def test_error_raises_if_wrong_unit_provided(self):
o_time = time_utility.AbsoluteTimeHandler(
initial_absolute_time=self.starting_time)
with pytest.raises(NotImplementedError):
o_time.get_absolute_time_for_this_delta_time_array(
delta_time_array=[1, 2, 3], units="lightyear")
def test_initial_time_correctly_parsed(self):
o_time = time_utility.AbsoluteTimeHandler(
initial_absolute_time=self.starting_time)
formatted_initial_absolute_time = o_time.formatted_initial_absolute_time
year_calculated = formatted_initial_absolute_time.year
assert year_calculated == 2020
month_calculated = formatted_initial_absolute_time.month
assert month_calculated == 1
day_calculated = formatted_initial_absolute_time.day
assert day_calculated == 10
hour_calculated = formatted_initial_absolute_time.hour
assert hour_calculated == 23
minute_calculated = formatted_initial_absolute_time.minute
assert minute_calculated == 55
second_calculated = formatted_initial_absolute_time.second
assert second_calculated == 33
microsecond_calculated = formatted_initial_absolute_time.microsecond
assert microsecond_calculated == 303238
def test_absolute_time_array_correctly_calculated(self):
o_time = time_utility.AbsoluteTimeHandler(
initial_absolute_time=self.starting_time)
delta_time_array = [1, 2, 3, 4]
units = 'seconds'
absolute_time_array = o_time.get_absolute_time_for_this_delta_time_array(
delta_time_array=delta_time_array, units=units)
expected_seconds_array = [34, 35, 36, 37]
for index, d in enumerate(absolute_time_array):
assert d.second == expected_seconds_array[index]
def test_delta_time_array_correctly_formated(self):
o_time = time_utility.AbsoluteTimeHandler(
initial_absolute_time=self.starting_time)
delta_time_array = [1, 2, 3, 4]
units = 'seconds'
o_time.get_absolute_time_for_this_delta_time_array(
delta_time_array=delta_time_array, units=units)
delta_time_formated = o_time.delta_time_formated
list_hours_calculated = []
for time_formated in delta_time_formated:
list_hours_calculated.append(time_formated.hours)
assert list_hours_calculated == [0, 0, 0, 0]
list_minutes_calculated = []
for time_formated in delta_time_formated:
list_minutes_calculated.append(time_formated.minutes)
assert list_minutes_calculated == [0, 0, 0, 0]
list_seconds_calculated = []
for time_formated in delta_time_formated:
list_seconds_calculated.append(time_formated.seconds)
assert list_seconds_calculated == [1, 2, 3, 4]
def test_initial_absolute_format_recognized(self):
with pytest.raises(ValueError):
time_utility.AbsoluteTimeHandler()
def test_empty_delta_time_array_raises_error(self):
o_time = time_utility.AbsoluteTimeHandler(
initial_absolute_time=self.starting_time)
with pytest.raises(ValueError):
o_time.get_absolute_time_for_this_delta_time_array()
def test_wrong_initial_absolute_format_raises_error(self):
wrong_starting_time = '2020-01-10Twrong_format'
with pytest.raises(ValueError):
time_utility.AbsoluteTimeHandler(
initial_absolute_time=wrong_starting_time)