@Atomic
public static SiteView run(String user) {
check(RolePredicates.TEACHER_PREDICATE);
Teacher teacher = Teacher.readTeacherByUsername(user);
InfoTeacher infoTeacher = InfoTeacher.newInfoFromDomain(teacher);
Collection<ExternalActivity> externalActivities = teacher.getAssociatedExternalActivities();
List result =
(List)
CollectionUtils.collect(
externalActivities,
new Transformer() {
@Override
public Object transform(Object o) {
ExternalActivity externalActivity = (ExternalActivity) o;
return InfoExternalActivity.newInfoFromDomain(externalActivity);
}
});
InfoSiteExternalActivities bodyComponent = new InfoSiteExternalActivities();
bodyComponent.setInfoExternalActivities(result);
bodyComponent.setInfoTeacher(infoTeacher);
SiteView siteView = new SiteView(bodyComponent);
return siteView;
}
private void fillParticipant(
String guiderRole,
final PhdIndividualProgramProcess process,
PhdParticipant phdParticipant,
HSSFRow row) {
String processNumber = process.getProcessNumber();
String studentNumber =
process.getStudent() != null ? process.getStudent().getNumber().toString() : "";
String studentName = process.getPerson().getName();
String participantName = phdParticipant.getName();
String institution = phdParticipant.getWorkLocation();
addCellValue(row, onNullEmptyString(processNumber), 0);
addCellValue(row, onNullEmptyString(studentNumber), 1);
addCellValue(row, onNullEmptyString(studentName), 2);
addCellValue(row, onNullEmptyString(participantName), 3);
addCellValue(row, onNullEmptyString(guiderRole), 4);
addCellValue(row, onNullEmptyString(institution), 5);
if (!phdParticipant.isTeacher()) {
addCellValue(row, onNullEmptyString(null), 6);
addCellValue(row, onNullEmptyString(null), 7);
addCellValue(row, onNullEmptyString(null), 8);
} else {
InternalPhdParticipant internalPhdParticipant = (InternalPhdParticipant) phdParticipant;
Teacher teacher = internalPhdParticipant.getTeacher();
addCellValue(row, onNullEmptyString(teacher.getTeacherId()), 6);
Department department = internalPhdParticipant.getDepartment();
addCellValue(row, onNullEmptyString(department != null ? department.getCode() : ""), 7);
addCellValue(row, onNullEmptyString(department != null ? department.getName() : ""), 8);
}
}
public void save() {
TutorshipIntention intention =
TutorshipIntention.readByDcpAndTeacherAndInterval(dcp, teacher, academicInterval);
ExecutionYear executionYear =
(ExecutionYear) ExecutionYear.getExecutionInterval(academicInterval);
if (intention == null && intending) {
new TutorshipIntention(dcp, teacher, academicInterval);
ProgramTutoredParticipationLog.createLog(
dcp.getDegree(),
executionYear,
Bundle.MESSAGING,
"log.degree.programtutoredparticipation.addteacher",
teacher.getPerson().getPresentationName(),
dcp.getDegree().getPresentationName());
} else if (intention != null && !intending) {
ProgramTutoredParticipationLog.createLog(
dcp.getDegree(),
executionYear,
Bundle.MESSAGING,
"log.degree.programtutoredparticipation.removeteacher",
teacher.getPerson().getPresentationName(),
dcp.getDegree().getPresentationName());
intention.delete();
}
}
private int countPastServices(Teacher teacher) {
int count = 0;
for (TeacherService teacherService : teacher.getTeacherServices()) {
if (teacherService.getPastService() != null) {
count++;
}
}
return count;
}
protected List run(String teacherID, String executionYearID) throws FenixServiceException {
final Teacher teacher = FenixFramework.getDomainObject(teacherID);
if (teacher == null) {
throw new DomainException("error.noTeacher");
}
final ExecutionYear executionYear;
if (executionYearID == null) {
executionYear = ExecutionYear.readCurrentExecutionYear();
} else {
executionYear = FenixFramework.getDomainObject(executionYearID);
}
final List<Professorship> responsibleFors = new ArrayList();
for (final Professorship professorship : teacher.responsibleFors()) {
if (professorship.getExecutionCourse().getExecutionPeriod().getExecutionYear()
== executionYear) {
responsibleFors.add(professorship);
}
}
return getDetailedProfessorships(teacher.getProfessorships(executionYear), responsibleFors);
}
private Double getHours(Professorship professorhip) {
Teacher teacher = professorhip.getPerson().getTeacher();
TeacherService teacherService =
teacher.getTeacherServiceByExecutionPeriod(
professorhip.getExecutionCourse().getExecutionPeriod());
Double result = 0.0;
if (teacherService != null) {
for (DegreeTeachingService degreeTeachingService :
teacherService.getDegreeTeachingServices()) {
if (degreeTeachingService
.getProfessorship()
.getExecutionCourse()
.equals(professorhip.getExecutionCourse())) {
for (CourseLoad courseLoad : degreeTeachingService.getShift().getCourseLoads()) {
result =
result
+ courseLoad.getTotalQuantity().doubleValue()
* (degreeTeachingService.getPercentage().doubleValue() / 100);
}
}
}
}
return result;
}
public TutorshipIntentionSelector(
Teacher teacher,
Department department,
DegreeCurricularPlan dcp,
AcademicInterval academicInterval) {
this.teacher = teacher;
this.department = department;
this.dcp = dcp;
this.academicInterval = academicInterval;
TutorshipIntention intention =
TutorshipIntention.readByDcpAndTeacherAndInterval(dcp, teacher, academicInterval);
if (intention == null) {
intending = false;
deletable = true;
} else {
intending = true;
deletable = intention.isDeletable();
}
previousParticipations =
teacher.getActiveTutorships(academicInterval.getPreviousAcademicInterval()).size();
}
@Service
public static List run(Integer departmentId, Integer executionYearId)
throws FenixServiceException {
// Execution Year
ExecutionYear executionYear = null;
if (executionYearId != null) {
executionYear = rootDomainObject.readExecutionYearByOID(executionYearId);
}
// Departement
Department department = rootDomainObject.readDepartmentByOID(departmentId);
List teachers = department.getAllCurrentTeachers();
Iterator iter = teachers.iterator();
List<Professorship> professorships = new ArrayList<Professorship>();
List<Professorship> responsibleFors = new ArrayList<Professorship>();
while (iter.hasNext()) {
Teacher teacher = (Teacher) iter.next();
List<Professorship> teacherProfessorships = null;
if (executionYear == null) {
teacherProfessorships = teacher.getProfessorships();
} else {
teacherProfessorships = teacher.getProfessorships(executionYear);
}
if (teacherProfessorships != null) {
professorships.addAll(teacherProfessorships);
}
List<Professorship> teacherResponsibleFors = null;
if (executionYear == null) {
teacherResponsibleFors = teacher.responsibleFors();
} else {
teacherResponsibleFors = new ArrayList<Professorship>();
for (final Professorship professorship : teacher.responsibleFors()) {
if (professorship.getExecutionCourse().isLecturedIn(executionYear)) {
teacherResponsibleFors.add(professorship);
}
}
}
if (teacherResponsibleFors != null) {
responsibleFors.addAll(teacherResponsibleFors);
}
}
List detailedProfessorships = getDetailedProfessorships(professorships, responsibleFors);
Collections.sort(
detailedProfessorships,
new Comparator() {
@Override
public int compare(Object o1, Object o2) {
DetailedProfessorship detailedProfessorship1 = (DetailedProfessorship) o1;
DetailedProfessorship detailedProfessorship2 = (DetailedProfessorship) o2;
int result =
detailedProfessorship1
.getInfoProfessorship()
.getInfoExecutionCourse()
.getIdInternal()
.intValue()
- detailedProfessorship2
.getInfoProfessorship()
.getInfoExecutionCourse()
.getIdInternal()
.intValue();
if (result == 0
&& (detailedProfessorship1.getResponsibleFor().booleanValue()
|| detailedProfessorship2.getResponsibleFor().booleanValue())) {
if (detailedProfessorship1.getResponsibleFor().booleanValue()) {
return -1;
}
if (detailedProfessorship2.getResponsibleFor().booleanValue()) {
return 1;
}
}
return result;
}
});
List result = new ArrayList();
iter = detailedProfessorships.iterator();
List<DetailedProfessorship> temp = new ArrayList<DetailedProfessorship>();
while (iter.hasNext()) {
DetailedProfessorship detailedProfessorship = (DetailedProfessorship) iter.next();
if (temp.isEmpty()
|| temp.get(temp.size() - 1)
.getInfoProfessorship()
.getInfoExecutionCourse()
.equals(detailedProfessorship.getInfoProfessorship().getInfoExecutionCourse())) {
temp.add(detailedProfessorship);
} else {
result.add(temp);
temp = new ArrayList<DetailedProfessorship>();
temp.add(detailedProfessorship);
}
}
if (!temp.isEmpty()) {
result.add(temp);
}
return result;
}
private String getTeachersAndTeachingHours(CurricularCourse course, boolean responsibleTeacher) {
Map<Teacher, Double> responsiblesMap = new HashMap<Teacher, Double>();
List<ExecutionSemester> executionSemesters = getSelectedExecutionSemesters();
for (final ExecutionCourse executionCourse : course.getAssociatedExecutionCourses()) {
if (executionSemesters.contains(executionCourse.getExecutionPeriod())) {
for (Professorship professorhip : executionCourse.getProfessorshipsSet()) {
if (professorhip.isResponsibleFor() == responsibleTeacher
&& professorhip
.getPerson()
.getTeacher()
.isActiveOrHasAuthorizationForSemester(executionCourse.getExecutionPeriod())) {
Double hours = responsiblesMap.get(professorhip.getTeacher());
if (hours == null) {
hours = 0.0;
}
hours = hours + getHours(professorhip);
responsiblesMap.put(professorhip.getTeacher(), hours);
}
}
}
}
int counter = 1000;
List<String> responsibles = new ArrayList<String>();
for (Teacher teacher : responsiblesMap.keySet()) {
String responsible =
teacher.getPerson().getName() + " (" + responsiblesMap.get(teacher) + ")";
counter -= JSONObject.escape(responsible + ", ").getBytes().length;
responsibles.add(responsible);
}
if (!responsibleTeacher && course.isDissertation()) {
Set<Teacher> teachers = new HashSet<Teacher>();
for (ExecutionCourse executionCourse : course.getAssociatedExecutionCoursesSet()) {
if (executionCourse
.getExecutionPeriod()
.getExecutionYear()
.equals(executionSemester.getExecutionYear().getPreviousExecutionYear())) {
for (Attends attends : executionCourse.getAttends()) {
if (attends.hasEnrolment() && attends.getEnrolment().getThesis() != null) {
for (ThesisEvaluationParticipant thesisEvaluationParticipant :
attends.getEnrolment().getThesis().getOrientation()) {
if (thesisEvaluationParticipant.getPerson().getTeacher() != null
&& thesisEvaluationParticipant
.getPerson()
.getTeacher()
.isActiveOrHasAuthorizationForSemester(
executionCourse.getExecutionPeriod())) {
teachers.add(thesisEvaluationParticipant.getPerson().getTeacher());
}
}
}
}
}
}
for (Teacher teacher : teachers) {
String responsible = teacher.getPerson().getName() + " (0.0)";
if (counter - JSONObject.escape(responsible).getBytes().length < 0) {
break;
}
if (!responsiblesMap.containsKey(teacher)) {
counter -= JSONObject.escape(responsible + ", ").getBytes().length;
responsibles.add(responsible);
}
}
}
return StringUtils.join(responsibles, ", ");
}
@Override
public String toString() {
return teacher.getPerson().getIstUsername() + "[" + (intending ? "x" : " ") + "]";
}
