def test_unknown_week_start_day_raises_value_error(self):
try:
datetimes.termweek_to_date(2012,
"michaelmas",
1,
"thu",
week_start="fsd")
self.fail("\"fsd\" is not a day")
except ValueError:
pass
def get_week_range(self, year, term, week, day):
week_start_date = termweek_to_date(year, term, week, day)
week_end_date = week_start_date + relativedelta(weeks=1)
return ("{} {} week {}".format(year, term, week),
self.get_timestamp(week_start_date),
self.get_timestamp(week_end_date))
def _save_extra_fields(self, event):
"""
Saves our custom form fields in the event.
"""
term = self.cleaned_data["term_name"]
week = self.cleaned_data["term_week"]
day = self.cleaned_data["day_of_week"]
year = int(settings.DEFAULT_ACADEMIC_YEAR)
date = datetimes.termweek_to_date(year, term, week, day)
start_hour = self.cleaned_data["start_hour"]
start_minute = self.cleaned_data["start_minute"]
end_hour = self.cleaned_data["end_hour"]
end_minute = self.cleaned_data["end_minute"]
tz = timezone.get_current_timezone()
start_naive = datetime.datetime(date.year, date.month, date.day,
start_hour, start_minute)
event.start = tz.localize(start_naive)
end_naive = datetime.datetime(date.year, date.month, date.day,
end_hour, end_minute)
event.end = tz.localize(end_naive)
event.metadata["people"] = self.cleaned_data["people"]
event.metadata["type"] = self.cleaned_data["event_type"]
if self.cleaned_data["cancel"] is True:
event.status = models.Event.STATUS_CANCELLED
else:
event.status = models.Event.STATUS_LIVE
def move_datetime(self, dt):
year, term, week, day = datetimes.date_to_termweek(dt.date())
assert year == self.from_year, (
"Moved datetimes must be in the from_year")
new_date = datetimes.termweek_to_date(self.to_year, term, week, day)
return datetime.datetime.combine(new_date, dt.timetz())
def test_expected_values(self):
expectations = [
((2012, "michaelmas", 0, "thu"), datetime.date(2012, 9, 27)),
((2012, "michaelmas", 1, "thu"), datetime.date(2012, 10, 4)),
((2012, "michaelmas", 1, "fri"), datetime.date(2012, 10, 5)),
((2012, "michaelmas", 1, "wed"), datetime.date(2012, 10, 10)),
((2012, "michaelmas", 2, "thu"), datetime.date(2012, 10, 11)),
((2012, "michaelmas", 2, "mon"), datetime.date(2012, 10, 15)),
((2012, "michaelmas", -1, "tue"), datetime.date(2012, 9, 25)),
]
for args, expected in expectations:
actual = datetimes.termweek_to_date(*args)
self.assertEqual(
expected, actual, "expected: %s, actual: %s, "
"args: %s" % (expected, actual, args))
def for_year(cls, year):
from timetables.utils.datetimes import termweek_to_date
if not year in TERM_STARTS:
raise ValueError("Unknown year: %s. Expected one of: %s" %
(year, TERM_STARTS.keys()))
start_boundary = date(year, YEAR_BOUNDARIES["START"]["MONTH"],
YEAR_BOUNDARIES["START"]["DAY"])
end_boundary = date(year + 1, YEAR_BOUNDARIES["END"]["MONTH"],
YEAR_BOUNDARIES["END"]["DAY"])
terms = []
for term_name in TERMS:
start_date = termweek_to_date(year, term_name, 1, TERM_START_DAY)
terms.append(Term(term_name, start_date))
return cls(year, start_boundary, end_boundary, terms)
def test_default_week_start_is_thursday(self):
actual = datetimes.termweek_to_date(2012, "michaelmas", 1, "thu")
self.assertTrue(actual.weekday() == 3,
"The first day of term should be Thursday.")
def test_unknown_day_raises_value_error(self):
try:
datetimes.termweek_to_date(2012, "michaelmas", 1, "acksdfs")
self.fail("\"acksdfs\" is not a day")
except ValueError:
pass
def test_unknown_month_raises_value_error(self):
try:
datetimes.termweek_to_date(2012, "blah", 1, "mon")
self.fail("\"blah\" is not a term")
except ValueError:
pass
def test_unknown_year_raises_value_error(self):
try:
datetimes.termweek_to_date(1066, "michaelmas", 1, "mon")
self.fail("1066 should not exist as a year")
except ValueError:
pass
def calculate_date(self, year_num, term_name, week_num):
return datetimes.termweek_to_date(year_num, term_name, week_num,
self.WEEK_START).isoformat()