public XSubpart(SchedulingSubpart subpart, boolean courseCredit, OnlineSectioningHelper helper) {
iUniqueId = subpart.getUniqueId();
iInstructionalType =
sF3Z.format(subpart.getItype().getItype())
+ subpart.getSchedulingSubpartSuffix(helper.getHibSession());
iAllowOverlap = subpart.isStudentAllowOverlap();
iName = subpart.getItype().getAbbv().trim();
iConfigId = subpart.getInstrOfferingConfig().getUniqueId();
iParentId =
subpart.getParentSubpart() == null ? null : subpart.getParentSubpart().getUniqueId();
if (subpart.getCredit() != null) {
iCreditAbbv = subpart.getCredit().creditAbbv();
iCreditText = subpart.getCredit().creditText();
}
if (courseCredit) {
for (CourseOffering co :
subpart.getInstrOfferingConfig().getInstructionalOffering().getCourseOfferings()) {
if (co.getCredit() != null)
iCreditByCourse.put(
co.getUniqueId(),
new String[] {co.getCredit().creditAbbv(), co.getCredit().creditText()});
}
}
for (Class_ clazz : subpart.getClasses()) iSections.add(new XSection(clazz, helper));
Collections.sort(iSections);
}
@Override
public Set<WeightedStudentId> getDemands(CourseOffering course) {
Hashtable<Long, Set<WeightedStudentId>> demands =
iDemands.get(course.getSubjectArea().getUniqueId());
if (demands == null) {
demands = loadDemandsForSubjectArea(course.getSubjectArea());
iDemands.put(course.getSubjectArea().getUniqueId(), demands);
}
return demands.get(course.getUniqueId());
}
public int compare(Object o1, Object o2) {
// Check if objects are of class Instructional Offering
if (!(o1 instanceof CourseOffering)) {
throw new ClassCastException("o1 Class must be of type CourseOffering");
}
if (!(o2 instanceof CourseOffering)) {
throw new ClassCastException("o2 Class must be of type CourseOffering");
}
CourseOffering co1 = (CourseOffering) o1;
CourseOffering co2 = (CourseOffering) o2;
// Same Course Offering
if (co1.getUniqueId().equals(co2.getUniqueId())) {
return 0;
}
// One of the offerings is a Controlling Course
if (compareBy == COMPARE_BY_CTRL_CRS) {
if (co1.isIsControl().booleanValue()) return -1;
if (co2.isIsControl().booleanValue()) return 1;
}
// Compare by course name (also used if neither is controlling)
if (co1.getSubjectAreaAbbv().equals(co2.getSubjectAreaAbbv())) {
if (co1.getCourseNbr().equals(co2.getCourseNbr())) {
if (co1.getTitle() == null && co2.getTitle() == null) {
return (0);
} else if (co1.getTitle() == null) {
return (-1);
} else if (co2.getTitle() == null) {
return (1);
}
return (co1.getTitle().compareTo(co2.getTitle()));
} else {
return (co1.getCourseNbr().compareTo(co2.getCourseNbr()));
}
} else {
return (co1.getSubjectAreaAbbv().compareTo(co2.getSubjectAreaAbbv()));
}
}
@Override
public Set<WeightedCourseOffering> getCourses(Long studentId) {
if (iStudentRequests == null) {
iStudentRequests = new Hashtable<Long, Set<WeightedCourseOffering>>();
for (Object[] o :
(List<Object[]>)
iHibSession
.createQuery(
"select distinct d.student.uniqueId, c, d.priority, d.alternative, r.order "
+ "from CourseRequest r inner join r.courseOffering c inner join r.courseDemand d where d.student.session.uniqueId = :sessionId")
.setLong("sessionId", iSessionId)
.setCacheable(true)
.list()) {
Long sid = (Long) o[0];
CourseOffering co = (CourseOffering) o[1];
Integer priority = (Integer) o[2];
Boolean alternative = (Boolean) o[3];
Integer order = (Integer) o[4];
Set<WeightedCourseOffering> courses = iStudentRequests.get(sid);
if (courses == null) {
courses = new HashSet<WeightedCourseOffering>();
iStudentRequests.put(sid, courses);
}
courses.add(new WeightedCourseOffering(co));
if (priority != null && Boolean.FALSE.equals(alternative)) {
if (order != null) priority += order;
Hashtable<Long, Double> priorities = iEnrollmentPriorities.get(studentId);
if (priorities == null) {
priorities = new Hashtable<Long, Double>();
iEnrollmentPriorities.put(studentId, priorities);
}
priorities.put(co.getUniqueId(), Math.pow(iBasePriorityWeight, priority));
}
}
}
return iStudentRequests.get(studentId);
}
public void reloadOffering(
final OnlineSectioningServer server, OnlineSectioningHelper helper, Long offeringId) {
// Load new students
Map<Long, org.unitime.timetable.model.Student> newStudents =
new HashMap<Long, org.unitime.timetable.model.Student>();
/*
for (org.unitime.timetable.model.Student student : (List<org.unitime.timetable.model.Student>)helper.getHibSession().createQuery(
"select s from Student s " +
"left join fetch s.courseDemands as cd " +
"left join fetch cd.courseRequests as cr " +
"left join fetch cr.courseOffering as co " +
"left join fetch cr.classWaitLists as cwl " +
"left join fetch s.classEnrollments as e " +
"left join fetch s.academicAreaClassifications as a " +
"left join fetch s.posMajors as mj " +
"left join fetch s.waitlists as w " +
"left join fetch s.groups as g " +
"where s.uniqueId in (select xe.student.uniqueId from StudentClassEnrollment xe where xe.courseOffering.instructionalOffering.uniqueId = :offeringId) " +
"or s.uniqueId in (select xr.courseDemand.student.uniqueId from CourseRequest xr where xr.courseOffering.instructionalOffering.uniqueId = :offeringId)"
).setLong("offeringId", offeringId).list()) {
newStudents.put(student.getUniqueId(), student);
}
*/
for (org.unitime.timetable.model.Student student :
(List<org.unitime.timetable.model.Student>)
helper
.getHibSession()
.createQuery(
"select distinct s from Student s "
+ "left join s.courseDemands as cd "
+ "left join cd.courseRequests as cr "
+ "left join fetch s.classEnrollments as e "
+ "left join fetch s.academicAreaClassifications as a "
+ "left join fetch s.posMajors as mj "
+ "left join fetch s.waitlists as w "
+ "left join fetch s.groups as g "
+ "where cr.courseOffering.instructionalOffering.uniqueId = :offeringId")
.setLong("offeringId", offeringId)
.list()) {
newStudents.put(student.getUniqueId(), student);
}
for (org.unitime.timetable.model.Student student :
(List<org.unitime.timetable.model.Student>)
helper
.getHibSession()
.createQuery(
"select distinct s from Student s "
+ "left join fetch s.courseDemands as cd "
+ "left join fetch cd.courseRequests as cr "
+ "left join fetch cr.courseOffering as co "
+ "left join fetch cr.classWaitLists as cwl "
+ "left join fetch s.classEnrollments as e "
+ "left join fetch s.academicAreaClassifications as a "
+ "left join fetch s.posMajors as mj "
+ "left join fetch s.waitlists as w "
+ "left join fetch s.groups as g "
+ "where e.courseOffering.instructionalOffering.uniqueId = :offeringId and e.courseRequest is null")
.setLong("offeringId", offeringId)
.list()) {
newStudents.put(student.getUniqueId(), student);
}
// Persist expected spaces if needed
if (server.needPersistExpectedSpaces(offeringId))
PersistExpectedSpacesAction.persistExpectedSpaces(offeringId, false, server, helper);
// Existing offering
XOffering oldOffering = server.getOffering(offeringId);
XEnrollments oldEnrollments = server.getEnrollments(offeringId);
// New offering
XOffering newOffering = null;
InstructionalOffering io =
InstructionalOfferingDAO.getInstance().get(offeringId, helper.getHibSession());
List<XDistribution> distributions = new ArrayList<XDistribution>();
if (io != null) {
// Load linked sections and ignore student conflict constraints
List<DistributionPref> distPrefs =
helper
.getHibSession()
.createQuery(
"select distinct p from DistributionPref p inner join p.distributionObjects o, Department d, "
+ "Class_ c inner join c.schedulingSubpart.instrOfferingConfig.instructionalOffering io "
+ "where p.distributionType.reference in (:ref1, :ref2) and d.session.uniqueId = :sessionId "
+ "and io.uniqueId = :offeringId and (o.prefGroup = c or o.prefGroup = c.schedulingSubpart) "
+ "and p.owner = d and p.prefLevel.prefProlog = :pref")
.setString("ref1", GroupConstraint.ConstraintType.LINKED_SECTIONS.reference())
.setString("ref2", IgnoreStudentConflictsConstraint.REFERENCE)
.setString("pref", PreferenceLevel.sRequired)
.setLong("sessionId", server.getAcademicSession().getUniqueId())
.setLong("offeringId", offeringId)
.list();
if (!distPrefs.isEmpty()) {
for (DistributionPref pref : distPrefs) {
int variant = 0;
for (Collection<Class_> sections : ReloadAllData.getSections(pref)) {
XDistributionType type = XDistributionType.IngoreConflicts;
if (GroupConstraint.ConstraintType.LINKED_SECTIONS
.reference()
.equals(pref.getDistributionType().getReference()))
type = XDistributionType.LinkedSections;
XDistribution distribution =
new XDistribution(type, pref.getUniqueId(), variant++, sections);
distributions.add(distribution);
}
}
}
newOffering = ReloadAllData.loadOffering(io, distributions, server, helper);
if (newOffering != null) server.update(newOffering);
else if (oldOffering != null) server.remove(oldOffering);
// Load sectioning info
List<Object[]> infos =
helper
.getHibSession()
.createQuery(
"select i.clazz.uniqueId, i.nbrExpectedStudents from SectioningInfo i where i.clazz.schedulingSubpart.instrOfferingConfig.instructionalOffering.uniqueId = :offeringId")
.setLong("offeringId", offeringId)
.list();
XExpectations expectations = new XExpectations(offeringId);
for (Object[] info : infos) {
Long sectionId = (Long) info[0];
Double expected = (Double) info[1];
expectations.setExpectedSpace(sectionId, expected);
}
server.update(expectations);
} else if (oldOffering != null) {
server.remove(oldOffering);
}
List<XStudent[]> students = new ArrayList<XStudent[]>();
if (oldEnrollments != null) {
Set<Long> checked = new HashSet<Long>();
for (XRequest old : oldEnrollments.getRequests()) {
if (!checked.add(old.getStudentId())) continue;
XStudent oldStudent = server.getStudent(old.getStudentId());
org.unitime.timetable.model.Student student = newStudents.get(oldStudent.getStudentId());
if (student == null)
student = StudentDAO.getInstance().get(oldStudent.getStudentId(), helper.getHibSession());
XStudent newStudent =
(student == null ? null : ReloadAllData.loadStudent(student, null, server, helper));
if (newStudent != null) server.update(newStudent, true);
else server.remove(oldStudent);
students.add(new XStudent[] {oldStudent, newStudent});
newStudents.remove(oldStudent.getStudentId());
}
}
for (org.unitime.timetable.model.Student student : newStudents.values()) {
XStudent oldStudent = server.getStudent(student.getUniqueId());
XStudent newStudent = ReloadAllData.loadStudent(student, null, server, helper);
if (newStudent != null) server.update(newStudent, true);
else if (oldStudent != null) server.remove(oldStudent);
students.add(new XStudent[] {oldStudent, newStudent});
}
if (!server.getAcademicSession().isSectioningEnabled()) return;
if (!CustomStudentEnrollmentHolder.isAllowWaitListing()) return;
if (newOffering == null && oldOffering == null) return;
Set<SectioningRequest> queue = new TreeSet<SectioningRequest>();
Set<XCourseId> courseIds = new HashSet<XCourseId>();
if (newOffering != null) courseIds.addAll(newOffering.getCourses());
if (oldOffering != null) courseIds.addAll(oldOffering.getCourses());
for (XCourseId course : courseIds) {
for (XStudent[] student : students) {
if (student[0] == null && student[1] == null) continue;
XEnrollment oldEnrollment = null;
XCourseRequest oldRequest = null;
if (student[0] != null) {
for (XRequest r : student[0].getRequests())
if (r instanceof XCourseRequest) {
XCourseRequest cr = (XCourseRequest) r;
for (XCourseId c : cr.getCourseIds()) {
if (c.equals(course)) {
oldRequest = cr;
if (cr.getEnrollment() != null
&& offeringId.equals(cr.getEnrollment().getOfferingId()))
oldEnrollment = cr.getEnrollment();
break;
}
}
}
}
XCourseRequest newRequest = null;
XEnrollment newEnrollment = null;
if (student[1] != null) {
for (XRequest r : student[1].getRequests())
if (r instanceof XCourseRequest) {
XCourseRequest cr = (XCourseRequest) r;
for (XCourseId c : cr.getCourseIds())
if (c.equals(course)) {
newRequest = cr;
if (cr.getEnrollment() != null
&& offeringId.equals(cr.getEnrollment().getOfferingId()))
newEnrollment = cr.getEnrollment();
break;
}
}
}
if (oldRequest == null && newRequest == null) continue;
OnlineSectioningLog.Action.Builder action =
helper.addAction(this, server.getAcademicSession());
action.setStudent(
OnlineSectioningLog.Entity.newBuilder()
.setUniqueId(
student[0] == null ? student[1].getStudentId() : student[0].getStudentId())
.setExternalId(
student[0] == null ? student[1].getExternalId() : student[0].getExternalId()));
action.addOther(
OnlineSectioningLog.Entity.newBuilder()
.setUniqueId(offeringId)
.setName(newOffering == null ? oldOffering.getName() : newOffering.getName())
.setType(OnlineSectioningLog.Entity.EntityType.OFFERING));
action.addOther(
OnlineSectioningLog.Entity.newBuilder()
.setUniqueId(course.getCourseId())
.setName(course.getCourseName())
.setType(OnlineSectioningLog.Entity.EntityType.COURSE));
if (oldEnrollment != null) {
OnlineSectioningLog.Enrollment.Builder enrollment =
OnlineSectioningLog.Enrollment.newBuilder();
enrollment.setType(OnlineSectioningLog.Enrollment.EnrollmentType.PREVIOUS);
for (Long sectionId : oldEnrollment.getSectionIds())
enrollment.addSection(
OnlineSectioningHelper.toProto(oldOffering.getSection(sectionId), oldEnrollment));
action.addEnrollment(enrollment);
if (newRequest == null) action.addRequest(OnlineSectioningHelper.toProto(oldRequest));
}
if (newRequest == null) {
// nothing to re-assign
if (oldEnrollment != null && CustomStudentEnrollmentHolder.hasProvider()) {
// there was a drop
try {
CustomStudentEnrollmentHolder.getProvider()
.resection(
server,
helper,
new SectioningRequest(newOffering, newRequest, student[1], action)
.setOldOffering(oldOffering)
.setOldStudent(student[0])
.setOldRequest(oldRequest)
.setLastEnrollment(oldEnrollment),
null);
} catch (Exception ex) {
action.setResult(OnlineSectioningLog.Action.ResultType.FAILURE);
action.addMessage(
OnlineSectioningLog.Message.newBuilder()
.setLevel(OnlineSectioningLog.Message.Level.FATAL)
.setText(ex.getMessage() == null ? "null" : ex.getMessage()));
helper.error("Unable to resection student: " + ex.getMessage(), ex);
}
}
action.setEndTime(System.currentTimeMillis());
server.execute(
server
.createAction(NotifyStudentAction.class)
.forStudent(
student[0] == null ? student[1].getStudentId() : student[0].getStudentId())
.oldEnrollment(oldOffering, course, oldEnrollment),
helper.getUser());
continue;
} else {
action.addRequest(OnlineSectioningHelper.toProto(newRequest));
}
if (oldEnrollment == null && newEnrollment == null) {
if (student[1].canAssign(newRequest)
&& isWaitListed(student[1], newRequest, server, helper))
queue.add(
new SectioningRequest(newOffering, newRequest, student[1], action)
.setOldOffering(oldOffering)
.setOldRequest(oldRequest)
.setOldStudent(student[0]));
continue;
}
if (newEnrollment != null) {
// new enrollment is valid and / or has all the same times
if (check(
newOffering,
course,
distributions,
student[1],
newEnrollment,
server)) { // || isSame(oldEnrollment, newEnrollment)) {
OnlineSectioningLog.Enrollment.Builder enrollment =
OnlineSectioningLog.Enrollment.newBuilder();
enrollment.setType(OnlineSectioningLog.Enrollment.EnrollmentType.STORED);
for (XSection assignment : newOffering.getSections(newEnrollment))
enrollment.addSection(OnlineSectioningHelper.toProto(assignment, newEnrollment));
action.addEnrollment(enrollment);
// there may have been a change
if (CustomStudentEnrollmentHolder.hasProvider()) {
try {
CustomStudentEnrollmentHolder.getProvider()
.resection(
server,
helper,
new SectioningRequest(newOffering, newRequest, student[1], action)
.setOldOffering(oldOffering)
.setOldStudent(student[0])
.setOldRequest(oldRequest)
.setLastEnrollment(oldEnrollment),
newEnrollment);
} catch (Exception ex) {
action.setResult(OnlineSectioningLog.Action.ResultType.FAILURE);
action.addMessage(
OnlineSectioningLog.Message.newBuilder()
.setLevel(OnlineSectioningLog.Message.Level.FATAL)
.setText(ex.getMessage() == null ? "null" : ex.getMessage()));
helper.error("Unable to resection student: " + ex.getMessage(), ex);
}
}
action.setEndTime(System.currentTimeMillis());
if (!isVerySame(
newEnrollment.getCourseId(),
newOffering.getSections(newEnrollment),
oldOffering.getSections(oldEnrollment)))
server.execute(
server
.createAction(NotifyStudentAction.class)
.forStudent(
student[0] == null
? student[1].getStudentId()
: student[0].getStudentId())
.oldEnrollment(oldOffering, course, oldEnrollment),
helper.getUser());
continue;
}
}
newRequest = server.assign(newRequest, null);
queue.add(
new SectioningRequest(newOffering, newRequest, student[1], action)
.setOldOffering(oldOffering)
.setOldRequest(oldRequest)
.setOldStudent(student[0])
.setLastEnrollment(oldEnrollment)
.setNewEnrollment(newEnrollment));
}
}
if (!queue.isEmpty()) {
DataProperties properties = new DataProperties();
ResectioningWeights w = new ResectioningWeights(properties);
DistanceConflict dc = new DistanceConflict(server.getDistanceMetric(), properties);
TimeOverlapsCounter toc = new TimeOverlapsCounter(null, properties);
Date ts = new Date();
for (SectioningRequest r : queue) {
helper.debug(
"Resectioning "
+ r.getRequest()
+ " (was "
+ (r.getLastEnrollment() == null
? "not assigned"
: r.getLastEnrollment().getSectionIds())
+ ")");
long c0 = OnlineSectioningHelper.getCpuTime();
XEnrollment e = r.resection(server, w, dc, toc);
if (e != null) {
e.setTimeStamp(ts);
OnlineSectioningLog.Enrollment.Builder enrollment =
OnlineSectioningLog.Enrollment.newBuilder();
enrollment.setType(OnlineSectioningLog.Enrollment.EnrollmentType.STORED);
for (Long sectionId : e.getSectionIds())
enrollment.addSection(
OnlineSectioningHelper.toProto(newOffering.getSection(sectionId), e));
r.getAction().addEnrollment(enrollment);
}
if (CustomStudentEnrollmentHolder.hasProvider()) {
try {
e = CustomStudentEnrollmentHolder.getProvider().resection(server, helper, r, e);
} catch (Exception ex) {
r.getAction().setResult(OnlineSectioningLog.Action.ResultType.FAILURE);
r.getAction()
.addMessage(
OnlineSectioningLog.Message.newBuilder()
.setLevel(OnlineSectioningLog.Message.Level.FATAL)
.setText(ex.getMessage() == null ? "null" : ex.getMessage()));
helper.error("Unable to resection student: " + ex.getMessage(), ex);
if (r.getNewEnrollment() != null) server.assign(r.getRequest(), r.getNewEnrollment());
continue;
}
}
if (e == null && r.getLastEnrollment() == null) {
// remained unassigned
continue;
}
if (e != null) {
r.setRequest(server.assign(r.getRequest(), e));
}
helper.debug("New: " + (e == null ? "not assigned" : e.getSectionIds()));
org.unitime.timetable.model.Student student =
StudentDAO.getInstance().get(r.getRequest().getStudentId(), helper.getHibSession());
Map<Long, StudentClassEnrollment> enrollmentMap =
new HashMap<Long, StudentClassEnrollment>();
String approvedBy = null;
Date approvedDate = null;
for (Iterator<StudentClassEnrollment> i = student.getClassEnrollments().iterator();
i.hasNext(); ) {
StudentClassEnrollment enrl = i.next();
if ((enrl.getCourseRequest() != null
&& enrl.getCourseRequest()
.getCourseDemand()
.getUniqueId()
.equals(r.getRequest().getRequestId()))
|| (enrl.getCourseOffering() != null
&& enrl.getCourseOffering()
.getUniqueId()
.equals(r.getCourseId().getCourseId()))) {
helper.debug("Deleting " + enrl.getClazz().getClassLabel());
enrollmentMap.put(enrl.getClazz().getUniqueId(), enrl);
if (approvedBy == null && enrl.getApprovedBy() != null) {
approvedBy = enrl.getApprovedBy();
approvedDate = enrl.getApprovedDate();
}
enrl.getClazz().getStudentEnrollments().remove(enrl);
helper.getHibSession().delete(enrl);
i.remove();
}
}
CourseDemand cd = null;
demands:
for (CourseDemand x : student.getCourseDemands())
for (org.unitime.timetable.model.CourseRequest q : x.getCourseRequests())
if (q.getCourseOffering().getInstructionalOffering().getUniqueId().equals(offeringId)) {
cd = x;
break demands;
}
if (r.getRequest().getEnrollment() != null) { // save enrollment
org.unitime.timetable.model.CourseRequest cr = null;
CourseOffering co = null;
if (co == null)
for (CourseOffering x : io.getCourseOfferings())
if (x.getUniqueId().equals(r.getRequest().getEnrollment().getCourseId())) co = x;
for (Long sectionId : r.getRequest().getEnrollment().getSectionIds()) {
Class_ clazz = Class_DAO.getInstance().get(sectionId, helper.getHibSession());
if (cd != null && cr == null) {
for (org.unitime.timetable.model.CourseRequest x : cd.getCourseRequests())
if (x.getCourseOffering()
.getInstructionalOffering()
.getUniqueId()
.equals(offeringId)) {
cr = x;
break;
}
}
if (co == null)
co =
clazz
.getSchedulingSubpart()
.getInstrOfferingConfig()
.getInstructionalOffering()
.getControllingCourseOffering();
StudentClassEnrollment enrl = new StudentClassEnrollment();
enrl.setClazz(clazz);
clazz.getStudentEnrollments().add(enrl);
enrl.setCourseOffering(co);
enrl.setCourseRequest(cr);
StudentClassEnrollment old = enrollmentMap.get(sectionId);
enrl.setTimestamp(old != null ? old.getTimestamp() : ts);
enrl.setChangedBy(
old != null
? old.getChangedBy()
: helper.getUser() == null
? StudentClassEnrollment.SystemChange.SYSTEM.toString()
: helper.getUser().getExternalId());
enrl.setStudent(student);
enrl.setApprovedBy(approvedBy);
enrl.setApprovedDate(approvedDate);
student.getClassEnrollments().add(enrl);
/*
if (cr != null) {
if (cr.getClassEnrollments() == null) cr.setClassEnrollments(new HashSet<StudentClassEnrollment>());
cr.getClassEnrollments().add(enrl);
}
*/
helper.debug("Adding " + enrl.getClazz().getClassLabel());
}
} else if (!r.getRequest().isAlternative()) { // wait-list
if (cd != null && !cd.isWaitlist()) {
cd.setWaitlist(true);
helper.getHibSession().saveOrUpdate(cd);
}
if (!r.getRequest().isWaitlist()) r.setRequest(server.waitlist(r.getRequest(), true));
}
helper.getHibSession().save(student);
EnrollStudent.updateSpace(
server,
r.getRequest().getEnrollment() == null
? null
: SectioningRequest.convert(
r.getStudent(),
r.getRequest(),
server,
newOffering,
r.getRequest().getEnrollment()),
r.getLastEnrollment() == null
? null
: SectioningRequest.convert(
r.getOldStudent(),
r.getOldRequest(),
server,
oldOffering,
r.getLastEnrollment()),
newOffering,
oldOffering);
server.persistExpectedSpaces(offeringId);
server.execute(
server
.createAction(NotifyStudentAction.class)
.forStudent(r.getRequest().getStudentId())
.oldEnrollment(oldOffering, r.getCourseId(), r.getLastEnrollment()),
helper.getUser());
r.getAction()
.setResult(
e == null
? OnlineSectioningLog.Action.ResultType.NULL
: OnlineSectioningLog.Action.ResultType.SUCCESS);
r.getAction().setCpuTime(OnlineSectioningHelper.getCpuTime() - c0);
r.getAction().setEndTime(System.currentTimeMillis());
}
}
}