use of de.tum.in.www1.artemis.domain.participation.Participation in project Artemis by ls1intum.
the class RepositoryResource method pullChanges.
/**
* Pull into the participation repository.
*
* @param domainId that serves as an abstract identifier for retrieving the repository.
* @return ResponseEntity with appropriate status (e.g. ok or forbidden).
*/
public ResponseEntity<Void> pullChanges(Long domainId) {
log.debug("REST request to commit Repository for domainId : {}", domainId);
return executeAndCheckForExceptions(() -> {
Repository repository = getRepository(domainId, RepositoryActionType.READ, true);
repositoryService.pullChanges(repository);
return new ResponseEntity<>(HttpStatus.OK);
});
}
use of de.tum.in.www1.artemis.domain.participation.Participation in project Artemis by ls1intum.
the class QuizSubmissionWebsocketService method saveSubmission.
// TODO it would be nice to have some kind of startQuiz call that creates the participation with an initialization date. This should happen when the quiz is first shown
// to the user. Then we also could find out how long students work on the quiz on average
/**
* Saves a quiz submission into the hash maps. Submitted quizzes are marked to be saved into the database in the QuizScheduleService
*
* @param exerciseId the exerciseID to the corresponding QuizExercise
* @param quizSubmission the submission which should be saved
* @param principal refers to the user who initiated the request
*/
@MessageMapping("/topic/quizExercise/{exerciseId}/submission")
public void saveSubmission(@DestinationVariable Long exerciseId, @Payload QuizSubmission quizSubmission, Principal principal) {
// Without this, custom jpa repository methods don't work in websocket channel.
SecurityUtils.setAuthorizationObject();
String username = principal.getName();
try {
QuizSubmission updatedQuizSubmission = quizSubmissionService.saveSubmissionForLiveMode(exerciseId, quizSubmission, username, false);
// send updated submission over websocket (use a thread to prevent that the outbound channel blocks the inbound channel (e.g. due a slow client))
// to improve the performance, this is currently deactivated: slow clients might lead to bottlenecks so that more important messages can not be distributed any more
// new Thread(() -> sendSubmissionToUser(username, exerciseId, quizSubmission)).start();
// log.info("WS.Inbound: Sent quiz submission (async) back to user {} in quiz {} after {} µs ", principal.getName(), exerciseId, (System.nanoTime() - start) / 1000);
} catch (QuizSubmissionException ex) {
// send error message over websocket (use a thread to prevent that the outbound channel blocks the inbound channel (e.g. due a slow client))
new Thread(() -> messagingTemplate.convertAndSendToUser(username, "/topic/quizExercise/" + exerciseId + "/submission", new WebsocketError(ex.getMessage()))).start();
}
}
use of de.tum.in.www1.artemis.domain.participation.Participation in project Artemis by ls1intum.
the class AbstractContinuousIntegrationService method createFallbackSubmission.
/**
* There can be two reasons for the case that there is no programmingSubmission:
* 1) Manual build triggered from CI (e.g. by the instructor)
* 2) An unknown error that caused the programming submission not to be created when the code commits have been pushed.
* we can still get the commit hash from the payload of the CI build result and "reverse engineer" the programming submission object to be consistent
*/
@NotNull
protected ProgrammingSubmission createFallbackSubmission(ProgrammingExerciseParticipation participation, ZonedDateTime submissionDate, String commitHash) {
ProgrammingSubmission submission = new ProgrammingSubmission();
submission.setParticipation((Participation) participation);
submission.setSubmitted(true);
// We set this to manual because all programming submissions should correspond to a student commit in the git history.
// In case we cannot find the appropriate submission, it means something has not worked before, but there will still be a commit in the student repository
submission.setType(SubmissionType.MANUAL);
submission.setCommitHash(commitHash);
submission.setSubmissionDate(submissionDate);
return submission;
}
use of de.tum.in.www1.artemis.domain.participation.Participation in project Artemis by ls1intum.
the class LearningGoalService method calculateLearningGoalCourseProgress.
/**
* Calculate the progress in a learning goal for a whole course
*
* @param useParticipantScoreTable use the participant score table instead of going through participation -> submission -> result
* @param learningGoal learning goal to get the progress for
* @return progress of the course in the learning goal
*/
public CourseLearningGoalProgress calculateLearningGoalCourseProgress(LearningGoal learningGoal, boolean useParticipantScoreTable) {
CourseLearningGoalProgress courseLearningGoalProgress = new CourseLearningGoalProgress();
courseLearningGoalProgress.courseId = learningGoal.getCourse().getId();
courseLearningGoalProgress.learningGoalId = learningGoal.getId();
courseLearningGoalProgress.learningGoalTitle = learningGoal.getTitle();
courseLearningGoalProgress.totalPointsAchievableByStudentsInLearningGoal = 0.0;
courseLearningGoalProgress.averagePointsAchievedByStudentInLearningGoal = 0.0;
// The progress will be calculated from a subset of the connected lecture units (currently only from released exerciseUnits)
List<ExerciseUnit> exerciseUnitsUsableForProgressCalculation = learningGoal.getLectureUnits().parallelStream().filter(LectureUnit::isVisibleToStudents).filter(lectureUnit -> lectureUnit instanceof ExerciseUnit).map(lectureUnit -> (ExerciseUnit) lectureUnit).collect(Collectors.toList());
Set<CourseLearningGoalProgress.CourseLectureUnitProgress> progressInLectureUnits = this.calculateExerciseUnitsProgressForCourse(exerciseUnitsUsableForProgressCalculation, useParticipantScoreTable);
// updating learningGoalPerformance by summing up the points of the individual lecture unit progress
courseLearningGoalProgress.totalPointsAchievableByStudentsInLearningGoal = progressInLectureUnits.stream().map(lectureUnitProgress -> lectureUnitProgress.totalPointsAchievableByStudentsInLectureUnit).reduce(0.0, Double::sum);
courseLearningGoalProgress.averagePointsAchievedByStudentInLearningGoal = progressInLectureUnits.stream().map(lectureUnitProgress -> (lectureUnitProgress.averageScoreAchievedByStudentInLectureUnit / 100.0) * lectureUnitProgress.totalPointsAchievableByStudentsInLectureUnit).reduce(0.0, Double::sum);
courseLearningGoalProgress.progressInLectureUnits = new ArrayList<>(progressInLectureUnits);
return courseLearningGoalProgress;
}
use of de.tum.in.www1.artemis.domain.participation.Participation in project Artemis by ls1intum.
the class QuizScheduleService method removeUnnecessaryObjectsBeforeSendingToClient.
private void removeUnnecessaryObjectsBeforeSendingToClient(StudentParticipation participation) {
if (participation.getExercise() != null) {
var quizExercise = (QuizExercise) participation.getExercise();
// we do not need the course and lectures
quizExercise.setCourse(null);
// students should not see statistics
// TODO: this would be useful, but leads to problems when the quiz schedule service wants to access the statistics again later on
// quizExercise.setQuizPointStatistic(null);
// quizExercise.getQuizQuestions().forEach(quizQuestion -> quizQuestion.setQuizQuestionStatistic(null));
}
// submissions are part of results, so we do not need them twice
participation.setSubmissions(null);
participation.setParticipant(null);
if (participation.getResults() != null && participation.getResults().size() > 0) {
QuizSubmission quizSubmission = (QuizSubmission) participation.getResults().iterator().next().getSubmission();
if (quizSubmission != null && quizSubmission.getSubmittedAnswers() != null) {
for (SubmittedAnswer submittedAnswer : quizSubmission.getSubmittedAnswers()) {
if (submittedAnswer.getQuizQuestion() != null) {
// we do not need all information of the questions again, they are already stored in the exercise
var question = submittedAnswer.getQuizQuestion();
submittedAnswer.setQuizQuestion(question.copyQuestionId());
}
}
}
}
}
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