def main_board(req, **kwargs):
department = req.department
# Get week list
period = PeriodWeeks(department, exclude_empty_weeks=True)
week_list = period.get_weeks(format=True)
# Get solver list
solvers_viewmodel = get_pulp_solvers_viewmodel()
# Get all TrainingProgramme
all_tps = list(TrainingProgramme.objects \
.filter(department=department) \
.values_list('abbrev', flat=True))
view_context = {
'department': department,
'text_all': text_all,
'weeks': json.dumps(week_list),
'train_progs': json.dumps(all_tps),
'solvers': solvers_viewmodel,
}
# Get contextual datas (constraints, work_copies)
data_context = get_context(department,
year=week_list[0][0],
week=week_list[0][1])
view_context.update({k: json.dumps(v) for k, v in data_context.items()})
return TemplateResponse(req, 'solve_board/main-board.html', view_context)
def test_Q_filter_week_all(self):
pw = PeriodWeeks(department=self.department, year=2018)
filter_all = pw.get_filter()
self.assertEqual(
str(filter_all),
"(OR: (AND: ('cours__an', 2018), ('cours__semaine__in', {35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52})), (AND: ('cours__an', 2019), ('cours__semaine__in', {1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26})))"
)
def test_filter_empty_weeks(self):
year_2018_without_weeks = {
36, 37, 38, 39, 40, 41, 42, 43, 45, 46, 47, 48, 49, 50, 51
}
pw = PeriodWeeks(department=self.department,
year=2018,
exclude_empty_weeks=True).get_raw()
self.assertSetEqual(pw[0][1], year_2018_without_weeks)
def test_get_holiday_list(self):
# May, 1, 2019
wednesday, _ = models.Day.objects.get_or_create(
day=models.Day.WEDNESDAY)
holiday, _ = models.Holiday.objects.get_or_create(year=2019,
week=19,
day=wednesday)
period = PeriodWeeks(2018)
holiday_list = list(get_holiday_list(period))
self.assertIn((holiday.year, holiday.week, holiday.day.no),
holiday_list)
def test_school_year_2018(self):
pw = PeriodWeeks(department=self.department, year=2018)
for index, (year, weeks) in enumerate(pw):
self.assertEqual(self.period_2018[index][0], year)
self.assertSetEqual(self.period_2018[index][1], weeks)
self.assertEqual(pw.start_year, 2018)
self.assertEqual(pw.start_week, 35)
self.assertEqual(pw.end_week, 26)
def get_tutor_hours(department, year=None):
# Return a tutor list with the numbers
# of hours of given courses
# year : correponds to the first period's year
period = PeriodWeeks(year=year)
period_filter = period.get_filter(related_path='taught_courses')
# Filter all the scheduled courses for the period
# and group by tutor
query = Tutor.objects \
.filter(
period_filter,
departments=department,
taught_courses__scheduledcourse__copie_travail=0,
) \
.values_list('pk', 'username', 'first_name', 'last_name') \
.annotate(slots=Count('taught_courses__scheduledcourse'))
return list(query)
def get_work_copies(department, week):
"""
Get the list of working copies for a target week
"""
period_filter = PeriodWeeks().get_filter(week=week)
work_copies = ScheduledCourse.objects \
.filter(
period_filter,
cours__module__train_prog__department=department) \
.values_list('copie_travail', flat=True) \
.distinct()
return list(work_copies)
def test_get_weeks_full_period(self):
pw = PeriodWeeks(year=2018)
weeks = pw.get_weeks()
self.assertIn(35, weeks)
self.assertIn(51, weeks)
self.assertIn(2, weeks)
def get_room_activity_by_day(department, year=None):
# Return a array containing each room of a department
# with the number of days a room is unoccupied
# during a given period.
# TODO: If the period is not ended occupancy is
# computed until the current week
# year : correponds to the first period's year
period = PeriodWeeks(department=department,
year=year,
exclude_empty_weeks=True)
period_filter = period.get_filter()
# Get room list
rooms = tuple(RoomGroup.objects \
.filter(types__department = department) \
.values_list('name', flat=True)
.distinct())
# Filter all the scheduled courses for the period
scheduled = set()
if period_filter:
scheduled.update(ScheduledCourse.objects \
.filter(
period_filter,
copie_travail=0,
cours__module__train_prog__department=department) \
.values_list('room__name', 'cours__an', 'cours__semaine', 'creneau__jour') \
.distinct())
# Holiday list
holiday_list = set(get_holiday_list(period))
# Get the total number of open days
all_weeks = period.get_weeks()
nb_open_days = len(all_weeks) * 5
# Get the number of day per room where the room is not utilized
unused_days_by_room = []
for room in rooms:
# Initialize unused count
room_context = {'room': room, 'count': 0}
unused_days_by_room.append(room_context)
for current_year, weeks in period:
for current_week in weeks:
for week_day in tuple(range(1, 6)):
# Test if the current day is a holiday
if (
current_year,
current_week,
week_day,
) in holiday_list:
continue
# Test if a course has been realised in the
# current room for a given day number
room_availability = (room, current_year, current_week,
week_day)
if not (room_availability in scheduled):
room_context['count'] += 1
return {'open_days': nb_open_days, 'room_activity': unused_days_by_room}
def test_filter_not_none(self):
pw = PeriodWeeks(department=self.department, year=1917)
filter = pw.get_filter()
self.assertIsNotNone(filter)
def test_get_current_school_year(self, mock_datetime):
target_datetime = datetime.datetime(2011, 6, 21)
mock_datetime.datetime.now = Mock(return_value=target_datetime)
target_year = PeriodWeeks.get_current_school_year()
self.assertEqual(target_year, 2010)
def test_filter_none_with_exclude_empty_weeks(self):
pw = PeriodWeeks(department=self.department,
year=1917,
exclude_empty_weeks=True)
filter = pw.get_filter()
self.assertIsNone(filter)
def test_get_holidays_weeks(self):
period = PeriodWeeks(2018)
holidays = list(get_holidays_weeks(period))
self.assertIn(44, holidays)
def test_get_weeks_formated_full_period(self):
pw = PeriodWeeks(year=2018)
weeks = pw.get_weeks(format=True)
self.assertIn((2018, 35), weeks)
self.assertIn((2018, 51), weeks)
self.assertIn((2019, 2), weeks)
def test_get_weeks_first_year(self):
pw = PeriodWeeks(year=2018)
weeks = pw.get_weeks(year=2018)
self.assertIn(35, weeks)
self.assertIn(51, weeks)
self.assertNotIn(2, weeks)
def test_Q_filter_week_35(self):
pw = PeriodWeeks(department=self.department, year=2018)
filter_35 = pw.get_filter(week=35)
self.assertEqual(
str(filter_35),
"(AND: ('cours__an', 2018), ('cours__semaine__in', {35}))")
def test_period_without_parameters(self):
target_year = PeriodWeeks.get_current_school_year()
pw = PeriodWeeks(department=self.department)
self.assertEqual(target_year, pw.start_year)