/**
* If you set a time scheme this method will set the DosisSchemes correlated to the timescheme's
* timeschemetimes. The new DosisSchemes will be ordered by time ascending.
*
* @param timeScheme
*/
public void setPrescriptionTimeScheme(TimeScheme timeScheme) {
Prescription prescription = context.getPrescription();
if (prescription.getDosisSchemes() != null) {
for (DosisScheme d : prescription.getDosisSchemes()) {
DosisScheme toDel =
(DosisScheme) dosisSchemeRepo.getById(DosisScheme.class, d.getDosisSchemeId());
dosisSchemeRepo.remove(toDel);
}
prescription.getDosisSchemes().clear();
}
prescription.setTimeScheme(timeScheme);
List<TimeSchemeTime> timeSchemeTimes = timeScheme.getTimeSchemeTimes();
Collections.sort(
timeSchemeTimes,
new Comparator<TimeSchemeTime>() {
@Override
public int compare(TimeSchemeTime o1, TimeSchemeTime o2) {
return o1.getTimespan().compareTo(o2.getTimespan());
}
});
if (prescription.getDosisSchemes() != null) {
prescription.getDosisSchemes().clear();
}
for (TimeSchemeTime timeSchemeTime : timeSchemeTimes) {
DosisScheme d = new DosisScheme();
d.setPrescription(prescription);
prescription.getDosisSchemes().add(d);
d.setDosisSchemeName(timeSchemeTime.getTimeSchemeTimeName());
d.setQuantityUnit(prescription.getMedicament().getQuantityUnit());
d.setTime(timeSchemeTime.getTimespan());
dosisSchemeRepo.persist(d);
}
}
public void save() {
context.save();
}
public void setPrescription(Prescription prescription) {
context.setPrescription(prescription);
}
public Prescription getPrescription() {
return context.getPrescription();
}
public void resetSelectedPrescription() {
context.setPrescription(null);
}
public void abort() {
context.abort();
}