use of org.cpsolver.studentsct.model.StudentGroup in project cpsolver by UniTime.
the class StudentSectioningXMLSaver method saveStudent.
/**
* Save student
* @param studentEl student element to be populated
* @param student student to be saved
*/
protected void saveStudent(Element studentEl, Student student) {
studentEl.addAttribute("id", getId("student", student.getId()));
if (iShowNames) {
if (student.getExternalId() != null && !student.getExternalId().isEmpty())
studentEl.addAttribute("externalId", student.getExternalId());
if (student.getName() != null && !student.getName().isEmpty())
studentEl.addAttribute("name", student.getName());
if (student.getStatus() != null && !student.getStatus().isEmpty())
studentEl.addAttribute("status", student.getStatus());
}
if (student.isDummy())
studentEl.addAttribute("dummy", "true");
if (student.getPriority().ordinal() < StudentPriority.Normal.ordinal())
studentEl.addAttribute("priority", student.getPriority().name());
if (student.isNeedShortDistances())
studentEl.addAttribute("shortDistances", "true");
if (student.isAllowDisabled())
studentEl.addAttribute("allowDisabled", "true");
if (student.hasMinCredit())
studentEl.addAttribute("minCredit", String.valueOf(student.getMinCredit()));
if (student.hasMaxCredit())
studentEl.addAttribute("maxCredit", String.valueOf(student.getMaxCredit()));
if (iSaveStudentInfo) {
for (AreaClassificationMajor acm : student.getAreaClassificationMajors()) {
Element acmEl = studentEl.addElement("acm");
if (acm.getArea() != null)
acmEl.addAttribute("area", acm.getArea());
if (acm.getClassification() != null)
acmEl.addAttribute("classification", acm.getClassification());
if (acm.getMajor() != null)
acmEl.addAttribute("major", acm.getMajor());
if (acm.getConcentration() != null)
acmEl.addAttribute("concentration", acm.getConcentration());
if (acm.getDegree() != null)
acmEl.addAttribute("degree", acm.getDegree());
if (acm.getProgram() != null)
acmEl.addAttribute("program", acm.getProgram());
if (acm.getAreaName() != null && iShowNames)
acmEl.addAttribute("areaName", acm.getAreaName());
if (acm.getClassificationName() != null && iShowNames)
acmEl.addAttribute("classificationName", acm.getClassificationName());
if (acm.getMajorName() != null && iShowNames)
acmEl.addAttribute("majorName", acm.getMajorName());
if (acm.getConcentrationName() != null && iShowNames)
acmEl.addAttribute("concentrationName", acm.getConcentrationName());
if (acm.getDegreeName() != null && iShowNames)
acmEl.addAttribute("degreeName", acm.getDegreeName());
if (acm.getProgramName() != null && iShowNames)
acmEl.addAttribute("programName", acm.getProgramName());
if (acm.getWeight() != 1.0)
acmEl.addAttribute("weight", String.valueOf(acm.getWeight()));
}
for (AreaClassificationMajor acm : student.getAreaClassificationMinors()) {
Element acmEl = studentEl.addElement("acm");
if (acm.getArea() != null)
acmEl.addAttribute("area", acm.getArea());
if (acm.getClassification() != null)
acmEl.addAttribute("classification", acm.getClassification());
if (acm.getMajor() != null)
acmEl.addAttribute("minor", acm.getMajor());
if (acm.getConcentration() != null)
acmEl.addAttribute("concentration", acm.getConcentration());
if (acm.getDegree() != null)
acmEl.addAttribute("degree", acm.getDegree());
if (acm.getProgram() != null)
acmEl.addAttribute("program", acm.getProgram());
if (acm.getAreaName() != null && iShowNames)
acmEl.addAttribute("areaName", acm.getAreaName());
if (acm.getClassificationName() != null && iShowNames)
acmEl.addAttribute("classificationName", acm.getClassificationName());
if (acm.getMajorName() != null && iShowNames)
acmEl.addAttribute("minorName", acm.getMajorName());
if (acm.getConcentrationName() != null && iShowNames)
acmEl.addAttribute("concentrationName", acm.getConcentrationName());
if (acm.getDegreeName() != null && iShowNames)
acmEl.addAttribute("degreeName", acm.getDegreeName());
if (acm.getProgramName() != null && iShowNames)
acmEl.addAttribute("programName", acm.getProgramName());
if (acm.getWeight() != 1.0)
acmEl.addAttribute("weight", String.valueOf(acm.getWeight()));
}
for (StudentGroup g : student.getGroups()) {
Element grEl = studentEl.addElement("group");
if (g.getType() != null && !g.getType().isEmpty())
grEl.addAttribute("type", g.getType());
if (g.getReference() != null)
grEl.addAttribute("reference", g.getReference());
if (g.getName() != null)
grEl.addAttribute("name", g.getName());
}
for (String acc : student.getAccommodations()) studentEl.addElement("accommodation").addAttribute("reference", acc);
}
if (iShowNames && iSaveStudentInfo) {
for (Instructor adv : student.getAdvisors()) {
Element advEl = studentEl.addElement("advisor");
if (adv.getExternalId() != null)
advEl.addAttribute("externalId", adv.getExternalId());
if (adv.getName() != null)
advEl.addAttribute("name", adv.getName());
if (adv.getEmail() != null)
advEl.addAttribute("email", adv.getEmail());
}
}
for (Unavailability unavailability : student.getUnavailabilities()) {
Element unavEl = studentEl.addElement("unavailability");
unavEl.addAttribute("offering", getId("offering", unavailability.getSection().getSubpart().getConfig().getOffering().getId()));
unavEl.addAttribute("section", getId("section", unavailability.getSection().getId()));
if (unavailability.isAllowOverlap())
unavEl.addAttribute("allowOverlap", "true");
}
}
use of org.cpsolver.studentsct.model.StudentGroup in project cpsolver by UniTime.
the class AccommodationConflictsTable method group.
protected String group(Student student) {
String group = "";
Set<String> groups = new TreeSet<String>();
for (StudentGroup g : student.getGroups()) groups.add(g.getReference());
for (String g : groups) group += (group.isEmpty() ? "" : ", ") + g;
return group;
}
use of org.cpsolver.studentsct.model.StudentGroup in project cpsolver by UniTime.
the class StudentSectioningXMLLoader method loadStudent.
/**
* Load student
* @param studentEl student element
* @param offeringTable offering table
* @return loaded student
*/
protected Student loadStudent(Element studentEl, Map<Long, Offering> offeringTable) {
Student student = new Student(Long.parseLong(studentEl.attributeValue("id")), "true".equals(studentEl.attributeValue("dummy")));
if (studentEl.attributeValue("priority") != null)
student.setPriority(StudentPriority.getPriority(studentEl.attributeValue("priority")));
if ("true".equals(studentEl.attributeValue("shortDistances")))
student.setNeedShortDistances(true);
if ("true".equals(studentEl.attributeValue("allowDisabled")))
student.setAllowDisabled(true);
student.setExternalId(studentEl.attributeValue("externalId"));
student.setName(studentEl.attributeValue("name"));
student.setStatus(studentEl.attributeValue("status"));
String minCredit = studentEl.attributeValue("minCredit");
if (minCredit != null)
student.setMinCredit(Float.parseFloat(minCredit));
String maxCredit = studentEl.attributeValue("maxCredit");
if (maxCredit != null)
student.setMaxCredit(Float.parseFloat(maxCredit));
List<String[]> clasf = new ArrayList<String[]>();
List<String[]> major = new ArrayList<String[]>();
for (Iterator<?> j = studentEl.elementIterator(); j.hasNext(); ) {
Element requestEl = (Element) j.next();
if ("classification".equals(requestEl.getName())) {
clasf.add(new String[] { requestEl.attributeValue("area"), requestEl.attributeValue("code"), requestEl.attributeValue("label") });
} else if ("major".equals(requestEl.getName())) {
major.add(new String[] { requestEl.attributeValue("area"), requestEl.attributeValue("code"), requestEl.attributeValue("label") });
} else if ("minor".equals(requestEl.getName())) {
if ("A".equals(requestEl.attributeValue("area")))
student.getAccommodations().add(requestEl.attributeValue("code"));
else
student.getGroups().add(new StudentGroup(requestEl.attributeValue("area"), requestEl.attributeValue("code"), requestEl.attributeValue("label")));
} else if ("unavailability".equals(requestEl.getName())) {
Offering offering = offeringTable.get(Long.parseLong(requestEl.attributeValue("offering")));
Section section = (offering == null ? null : offering.getSection(Long.parseLong(requestEl.attributeValue("section"))));
if (section != null)
new Unavailability(student, section, "true".equals(requestEl.attributeValue("allowOverlap")));
} else if ("acm".equals(requestEl.getName())) {
if (requestEl.attributeValue("minor") != null)
student.getAreaClassificationMinors().add(new AreaClassificationMajor(requestEl.attributeValue("area"), requestEl.attributeValue("areaName"), requestEl.attributeValue("classification"), requestEl.attributeValue("classificationName"), requestEl.attributeValue("minor"), requestEl.attributeValue("minorName"), requestEl.attributeValue("concentration"), requestEl.attributeValue("concentrationName"), requestEl.attributeValue("degree"), requestEl.attributeValue("degreeName"), requestEl.attributeValue("program"), requestEl.attributeValue("programName"), requestEl.attributeValue("weight") == null ? null : Double.valueOf(requestEl.attributeValue("weight"))));
else
student.getAreaClassificationMajors().add(new AreaClassificationMajor(requestEl.attributeValue("area"), requestEl.attributeValue("areaName"), requestEl.attributeValue("classification"), requestEl.attributeValue("classificationName"), requestEl.attributeValue("major"), requestEl.attributeValue("majorName"), requestEl.attributeValue("concentration"), requestEl.attributeValue("concentrationName"), requestEl.attributeValue("degree"), requestEl.attributeValue("degreeName"), requestEl.attributeValue("program"), requestEl.attributeValue("programName"), requestEl.attributeValue("weight") == null ? null : Double.valueOf(requestEl.attributeValue("weight"))));
} else if ("group".equals(requestEl.getName())) {
student.getGroups().add(new StudentGroup(requestEl.attributeValue("type"), requestEl.attributeValue("reference"), requestEl.attributeValue("name")));
} else if ("accommodation".equals(requestEl.getName())) {
student.getAccommodations().add(requestEl.attributeValue("reference"));
} else if ("advisor".equals(requestEl.getName())) {
student.getAdvisors().add(new Instructor(0l, requestEl.attributeValue("externalId"), requestEl.attributeValue("name"), requestEl.attributeValue("email")));
}
}
for (int i = 0; i < Math.min(clasf.size(), major.size()); i++) {
student.getAreaClassificationMajors().add(new AreaClassificationMajor(clasf.get(i)[0], clasf.get(i)[1], major.get(i)[1]));
}
return student;
}
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