def test_api_override_serialization(db, api_client, default_namespace,
recurring_event):
event = recurring_event
override = Event(original_start_time=event.start,
master_event_uid=event.uid,
namespace_id=default_namespace.id,
calendar_id=event.calendar_id)
override.update(event)
override.uid = event.uid + "_" + event.start.strftime("%Y%m%dT%H%M%SZ")
override.master = event
override.master_event_uid = event.uid
override.cancelled = True
db.session.add(override)
db.session.commit()
filter = 'starts_after={}&ends_before={}'.format(
urlsafe(event.start.replace(hours=-1)),
urlsafe(event.start.replace(weeks=+1)))
events = api_client.get_data('/events?' + filter)
# We should have the base event and the override back, but no extras;
# this allows clients to do their own expansion, should they ever desire
# to experience the joy that is RFC 2445 section 4.8.5.4.
assert len(events) == 2
assert events[0].get('object') == 'event'
assert events[0].get('recurrence') is not None
assert events[1].get('object') == 'event'
assert events[1].get('status') == 'cancelled'
def noop_event_update(event, data):
# Check whether the update is actually updating fields.
# We do this by cloning the event, updating the fields and
# comparing them. This is less cumbersome than having to think
# about the multiple values of the `when` field.
e = Event()
e.update(event)
e.namespace = event.namespace
for attr in Event.API_MODIFIABLE_FIELDS:
if attr in data:
setattr(e, attr, data[attr])
e1 = encode(event)
e2 = encode(e)
for attr in Event.API_MODIFIABLE_FIELDS:
# We have to handle participants a bit differently because
# it's a list which can be permuted.
if attr == 'participants':
continue
event_value = e1.get(attr)
e_value = e2.get(attr)
if event_value != e_value:
return False
e_participants = {p['email']: p for p in e.participants}
event_participants = {p['email']: p for p in event.participants}
if len(e_participants.keys()) != len(event_participants.keys()):
return False
for email in e_participants:
if email not in event_participants:
return False
p1 = e_participants[email]
p2 = event_participants[email]
p1_status = p1.get('status')
p2_status = p2.get('status')
if p1_status != p2_status:
return False
p1_comment = p1.get('comment')
p2_comment = p2.get('comment')
if p1_comment != p2_comment:
return False
return True
def noop_event_update(event, data):
# Check whether the update is actually updating fields.
# We do this by cloning the event, updating the fields and
# comparing them. This is less cumbersome than having to think
# about the multiple values of the `when` field.
e = Event()
e.update(event)
e.namespace = event.namespace
for attr in Event.API_MODIFIABLE_FIELDS:
if attr in data:
setattr(e, attr, data[attr])
e1 = encode(event)
e2 = encode(e)
for attr in Event.API_MODIFIABLE_FIELDS:
# We have to handle participants a bit differently because
# it's a list which can be permuted.
if attr == 'participants':
continue
event_value = e1.get(attr)
e_value = e2.get(attr)
if event_value != e_value:
return False
e_participants = {p['email']: p for p in e.participants}
event_participants = {p['email']: p for p in event.participants}
if len(e_participants.keys()) != len(event_participants.keys()):
return False
for email in e_participants:
if email not in event_participants:
return False
p1 = e_participants[email]
p2 = event_participants[email]
p1_status = p1.get('status')
p2_status = p2.get('status')
if p1_status != p2_status:
return False
p1_comment = p1.get('comment')
p2_comment = p2.get('comment')
if p1_comment != p2_comment:
return False
return True
def noop_event_update(event, data):
# Check whether the update is actually updating fields.
# We do this by cloning the event, updating the fields and
# comparing them. This is less cumbersome than having to think
# about the multiple values of the `when` field.
e = Event()
e.update(event)
for attr in ['title', 'description', 'location', 'when', 'participants']:
if attr in data:
setattr(e, attr, data[attr])
for attr in ['title', 'description', 'location']:
event_value = getattr(event, attr)
e_value = getattr(e, attr)
if event_value != e_value:
return False
for attr in ['start', 'end']:
# This code can get datetimes and Arrow datetimes
# so we convert everything to Arrow datetimes.
event_value = arrow.get(getattr(event, attr))
e_value = arrow.get(getattr(e, attr))
if event_value != e_value:
return False
e_participants = {p['email']: p for p in e.participants}
event_participants = {p['email']: p for p in event.participants}
if len(e_participants.keys()) != len(event_participants.keys()):
return False
for email in e_participants:
if email not in event_participants:
return False
p1 = e_participants[email]
p2 = event_participants[email]
p1_status = p1.get('status')
p2_status = p2.get('status')
if p1_status != p2_status:
return False
p1_comment = p1.get('comment')
p2_comment = p2.get('comment')
if p1_comment != p2_comment:
return False
return True
def noop_event_update(event, data):
# Check whether the update is actually updating fields.
# We do this by cloning the event, updating the fields and
# comparing them. This is less cumbersome than having to think
# about the multiple values of the `when` field.
e = Event()
e.update(event)
for attr in ['title', 'description', 'location', 'when', 'participants']:
if attr in data:
setattr(e, attr, data[attr])
for attr in ['title', 'description', 'location']:
event_value = getattr(event, attr)
e_value = getattr(e, attr)
if event_value != e_value:
return False
for attr in ['start', 'end']:
# This code can get datetimes and Arrow datetimes
# so we convert everything to Arrow datetimes.
event_value = arrow.get(getattr(event, attr))
e_value = arrow.get(getattr(e, attr))
if event_value != e_value:
return False
e_participants = {p['email']: p for p in e.participants}
event_participants = {p['email']: p for p in event.participants}
if len(e_participants.keys()) != len(event_participants.keys()):
return False
for email in e_participants:
if email not in event_participants:
return False
p1 = e_participants[email]
p2 = event_participants[email]
p1_status = p1.get('status')
p2_status = p2.get('status')
if p1_status != p2_status:
return False
p1_comment = p1.get('comment')
p2_comment = p2.get('comment')
if p1_comment != p2_comment:
return False
return True
