def random_time_generator(subjects, state):
days_of_the_week = {
'Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday'
}
for number, subject in enumerate(subjects, start=1):
for j in range(NUMBER_OF_CLASSES):
hour_1 = Hour(7, 0) + Hour(j * 2, 0)
hour_2 = hour_1 + Hour(2, 0)
state.add_schedule(subject, j, hour_1, hour_2,
sample(days_of_the_week, 1)[0])
return state
def time_generator(subjects, state):
days_of_the_week = [
'Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday'
]
for number, subject in enumerate(subjects, start=1):
for j in range(NUMBER_OF_CLASSES):
hour_1 = Hour(7, 0) + Hour(j * 2, 0)
hour_2 = hour_1 + Hour(2, 0)
state.add_schedule(
subject, j, hour_1, hour_2,
days_of_the_week[j % (len(days_of_the_week) - 1)])
return state
def test_should_work_with_correct_data(self):
"""Podajemy prawdziwą godzinę i sprawdzamy, czy działa"""
correct_hour = '23:15'
hour = Hour(correct_hour)
actual_hour = hour.get_hour()
self.assertEqual(correct_hour, actual_hour)
def test_should_work_with_correct_data(self):
"""Podajemy prawdziwą godzinę i sprawdzamy, czy działa"""
correct_hour = faker.Faker().time(pattern="%H:%M")
hour = Hour(correct_hour)
actual_hour = hour.get_hour()
self.assertEqual(correct_hour, actual_hour)
def hour():
try:
post = int(input('Quantidade de post : '))
hours = Hour(post).post_hour()
except:
hour()
return hours
def get_state_1():
state = State()
# Generate schedule
list_of_subjects = ['MPE', 'SSASC', 'ARSI']
class_numbers = [1, 2, 3]
hour_1 = Hour(14, 30)
hour_2 = Hour(16, 30)
hour_3 = Hour(15, 30)
hour_4 = Hour(17, 30)
hour_5 = Hour(11, 30)
hour_6 = Hour(13, 30)
state.add_schedule(list_of_subjects[0], 1, hour_1, hour_2, 'Monday')
state.add_schedule(list_of_subjects[1], 1, hour_3, hour_4, 'Monday')
state.add_schedule(list_of_subjects[2], 1, hour_5, hour_6, 'Monday')
state.add_schedule(list_of_subjects[0], 2, hour_1, hour_2, 'Wednesday')
state.add_schedule(list_of_subjects[1], 2, hour_3, hour_4, 'Wednesday')
state.add_schedule(list_of_subjects[2], 2, hour_5, hour_6, 'Wednesday')
state.add_schedule(list_of_subjects[0], 3, hour_1, hour_2, 'Friday')
state.add_schedule(list_of_subjects[1], 3, hour_3, hour_4, 'Friday')
state.add_schedule(list_of_subjects[2], 3, hour_6, hour_6, 'Friday')
# Gerar estudantes.
subect_and_class_1 = {'MPE': 2, 'SSASC': 3, 'ARSI': 3}
target_1 = {'MPE': [2, 3], 'SSASC': [1, 2]}
give_ins_1 = {'ARSI': [2, 3]}
subect_and_class_2 = {'MPE': 1, 'SSASC': 1, 'ARSI': 2}
target_2 = {'MPE': [1, 3], 'ARSI': [1, 2]}
give_ins_2 = {'SSASC': [2, 3]}
subect_and_class_3 = {'MPE': 3, 'SSASC': 2, 'ARSI': 1}
target_3 = {'SSASC': [1, 3], 'ARSI': [2, 3]}
give_ins_3 = {'MPE': [1, 2]}
student_1 = Student(1, subect_and_class_1, target_1, give_ins_1, {})
student_2 = Student(2, subect_and_class_2, target_2, give_ins_2, {})
student_3 = Student(3, subect_and_class_3, target_3, give_ins_3, {})
list_of_students = [student_1, student_2, student_3]
for student in list_of_students:
state.add_student(student)
return state
def start(self, hour):
assert isinstance(hour, basestring)
self._start = Hour(hour)
def end(self, hour):
assert isinstance(hour, basestring)
self._end = Hour(hour)
def total_length(self):
total = Hour("00:00:00")
for song in self.__all_songs():
total += song.get_length()
return str(total)
def __init__(self, title, artist, album, length_):
self.title = title
self.artist = artist
self.album = album
self.length_ = Hour(length_)
def __init__(self, day, month, year, hour):
Date.__init__(self, day, month, year)
self.hour = Hour(hour)
def get_states_with_different_number():
state = State()
# Gerar horário.
list_of_subjects = ['MPE', 'SSASC', 'ARSI', 'DSG', "MRKT"]
hour_1 = Hour(14, 30)
hour_2 = Hour(16, 30)
hour_3 = Hour(15, 30)
hour_4 = Hour(17, 30)
hour_5 = Hour(11, 30)
hour_6 = Hour(13, 30)
hour_7 = Hour(8, 0)
hour_8 = Hour(10, 0)
hour_9 = Hour(9, 0)
hour_10 = Hour(11, 0)
state.add_schedule(list_of_subjects[0], 1, hour_1, hour_2, 'Monday')
state.add_schedule(list_of_subjects[1], 1, hour_3, hour_4, 'Monday')
state.add_schedule(list_of_subjects[2], 1, hour_5, hour_6, 'Monday')
state.add_schedule(list_of_subjects[3], 1, hour_7, hour_8, 'Monday')
state.add_schedule(list_of_subjects[4], 1, hour_9, hour_10, 'Monday')
state.add_schedule(list_of_subjects[0], 2, hour_1, hour_2, 'Tuesday')
state.add_schedule(list_of_subjects[1], 2, hour_3, hour_4, 'Tuesday')
state.add_schedule(list_of_subjects[2], 2, hour_6, hour_6, 'Tuesday')
state.add_schedule(list_of_subjects[3], 2, hour_7, hour_8, 'Tuesday')
state.add_schedule(list_of_subjects[4], 2, hour_9, hour_10, 'Tuesday')
state.add_schedule(list_of_subjects[0], 3, hour_1, hour_2, 'Wednesday')
state.add_schedule(list_of_subjects[1], 3, hour_3, hour_4, 'Wednesday')
state.add_schedule(list_of_subjects[2], 3, hour_5, hour_6, 'Wednesday')
state.add_schedule(list_of_subjects[3], 3, hour_7, hour_8, 'Wednesday')
state.add_schedule(list_of_subjects[4], 3, hour_9, hour_10,
'Wednesday')
state.add_schedule(list_of_subjects[0], 4, hour_1, hour_2, 'Thursday')
state.add_schedule(list_of_subjects[1], 4, hour_3, hour_4, 'Thursday')
state.add_schedule(list_of_subjects[2], 4, hour_6, hour_6, 'Thursday')
state.add_schedule(list_of_subjects[3], 4, hour_7, hour_8, 'Thursday')
state.add_schedule(list_of_subjects[4], 4, hour_9, hour_10, 'Thursday')
state.add_schedule(list_of_subjects[0], 5, hour_1, hour_2, 'Friday')
state.add_schedule(list_of_subjects[1], 5, hour_3, hour_4, 'Friday')
state.add_schedule(list_of_subjects[2], 5, hour_6, hour_6, 'Friday')
state.add_schedule(list_of_subjects[3], 5, hour_7, hour_8, 'Friday')
state.add_schedule(list_of_subjects[4], 5, hour_9, hour_10, 'Friday')
# Gerar estudantes
subect_and_class_1 = {
'MPE': 1,
'SSASC': 2,
'ARSI': 3,
'DSG': 4,
'MRKT': 5
}
target_1 = {'MPE': [1, 3], 'ARSI': [1, 2]}
give_ins_1 = {'SSASC': [2, 3], 'DSG': [1, 2, 3, 4], 'MRKT': [2, 3, 5]}
subect_and_class_2 = {
'MPE': 2,
'SSASC': 3,
'ARSI': 4,
'DSG': 5,
'MRKT': 1
}
target_2 = {'SSASC': [1, 3], 'DSG': [1, 2], 'MRKT': [1, 2, 3]}
give_ins_2 = {'MPE': [2, 3], 'ARSI': [1, 2, 3, 4]}
subect_and_class_3 = {
'MPE': 3,
'SSASC': 4,
'ARSI': 5,
'DSG': 1,
'MRKT': 2
}
target_3 = {'SSASC': [2, 4, 5], 'MRKT': [5, 1]}
give_ins_3 = {'DSG': [1, 2, 4], 'ARSI': [3, 4, 5]}
subect_and_class_4 = {
'MPE': 4,
'SSASC': 5,
'ARSI': 1,
'DSG': 2,
'MRKT': 3
}
target_4 = {'ARSI': [1, 3], 'SSASC': [5, 2]}
give_ins_4 = {'MPE': [2, 3, 4, 5], 'MRKT': [5, 3, 4], 'DSG': [1, 2]}
subect_and_class_5 = {
'MPE': 5,
'SSASC': 1,
'ARSI': 2,
'DSG': 3,
'MRKT': 4
}
target_5 = {}
give_ins_5 = {
'SSASC': [1, 2, 3],
'DSG': [1, 2, 3, 4],
'MRKT': [2, 4, 5]
}
buddies_5 = {'MPE': [3], 'ARSI': [1, 4]}
subect_and_class_6 = {
'MPE': 1,
'SSASC': 2,
'ARSI': 3,
'DSG': 4,
'MRKT': 5
}
target_6 = {'DSG': [2, 5], 'MRKT': [5, 1]}
give_ins_6 = {'MPE': [1, 2, 3], 'SSASC': [1, 3, 2], 'ARSI': [3, 2]}
subect_and_class_7 = {
'MPE': 2,
'SSASC': 3,
'ARSI': 4,
'DSG': 5,
'MRKT': 1
}
target_7 = {'MPE': [3, 2, 1], 'ARSI': [5, 1], 'SSASC': [5, 2]}
give_ins_7 = {'DSG': [4, 5, 3], 'MRKT': [1, 3, 4]}
subect_and_class_8 = {
'MPE': 3,
'SSASC': 4,
'ARSI': 5,
'DSG': 1,
'MRKT': 2
}
target_8 = {'DSG': [1, 2], 'SSASC': [3, 2, 4]}
give_ins_8 = {'MPE': [4, 1, 3], 'MRKT': [5, 2], 'ARSI': [1, 5, 2]}
subect_and_class_9 = {
'MPE': 4,
'SSASC': 5,
'ARSI': 1,
'DSG': 2,
'MRKT': 3
}
target_9 = {'ARSI': [3, 4], 'MRKT': [1, 2]}
give_ins_9 = {'MPE': [1, 2, 4], 'SSASC': [3, 1, 5], 'DSG': [3, 2]}
subect_and_class_10 = {
'MPE': 5,
'SSASC': 1,
'ARSI': 2,
'DSG': 3,
'MRKT': 4
}
target_10 = {}
give_ins_10 = {'MRKT': [2, 3, 4], 'DSG': [5, 3, 2], 'ARSI': [3, 2, 1]}
buddies_10 = {'MPE': [2, 9], 'SSASC': [5, 9]}
subect_and_class_11 = {
'MPE': 1,
'SSASC': 2,
'ARSI': 3,
'DSG': 4,
'MRKT': 5
}
target_11 = {'MPE': [5]}
give_ins_11 = {
'SSASC': [2, 1],
'ARSI': [3, 1],
'DSG': [4, 1],
'MRKT': [5, 1]
}
subect_and_class_12 = {
'MPE': 2,
'SSASC': 3,
'ARSI': 4,
'DSG': 5,
'MRKT': 1
}
target_12 = {'ARSI': [1, 2, 3, 4], 'MPE': [5, 1, 3]}
give_ins_12 = {'MRKT': [1, 2, 3], 'SSASC': [1, 3, 2], 'DSG': [3, 5, 2]}
subect_and_class_13 = {
'MPE': 3,
'SSASC': 4,
'ARSI': 5,
'DSG': 1,
'MRKT': 2
}
target_13 = {'MRKT': [2, 5, 3], 'DSG': [1, 4], 'SSASC': [1, 3, 2, 5]}
give_ins_13 = {'ARSI': [1, 5, 3], 'MPE': [3, 2, 1]}
subect_and_class_14 = {
'MPE': 4,
'SSASC': 5,
'ARSI': 1,
'DSG': 2,
'MRKT': 3
}
target_14 = {'DSG': [1, 2], 'MRKT': [4, 5], 'ARSI': [4, 3]}
give_ins_14 = {'MPE': [1, 4, 3], 'SSASC': [5, 3, 2]}
subect_and_class_15 = {
'MPE': 5,
'SSASC': 1,
'ARSI': 2,
'DSG': 3,
'MRKT': 4
}
target_15 = {}
give_ins_15 = {'MPE': [2, 3, 5], 'SSASC': [1, 3, 2], 'DSG': [3, 5, 1]}
buddies_15 = {'ARSI': [10, 11, 12], 'MRKT': [1, 3]}
subect_and_class_16 = {
'MPE': 1,
'SSASC': 2,
'ARSI': 3,
'DSG': 4,
'MRKT': 5
}
target_16 = {'SSASC': [5, 1], 'MRKT': [1], 'MPE': [1, 5, 3]}
give_ins_16 = {'DSG': [4, 3, 2], 'ARSI': [3, 2]}
subect_and_class_17 = {
'MPE': 2,
'SSASC': 3,
'ARSI': 4,
'DSG': 5,
'MRKT': 1
}
target_17 = {'DSG': [1, 5], 'MRKT': [5, 1]}
give_ins_17 = {'MPE': [5, 2, 3], 'SSASC': [5, 3, 1], 'ARSI': [1, 2, 4]}
subect_and_class_18 = {
'MPE': 3,
'SSASC': 4,
'ARSI': 5,
'DSG': 1,
'MRKT': 2
}
target_18 = {'MPE': [2, 3], 'SSASC': [5, 3, 2]}
give_ins_18 = {
'DSG': [1, 2, 3, 4, 5],
'MRKT': [1, 2, 3, 4, 5],
'ARSI': [1, 2, 3, 4, 5]
}
subect_and_class_19 = {
'MPE': 4,
'SSASC': 5,
'ARSI': 1,
'DSG': 2,
'MRKT': 3
}
target_19 = {'DSG': [4, 2, 5], 'SSASC': [5, 1, 4]}
give_ins_19 = {
'MPE': [1, 2, 3, 4, 5],
'MRKT': [1, 2, 3, 4, 5],
'ARSI': [1, 2, 3, 4, 5]
}
subect_and_class_20 = {
'MPE': 5,
'SSASC': 1,
'ARSI': 2,
'DSG': 3,
'MRKT': 4
}
target_20 = {}
give_ins_20 = {
'DSG': [1, 2, 3, 4, 5],
'SSASC': [1, 2, 3, 4, 5],
'MRKT': [1, 2, 3, 4, 5]
}
buddies_20 = {'ARSI': [7, 13], 'MPE': [12, 19, 9]}
student_1 = Student(1, subect_and_class_1, target_1, give_ins_1, {})
student_2 = Student(2, subect_and_class_2, target_2, give_ins_2, {})
student_3 = Student(3, subect_and_class_3, target_3, give_ins_3, {})
student_4 = Student(4, subect_and_class_4, target_4, give_ins_4, {})
student_5 = Student(5, subect_and_class_5, target_5, give_ins_5,
buddies_5)
student_6 = Student(6, subect_and_class_6, target_6, give_ins_6, {})
student_7 = Student(7, subect_and_class_7, target_7, give_ins_7, {})
student_8 = Student(8, subect_and_class_8, target_8, give_ins_8, {})
student_9 = Student(9, subect_and_class_9, target_9, give_ins_9, {})
student_10 = Student(10, subect_and_class_10, target_10, give_ins_10,
buddies_10)
student_11 = Student(11, subect_and_class_11, target_11, give_ins_11,
{})
student_12 = Student(12, subect_and_class_12, target_12, give_ins_12,
{})
student_13 = Student(13, subect_and_class_13, target_13, give_ins_13,
{})
student_14 = Student(14, subect_and_class_14, target_14, give_ins_14,
{})
student_15 = Student(15, subect_and_class_15, target_15, give_ins_15,
buddies_15)
student_16 = Student(16, subect_and_class_16, target_16, give_ins_16,
{})
student_17 = Student(17, subect_and_class_17, target_17, give_ins_17,
{})
student_18 = Student(18, subect_and_class_18, target_18, give_ins_18,
{})
student_19 = Student(19, subect_and_class_19, target_19, give_ins_19,
{})
student_20 = Student(20, subect_and_class_20, target_20, give_ins_20,
buddies_20)
list_of_students = [
student_1, student_2, student_3, student_4, student_5, student_6,
student_7, student_8, student_9, student_10, student_11,
student_12, student_13, student_14, student_15, student_16,
student_17, student_18, student_19, student_20
]
list_of_states = []
for i in range(1, 20, 2):
copy = deepcopy(state)
for k in range(i + 1):
copy.add_student(list_of_students[k])
list_of_states.append(copy)
return list_of_states
def test_le(self):
self.assertTrue(self.h_1 <= self.h_2)
self.assertTrue(self.h_1 <= Hour("12:30"))
def test_flight_duration(self):
duration_1 = self.flight_1.flight_duration()
duration_2 = self.flight_2.flight_duration()
self.assertEqual(duration_1, Hour("04:20"))
self.assertEqual(duration_2, Hour("04:45"))
def test_sub(self):
# duration = end_time - start_time
sub_1 = self.h_1 - self.h_2
sub_2 = self.h_2 - self.h_1
self.assertEqual(sub_1, Hour("13:40"))
self.assertEqual(sub_2, Hour("10:20"))
def test_hash(self):
self.assertEqual(hash(self.h_1), hash(Hour("12:30")))
self.assertNotEqual(hash(self.h_1), hash(Hour("12:31")))
def test_eq(self):
self.assertEqual(self.h_1, Hour("12:30"))
self.assertNotEqual(self.h_1, self.h_2)
def flights_on_date_lt_hours(self, date, hours):
res = []
for fl in self.flights:
if fl.get_date() == date and fl.flight_duration() < Hour(hours):
res.append(fl)
return res
def test_add(self):
h_3 = self.h_1 + self.h_2
self.assertEqual(h_3, Hour("12:59:24"))
from hour import Hour
from station.station import Station
from station.tests.time_table import TimeTable
directions = {
'Gdańsk': TimeTable((Hour('11:15'), Hour('17:23'), Hour('23:10'))),
'Reda': TimeTable((Hour('11:15'), Hour('17:23'), Hour('23:10')))
}
station = Station('Rumia', directions)
def test_eq(self):
self.assertEqual(self.h_1, Hour("12:53:29"))
self.assertEqual(self.h_2, Hour("5:55"))
self.assertNotEqual(self.h_1, self.h_2)
def __init__(self, departure_times):
self.departure_times = (Hour('10:15'), Hour('12:120'), Hour('23:22'))
def setUp(self):
self.h_1 = Hour("12:30")
self.h_2 = Hour("22:50")
def __hash__(self):
if self.hour != Hour("00:00"):
return hash(Date.__hash__(self) * hash(self.hour))
return hash(Date.__hash__(self))
def test_raise_error(self, hour_value):
"""Raises error with incorrect hour values"""
with self.assertRaises(HourError):
Hour(hour_value)
def test_get_length(self):
self.assertEqual(self.song_1.get_length(), Hour("02:43"))
self.assertEqual(self.song_2.get_length(), Hour("03:31"))
def test_hash(self):
self.assertEqual(hash(self.h_1), hash(Hour("12:53:29")))
self.assertEqual(hash(self.h_2), hash(Hour("05:55")))
def test_ge(self):
self.assertTrue(self.h_2 >= self.h_1)
self.assertTrue(self.h_2 >= Hour("22:50"))
def setUp(self):
self.h_1 = Hour("12:53:29")
self.h_2 = Hour("5:55")