internal static DisplayType DeterminePropDisplayType(string name, SendTableProp prop, SendTableProp?arrayElemProp)
{
SendTableProp elemInfo = prop;
while (true)
{
switch (elemInfo.SendPropType)
{
case SendPropType.Int:
return(IdentifyTypeForInt(name, elemInfo));
case SendPropType.Float:
return(IdentifyTypeForFloat(name));
case SendPropType.Vector2:
return(IdentifyTypeForVec2(name));
case SendPropType.Vector3:
return(IdentifyTypeForVec3(name));
case SendPropType.String:
return(IdentifyTypeForString(name));
case SendPropType.Array:
elemInfo = arrayElemProp !;
continue;
default:
throw new ArgumentOutOfRangeException(nameof(elemInfo.SendPropType));
}
}
}
private static DisplayType IdentifyTypeForInt(string name, SendTableProp propInfo)
{
if (propInfo.NumBits == 32 && name.ToLower().Contains("color"))
{
return(DisplayType.Color);
}
// check for flags and special cases first
if (EntityPropertyEnumManager.DetermineIntSpecialType(propInfo.TableRef.Name, propInfo.Name, out DisplayType disp))
{
return(disp);
}
string[] split = name.Split('.');
if (propInfo.NumBits == DemoInfo.NetworkedEHandleBits && split.Any(s => HandleMatcher.IsMatch(s)))
{
return(DisplayType.Handle);
}
// bool check is kinda dumb, maybe I shouldn't bother tbh
if (propInfo.NumBits == 1)
{
var lowername = name.ToLower();
if (split.Any(s => BoolMatcher.IsMatch(s)) ||
name.Contains("Has") ||
name.Contains("Is") ||
lowername.Contains("disable") ||
lowername.Contains("enable"))
{
return(DisplayType.Bool);
}
}
return(DisplayType.Int);
}