def test_parse_yesterday():
"""
Parsing 'yesterday' relative to a moment goes bacward on the calendar
"""
pytest.debug_func()
eoy = nldt.moment("2007-12-01")
assert not hasattr(eoy, 'parse')
prs = nldt.Parser()
result = prs('yesterday', start=eoy)
assert result() == '2007-11-30'
mar1 = nldt.moment("2008-03-01")
result = prs('yesterday', start=mar1)
assert result() == "2008-02-29"
def test_parse_tomorrow():
"""
Calling parse with 'tomorrow' and a moment object should return a moment
set to the following day.
"""
pytest.debug_func()
eoy = nldt.moment(txt['2010-end'])
assert not hasattr(eoy, 'parse')
prs = nldt.Parser()
result = prs('tomorrow', start=eoy)
assert result() == txt['2011-begin']
feb28 = nldt.moment(txt['leap-yester'])
result = prs('tomorrow', start=feb28)
assert result() == txt['leap-today']
def test_month_days_curyear():
"""
Verify that month.days() for february this year does the right thing
"""
pytest.debug_func()
mobj = nldt.month()
now = nldt.moment()
curyear = int(now('%Y'))
exp = 29 if mobj.isleap(curyear) else 28
# payload
assert mobj.days(2) == exp
def test_bug_pctsec():
"""
given
x = moment()
x.epoch() should be equal to int(x('%s'))
The bug was that the epoch value was being stored and reported as a float,
which was causing int to throw a ValueError.
"""
pytest.debug_func()
now = nldt.moment()
assert now.epoch() == int(now("%s"))
def test_week_day_number():
"""
Test week.day_number()
"""
pytest.debug_func()
w = nldt.week()
sat = nldt.moment("2000-01-01")
sun = nldt.moment("2000-01-02")
assert w.day_number(sat.epoch()) == 5 # payload
assert w.day_number(sat) == 5 # payload
with pytest.raises(TypeError) as err:
# payload
w.day_number(txt['xpr-tod']) == 14
assert txt["err-argmore"] in str(err)
assert w.day_number(sat, count='mon1') == 6 # payload
assert w.day_number(sun, count='mon1') == 7 # payload
assert w.day_number(sat, count='sun0') == 6 # payload
assert w.day_number(sun, count='sun0') == 0 # payload
def main():
"""
Here is where we start
"""
opts = docopt.docopt(__doc__)
if opts['--debug']:
pdb.set_trace()
expr = " ".join(opts['DATE_TIME_EXPR']) or 'now'
fmt = opts['--format'] if opts['--format'] else default_format(expr)
zone = opts['--zone'] if opts['--zone'] else default_zone(expr)
prs = nldt.Parser()
when = nldt.moment(opts['--when'])
ref = prs(expr, start=when)
print(ref(**{'fmt': fmt, 'otz': zone}))