def test_time_interval_parse(text, tests):
reset_options()
interval = DisjunctiveIntervals.parse_time(text)
for test in tests:
datetime = testdata.str_to_datetime(test["datetime"])
expected_match = test["expected"]
default = TimeMatchDescription.TIME_MATCHING
result = interval.is_satisfied(datetime, default)
assert str(testdata.md2bool(result)) == expected_match
def test_weekday_interval_parse(text, tests):
reset_options()
testdata.apply_language_configurations("lang_en")
interval = DisjunctiveIntervals.parse_weekday(text)
for test in tests:
datetime = testdata.str_to_date(test["date"])
expected_match = test["expected"]
default = TimeMatchDescription.WEEKDAY_MATCHING
result = interval.is_satisfied(datetime, default)
assert str(testdata.md2bool(result)) == expected_match
def test_time_delta(spec, config, tests):
reset_options()
interval = DisjunctiveIntervals.parse_time(spec)
TimeInterval.set_options(config)
for test in tests:
test_time = test["test_time"]
expected = test["expected"]
test_time = testdata.str_to_time(test_time)
test_date = datetime.combine(datetime.today(), test_time)
default = TimeMatchDescription.DATE_MATCHING
mdesc = interval.is_satisfied(test_date, default)
assert str(testdata.md2bool(mdesc)) == expected
def _test_match(prefer, tests):
"""Compare cleaned dicts of loaded meetings with expected dicts."""
for test in tests:
date = test["date"]
date = testdata.str_to_datetime(date)
expected = test["expected"]
if isinstance(prefer, dict):
pref = TimePreference.from_dict(prefer)
elif isinstance(prefer, str):
pref = TimePreference.from_str(prefer)
mdesc = pref.match(date)
assert str(testdata.md2bool(mdesc)) == expected