public bool NextLex()
{
SkipSpace();
string s;
switch (_cChar)
{
case '\0':
return(false);
case ']':
case ')':
throw new Exception("Unexpected symbol" + _cChar);
case '(':
s = ReadString();
_pathParts.Add(new KeyValuePair <PathPartType, string>(PathPartType.Find, s));
_actions.Add((o) => UnityReflectionAccessor.Find(o, s));
break;
case '[':
s = ReadClass();
_pathParts.Add(new KeyValuePair <PathPartType, string>(PathPartType.Component, s));
_actions.Add((o) => UnityReflectionAccessor.FindComponent(o, s));
break;
default:
s = ReadName();
_pathParts.Add(new KeyValuePair <PathPartType, string>(PathPartType.Acceessor, s));
_actions.Add((o) => UnityReflectionAccessor.Access(o, s));
break;
}
return(true);
}
public static object ResolvePart(object o, KeyValuePair <UnityPathResolver.PathPartType, string>[] pathParts, int cutParts = 0)
{
var cObj = o;
for (int i = 0; i < pathParts.Length - cutParts; i++)
{
KeyValuePair <PathPartType, string> part = pathParts[i];
switch (part.Key)
{
case PathPartType.Find:
cObj = UnityReflectionAccessor.Find(cObj, part.Value);
break;
case PathPartType.Component:
cObj = UnityReflectionAccessor.FindComponent(cObj, part.Value);
break;
case PathPartType.Acceessor:
cObj = UnityReflectionAccessor.Access(cObj, part.Value);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
return(cObj);
}
private void Log(string a)
{
Debug.LogFormat("{0} value is '{1}'", a, UnityReflectionAccessor.Access(this, a));
}