public AutomAutomat(string s)
: base(s, 0)
{
/*
* An AutomAutomat has the syntax
* {List of AutomLetter separated by ','}
*/
// Let's skip possible leading spaces
int pos = 0;
pos = GetNextChar(pos);
// The char at pos must be an {
Debug.Assert(s[pos] == '{', String.Format(BaseConfig.cultF, "La pos {0} de {1} n'est pas un AutomAutomat, on attend un \'{{\' en début d'automate.",
pos - start, s.Substring(start, (pos + 1) - start)));
// Let's load the list of AutomLetters
automLetters = new Dictionary <char, AutomLetter>(44); // there are 44 letters in our automata
pos = GetNextChar(pos + 1);
while (s[pos] != '}')
{
AutomLetter al = new AutomLetter(s, ref pos);
automLetters.Add(al.Letter, al);
pos = GetNextChar(pos + 1);
// it is either ',' or '}'
Debug.Assert(((s[pos] == ',') || (s[pos] == '}')), string.Format(BaseConfig.cultF, "La pos {0} de {1} n'est pas un AutomAutomat, on attend une \',\' ou un \'}}\' après une lettre.",
pos - start, s.Substring(start, (pos + 1) - start)));
if (s[pos] == ',')
{
pos = GetNextChar(pos + 1);
}
} // while
end = pos;
} // Constructor public AutomAutomat(string s, ref int pos)
static public void InitAutomat()
{
logger.ConditionalDebug("InitAutomat");
AutomLetter.InitAutomat();
autom = new AutomAutomat(theAutomat);
}
