def _build_new_course_enrollment_offer_yr_calendar(education_group_yr):
cal = get_by_reference_and_academic_year(academic_calendar_type.COURSE_ENROLLMENT,
education_group_yr.academic_year)
if cal:
return create_offer_year_calendar(education_group_yr, cal)
return None
def build_calendar_by_entities(ac_year, reference):
"""
This function will compute date for each entity. If entity calendar not exist,
get default date to academic calendar"""
entity_structure = entity_version.build_current_entity_version_structure_in_memory(
date=ac_year.end_date)
entities_id = list(entity_structure.keys())
ac_calendar = academic_calendar.get_by_reference_and_academic_year(
reference, ac_year)
all_entities_calendars = EntityCalendar.objects.filter(entity__in=entities_id, academic_calendar=ac_calendar)\
.select_related('entity')
# Specific date for an entity [record found on entity calendar]
entity_calendar_computed = {}
for entity_calendar in all_entities_calendars:
# FIXME: We should use date OR datetime in all database model
entity_calendar_computed[entity_calendar.entity_id] = {
'start_date': entity_calendar.start_date.date(),
'end_date': entity_calendar.end_date.date(),
}
entities_id.remove(entity_calendar.entity_id)
default_dates = {
'start_date': ac_calendar.start_date,
'end_date': ac_calendar.end_date
}
entity_calendar_computed.update({
entity_id:
_get_start_end_date_of_parent(entity_id, entity_structure,
entity_calendar_computed, default_dates)
for entity_id in entities_id
})
return entity_calendar_computed
def _build_new_course_enrollment_offer_yr_calendar(education_group_yr):
cal = get_by_reference_and_academic_year(academic_calendar_type.COURSE_ENROLLMENT,
education_group_yr.academic_year)
if cal:
return create_offer_year_calendar(education_group_yr, cal)
return None
def _get_calendar(academic_yr, an_entity_version):
a_calendar = get_entity_calendar(an_entity_version, academic_yr)
if a_calendar is None:
a_calendar = academic_calendar.get_by_reference_and_academic_year(
academic_calendar_type.SUMMARY_COURSE_SUBMISSION,
academic_yr
)
return a_calendar
def find_summary_course_submission_dates_for_entity_version(entity_version):
current_calendar_instance = None
current_entity_version = entity_version
while current_entity_version:
current_calendar_instance = entity_calendar.find_by_entity_and_reference_for_current_academic_year(
current_entity_version.entity.id,
academic_calendar_type.SUMMARY_COURSE_SUBMISSION)
if current_calendar_instance:
break
current_entity_version = current_entity_version.get_parent_version()
if current_calendar_instance is None:
current_calendar_instance = academic_calendar.get_by_reference_and_academic_year(
academic_calendar_type.SUMMARY_COURSE_SUBMISSION,
current_academic_year())
return {
'start_date': current_calendar_instance.start_date,
'end_date': current_calendar_instance.end_date
}
def save_entity_calendar(self, entity, *args, **kwargs):
self.instance.entity = entity
self.instance.academic_calendar = get_by_reference_and_academic_year(
academic_calendar_type.SUMMARY_COURSE_SUBMISSION,
current_academic_year())
return self.save(*args, **kwargs)
def save_entity_calendar(self, entity, *args, **kwargs):
self.instance.entity = entity
self.instance.academic_calendar = get_by_reference_and_academic_year(
academic_calendar_type.SUMMARY_COURSE_SUBMISSION, current_academic_year())
return self.save(*args, **kwargs)