private int GetManualCheckingsCountInQueue(string courseId, Slide slide, List <string> groupsIds)
{
var filterOptions = GetManualCheckingFilterOptionsByGroup(courseId, groupsIds);
if (filterOptions.UserIds == null)
{
groupsIds = new List <string> {
"all"
}
}
;
filterOptions.SlidesIds = new List <Guid> {
slide.Id
};
if (slide is ExerciseSlide)
{
return(slideCheckingsRepo.GetManualCheckingQueue <ManualExerciseChecking>(filterOptions).Count());
}
if (slide is QuizSlide)
{
return(slideCheckingsRepo.GetManualCheckingQueue <ManualQuizChecking>(filterOptions).Count());
}
throw new ArgumentException("Slide should be quiz or exercise", nameof(slide));
}
public ActionResult Analytics(string courseId, Guid slideId, DateTime periodStart)
{
var course = courseManager.GetCourse(courseId);
var unit = course.FindUnitBySlideId(slideId);
var quizSlide = (QuizSlide)course.GetSlideById(slideId);
var quizVersions = quizzesRepo.GetQuizVersions(courseId, quizSlide.Id).ToList();
var dict = new SortedDictionary <string, List <QuizAnswerInfo> >();
var passes = db.UserQuizzes
.Where(q => quizSlide.Id == q.SlideId && !q.isDropped && periodStart <= q.Timestamp)
.GroupBy(q => q.UserId)
.Join(db.Users, g => g.Key, user => user.Id, (g, user) => new { UserId = user.Id, user.UserName, UserQuizzes = g.ToList(), QuizVersion = g.FirstOrDefault().QuizVersion })
.ToList();
foreach (var pass in passes)
{
var slide = quizSlide;
if (pass.QuizVersion != null)
{
slide = new QuizSlide(quizSlide.Info, pass.QuizVersion.GetRestoredQuiz(course, unit));
}
dict[pass.UserName] = GetUserQuizAnswers(slide, pass.UserQuizzes).ToList();
}
var userIds = passes.Select(p => p.UserId).Distinct().ToList();
var userNameById = passes.ToDictionary(p => p.UserId, p => p.UserName);
var groups = groupsRepo.GetUsersGroupsNamesAsStrings(courseId, userIds, User).ToDictionary(kv => userNameById[kv.Key], kv => kv.Value);
var rightAnswersCount = dict.Values
.SelectMany(list => list
.Where(info => info.Score == info.MaxScore))
.GroupBy(arg => arg.Id)
.ToDictionary(grouping => grouping.Key, grouping => grouping.Count());
var usersByQuizVersion = passes.GroupBy(p => p.QuizVersion?.Id).ToDictionary(g => g.Key, g => g.Select(u => u.UserName).ToList());
var usersWaitsForManualCheck = slideCheckingsRepo.GetManualCheckingQueue <ManualQuizChecking>(
new ManualCheckingQueueFilterOptions {
CourseId = courseId, SlidesIds = new List <Guid> {
quizSlide.Id
}
}
).ToList().Select(i => i.User.UserName).ToImmutableHashSet();
return(PartialView(new QuizAnalyticsModel
{
Course = course,
Unit = course.FindUnitBySlideId(quizSlide.Id),
SlideId = quizSlide.Id,
UserAnswers = dict,
QuizVersions = quizVersions,
UsersByQuizVersion = usersByQuizVersion,
RightAnswersCount = rightAnswersCount,
GroupByUser = groups,
UsersWaitsForManualCheck = usersWaitsForManualCheck,
}));
}
public static int GetManualCheckingsCountInQueue(SlideCheckingsRepo slideCheckingsRepo, GroupsRepo groupsRepo, IPrincipal user,
string courseId, Slide slide, List <string> groupsIds)
{
var filterOptions = GetFilterOptionsByGroup <ManualCheckingQueueFilterOptions>(groupsRepo, user, courseId, groupsIds);
filterOptions.SlidesIds = new List <Guid> {
slide.Id
};
if (slide is ExerciseSlide)
{
return(slideCheckingsRepo.GetManualCheckingQueue <ManualExerciseChecking>(filterOptions).Count());
}
if (slide is QuizSlide)
{
return(slideCheckingsRepo.GetManualCheckingQueue <ManualQuizChecking>(filterOptions).Count());
}
throw new ArgumentException("Slide should be quiz or exercise", nameof(slide));
}
private int GetManualCheckingCount(string courseId, string userId, Guid slideId, UserQuizSubmission beforeSubmissions = null)
{
var queue = slideCheckingsRepo.GetManualCheckingQueue <ManualQuizChecking>(new ManualCheckingQueueFilterOptions
{
CourseId = courseId,
SlidesIds = new[] { slideId },
UserIds = new List <string> {
userId
},
OnlyChecked = null, // For calculating not checked submissions as well as checked ones
}).ToList();
if (beforeSubmissions != null)
{
queue = queue.Where(s => s.Timestamp < beforeSubmissions.Timestamp).ToList();
}
return(queue.Count());
}
