Controls[RevFIndex] = new InputControl()
{
Command = Translations.Command.ReverserAnyPostion, Option = 1
};
Controls[EBIndex] = new InputControl()
{
Command = Translations.Command.BrakeEmergency
};
Parallel.For(0, CtrlInput.KeyArrSizeMax, (i) =>
{
Controls[(PMaxIndex * 2) + 100 + i] = new InputControl()
{
Command = (Translations.Command)i
};
});
try
{
StaticSMemLib.Begin(false, true);
return(true);
}
catch (Exception e)
{
MessageBox.Show("BIDSSMemLib Loading Failed\n" + e.Message, Assembly.GetExecutingAssembly().FullName);
return(false);
}
}
public static void Load()
{
#if DEBUG
MessageBox.Show("BIDSSMemLib Debug Build");
#endif
StaticSMemLib.Begin(false, true);
BSMD.IsEnabled = true;
BSMD.VersionNum = StaticSMemLib.VersionNumInt;
StaticSMemLib.Write(in BSMD);
if (!Equals(BSMD, StaticSMemLib.ReadBSMD()))
{
MessageBox.Show("BIDSSMemLib DataWriting Failed");
}
BVE_CC ??= new BVEConductorChecker();
BVE_CC.ConductorActioned += BVE_CC_ConductorActioned;
}