def test_1240(self):
"""normalize_datetime_to_utc(): Adjusts for tz"""
t1_utc = dt.normalize_datetime_to_utc(T_ABS_1)
t2_utc = dt.normalize_datetime_to_utc(T_ABS_2)
assert dt.is_utc(t1_utc)
assert dt.is_utc(t2_utc)
assert dt.are_equal(t1_utc, t2_utc)
def test_1090(self, rounding_fixture, tz_fixture):
"""are_equal(): Returns True if two naive dts are equal to within the fuzz
factor
"""
round_sec, t, t_rounded = rounding_fixture
t = t.replace(tzinfo=tz_fixture)
t_rounded = t_rounded.replace(tzinfo=tz_fixture)
logging.debug('round_sec={} t={} t_rounded={}'.format(
round_sec, t, t_rounded))
assert dt.are_equal(t, t_rounded, round_sec)
def test_1260(self):
"""normalize_datetime_to_utc(): Includes tz"""
utc_dt = dt.normalize_datetime_to_utc(T1_YEKT)
assert dt.is_utc(utc_dt)
assert dt.are_equal(utc_dt, T1_YEKT)
def test_1250(self):
"""normalize_datetime_to_utc(): Assumes that naive dt is in UTC"""
utc_dt = dt.normalize_datetime_to_utc(T2_NAIVE)
assert dt.is_utc(utc_dt)
assert dt.are_equal(utc_dt, T2_NAIVE)
def test_1100(self):
"""are_equal(): Returns True when comparing the same point in time specified
in two different tz
"""
assert dt.are_equal(T_ABS_1, T_ABS_2)
