public void TestBREXLikeExpressionSmall()
{
var man = new BREXManager();
var like1 = man.MkLike(@"%[ab]_____");
var like2 = man.MkLike(@"%[bc]_____");
var and = man.MkAnd(like1, like2);
var dfa = and.Optimize();
var like = man.MkLike(@"%b_____");
var dfa2 = like.Optimize();
var equiv = dfa.IsEquivalentWith(dfa2);
Assert.IsTrue(equiv);
}
public void TestBREXLikeExpressionMedium()
{
try
{
var man = new BREXManager();
var like1 = man.MkLike(@"%[ab]________");
var like2 = man.MkLike(@"%[bc]________");
var and = man.MkAnd(like1, like2);
var dfa = and.Optimize();
}
catch (AutomataException e)
{
Assert.IsTrue(e.kind == AutomataExceptionKind.AutomataConversionFailed);
}
}
public void TestBREXLikeExpressionLargeTimeout()
{
var man = new BREXManager("Matcher", "FString", int.MaxValue);
var like1 = man.MkLike(@"%[ab]_____________");
var like2 = man.MkLike(@"%[bc]_____________");
var and = man.MkAnd(like1, like2);
try
{
var dfa = and.Optimize();
}
catch (AutomataException e)
{
Assert.IsTrue(e.kind == AutomataExceptionKind.AutomataConversionFailed);
}
}
public void TestBREXLikeExpressionOK()
{
var man = new BREXManager("Matcher", "FString", 2000);
var like = man.MkLike(@"%[ab]_________");
var dfa = like.Optimize();
Assert.IsTrue(dfa.StateCount > 1000 && dfa.StateCount <= 2000);
}
private static void TestCorrectnessOfLike(string like, string regex)
{
BREXManager bm = new BREXManager();
var a = bm.MkLike(like);
var A = a.Optimize();
var b = bm.MkRegex(regex, System.Text.RegularExpressions.RegexOptions.Singleline);
var B = b.Optimize();
var eq = A.IsEquivalentWith(B);
Assert.IsTrue(eq);
}
public void TestBREXLikeExpressionTooManyStates()
{
try
{
var man = new BREXManager();
var like = man.MkLike(@"%[ab]_________");
var dfa = like.Optimize();
}
catch (AutomataException e)
{
Assert.IsTrue(e.kind == AutomataExceptionKind.AutomataConversionFailed);
}
}