public TestRegGram()
{
//Als N = { S, A }
// $ = { a, b }
//P = { S -> bS, S -> aA, A -> bA, A -> b }
//Dan is G = (N, $, P, S) een grammatica.
char[] alphabet = { 'a', 'b' };
var RegGram = new RegGram <string>(alphabet);
RegGram.DefineStartSymbol("S");
RegGram.AddProductionRule(new PRule <string>("S", alphabet[1], "S"));
RegGram.AddProductionRule(new PRule <string>("S", alphabet[0], "A"));
RegGram.AddProductionRule(new PRule <string>("A", alphabet[1], "A"));
RegGram.AddProductionRule(new PRule <string>("A", alphabet[1]));
Console.WriteLine(RegGram.ToString());
}
public static RegGram <T> NdfaToRegGram(Automaat <T> ndfa)
{
var regGram = new RegGram <T>(ndfa.GetAlphabet());
foreach (var trans in ndfa._transitions)
{
regGram.AddProductionRule(new PRule <T>(trans.FromState, trans.Symbol, trans.ToState));
if (ndfa._finalStates.Contains(trans.ToState))
{
regGram.AddProductionRule(new PRule <T>(trans.FromState, trans.Symbol)
{
ToSymbolIsFinalSymbol = true
});
}
}
regGram.DefineStartSymbol(ndfa._startStates.First());
return(regGram);
}
