def test_hour_duration():
act = get_base()
durations = [
(
timedelta(hours=1),
[
" 1 hour",
"1 hours",
"0 hours 60 minute ",
"60 minutes",
" 1 h ",
"1h 0m ",
"1h 0 minute",
"60m",
"0h 60m",
],
)
]
for result, entries in durations:
stop = act.start + result
for entry in entries:
act.duration = entry
eq_(stop, act.stop, "%s should result in %s, not %s" % (entry, stop, act.stop))
def test_single_letter_missing():
act = get_base()
matches = Activity.locate(act.start, datetime.now(), ["orking"])
eq_(0, len(matches))
def test_multiple_names():
act = get_base()
matches = Activity.locate(act.start, datetime.now(), ["Working", "Horking"])
eq_(2, len(matches))
def test_earlier_start():
act = get_base()
matches = Activity.locate(act.start - timedelta(days=2), datetime.now(), ["Working on tic"])
eq_(2, len(matches))
assert act.key() in set((m.key() for m in matches))
def test_same_ending():
act = get_base()
matches = Activity.locate(act.start, datetime.now(), ["on tic"])
eq_(2, len(matches))
assert act.key() in set((m.key() for m in matches))
def test_case_insensitive():
act = get_base()
matches = Activity.locate(act.start, datetime.now(), ["working"])
eq_(1, len(matches))
def test_tag():
act = get_base()
matches = Activity.locate(tags=["tic"])
eq_(3, len(matches))
assert act.key() in set((m.key() for m in matches))
def test_single_letter_difference():
act = get_base()
matches = Activity.locate(act.start, datetime.now(), ["Working"])
eq_(1, len(matches))
eq_(act.key(), iter(matches).next().key())
def test_bad_durations():
act = get_base()
for entry in ["1 ours", "12", "1q2 hour"]:
assert_raises(ValueError, setattr, act, "duration", entry)
def setUp(self):
self.app = TestApp(application)
self.data = make_data()
self.act = get_base()
self.key = self.act.key()
