public static List <ScoringResult> GetResults(WatwinScoringParams eparams, DateTime?dateFrom, DateTime?dateTo, List <int> users)
{
var results = new List <ScoringResult>();
if (users != null && users.Count > 0)
{
var eventSessions = BuildEventSessionDataProc.Get(dateFrom, dateTo, users, true);
foreach (var u in users)
{
if (!results.Any(r => r.UserId == u))
{
results.Add(new ScoringResult
{
UserId = u,
Score = WatwinScoring.Calculate(eparams, eventSessions.Where(e => e.UserId == u))
});
}
}
}
return(results);
}
public ActionResult CalcWatwinScoring(WatwinScoringParams procedureParams)
{
var analytics = Analytics.FromSession();
analytics.ProcedureSettings.ProcedureParams = procedureParams;
analytics.ProcedureResults = new ProcedureResults
{
ViewType = ResultViewType.Tabular,
};
var resultlist = new List <ProcedureDataItem>();
foreach (var u in WatwinScoringAnalytics.GetResults(procedureParams, analytics.Criteria.DateFrom, analytics.Criteria.DateTo, analytics.SelectedDataItems))
{
var user = analytics.ProcedureData.Where(r => r.IsSelected && r.Id == u.UserId).First();
user.Score = u.Score;
resultlist.Add(user);
}
analytics.ProcedureResults.Results = resultlist;
ViewBag.ScoreTitle = "WS Score";
return(View("Results", analytics.ProcedureResults));
}
public static decimal Calculate(WatwinScoringParams wparams, IEnumerable <BuildErrorEvent> sessionEvents)
{
var orderedEvents = sessionEvents.OrderBy(e => e.EventDate).ToArray();
var score = 0m;
var previous_counted_errors = new List <string>();
var sameErrorPenalty = wparams.SameErrorPenalty.HasValue ? wparams.SameErrorPenalty.Value : 4;
var sameTypePenalty = wparams.SameTypePenalty.HasValue ? wparams.SameTypePenalty.Value : 4;
var sameLinePenalty = wparams.SameLinePenalty.HasValue ? wparams.SameLinePenalty.Value : 2;
var fastSolvePenalty = wparams.FastSolvePenalty.HasValue ? wparams.FastSolvePenalty.Value : 1;
var slowSolvePenalty = wparams.SlowSolvePenalty.HasValue ? wparams.SlowSolvePenalty.Value : 25;
var medSolvePenalty = wparams.MedSolvePenalty.HasValue ? wparams.MedSolvePenalty.Value : 15;
string errorTypePattern = "error ([^:]+)";
// process session events
for (var i = 0; i < orderedEvents.Length - 1; i++)
{
var currentEvent = orderedEvents[i];
var nextEvent = orderedEvents[i + 1];
// do both events end in errors?
if (currentEvent.ErrorTypes != null && nextEvent.ErrorTypes != null)
{
// yes
// are the error messages exactly the same?
if (currentEvent.ErrorMessages.Intersect(nextEvent.ErrorMessages).Count() > 0)
{
//same message penalty
score += sameErrorPenalty;
}
//same error type?
if (currentEvent.ErrorTypes != null &&
nextEvent.ErrorTypes != null &&
currentEvent.ErrorTypes.Select(e => e.ErrorTypeId).Intersect(nextEvent.ErrorTypes.Select(e => e.ErrorTypeId)).Count() > 0)
{
//same type penalty
score += sameTypePenalty;
}
if (currentEvent.Documents != null &&
nextEvent.Documents != null &&
currentEvent.Documents
.Select(d => d.FileName.ToLower())
.Intersect(nextEvent.Documents.Select(d => d.FileName.ToLower())).Count() > 0)
{
//same line?
// same error location?
// eline-range defines what constituted an error on the “same line”
// a 0 would literally mean that two subsequent errors would need to be on exactly the same line
// while the range [-3,3] would indicate that any error within three lines
// in either direction would constitute being “on the same line.”
if (currentEvent.Documents
.Any(d => nextEvent.Documents
.Any(nd => string.Compare(nd.FileName, d.FileName, true) == 0 &&
nd.Line > d.Line - (wparams.ElineRange.HasValue ? wparams.ElineRange.Value : 1) &&
nd.Line < d.Line + (wparams.ElineRange.HasValue ? wparams.ElineRange.Value : 1) &&
nd.Column == d.Column)))
{
// yes
score += sameLinePenalty;
}
}
}
//Since we want to apply the greatest penalty for any error
//we start with the smallest penalty as our default
//we then look at each error and how long it took to solve
//if we find a penalty greater than our current one, we update it
//then at the end we apply this, which will be the greatest penalty of all the errors
var penalty = fastSolvePenalty;
if (currentEvent.ErrorTypes != null && currentEvent.ErrorTypes.Count > 0)
{
var numConsidered = wparams.ErrorsConsidered == (int)ErrorsConsidered.All ? -1 : currentEvent.ErrorMessages.Count();
var limit = System.Math.Min(numConsidered, currentEvent.ErrorMessages.Count());
currentEvent.ErrorMessages.Take(limit).ToList().ForEach(x =>
{
if (previous_counted_errors == null || previous_counted_errors.Any(s => string.Compare(s, x, true) == 0))
{
var match = Regex.Match(x, errorTypePattern);
var errorTypeName = match.Groups[1].Value.TrimEnd();
var subjectErrorType = currentEvent.ErrorTypes.First(e => string.Compare(e.ErrorType, errorTypeName, true) == 0);
var mean = ErrorFixTimeStatsProc.Get().Single(y => y.ErrorTypeId == subjectErrorType.ErrorTypeId).Mean;
var stdev = ErrorFixTimeStatsProc.Get().Single(y => y.ErrorTypeId == subjectErrorType.ErrorTypeId).SDP;
if (penalty < slowSolvePenalty && subjectErrorType.FixingTime >= mean + stdev)
{
penalty = slowSolvePenalty;
}
else if (penalty < medSolvePenalty && subjectErrorType.FixingTime >= mean - stdev)
{
penalty = medSolvePenalty;
}
}
});
// the errors not counted this time should not be ignored in the next event
previous_counted_errors = currentEvent.ErrorMessages.Take(limit).ToList();
}
score += penalty;
}
var max_score = slowSolvePenalty + sameLinePenalty + sameErrorPenalty + sameTypePenalty;
return(score > 0 ? decimal.Round(score / (max_score * (orderedEvents.Length - 1)), 2) : 0m);
}