def resolve_time_against_constraint(timex, constraint):
t = Time(timex.hour, timex.minute, timex.second)
if constraint.start.get_time() <= t.get_time(
) < constraint.end.get_time():
return [timex.timex_value()]
return []
def resolve_timerage(timex: Timex, constraints: [TimeRange]):
candidate = TimexHelpers.timerange_from_timex(timex)
result = []
for contraint in constraints:
if candidate.is_overlapping(contraint):
start = max(candidate.start.get_time(),
contraint.start.get_time())
time = Time.from_seconds(start)
resolved = copy.copy(timex)
resolved.part_of_day = None
resolved.seconds = None
resolved.minutes = None
resolved.hours = None
resolved.second = time.second
resolved.minute = time.minute
resolved.hour = time.hour
result.append(resolved.timex_value())
return result
def test_datatypes_helpers_timefromtimex():
timex = Timex(timex='T00:05:00')
time = TimexHelpers.time_from_timex(timex)
assert time.get_time() == Time(0, 5, 0).get_time()
def test_datatypes_time_constructor():
time = Time(23, 45, 32)
assert time.hour is 23
assert time.minute is 45
assert time.second is 32
def test_datatypes_time_gettime():
time = Time(23, 45, 32)
assert time.get_time() == 85532000
def test_datatypes_timex_fromtime():
assert Timex.from_time(Time(23, 59, 30)).timex_value() == 'T23:59:30'