def test_new_event_simple(self):
from swingtime.forms import EventForm, MultipleOccurrenceForm
data = dict(
title='QWERTY',
event_type='1',
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
holidays='skip',
year_month_ordinal='1',
month_option='each',
repeats='count',
freq='2',
occurences='2',
month_ordinal='1',
request={'user': '******'},
)
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
self.assertTrue(evt_form.is_valid(), evt_form.errors.as_text())
self.assertTrue(occ_form.is_valid(), occ_form.errors.as_text())
self.assertEqual(occ_form.cleaned_data['start_time'],
datetime(2008, 12, 11, 8),
'Bad start_time: %s' % pformat(occ_form.cleaned_data))
def test_new_event_simple(self):
data = dict(title='QWERTY',
event_type='1',
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
year_month_ordinal='1',
month_option='each',
count=2,
repeats='count',
freq='2',
month_ordinal='1')
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
self.assertTrue(evt_form.is_valid(), evt_form.errors.as_text())
self.assertTrue(occ_form.is_valid(), occ_form.errors.as_text())
evt = occ_form.save(evt_form.save())
self.assertEqual(evt.occurrence_set.count(), 2)
self.assertEqual(
occ_form.cleaned_data['start_time'], datetime(2008, 12, 11, 8),
'Bad start_time: {0}'.format(pformat(occ_form.cleaned_data)))
def test_freq(self):
et = EventType.objects.get(pk=1)
e = Event.objects.create(title='FIRE BAD!',
description='***',
event_type=et)
dtstart = datetime(2015, 2, 12)
data = dict(day=dtstart.date(),
freq=rrule.MONTHLY,
month_option='on',
month_ordinal=1,
month_ordinal_day=5,
repeats='until',
start_time_delta='28800',
end_time_delta='29700',
until=datetime(2015, 6, 10))
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
self.assertTrue(mof.is_valid(), mof.errors.as_text())
mof.save(e)
expected = [
date(2015, m, d) for m, d in ((3, 6), (4, 3), (5, 1), (6, 5))
]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
self.assertEqual(
expected,
actual, '\nGOT:\n{}\n^\nEXP:\n{}'.format(pformat(actual),
pformat(expected)))
def test_new_event_simple(self, play_type):
data = dict(
title='QWERTY',
event_type=play_type.id,
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
year_month_ordinal='1',
month_option='each',
count=2,
repeats='count',
freq='2',
month_ordinal='1'
)
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
assert True == evt_form.is_valid()
assert '' == evt_form.errors.as_text()
assert True == occ_form.is_valid()
assert '' == occ_form.errors.as_text()
evt = occ_form.save(evt_form.save())
assert evt.occurrence_set.count() == 2
assert occ_form.cleaned_data['start_time'] == datetime(2008, 12, 11, 8)
def test_new_event_simple(self):
data = dict(
title='QWERTY',
event_type='1',
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
year_month_ordinal='1',
month_option='each',
count=2,
repeats='count',
freq='2',
month_ordinal='1'
)
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
self.assertTrue(evt_form.is_valid(), evt_form.errors.as_text())
self.assertTrue(occ_form.is_valid(), occ_form.errors.as_text())
evt = occ_form.save(evt_form.save())
self.assertEqual(evt.occurrence_set.count(), 2)
self.assertEqual(
occ_form.cleaned_data['start_time'],
datetime(2008, 12, 11, 8),
'Bad start_time: {0}'.format(pformat(occ_form.cleaned_data))
)
def test_new_event_simple(self):
from swingtime.forms import EventForm, MultipleOccurrenceForm
data = dict(
title='QWERTY',
event_type='1',
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
holidays='skip',
year_month_ordinal='1',
month_option='each',
repeats='count',
freq='2',
occurences='2',
month_ordinal='1',
request={'user': '******'},
)
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
self.assertTrue(evt_form.is_valid(), evt_form.errors.as_text())
self.assertTrue(occ_form.is_valid(), occ_form.errors.as_text())
self.assertEqual(
occ_form.cleaned_data['start_time'],
datetime(2008, 12, 11, 8),
'Bad start_time: %s' % pformat(occ_form.cleaned_data)
)
def test_new_event_simple(self, play_type):
data = dict(
title='QWERTY',
event_type=play_type.id,
day='2008-12-11',
start_time_delta='28800',
end_time_delta='29700',
year_month_ordinal_day='2',
month_ordinal_day='2',
year_month_ordinal='1',
month_option='each',
count=2,
repeats='count',
freq='2',
month_ordinal='1'
)
evt_form = EventForm(data)
occ_form = MultipleOccurrenceForm(data)
assert True == evt_form.is_valid()
assert '' == evt_form.errors.as_text()
assert True == occ_form.is_valid()
assert '' == occ_form.errors.as_text()
evt = occ_form.save(evt_form.save())
assert evt.occurrence_set.count() == 2
assert occ_form.cleaned_data['start_time'] == datetime(2008, 12, 11, 8)
def test_yearly(self, play_type):
e = Event.objects.create(title='YEARLY',
description='YYYY',
event_type=play_type)
dtstart = datetime(2018, 3, 18)
data = dict(
day=dtstart.date(),
freq=rrule.YEARLY,
year_months=['3'],
repeats='count',
count='3',
month_option='each',
start_time_delta='54000',
end_time_delta='57600',
is_year_month_ordinal='on',
year_month_ordinal='3',
year_month_ordinal_day='7',
)
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
assert True == mof.is_valid()
mof.save(e)
expected = [date(2018, 3, 18), date(2019, 3, 17), date(2020, 3, 15)]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
assert expected == actual
def test_freq(self, play_type):
e = Event.objects.create(title='FIRE BAD!', description='***', event_type=play_type)
dtstart = datetime(2015,2,12)
data = dict(
day=dtstart.date(),
freq=rrule.MONTHLY,
month_option='on',
month_ordinal=1,
month_ordinal_day=5,
repeats='until',
start_time_delta='28800',
end_time_delta='29700',
until=datetime(2015, 6, 10)
)
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
assert True == mof.is_valid()
mof.save(e)
expected = [date(2015,m,d) for m,d in ((3, 6), (4, 3), (5, 1), (6, 5))]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
assert expected == actual
def test_freq(self, play_type):
e = Event.objects.create(title='FIRE BAD!', description='***', event_type=play_type)
dtstart = datetime(2015,2,12)
data = dict(
day=dtstart.date(),
freq=rrule.MONTHLY,
month_option='on',
month_ordinal=1,
month_ordinal_day=5,
repeats='until',
start_time_delta='28800',
end_time_delta='29700',
until=datetime(2015, 6, 10)
)
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
assert True == mof.is_valid()
mof.save(e)
expected = [date(2015,m,d) for m,d in ((3, 6), (4, 3), (5, 1), (6, 5))]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
assert expected == actual
def test_freq(self):
et = EventType.objects.get(pk=1)
e = Event.objects.create(title='FIRE BAD!', description='***', event_type=et)
dtstart = datetime(2015,2,12)
data = dict(
day=dtstart.date(),
freq=rrule.MONTHLY,
month_option='on',
month_ordinal=1,
month_ordinal_day=5,
repeats='until',
start_time_delta='28800',
end_time_delta='29700',
until=datetime(2015, 6, 10)
)
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
self.assertTrue(mof.is_valid(), mof.errors.as_text())
mof.save(e)
expected = [date(2015,m,d) for m,d in ((3, 6), (4, 3), (5, 1), (6, 5))]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
self.assertEqual(expected, actual, '\nGOT:\n{}\n^\nEXP:\n{}'.format(pformat(actual), pformat(expected)))
def test_yearly(self, play_type):
e = Event.objects.create(title='YEARLY', description='YYYY', event_type=play_type)
dtstart = datetime(2018,3,18)
data = dict(
day=dtstart.date(),
freq=rrule.YEARLY,
year_months=['3'],
repeats='count',
count='3',
month_option='each',
start_time_delta='54000',
end_time_delta='57600',
is_year_month_ordinal = 'on',
year_month_ordinal = '3',
year_month_ordinal_day = '7',
)
mof = MultipleOccurrenceForm(data, initial={'dtstart': dtstart})
assert True == mof.is_valid()
mof.save(e)
expected = [date(2018,3,18), date(2019,3,17), date(2020,3,15)]
actual = [o.start_time.date() for o in e.occurrence_set.all()]
assert expected == actual
