def test_time_span(self):
start, end = date(2019, 8, 1), date(2019, 9, 1)
assert self.clockin.time_span == (start, end)
clockin = ClockIn(self.YEAR, self.MONTH, 12)
start, end = date(2019, 8, 12), date(2019, 8, 13)
assert clockin.time_span == (start, end)
def clockin(year, month, day):
clock_in = ClockIn(year, month)
if day == 0:
clock_in.one_month()
else:
clock_in.one_day(day)
class TestClockIn:
YEAR: int = 2019
MONTH: int = 8
clockin = ClockIn(YEAR, MONTH)
def test_randomize(self):
assert ClockIn.randomize(self.clockin.lunch_hours_set) in self.clockin.lunch_hours_set
def test_is_weekday(self):
dt = parse('2019-08-02')
assert ClockIn.is_weekday(dt)
dt = parse('2019-08-03')
assert not ClockIn.is_weekday(dt)
def test_time_span(self):
start, end = date(2019, 8, 1), date(2019, 9, 1)
assert self.clockin.time_span == (start, end)
clockin = ClockIn(self.YEAR, self.MONTH, 12)
start, end = date(2019, 8, 12), date(2019, 8, 13)
assert clockin.time_span == (start, end)
def test_guess_lunch_break(self):
clock_in = datetime(
year=self.YEAR,
month=self.MONTH,
day=12,
hour=9,
minute=10
)
assert (
(
(self.clockin.guess_lunch_break(clock_in) - clock_in).total_seconds()
) < self.clockin.MAX_TIME_WORKING_BEFORE_LUNCH
)
def test_absences(
self,
login_response,
authentication_response,
absence_token,
absences_response
):
# token
responses.add(
responses.POST,
f'{self.clockin.client.url}/auth/login',
json=login_response,
status=200
)
# authentication
responses.add(
responses.GET,
f'{self.clockin.client.url}/auth/{absence_token}',
json=authentication_response,
status=200
)
# absences within period
responses.add(
responses.POST,
f'{self.clockin.client.url}/v2/absences',
json=absences_response,
status=200
)
assert len(self.clockin.absences) == 2
def test_is_weekday(self):
dt = parse('2019-08-02')
assert ClockIn.is_weekday(dt)
dt = parse('2019-08-03')
assert not ClockIn.is_weekday(dt)
def test_randomize(self):
assert ClockIn.randomize(self.clockin.lunch_hours_set) in self.clockin.lunch_hours_set