public int FillInSubKeywords(ref Reader reader, LinkedList <KeyWord> keywords, int thisIndex)
{
isFunction = true;
int keywordsRead = 1;
switch (FunctionType)
{
case InputFunctions.FunctionType.Not:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[0].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
break;
case InputFunctions.FunctionType.And:
case InputFunctions.FunctionType.Or:
subkeywords = new KeyWord[2];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[0].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[1].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
break;
case InputFunctions.FunctionType.KeyPressed:
case InputFunctions.FunctionType.KeyReleased:
case InputFunctions.FunctionType.KeyJustPressed:
case InputFunctions.FunctionType.KeyJustReleased:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.Sequence:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
int sequenceLength = subkeywords[0].indexOrKeyCode;
if (sequenceLength > 0)
{
Array.Resize(ref subkeywords, sequenceLength + 1);
for (int i = 0; i < sequenceLength; i++)
{
subkeywords[1 + i] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[1 + i].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
}
}
break;
case InputFunctions.FunctionType.SequenceKey:
case InputFunctions.FunctionType.SequenceKeyEnd:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead]; // Keycode
keywordsRead += 1;
break;
case InputFunctions.FunctionType.SequencePad:
case InputFunctions.FunctionType.SequencePadEnd:
if (Settings.s.game == Settings.Game.LargoWinch)
{
subkeywords = new KeyWord[3];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead]; // 0
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead]; // Keycode
keywordsRead += 1;
}
else
{
subkeywords = new KeyWord[2];
subkeywords[0] = keywords[thisIndex + keywordsRead]; // 0
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead]; // Keycode
keywordsRead += 1;
}
break;
case InputFunctions.FunctionType.MouseAxeValue:
case InputFunctions.FunctionType.MouseAxePosition:
subkeywords = new KeyWord[3];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.MousePressed:
case InputFunctions.FunctionType.MouseJustPressed:
case InputFunctions.FunctionType.MouseJustReleased:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
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:
if (Settings.s.game == Settings.Game.LargoWinch)
{
subkeywords = new KeyWord[3];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
}
else
{
subkeywords = new KeyWord[2];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
}
break;
case InputFunctions.FunctionType.JoystickAxeValue:
if (Settings.s.game == Settings.Game.LargoWinch)
{
subkeywords = new KeyWord[5];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[3] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[4] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
}
else
{
subkeywords = new KeyWord[4];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[3] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
}
break;
case InputFunctions.FunctionType.JoystickAngularValue:
case InputFunctions.FunctionType.JoystickTrueNormValue:
case InputFunctions.FunctionType.JoystickCorrectedNormValue:
subkeywords = new KeyWord[5];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[3] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[4] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.ActionValidated:
case InputFunctions.FunctionType.ActionInvalidated:
case InputFunctions.FunctionType.ActionJustValidated:
case InputFunctions.FunctionType.ActionJustInvalidated:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
if (subkeywords[0] != null && Settings.s.game == Settings.Game.TT)
{
EntryAction.FromOffsetOrRead(subkeywords[0].valueAsPointer, reader);
}
keywordsRead += 1;
break;
}
return(keywordsRead);
}
public int FillInSubKeywords(ref Reader reader, LinkedList <KeyWord> keywords, int thisIndex)
{
isFunction = true;
int keywordsRead = 1;
switch (FunctionType)
{
case InputFunctions.FunctionType.Not:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[0].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
break;
case InputFunctions.FunctionType.And:
case InputFunctions.FunctionType.Or:
subkeywords = new KeyWord[2];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[0].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[1].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
break;
case InputFunctions.FunctionType.KeyPressed:
case InputFunctions.FunctionType.KeyReleased:
case InputFunctions.FunctionType.KeyJustPressed:
case InputFunctions.FunctionType.KeyJustReleased:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.Sequence:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
int sequenceLength = subkeywords[0].indexOrKeyCode;
if (sequenceLength > 0)
{
Array.Resize(ref subkeywords, sequenceLength * 2 + 2);
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += subkeywords[1].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
for (int i = 0; i < sequenceLength; i++)
{
subkeywords[2 + i * 2] = keywords[thisIndex + keywordsRead]; // Keycode
keywordsRead += 1;
if (i < sequenceLength - 1)
{
subkeywords[3 + i * 2] = keywords[thisIndex + keywordsRead]; // SequenceKey
keywordsRead += subkeywords[3 + i * 2].FillInSubKeywords(ref reader, keywords, thisIndex + keywordsRead);
}
}
}
break;
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:
subkeywords = new KeyWord[2];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.JoystickAxeValue:
subkeywords = new KeyWord[4];
subkeywords[0] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[1] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[2] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
subkeywords[3] = keywords[thisIndex + keywordsRead];
keywordsRead += 1;
break;
case InputFunctions.FunctionType.ActionValidated:
case InputFunctions.FunctionType.ActionInvalidated:
case InputFunctions.FunctionType.ActionJustValidated:
case InputFunctions.FunctionType.ActionJustInvalidated:
subkeywords = new KeyWord[1];
subkeywords[0] = keywords[thisIndex + keywordsRead];
if (subkeywords[0] != null && Settings.s.game == Settings.Game.TT)
{
EntryAction.FromOffsetOrRead(subkeywords[0].valueAsPointer, reader);
}
keywordsRead += 1;
break;
}
return(keywordsRead);
}