def parse_one_ymd(target, t):
"""
test parse_ymd for one day
"""
n = time.localtime()
d = wr.week_diff(n[6], wr.day_offset(t))
s = wr.stringify(time.localtime(wr.day_plus(d)))
assert wr.parse_ymd(target) == s[0:3]
def test_next_tuesday():
"""
Routine wr.next_tuesday() should return the date of next tuesday
"""
pytest.debug_func()
now = next_wkday(wr.day_offset('T'))
nm = time.strftime('%Y.%m%d', time.localtime(now))
lm = wr.next_tuesday()
assert nm == lm
def test_interpret_options_defaults():
"""
Check default start and end times.
"""
pytest.debug_func()
(o, a) = wr.make_option_parser([])
(start, end) = wr.interpret_options(o)
assert not o.dayflag
(start_should_be, x) = wr.week_starting_last(wr.day_offset('M'), 0)
end_should_be = time.strftime('%Y.%m%d', time.localtime())
assert start == start_should_be
assert end == end_should_be
def test_interpret_options_dayflag():
"""
Verify that setting the day flag does not disrupt the default start/end
time
"""
pytest.debug_func()
(o, a) = wr.make_option_parser(["-d"])
(start, end) = wr.interpret_options(o)
assert o.dayflag
(start_should_be, x) = wr.week_starting_last(wr.day_offset('M'), 0)
end_should_be = time.strftime('%Y.%m%d', time.localtime())
assert start_should_be == start
assert end_should_be == end
def test_day_offset():
"""
Check each day offset
"""
pytest.debug_func()
assert wr.day_offset('f') == 3
assert wr.day_offset('c') == 4
assert wr.day_offset('M') == 0
assert wr.day_offset('T') == 1
assert wr.day_offset('W') == 2
assert(wr.day_offset('t') == 3)
assert(wr.day_offset('F') == 4)
assert(wr.day_offset('s') == 5)
assert(wr.day_offset('S') == 6)
assert(wr.day_offset('') == 3)
with pytest.raises(KeyError) as err:
wr.day_offset('x')
assert "'x'" in str(err)