def test_time_before_1():
a = date_now()
time.sleep(1)
b = date_now()
time.sleep(1)
assert time_before(a, b)
assert not time_before(b, a)
assert time_before(a)
assert time_before(b)
def test_time_after_1():
a = date_now()
time.sleep(1)
b = date_now()
time.sleep(1)
assert time_after(b, a)
assert not time_after(a, b)
assert not time_after(a)
assert not time_after(b)
def test_date_convert_to_timezone_1():
now = date_now(utc=True)
assert now.tzinfo is not None
utc_date = date_convert_to_timezone(now, 'utc')
# make sure the hour is not changed when making the date timezone aware
assert utc_date.hour == now.hour
assert utc_date.tzinfo is not None
now = date_now()
pst_timezone_date = date_convert_to_timezone(now, 'America/Los_Angeles')
# make sure the hour is changed when making the date timezone aware
assert pst_timezone_date.hour != now.hour
assert pst_timezone_date.tzinfo is not None
def test_epoch_time_now_1():
epoch_now = epoch_time_now()
standardized_date = epoch_to_date(epoch_now)
now = date_now()
assert standardized_date.year == now.year
assert standardized_date.month == now.month
assert standardized_date.day == now.day
def test_date_make_timezone_aware_1():
now = date_now()
assert now.tzinfo is None
timezone_aware_datetime = date_make_timezone_aware(now)
# make sure the hour is not changed when making the date timezone aware
assert timezone_aware_datetime.hour == now.hour
assert timezone_aware_datetime.tzinfo is not None
utc_timezone_date = date_make_timezone_aware(now, timezone_string='utc')
assert utc_timezone_date.hour == now.hour
pst_timezone_date = date_make_timezone_aware(
now, timezone_string='America/Los_Angeles')
assert pst_timezone_date.hour == now.hour
def test_date_to_epoch_1():
assert isinstance(date_to_epoch(date_now()), int)
assert float(date_to_epoch(date_now())) > 1540000000
assert date_to_epoch('January 1, 2010') < date_to_epoch('January 1, 2011')
def test_date_now_convert_timezone():
a = date_now()
assert '+00:00' not in str(a)
a = date_now(convert_to_current_timezone=True)
assert '+00:00' in str(a)
def test_date_now_1():
a = date_now()
b = date_now()
assert a < b
def test_date_parse_1():
standardized_date = date_parse('2019/12/13')
assert standardized_date.year == 2019
assert standardized_date.month == 12
assert standardized_date.day == 13
# find yesterday's date using the date standardization function
standardized_date = date_parse('yesterday')
# find yesterday's date using another function so that we can compare the two
yesterday = date_now() - datetime.timedelta(days=1)
assert standardized_date.year == yesterday.year
assert standardized_date.month == yesterday.month
assert standardized_date.day == yesterday.day
# find a previous date using the date standardization function
standardized_date = date_parse('3 days ago')
# find a previous date using another function so that we can compare the two
past_date = date_now() - datetime.timedelta(days=3)
assert standardized_date.year == past_date.year
assert standardized_date.month == past_date.month
assert standardized_date.day == past_date.day
# find a future date using the date standardization function
standardized_date = date_parse('3 days from now')
# find a previous date using another function so that we can compare the two
future_date = date_now() + datetime.timedelta(days=3)
assert standardized_date.year == future_date.year
assert standardized_date.month == future_date.month
assert standardized_date.day == future_date.day
standardized_date = date_parse('Sat Oct 11 17:13:46 -1 2003')
assert standardized_date.year == 2003
assert standardized_date.month == 10
assert standardized_date.day == 11
assert standardized_date.hour == 17
assert standardized_date.minute == 13
# test the same date as above, but convert the time to the current timezone (which is assumed to be UTC)
standardized_date = date_parse('Sat Oct 11 17:13:46 -1 2003',
convert_to_current_timezone=True)
assert standardized_date.hour == 18
standardized_date = date_parse('Sat, Oct 11, 2003')
assert standardized_date.year == 2003
assert standardized_date.month == 10
assert standardized_date.day == 11
standardized_date = date_parse('1564765879')
assert standardized_date.year == 2019
assert standardized_date.month == 8
assert standardized_date.day == 2
standardized_date = date_parse('1564765879000')
assert standardized_date.year == 2019
assert standardized_date.month == 8
assert standardized_date.day == 2
standardized_date = date_parse('1564765879000000')
assert standardized_date.year == 2019
assert standardized_date.month == 8
assert standardized_date.day == 2
standardized_date = date_parse('last friday')
today = date_now()
diff = today - standardized_date
assert diff.days <= 7
standardized_date = date_parse('2018-11-08T16:52:42Z')
assert standardized_date.year == 2018
assert standardized_date.month == 11
assert standardized_date.day == 8
standardized_date = date_parse('2019 12 25')
assert standardized_date.year == 2019
assert standardized_date.month == 12
assert standardized_date.day == 25
standardized_date = date_parse('1564765879.3141592')
assert standardized_date.year == 2019
assert standardized_date.month == 8
assert standardized_date.day == 2
standardized_date = date_parse('2018-11-08T22:52:42-05:00')
assert standardized_date.year == 2018
assert standardized_date.month == 11
assert standardized_date.day == 8
# this is the same date as above, but convert the time to the current timezone (which is assumed to be UTC)
standardized_date = date_parse('2018-11-08T22:52:42-05:00',
convert_to_current_timezone=True)
# the day should be the next day UTC
assert standardized_date.day == 9
standardized_date = date_parse('2018-01-13T11:11:11Z')
assert standardized_date.year == 2018
assert standardized_date.month == 1
assert standardized_date.day == 13
assert standardized_date.hour == 11
assert standardized_date.minute == 11
assert str(standardized_date) == '2018-01-13 11:11:11+00:00'