def time_offset(self, create, extracted, **kwargs):
"""
On initialization of the Factory one can pass following argument:
'set__fieldname=value'
where fieldname is the name of the field to set (e.g. start) and value
is the time offset in hours to set.
To set start 4 hours into the past you would pass the following:
'set__start=-4'
"""
self.creation_date = now() - timedelta(
hours=kwargs.get('creation_date') or 0)
self.start = now() + timedelta(hours=kwargs.get('start') or 0)
if kwargs.get('end') is not None:
self.end = now() + timedelta(hours=kwargs.get('end'))
else:
self.end = now() + timedelta(hours=1)
# note that this defaults to seven, because the default rule is daily
# for one week, so 6 days after the current
if self.rule:
self.end_recurring_period = now() + timedelta(
days=kwargs.get('end_recurring_period') or 6)
else:
self.end_recurring_period = None
if create:
self.save()
def time_offset(self, create, extracted, **kwargs):
"""
On initialization of the Factory one can pass following argument:
'set__fieldname=value'
where fieldname is the name of the field to set (e.g. start) and value
is the time offset in hours to set.
To set start 4 hours into the past you would pass the following:
'set__start=-4'
"""
self.creation_date = now() - timedelta(
hours=kwargs.get('creation_date') or 0)
self.start = now() + timedelta(hours=kwargs.get('start') or 0)
if kwargs.get('end') is not None:
self.end = now() + timedelta(hours=kwargs.get('end'))
else:
self.end = now() + timedelta(hours=1)
# note that this defaults to seven, because the default rule is daily
# for one week, so 6 days after the current
if self.rule:
self.end_recurring_period = now() + timedelta(
days=kwargs.get('end_recurring_period') or 6)
else:
self.end_recurring_period = None
if create:
self.save()
class EventFactoryMixin(factory.DjangoModelFactory):
"""Mixin for the event models."""
start = now()
end = now() + timedelta(hours=1)
title = factory.Sequence(lambda n: 'title{0}'.format(n))
description = factory.Sequence(lambda n: 'description{0}'.format(n))
creation_date = now()
def setUp(self):
self.rule = RuleFactory(name='daily')
self.start = now() - timedelta(days=1)
self.end = now() + timedelta(days=5)
self.event = EventFactory(rule=self.rule,
end_recurring_period=now() +
timedelta(days=2))
def test_get_occurrences(self):
occurrence_gen = self.event.get_occurrences(
now(), now() + timedelta(days=7))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 7, msg=(
'Method ``get_occurrences`` did not output the correct amount'
' of occurrences.'))
occurrence_gen = self.event.get_occurrences(
now(), now() + timedelta(days=7))
self.assertEqual(occurrence_gen.next().title, 'foo_occurrence', msg=(
'The persistent occurrence should have been first in the list.'))
def test_get_occurrences(self):
occurrence_gen = self.event.get_occurrences(
now(), now() + timedelta(days=7))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 7, msg=(
'Method ``get_occurrences`` did not output the correct amount'
' of occurrences.'))
occurrence_gen = self.event.get_occurrences(
now(), now() + timedelta(days=7))
self.assertEqual(occurrence_gen.next().title, 'foo_occurrence', msg=(
'The persistent occurrence should have been first in the list.'))
def test_get_occurrences(self):
"""Test for the ``get_occurrences`` manager method."""
occurrences = Event.objects.get_occurrences(
now(), now() + timedelta(days=7))
self.assertEqual(len(occurrences), 8, msg=(
'``get_occurrences`` should return the correct amount of'
' occurrences.'))
occurrences = Event.objects.get_occurrences(now(), now())
self.assertEqual(len(occurrences), 2, msg=(
'``get_occurrences`` should return the correct amount of'
' occurrences for one day.'))
def test_get_occurrences(self):
"""Test for the ``get_occurrences`` manager method."""
occurrences = Event.objects.get_occurrences(
now(), now() + timedelta(days=7))
self.assertEqual(len(occurrences), 8, msg=(
'``get_occurrences`` should return the correct amount of'
' occurrences.'))
occurrences = Event.objects.get_occurrences(now(), now())
self.assertEqual(len(occurrences), 2, msg=(
'``get_occurrences`` should return the correct amount of'
' occurrences for one day.'))
def test_get_occurrence_gen(self):
"""Test for the ``_get_occurrence_gen`` method"""
occurrence_gen = self.event._get_occurrence_gen(
now(), now() + timedelta(days=8))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 7, msg=(
'The method ``_get_occurrence_list`` did not return the expected'
' amount of items.'))
occurrence_gen = self.not_found_event._get_occurrence_gen(
now(), now() + timedelta(days=8))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 0, msg=(
'The method ``_get_occurrence_list`` did not return the expected'
' amount of items.'))
def test_get_occurrence_gen(self):
"""Test for the ``_get_occurrence_gen`` method"""
occurrence_gen = self.event._get_occurrence_gen(
now(), now() + timedelta(days=8))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 7, msg=(
'The method ``_get_occurrence_list`` did not return the expected'
' amount of items.'))
occurrence_gen = self.not_found_event._get_occurrence_gen(
now(), now() + timedelta(days=8))
occ_list = [occ for occ in occurrence_gen]
self.assertEqual(len(occ_list), 0, msg=(
'The method ``_get_occurrence_list`` did not return the expected'
' amount of items.'))
def test_create_occurrence(self):
"""Test for ``_create_occurrence`` method."""
occurrence = self.event._create_occurrence(now())
self.assertEqual(
type(occurrence),
Occurrence,
msg=('Method ``_create_occurrence`` did not output the right type.'
))
def time_offset(self, create, extracted, **kwargs):
"""
On initialization of the Factory one can pass following argument:
'set__fieldname=value'
where fieldname is the name of the field to set (e.g. start) and value
is the time offset in hours to set.
To set start 4 hours into the past you would pass the following:
'set__start=-4'
"""
self.creation_date = now() + timedelta(
hours=kwargs.get('creation_date') or 0)
self.start = now() + timedelta(hours=kwargs.get('start') or 0)
self.end = now() + timedelta(hours=kwargs.get('end') or 0)
self.original_start = now() + timedelta(
hours=kwargs.get('original_start') or 0)
if kwargs.get('original_end') is not None:
self.original_end = now() + timedelta(
hours=kwargs.get('original_end'))
else:
self.original_end = now() + timedelta(hours=1)
if create:
self.save()
def time_offset(self, create, extracted, **kwargs):
"""
On initialization of the Factory one can pass following argument:
'set__fieldname=value'
where fieldname is the name of the field to set (e.g. start) and value
is the time offset in hours to set.
To set start 4 hours into the past you would pass the following:
'set__start=-4'
"""
self.creation_date = now() + timedelta(
hours=kwargs.get('creation_date') or 0)
self.start = now() + timedelta(
hours=kwargs.get('start') or 0)
self.end = now() + timedelta(
hours=kwargs.get('end') or 0)
self.original_start = now() + timedelta(
hours=kwargs.get('original_start') or 0)
if kwargs.get('original_end') is not None:
self.original_end = now() + timedelta(hours=kwargs.get(
'original_end'))
else:
self.original_end = now() + timedelta(hours=1)
if create:
self.save()
class OccurrenceFactory(EventFactoryMixin):
"""Factory for the ``Occurrence`` model."""
event = factory.SubFactory(EventFactory)
original_start = now()
original_end = now() + timedelta(days=1)
cancelled = False
class Meta:
model = Occurrence
@factory.post_generation
def set(self, create, extracted, **kwargs):
"""
On initialization of the Factory one can pass following argument:
'set__fieldname=value'
where fieldname is the name of the field to set (e.g. start) and value
is the time offset in hours to set.
To set start 4 hours into the past you would pass the following:
'set__start=-4'
"""
self.creation_date = now() + timedelta(
hours=kwargs.get('creation_date') or 0)
self.start = now() + timedelta(hours=kwargs.get('start') or 0)
self.end = now() + timedelta(hours=kwargs.get('end') or 0)
self.original_start = now() + timedelta(
hours=kwargs.get('original_start') or 0)
if kwargs.get('original_end') is not None:
self.original_end = now() + timedelta(
hours=kwargs.get('original_end'))
else:
self.original_end = now() + timedelta(hours=1)
if create:
self.save()
def setUp(self):
# single, not recurring event
self.event = EventFactory(rule=None, end_recurring_period=None)
self.event_occurrence = self.event.get_occurrences(
self.event.start).next()
# recurring event weekly on mondays over 6 weeks
self.rule = RuleFactory(
name='weekly', frequency=FREQUENCIES['WEEKLY'],
params=json.dumps({'byweekday': 0}))
self.rec_event = EventFactory(
rule=self.rule, start=now(),
set__end_recurring_period=41)
self.rec_occurrence_list = [
occ for occ in self.rec_event.get_occurrences(
self.rec_event.start, self.rec_event.end_recurring_period)]
self.rec_occurrence = self.rec_occurrence_list[2]
def setUp(self):
# single, not recurring event
self.event = EventFactory(rule=None, end_recurring_period=None)
self.event_occurrence = next(self.event.get_occurrences(
self.event.start))
# recurring event weekly on mondays over 6 weeks
self.rule = RuleFactory(
name='weekly', frequency=FREQUENCIES['WEEKLY'],
params=json.dumps({'byweekday': 0}))
self.rec_event = EventFactory(
rule=self.rule, start=now(),
set__end_recurring_period=41,
created_by=mixer.blend('auth.User'),
)
self.rec_occurrence_list = [
occ for occ in self.rec_event.get_occurrences(
self.rec_event.start, self.rec_event.end_recurring_period)]
self.rec_occurrence = self.rec_occurrence_list[1]
def test_deletion(self):
self.is_callable(method='post')
self.is_callable(kwargs={
'pk': self.event.pk,
'year': self.event.start.date().year,
'month': self.event.start.date().month,
'day': self.event.start.date().day + 1,
},
message=('Should be callable, if date in period.'))
self.is_not_callable(kwargs={
'pk': 5,
'year': self.event.start.date().year,
'month': self.event.start.date().month,
'day': self.event.start.date().day,
},
message=('Wrong event pk.'))
self.is_not_callable(kwargs={
'pk': self.event.pk,
'year': self.event.start.date().year,
'month': '999',
'day': self.event.start.date().day,
},
message=('Wrong dates.'))
new_rule = RuleFactory(name='weekly', frequency='WEEKLY')
new_event = EventFactory(
rule=new_rule,
end_recurring_period=now() + timedelta(days=200),
set__start=-5,
)
test_date = self.event.start.date() - timedelta(days=5)
self.is_not_callable(kwargs={
'pk': new_event.pk,
'year': test_date.year,
'month': test_date.month,
'day': test_date.day,
},
message=('No occurrence available for this day.'))
def test_deletion(self):
self.is_callable(method='post')
self.is_callable(kwargs={
'pk': self.event.pk,
'year': self.event.start.date().year,
'month': self.event.start.date().month,
'day': self.event.start.date().day + 1,
}, message=('Should be callable, if date in period.'))
self.is_not_callable(kwargs={
'pk': 5,
'year': self.event.start.date().year,
'month': self.event.start.date().month,
'day': self.event.start.date().day,
}, message=('Wrong event pk.'))
self.is_not_callable(kwargs={
'pk': self.event.pk,
'year': self.event.start.date().year,
'month': '999',
'day': self.event.start.date().day,
}, message=('Wrong dates.'))
new_rule = RuleFactory(name='weekly', frequency='WEEKLY')
new_event = EventFactory(
rule=new_rule,
end_recurring_period=now() + timedelta(days=200),
set__start=-5,
)
test_date = self.event.start.date() - timedelta(days=5)
self.is_not_callable(kwargs={
'pk': new_event.pk,
'year': test_date.year,
'month': test_date.month,
'day': test_date.day,
}, message=('No occurrence available for this day.'))
def test_create_occurrence(self):
"""Test for ``_create_occurrence`` method."""
occurrence = self.event._create_occurrence(now())
self.assertEqual(type(occurrence), Occurrence, msg=(
'Method ``_create_occurrence`` did not output the right type.'))
def setUp(self):
self.rule = RuleFactory(name='daily')
self.start = now() - timedelta(days=1)
self.end = now() + timedelta(days=5)
self.event = EventFactory(
rule=self.rule, end_recurring_period=now() + timedelta(days=2))
def setUp(self):
self.year = now().year
# current week number
self.week = now().date().isocalendar()[1]
def setUp(self):
self.year = now().year
self.month = now().month
def setUp(self):
self.year = now().year
# current week number
self.week = now().date().isocalendar()[1]
def setUp(self):
self.year = now().year
self.month = now().month
