def test_init_value_error(self):
with self.assertRaises(ValueError):
Availability([])
with self.assertRaises(ValueError):
Availability([True for i in range(671)])
with self.assertRaises(ValueError):
Availability([True for i in range(673)])
def period_avail(period, days, hours, minutes):
plist = ('daily', 'weekly', 'monthly', 'yearly')
av = Availability(days, hours, minutes)
if period in plist and isinstance(period, str):
return json.dumps(av.service(period=period, out_dict=True))
else:
return json.dumps({"error":"period not properly set, must be of : "
+ str(plist)})
def test_new_timezone_wt_shift_forward(self):
new_wt = Availability.new_timezone_wt(c.sunday_0000, c.et_ds, 'UTC')
self.assertEqual(new_wt, WeeklyTime(0, 4, 0))
new_wt = Availability.new_timezone_wt(c.tuesday_1715, c.et_no_ds,
'Asia/Tokyo')
self.assertEqual(new_wt, WeeklyTime(3, 7, 15))
new_wt = Availability.new_timezone_wt(c.saturday_2345,
c.kathmandu_2017_end,
'Australia/West')
self.assertEqual(new_wt, WeeklyTime(0, 2, 0))
def test_new_timezone_wt_shift_backward(self):
new_wt = Availability.new_timezone_wt(c.sunday_0000, c.et_ds,
'US/Arizona')
self.assertEqual(new_wt, WeeklyTime(6, 21, 0))
new_wt = Availability.new_timezone_wt(c.tuesday_1715, c.kabul_2000_1_1,
'US/Samoa')
self.assertEqual(new_wt, WeeklyTime(2, 1, 45))
new_wt = Availability.new_timezone_wt(c.thursday_0630, c.chatham_ds,
'Pacific/Midway')
self.assertEqual(new_wt, WeeklyTime(3, 5, 45))
def test_from_dict_value_error(self):
with self.assertRaises(ValueError):
Availability.from_dict({0: ['00:00', '01:00']})
with self.assertRaises(ValueError):
Availability.from_dict({'0': ['00:00']})
with self.assertRaises(ValueError):
Availability.from_dict({'0': ['00:00', '00:15', '00:30']})
with self.assertRaises(ValueError):
Availability.from_dict({'0': ['00:00', '00:00']})
with self.assertRaises(ValueError):
Availability.from_dict({'0': ['00:14', '01:00']})
def test_new_timezone_availability_utc_et_daylight_saving(self):
# Shift forward
user = c.new_user(c.student, {'tz_str': 'US/Eastern'})
new_avail = user.new_timezone_availability('UTC', c.dt_us_ds)
avail = Availability.from_dict({'0': [['04:00', '05:30']]})
self.assertEqual(new_avail, avail)
# Shift backward
user = c.new_user(c.student, {'tz_str': 'UTC'})
new_avail = user.new_timezone_availability('US/Eastern', c.dt_us_ds)
avail = Availability.from_dict({'6': [['20:00', '21:30']]})
self.assertEqual(new_avail, avail)
def test_new_timezone_utc_et_daylight_saving(self):
# Shift forward
new_avail = c.free_first_five_avail.new_timezone(
'US/Eastern', 'UTC', c.dt_us_ds)
correct_avail = Availability.from_dict({'0': [['04:00', '05:15']]})
self.assertEqual(new_avail, correct_avail)
# Shift backward
new_avail = c.free_first_five_avail.new_timezone(
'UTC', 'US/Eastern', c.dt_us_ds)
correct_avail = Availability.from_dict({'6': [['20:00', '21:15']]})
self.assertEqual(new_avail, correct_avail)
def test_new_timezone_midway_chatham_daylight_saving(self):
# Shift forward
new_avail = c.free_first_six_avail.new_timezone(
'Pacific/Midway', 'Pacific/Chatham', c.dt_chatham_ds)
correct_avail = Availability.from_dict({'1': [['00:45', '02:15']]})
self.assertEqual(new_avail, correct_avail)
# Shift backward
new_avail = c.free_first_six_avail.new_timezone(
'Pacific/Chatham', 'Pacific/Midway', c.dt_chatham_ds)
correct_avail = Availability.from_dict({
'5': [['23:15', '24:00']],
'6': [['00:00', '00:45']]
})
self.assertEqual(new_avail, correct_avail)
def run_scheduler(registrations):
"""
Runs the scheduler and prints a json containing a list of schedule objects
to be written to the database.
"""
# Convert registrations dict to students, tutors
students = []
tutors = []
for registration in registrations:
reg_id = registration['_id']
availability = Availability.from_dict(registration['availability'])
gender_preference = registration['genderPref']
courses = registration['courses']
earliest_start_date_str = registration['earliestStartTime']
earliest_start_date = datetime.strptime(earliest_start_date_str,
'%Y-%m-%d').date()
user_dict = registration['user']
user_id = user_dict['_id']
gender = user_dict['gender'].upper()
tz_string = user_dict['timezone']
user_type = user_dict['role'].upper()
user = User(user_id, reg_id, user_type, gender, gender_preference,
availability, tz_string, courses, earliest_start_date)
if user_type == 'STUDENT':
students.append(user)
if user_type == 'TUTOR':
tutors.append(user)
# Run scheduler
scheduler = Scheduler(students, tutors)
schedule_dicts = scheduler.schedule_dicts_for_database()
# print instead of return because python-shell receives this data from Python stdout
print(json.dumps(schedule_dicts))
def test_forward_shifted_free_first_six_avail_forward(self):
correct_shifted_avail = Availability.from_dict(
{'0': [['00:15', '01:45']]})
for i in range(-1, 2):
shifted_avail = c.free_first_six_avail.forward_shifted(
c.MINUTES_PER_WEEK * i + 15)
self.assertEqual(shifted_avail, correct_shifted_avail)
def get_course_schedules(self):
"""
Computes the datetimes of the course schedule in the student's timezone,
in the tutor's timezone, and in UTC.
Returns:
student_course_schedule: A list of datetimes of course start times
localized to the student's timezone.
tutor_course_schedule: A list of datetimes of course start times
localized to the tutor's timezone.
UTC_course_schedule: A list of datetimes of course start times
localized to UTC.
"""
aware_UTC_start = pytz.utc.localize(self.earliest_course_start_UTC)
earliest_course_start_student = aware_UTC_start.astimezone(self.student.tz)
student_wt = Availability.new_timezone_wt(self.course_start_wt_UTC,
aware_UTC_start,
self.student.tz_str)
student_first_course_dt = student_wt.first_datetime_after(earliest_course_start_student)
student_course_schedule_naive = [student_first_course_dt
+ timedelta(days=Availability.DAYS_PER_WEEK*i)
for i in range(self.weeks_per_course)]
student_course_schedule = map(self.student.tz.localize,
student_course_schedule_naive)
tutor_course_schedule = [student_dt.astimezone(self.tutor.tz)
for student_dt in student_course_schedule]
UTC_course_schedule = [student_dt.astimezone(pytz.utc)
for student_dt in student_course_schedule]
return (student_course_schedule, tutor_course_schedule, UTC_course_schedule)
def test_one_task_one_user_assign(self):
start_a = datetime.datetime(2000, 1, 1, 6, 0, 0)
end_a = datetime.datetime(2000, 1, 1, 22, 0, 0)
availability = [Availability(Duration(start_a, end_a))]
category = Category(1, 'TestCategory')
preferences = [Preference(category, 0, True)]
groups = [Group(1, 'Employee')]
generic = CommonTestFunctions()
staff_member = StaffMember(1, 'TestMember', 0, 40, 80, 10, availability, preferences, groups)
start_t = datetime.datetime(2000, 1, 1, 9, 0, 0)
end_t = datetime.datetime(2000, 1, 1, 16, 0, 0)
task_time = Duration(start_t, end_t)
location = Location(1, 'TestLocation')
task = Task(1, 'TestTask', task_time, 1, groups[0], location, category)
staff_members = [staff_member]
roles = []
tasks = [task]
settings = generic.settings(40, True)
generator = ScheduleGenerator(staff_members, roles, tasks)
generator.schedule(settings)
self.assertTrue(staff_member.has_task(task))
self.assertFalse(generator.has_unassigned_tasks())
def webhook(request):
if request.method == 'POST':
requestData = request.data
print requestData
reqInfo = requestData['direction'] + ' - ' + requestData['moduleID']
if 'replyData' in requestData:
pass
reqInfo += ' - ' + requestData['replyData']
# print str(requestData['direction'] == 'out')
if (requestData['moduleID'] == END_DATE_MODULEID and requestData['direction'] == 'in') or \
(requestData['moduleID'] == CHECK_AVAILABILITY_MODULEID and requestData['direction'] == 'out'):
reqInfo += ' - availability: '
deviceRequest = MotionAI.checkAvailabilityFromBotData()
print deviceRequest
availability = Availability.CalculateAvailability(
deviceRequest['fromDate'], deviceRequest['toDate'],
deviceRequest['numberRequested'])
if availability.available == True:
pass
else:
pass
# returnData = { "key1": 'wait and see', "key2": "value2" }
# for r in returnData.values():
# print r
returnData = {'key1': reqInfo}
return Response(data=returnData, content_type='application/json')
def camp_availability(self,
day,
start_hour,
end_hour,
start_minute=0,
end_minute=0):
start_a = datetime.datetime(2018, 7, day, start_hour, start_minute, 0)
end_a = datetime.datetime(2018, 7, day, end_hour, end_minute, 0)
return Availability(Duration(start_a, end_a))
class TestAvailabilityClass(unittest.TestCase):
def setUp(self):
self.avail = Availability(0, 0, 0)
self.avail_x = Availability(0, 5, 15)
def test_100(self):
avail_dict_100_res = {
"monthly": 100.0,
"yearly": 100.0,
"daily": 100.0,
"weekly": 100.0
}
avail_100_res = (100.0, 100.0, 100.0, 100.0)
self.assertEqual(self.avail.service(out_dict=True), avail_dict_100_res)
self.assertEqual(self.avail.service(), avail_100_res)
def test_daily_100(self):
avail_daily = {"daily": 100.0}
avail_daily_t = (100.0)
self.assertEqual(self.avail.service(period='daily', out_dict=True),
avail_daily)
self.assertEqual(self.avail.service(period='daily'), avail_daily_t)
def test_weekly_100(self):
avail_weekly = {"weekly": 100.0}
avail_weekly_t = (100.0)
self.assertEqual(self.avail.service(period='weekly', out_dict=True),
avail_weekly)
self.assertEqual(self.avail.service(period='weekly'), avail_weekly_t)
def test_monthly_100(self):
avail_monthly = {"monthly": 100.0}
avail_monthly_t = (100.0)
self.assertEqual(self.avail.service(period='monthly', out_dict=True),
avail_monthly)
self.assertEqual(self.avail.service(period='monthly'), avail_monthly_t)
def test_yearly_100(self):
avail_yearly = {"yearly": 100.0}
avail_yearly_t = (100.0)
self.assertEqual(self.avail.service(period='yearly', out_dict=True),
avail_yearly)
self.assertEqual(self.avail.service(period='yearly'), avail_yearly_t)
def assemble(database_availabilities,
database_days_off,
current_date=datetime.datetime.now()):
availability = []
converter = DateConverter()
for time in database_availabilities:
day = time.get_day_as_string()
start_time = time.start_time
end_time = time.end_time
duration = Availability(
converter.create_duration_on_next_day(day, day, start_time,
end_time, current_date))
# Hack because the dateConverter isn't working properly but it'll work so we'll leave it.
if day == 'Sunday':
duration.start_time = duration.start_time - timedelta(days=7)
duration.end_time = duration.end_time - timedelta(days=7)
availability.append(duration)
for day_off in database_days_off:
if not day_off.get_is_approved():
continue
date = day_off.day
start_time = datetime.datetime(date.year, date.month, date.day, 0,
0)
end_time = datetime.datetime(date.year, date.month, date.day, 23,
59)
duration = Duration(start_time, end_time)
to_remove = []
for a in availability:
if a.can_happen_inside_of(duration):
to_remove.append(a)
for t in to_remove:
availability.remove(t)
return availability
def test_new_timezone_wt_value_error(self):
with self.assertRaises(ValueError):
Availability.new_timezone_wt(WeeklyTime(0, 0, 14), c.utc_halloween,
'UTC')
with self.assertRaises(ValueError):
Availability.new_timezone_wt(WeeklyTime(0, 0, 0), c.dt_2000_1_1,
'UTC')
with self.assertRaises(ValueError):
Availability.new_timezone_wt(WeeklyTime(0, 0, 0), c.utc_halloween,
'utc')
def test_shared_course_start_times_UTC_kabul_et_no_ds_overlap_one(self):
user1 = c.new_user(
c.student, {
'tz_str': 'Asia/Kabul',
'availability': c.free_first_six_avail,
'earliest_start_date': c.dt_2000_1_1
})
avail = Availability.from_dict({'6': [['14:30', '16:00']]})
user2 = c.new_user(
c.student, {
'tz_str': 'US/Eastern',
'availability': avail,
'earliest_start_date': date(2017, 3, 12)
})
shared = user1.shared_course_start_times_UTC(user2)
self.assertEqual(shared, [WeeklyTime(6, 19, 30)])
def setUpClass(cls):
with open("etc/environment.json") as f:
cls.config = json.load(f)
# os.environ["AWS_LAMBDA_FUNCTION_NAME"] = "test"
os.environ["TOPIC"] = cls.config["Fn"]["TOPIC"]
os.environ["TABLE"] = cls.config["Fn"]["TABLE"]
cls.av = Availability()
cls.av.logging = False
cls.av.pull_config()
cls.user = "******"
cls.store = "cvs"
cls.notification = {
"store":
"CVS",
"availability_at": [
"BROWNS MILLS", "ELIZABETH", "ENGLEWOOD", "EWING", "GIBBSBORO",
"GLASSBORO", "LAWRENCEVILE", "LODI", "LONG BRANCH",
"NORTH BRUNSWICK", "NORTH PLAINFIELD", "PENNSAUKEN",
"PLAINSBORO", "TEANECK", "WEST ORANGE", "WILLINGBORO"
]
}
cls.context = Context()
def availability(self, start_hour=6, end_hour=22, start_day=1, end_day=1):
return Availability(
self.duration(start_hour, end_hour, 0, 0, start_day, end_day))
def test_UTC_offset_minutes_no_offset(self):
self.assertEqual(Availability.UTC_offset_minutes(c.utc_halloween), 0)
def availability(self, pk):
raw_availability = FareHarborService().get_availability(
self.shortname, pk)
availability_data = raw_availability['availability']
return Availability(availability_data)
def availabilities_by_date_range(self, data):
raw_availabilities = FareHarborService(
).get_availabilities_by_date_range(self.shortname, data)
availabilities_data = raw_availabilities['availabilities']
return [Availability(i) for i in availabilities_data]
def test_time_str_to_index_value_error(self):
with self.assertRaises(ValueError):
Availability.time_str_to_index('0000')
with self.assertRaises(ValueError):
Availability.time_str_to_index('0:00')
with self.assertRaises(ValueError):
Availability.time_str_to_index('0:000')
with self.assertRaises(ValueError):
Availability.time_str_to_index('25:00')
with self.assertRaises(ValueError):
Availability.time_str_to_index('00:60')
with self.assertRaises(ValueError):
Availability.time_str_to_index('00:59')
def test_time_str_to_index_2400(self):
self.assertEqual(Availability.time_str_to_index('24:00'), 96)
def test_time_str_to_index_2345(self):
self.assertEqual(Availability.time_str_to_index('23:45'), 95)
def test_time_str_to_index_0030(self):
self.assertEqual(Availability.time_str_to_index('00:30'), 2)
def test_time_str_to_index_0015(self):
self.assertEqual(Availability.time_str_to_index('00:15'), 1)
def test_UTC_offset_minutes_pos_offset(self):
self.assertEqual(Availability.UTC_offset_minutes(c.kabul_2000_1_1),
270)
self.assertEqual(Availability.UTC_offset_minutes(c.kathmandu_2017_end),
345)
def test_new_timezone_wt_same_tz(self):
new_wt = Availability.new_timezone_wt(c.sunday_0000, c.utc_halloween,
'UTC')
self.assertEqual(new_wt, c.sunday_0000)
