def handle(self, *args, **options):
today = date.today()
print('Creating user test with password test')
self._create_user('test', '*****@*****.**', 'test')
# Create a hotel
hotel = Venue(name='HotelABC', address='1 Lane', city='Los Angeles',
zipcode='90000')
hotel.save()
print('Created Hotel: %s' % hotel)
# Create Rooms
room1 = Room(venue=hotel, room_number='1')
room1.save()
print('Created Room: %s' % room1)
room2 = Room(venue=hotel, room_number='2')
room2.save()
print('Created Room: %s' % room2)
room3 = Room(venue=hotel, room_number='3')
room3.save()
print('Created Room: %s' % room3)
# Create Guests
guest1 = Guest(name='Guest 1', address='ABC', city='Los Angeles',
zipcode='90000')
guest1.save()
print('Created Guest: %s' % guest1)
guest2 = Guest(name='Guest 2', address='BOS', city='Boston',
zipcode='40000')
guest2.save()
print('Created Guest: %s' % guest2)
# Create a Reservation
# Guest 1 for 3 days starting today
three_days = timedelta(days=3)
reservation1 = Reservation(venue=hotel, room=room1, guest=guest1,
amount=300, checkin=today,
checkout=today + three_days)
reservation1.save()
print('Created Reservation #1: %s' % reservation1)
# Guest 2 for 5 days starting today
checkin = today + timedelta(days=2)
five_days = timedelta(days=5)
reservation2 = Reservation(venue=hotel, room=room2, guest=guest2,
amount=500, checkin=today,
checkout=today + five_days)
reservation2.save()
print('Created Reservation #2: %s' % reservation2)
# Save the reservation in Calendar for future in 30 days
self._create_calendar(today, today + timedelta(days=30))
def save(cls, data, instance=None):
try:
room = instance if instance else Room()
for key, value in data.items():
setattr(room, key, value)
room.save()
return room
except Exception as ex:
# todo: handle log
raise ex
def setUp(self):
first_room = Room(room_number=1, room_name="Deluxe")
first_room.save()
second_room = Room(room_number=2, room_name="Combo")
second_room.save()
first_reservation = Reservation(first_name="Bat",
last_name="Dorj",
e_mail_address="*****@*****.**",
country_name="MN",
address="this_address",
phone_number="C12345678")
first_reservation.save()
second_reservation = Reservation(first_name="Bayar",
last_name="Bold",
e_mail_address="*****@*****.**",
country_name="MN",
address="this_address",
phone_number="C9999999")
second_reservation.save()
def rooms_create(request):
name = request.POST.get('roomName')
floor_id = request.POST.get('floorId')
room = Room()
room.name = name
room.floor_id = floor_id
room.latitude = request.POST.get('roomLatitude')
room.longitude = request.POST.get('roomLongitude')
room.feature_collection = request.POST.get('roomFeatureCollection')
room.save()
return redirect('/')
def post(self, request):
type = request.POST["type"]
service = request.POST["service"]
images = request.POST["image"]
description = request.POST["description"]
price = request.POST["price"]
# print(type,service,images,description,price)
data = Room(type=type,
service=service,
images=images,
description=description,
price=price)
data.save()
return render(request, 'core/room.html')
def _get_parsed_schedule_param(param_collection) -> ScheduleParam:
def _str_to_array(str_values):
values = []
for i in str_values.split(","):
if i != '':
values.append(int(i))
return array(values)
ROOMS, TIMESLOTS, COURSES, INSTRUCTORS, COURSE_GROUPS = param_collection
all_theory_courses = list(filter(lambda x: x[4] == "Theory", COURSES))
all_theory_course_indices = [c[0] for c in all_theory_courses]
# Rooms - col 3: allowed_courses
for i in range(len(ROOMS)):
allowed_course_idxs = ROOMS[i][3]
if allowed_course_idxs == "ALL_THEORY":
allowed_course_idxs = all_theory_course_indices
elif allowed_course_idxs[:4] == "NOT:":
not_allowed_courses = [
int(i) for i in allowed_course_idxs[4:].split(',')
]
allowed_course_idxs = []
for c in range(len(COURSES)):
if c not in not_allowed_courses:
allowed_course_idxs.append(c)
else:
allowed_course_idxs = [
int(i) for i in allowed_course_idxs.split(',')
]
ROOMS[i][3] = allowed_course_idxs
# Instructors - col 2, 3
for i in range(len(INSTRUCTORS)):
INSTRUCTORS[i][2] = _str_to_array(INSTRUCTORS[i][2])
INSTRUCTORS[i][3] = _str_to_array(INSTRUCTORS[i][3])
# CourseGroups - col 2, 3
for i in range(len(COURSE_GROUPS)):
COURSE_GROUPS[i][2] = _str_to_array(COURSE_GROUPS[i][2])
COURSE_GROUPS[i][3] = _str_to_array(COURSE_GROUPS[i][3])
'''
NOTE: the following sanity check can be deduced: (if NUM_OF_LECS_BEING_OFFERED > MAX_LECS_THAT_CAN_BE_OFFERED)
'''
for i in range(len(TIMESLOTS)):
if TIMESLOTS[i][3] == '-':
TIMESLOTS[i][3] = []
elif len(TIMESLOTS[i][3]) == 1:
TIMESLOTS[i][3] = [int(TIMESLOTS[i][3])]
else:
TIMESLOTS[i][3] = _str_to_array(TIMESLOTS[i][3])
Rooms = [Room(r[0], r[1], r[2], r[3]) for r in ROOMS]
Timeslots = [Timeslot(t[0], t[1], t[2], t[3]) for t in TIMESLOTS]
Courses = [Course(c[0], c[1], c[2], c[3], c[4]) for c in COURSES]
Instructors = [
Instructor(i[0], i[1], i[2], i[3], i[4]) for i in INSTRUCTORS
]
CourseGroups = [
CourseGroup(cg[0], cg[1], cg[2], cg[3]) for cg in COURSE_GROUPS
]
sections = _get_all_sections(Courses)
daily_slots = _get_all_daily_slots(Timeslots)
day_codes = _get_all_day_codes(Timeslots)
return ScheduleParam(Rooms, Timeslots, Courses, Instructors, CourseGroups,
sections, daily_slots, day_codes)
