private static void TWDFAFunction(string inputString)
{
Timer.Start();
FiniteAutomata automata1 = TWDFABuilder3();
ConsoleOperations.WriteBMarkReset("2DFA Creation");
ConsoleOperations.WriteTitle("2DFA Info");
ConsoleOperations.WriteAutomataInfo(automata1);
Timer.Restart();
FiniteAutomataConverter dfaConverter1 = new FiniteAutomataConverter();
FiniteAutomata resultX = dfaConverter1.Convert2DFAToDFA(automata1);
ConsoleOperations.WriteBMarkReset("Automata Conversion");
Console.WriteLine("\n>>>2DFA is converted to DFA<<<\n");
ConsoleOperations.WriteTitle("DFA Info");
ConsoleOperations.WriteAutomataInfo(resultX);
ConsoleOperations.WriteTitle("DFA Trace");
Timer.Restart();
bool result = resultX.Run(inputString);
ConsoleOperations.WriteBMarkReset("DFA Run");
Timer.Stop();
ConsoleOperations.WriteTitle("Automata Results");
Console.WriteLine("DFA Response: Input is " + (result ? "Accepted" : "Rejected"));
ConsoleOperations.WriteTitle("Benchmark Results");
BenchmarkResults.ForEach(x => Console.WriteLine(x));
}
private void runDFAButton_Click(object sender, EventArgs e)
{
if (DFA is null)
{
Convertor automataConverter = new Convertor();
FiniteAutomata dfa = automataConverter.NFAToDFA(NFA);
var(result, text) = dfa.Run(inputString);
dfaResult = result;
if (result == false)
{
Console.WriteLine("Not Valid");
}
automataOutputRichTextBox.Text = text;
}
else
{
var(result, text) = DFA.Run(inputString);
dfaResult = result;
if (result == false)
{
Console.WriteLine("Not Valid");
}
automataOutputRichTextBox.Text = text;
}
}
public void Should_ReturnFalse_When_Run_DFAWithABCABCABC()
{
List <char> alphabet = new List <char>()
{
'a', 'b', 'c'
};
FiniteAutomata automata = new FiniteAutomata(FiniteAutomataType.DFA, alphabet);
_ = automata.AddState("q0", isInitialState: true, isFinalState: true);
_ = automata.AddState("q1");
_ = automata.AddState("q2");
_ = automata.AddState("q3");
_ = automata.AddTransition('a', "q0", "q1");
_ = automata.AddTransition('b', "q0", "q1");
_ = automata.AddTransition('c', "q0", "q1");
_ = automata.AddTransition('a', "q1", "q2");
_ = automata.AddTransition('b', "q1", "q2");
_ = automata.AddTransition('c', "q1", "q2");
_ = automata.AddTransition('a', "q2", "q3");
_ = automata.AddTransition('b', "q2", "q3");
_ = automata.AddTransition('c', "q2", "q3");
_ = automata.AddTransition('a', "q3", "q0");
_ = automata.AddTransition('b', "q3", "q0");
_ = automata.AddTransition('c', "q3", "q0");
Assert.False(automata.Run("abcabcabc"));
}
public void Test_NFA_RUN_Should_Return_False_Invalid_Input()
{
var inputString = "10001";
List <char> alphabet = new List <char> {
'0', '1'
};
FiniteAutomata nfaTest = new FiniteAutomata(AutomataType.NFA, alphabet);
_ = nfaTest.AddState("A", isInitialState: true, false); //A
_ = nfaTest.AddState("B", false, false); //B
_ = nfaTest.AddState("C", false, isFinalState: true); //C
_ = nfaTest.AddTransition('0', "A", "A"); // TR: A '0'
_ = nfaTest.AddTransition('1', "A", "B,C"); // TR: A '1'
_ = nfaTest.AddTransition('0', "B", "A"); // TR: B '0'
_ = nfaTest.AddTransition('1', "B", "A,C"); // TR: B '1'
_ = nfaTest.AddTransition('0', "C", "A,B"); // TR: C '0'
_ = nfaTest.AddTransition('1', "C", "C"); // TR: C '1'
var result = nfaTest.Run(inputString);
Assert.AreEqual(false, result);
}
private static void NFAFunction(string inputString)
{
Timer.Start();
FiniteAutomata automata = NFABuilder();
ConsoleOperations.WriteBMarkReset("NFA Creation");
ConsoleOperations.WriteTitle("NFA Info");
ConsoleOperations.WriteAutomataInfo(automata);
ConsoleOperations.WriteTitle("NFA Trace");
Timer.Restart();
bool result = automata.Run(inputString);
ConsoleOperations.WriteBMarkReset("NFA Run");
Timer.Restart();
FiniteAutomataConverter dfaConverter = new FiniteAutomataConverter();
FiniteAutomata DFAVersion = dfaConverter.ConvertNFAToDFA(automata);
ConsoleOperations.WriteBMarkReset("Automata Conversion");
Console.WriteLine("\n>>>NFA is converted to DFA<<<\n");
ConsoleOperations.WriteTitle("DFA Info");
ConsoleOperations.WriteAutomataInfo(DFAVersion);
ConsoleOperations.WriteTitle("DFA Trace");
Timer.Restart();
bool resultDFA = DFAVersion.Run(inputString);
ConsoleOperations.WriteBMarkReset("DFA Run");
Timer.Stop();
ConsoleOperations.WriteTitle("Automata Results");
Console.WriteLine("NFA Response: Input is " + (result ? "Accepted" : "Rejected"));
Console.WriteLine("DFA Response: Input is " + (resultDFA ? "Accepted" : "Rejected"));
ConsoleOperations.WriteTitle("Benchmark Results");
BenchmarkResults.ForEach(x => Console.WriteLine(x));
}