def test_time(self):
c = Calendar()
c = c.add(Day("came 9 left 15", today))
data = c.dump()
c2 = Calendar.load(data)
assert c2.days[today].came == time(9)
assert c2.days[today].left == time(15)
def _to_time(cls, t: Union[time, timedelta, None]) -> Union[time, None]:
if t is None:
return None
if isinstance(t, time):
return t
hour = t.seconds // 3600
minute = (t.seconds - hour * 3600) // 60
return time(hour=hour, minute=minute)
def as_time(cls, str_: str) -> Union[time, timedelta]:
"""Parses a string on the format specified below.
If the string is not on the specified format, a TimeParserError
is raised.
:param str_: A string on the form H, HH:MM, H:MM,
HHMM, HMM, M m, MM m, M min or MM min
:return: a datetime.time or datetime.timedelta object corresponding to the input string
"""
hours, minutes = cls._to_hours_and_minutes(str_)
return time(hour=hours, minute=minutes)
def test_basic(self):
assert str(time(hour=7, minute=45)) == "07:45"
def test_overwrite_all(self):
c = Calendar()
c = c.add(Day("came 9 left 15", today))
c = c.add(Day("came 8 left 14", today))
assert c.days[today].came == time(8)
assert c.days[today].left == time(14)
def test_add_to_day_inverse_order(self):
c = Calendar()
c = c.add(Day("left 15", today))
c = c.add(Day("came 9", today))
assert c.days[today].came == time(9)
assert c.days[today].left == time(15)
def test_add_day(self):
c = Calendar()
c = c.add(Day("came 9 left 15", today))
assert c.days[today].came == time(9)
assert c.days[today].left == time(15)
def test_to_timedelta(self):
assert Day._to_timedelta(time(
hour=5, minute=37)) == timedelta(seconds=5 * 3600 + 37 * 60)
def test_to_time(self):
assert Day._to_time(timedelta(hours=5, minutes=37)) == time(hour=5,
minute=37)