public static EntryAction FromOffsetOrRead(Pointer offset, Reader reader)
{
if (offset == null)
{
return(null);
}
EntryAction e = EntryAction.FromOffset(offset);
if (e == null)
{
Pointer.DoAt(ref reader, offset, () => {
e = EntryAction.Read(reader, offset);
MapLoader.Loader.print(e.ToString());
});
}
return(e);
}
public override string ToString()
{
if (isFunction)
{
switch (FunctionType)
{
case InputFunctions.FunctionType.Not:
return("!(" + subkeywords[0] + ")");
case InputFunctions.FunctionType.And:
return("(" + subkeywords[0] + " && " + subkeywords[1] + ")");
case InputFunctions.FunctionType.Or:
return("(" + subkeywords[0] + " || " + subkeywords[1] + ")");
case InputFunctions.FunctionType.KeyPressed:
case InputFunctions.FunctionType.KeyReleased:
case InputFunctions.FunctionType.KeyJustPressed:
case InputFunctions.FunctionType.KeyJustReleased:
return(FunctionType + "(" + Enum.GetName(typeof(KeyCode), subkeywords[0].indexOrKeyCode) + ")");
case InputFunctions.FunctionType.Sequence:
string sequence = "";
// Skip 1 at the end (first sequenceKey), then do -2 to skip over every other sequenceKey
// Then stop because first two keywords (last two processed here) are length and sequenceEnd
for (int i = subkeywords.Length - 1; i > 0; i--)
{
KeyWord w = subkeywords[i];
switch (w.FunctionType)
{
case InputFunctions.FunctionType.SequenceKey:
case InputFunctions.FunctionType.SequenceKeyEnd:
sequence += Enum.GetName(typeof(KeyCode), subkeywords[i].subkeywords[0].indexOrKeyCode);
break;
case InputFunctions.FunctionType.SequencePad:
case InputFunctions.FunctionType.SequencePadEnd:
sequence += GetJoyPadString(subkeywords[i].subkeywords);
break;
}
}
return("Sequence(\"" + sequence + "\")");
case InputFunctions.FunctionType.PadPressed:
case InputFunctions.FunctionType.PadReleased:
case InputFunctions.FunctionType.PadJustPressed:
case InputFunctions.FunctionType.PadJustReleased:
case InputFunctions.FunctionType.JoystickPressed:
case InputFunctions.FunctionType.JoystickReleased:
case InputFunctions.FunctionType.JoystickJustPressed:
case InputFunctions.FunctionType.JoystickJustReleased:
case InputFunctions.FunctionType.JoystickOrPadPressed:
case InputFunctions.FunctionType.JoystickOrPadReleased:
case InputFunctions.FunctionType.JoystickOrPadJustPressed:
case InputFunctions.FunctionType.JoystickOrPadJustReleased:
return(FunctionType + GetJoyPadString(subkeywords));
case InputFunctions.FunctionType.JoystickAxeValue:
if (Settings.s.game == Settings.Game.LargoWinch)
{
return(FunctionType + "("
+ (subkeywords[2].indexOrKeyCode == 4 ? "X" : "Y")
+ ", " + subkeywords[3].valueAsInt
+ ", " + subkeywords[4].valueAsInt
+ (subkeywords[1].indexOrKeyCode != 0 ? (", " + subkeywords[1].indexOrKeyCode) : "") + ")");
}
else
{
return(FunctionType + "("
+ (subkeywords[1].indexOrKeyCode == 4 ? "X" : "Y")
+ ", " + subkeywords[2].valueAsInt
+ ", " + subkeywords[3].valueAsInt
+ (subkeywords[0].indexOrKeyCode != 0 ? (", " + subkeywords[0].indexOrKeyCode) : "") + ")");
}
case InputFunctions.FunctionType.ActionValidated:
case InputFunctions.FunctionType.ActionInvalidated:
case InputFunctions.FunctionType.ActionJustValidated:
case InputFunctions.FunctionType.ActionJustInvalidated:
Pointer off_action = subkeywords[0].valueAsPointer;
if (Settings.s.engineVersion <= Settings.EngineVersion.Montreal)
{
return(FunctionType + "()");
}
EntryAction action = EntryAction.FromOffset(off_action);
return(FunctionType + "{" + (action != null ? ((action.name != null && action.name.Trim() != "") ? ("\"" + action.name + "\"") : action.ToBasicString()) : "null") + "}");
default:
return(FunctionType.ToString() + "()");
}
}
else
{
return("[" + indexOrKeyCode + "]<" + Enum.GetName(typeof(KeyCode), indexOrKeyCode) + ">");
}
}