def parse_trigger(alarm, line):
if line.params.get("VALUE", [""])[0] == "DATE-TIME":
alarm.trigger = iso_to_arrow(line)
elif line.params.get("VALUE", ["DURATION"])[0] == "DURATION":
alarm.trigger = parse_duration(line.value)
else:
warnings.warn(
"ics.py encountered a TRIGGER of unknown type '%s'. It has been ignored."
% line.params["VALUE"][0])
def run_on_dataset(self, dataset):
for test in dataset:
expected = dataset[test]
self.assertEqual(parse_duration(test), timedelta(*expected))
def parse_duration(todo: "Todo", line: ContentLine):
if line:
todo._timespan = todo._timespan.replace(
duration=parse_duration(line.value))
def parse_duration(todo: "Todo", line: ContentLine):
if line:
# TODO: DRY [1]
if todo._due_time: # pragma: no cover
raise ValueError("An todo can't have both DUE and DURATION")
todo._duration = parse_duration(line.value)
def parse_duration(alarm, line):
if line:
alarm._duration = parse_duration(line.value)
def parse_duration(event, line):
if line:
# TODO: DRY [1]
if event._end_time: # pragma: no cover
raise ValueError("An event can't have both DTEND and DURATION")
event._duration = parse_duration(line.value)
def run_on_dataset(self, dataset):
for test in dataset:
expected = dataset[test]
self.assertEqual(parse_duration(test), timedelta(*expected))
def test_negative():
s = "-PT30M"
assert parse_duration(s) == timedelta(minutes=-30)
def test_simple():
s = "PT30M"
assert parse_duration(s) == timedelta(minutes=30)
def test_no_sign():
s = "P0DT9H0M0S"
assert parse_duration(s) == timedelta(hours=9)
def parse_duration(alarm: "BaseAlarm", line: ContentLine):
if line:
alarm.duration = parse_duration(line.value)
def parse2_duration(event: "Event", line: ContentLine):
if line:
event._timespan = event._timespan.replace(
duration=parse_duration(line.value))
