public void TestMethod3()
{
Re_Resolver re = new Re_Resolver();
re.Resolve("(a)$");
Assert.AreEqual(new Symbol("a"), re.parseTree.root.value);
}
public void TestMethod14()
{
Re_Resolver re = new Re_Resolver();
bool result = re.Resolve("(a+|b))$");
Assert.AreEqual(false, result);
}
public void TestMethod17()
{
Re_Resolver re = new Re_Resolver();
Assert.IsTrue(re.Resolve("import$"));
Assert.AreEqual(Operation.And, re.parseTree.root.operation);
}
public void TestMethod5()
{
Re_Resolver re = new Re_Resolver();
re.Resolve("ab$");
Assert.AreEqual(new Symbol("b"), re.parseTree.root.sons[1].value);
Assert.AreEqual(Operation.And, re.parseTree.root.operation);
}
public void TestMethod9()
{
Re_Resolver re = new Re_Resolver();
re.Resolve("(a|[b,1-9])*$");
Assert.AreEqual(new Symbol("b,1-9"), re.parseTree.root.sons[0].sons[1].value);
Assert.AreEqual(Operation.Star, re.parseTree.root.operation);
Assert.AreEqual(Operation.Or, re.parseTree.root.sons[0].operation);
}
public void TestMethod8()
{
Re_Resolver re = new Re_Resolver();
Assert.IsTrue(re.Resolve("(a|b)*$"));
Assert.AreEqual(new Symbol("b"), re.parseTree.root.sons[0].sons[1].value);
Assert.AreEqual(Operation.Star, re.parseTree.root.operation);
Assert.AreEqual(Operation.Or, re.parseTree.root.sons[0].operation);
}
public void TestMethod16()
{
Re_Resolver re = new Re_Resolver();
Assert.IsTrue(re.Resolve("(ab*c|a)(ab)*$"));
Assert.AreEqual(Operation.And, re.parseTree.root.operation);
Assert.AreEqual(Operation.Or, re.parseTree.root.sons[0].operation);
Assert.AreEqual(Operation.Star, re.parseTree.root.sons[1].operation);
}
public void test1()
{
String re = "a*$";
Re_Resolver re_resolver = new Re_Resolver();
if (!re_resolver.Resolve(re))
{
Console.WriteLine("Incorrect Format of RE");
return;
}
State.count = 0;
NFA_ParseTree nfa = new NFA_ParseTree(re_resolver.parseTree);
Assert.IsTrue(StartNFA(nfa.automata, "aa"));
}
