public XElement ComputeFeedbackRegexp(XElement regexCorrectDesc, XElement regexAttemptDesc, XElement alphabet, XElement feedbackLevel, XElement enabledFeedbacks, XElement maxGrade)
{
CharSetSolver solver = new CharSetSolver(BitWidth.BV64);
try
{
var dfaCorrectPair = DFAUtilities.parseRegexFromXML(regexCorrectDesc, alphabet, solver);
var dfaAttemptPair = DFAUtilities.parseRegexFromXML(regexAttemptDesc, alphabet, solver);
var level = (FeedbackLevel)Enum.Parse(typeof(FeedbackLevel), feedbackLevel.Value, true);
var enabList = (enabledFeedbacks.Value).Split(',').ToList <String>();
bool dfaedit = false, moseledit = false, density = true;
int maxG = int.Parse(maxGrade.Value);
var feedbackGrade = DFAGrading.GetGrade(dfaCorrectPair.Second, dfaAttemptPair.Second, dfaCorrectPair.First, solver, 1500, maxG, level, dfaedit, moseledit, density);
var feedString = "<ul>";
foreach (var feed in feedbackGrade.Second)
{
feedString += string.Format("<li>{0}</li>", feed);
}
feedString += "</ul>";
return(XElement.Parse(string.Format("<div><grade>{0}</grade><feedback>{1}</feedback></div>", feedbackGrade.First, feedString)));
}
catch (PDLException pdlex)
{
return(XElement.Parse(string.Format("<div>Error: {0} </div>", pdlex.Message)));
}
}
public void ParseRegex()
{
try
{
CharSetSolver solver = new CharSetSolver(BitWidth.BV64);
var al = new HashSet <char>(new char[] { 'a', 'b' });
DFAUtilities.parseRegexFromXML(XElement.Parse("<reg>-?</reg>"), XElement.Parse("<alphabet><symbol>a</symbol><symbol>b</symbol></alphabet>"), solver);
}
catch (PDLException e)
{
Console.WriteLine(e.Message);
}
}
public XElement CheckRegexp(XElement regexDesc, XElement alphabet)
{
CharSetSolver solver = new CharSetSolver(BitWidth.BV64);
try
{
var dfaCorrectPair = DFAUtilities.parseRegexFromXML(regexDesc, alphabet, solver);
return(XElement.Parse(string.Format("<div>CorrectRegex</div>")));
}
catch (PDLException pdlex)
{
return(XElement.Parse(string.Format("<div>Error: {0} </div>", pdlex.Message)));
}
}
