def test_changeEventAttendeePreconditionFailed(self):
"""
If the attempt to accept an invitation fails because of an
unmet precondition (412), the event is re-retrieved and the
PUT is re-issued with the new data.
"""
clock = Clock()
userNumber = 2
client = StubClient(userNumber, self.mktemp())
randomDelay = 3
calendarURL = '/some/calendar/'
calendar = Calendar(caldavxml.calendar, set(('VEVENT', )), u'calendar',
calendarURL, None)
client._calendars[calendarURL] = calendar
vevent = Component.fromString(INVITED_EVENT)
event = Event(client.serializeLocation(), calendarURL + u'1234.ics',
None, vevent)
client._setEvent(event.url, event)
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(
acceptDelayDistribution=Deterministic(randomDelay))
client.rescheduled.add(event.url)
accepter.eventChanged(event.url)
clock.advance(randomDelay)
def test_changeEventAttendeePreconditionFailed(self):
"""
If the attempt to accept an invitation fails because of an
unmet precondition (412), the event is re-retrieved and the
PUT is re-issued with the new data.
"""
clock = Clock()
userNumber = 2
client = StubClient(userNumber, self.mktemp())
randomDelay = 3
calendarURL = '/some/calendar/'
calendar = Calendar(
caldavxml.calendar, set(('VEVENT',)), u'calendar', calendarURL, None)
client._calendars[calendarURL] = calendar
vevent = Component.fromString(INVITED_EVENT)
event = Event(client.serializeLocation(), calendarURL + u'1234.ics', None, vevent)
client._setEvent(event.url, event)
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(acceptDelayDistribution=Deterministic(randomDelay))
client.rescheduled.add(event.url)
accepter.eventChanged(event.url)
clock.advance(randomDelay)
def test_acceptInvitation(self):
"""
If the client is an attendee on an event and the PARTSTAT is
NEEDS-ACTION, a response is generated which accepts the
invitation and the corresponding event in the
I{schedule-inbox} is deleted.
"""
clock = Clock()
randomDelay = 7
vevent = Component.fromString(INVITED_EVENT)
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
userNumber = int(attendees[1].parameterValue('CN').split(None, 1)[1])
client = StubClient(userNumber, self.mktemp())
calendarURL = '/some/calendar/'
calendar = Calendar(caldavxml.calendar, set(('VEVENT', )), u'calendar',
calendarURL, None)
client._calendars[calendarURL] = calendar
inboxURL = '/some/inbox/'
inbox = Calendar(caldavxml.schedule_inbox, set(), u'the inbox',
inboxURL, None)
client._calendars[inboxURL] = inbox
event = Event(client.serializeLocation(), calendarURL + u'1234.ics',
None, vevent)
client._setEvent(event.url, event)
inboxEvent = Event(client.serializeLocation(), inboxURL + u'4321.ics',
None, vevent)
client._setEvent(inboxEvent.url, inboxEvent)
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(
acceptDelayDistribution=Deterministic(randomDelay))
accepter.eventChanged(event.url)
clock.advance(randomDelay)
vevent = client._events[event.url].component
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
self.assertEquals(len(attendees), 2)
self.assertEquals(attendees[1].parameterValue('CN'),
'User %02d' % (userNumber, ))
self.assertEquals(attendees[1].parameterValue('PARTSTAT'), 'ACCEPTED')
self.assertFalse(attendees[1].hasParameter('RSVP'))
self.assertNotIn(inboxEvent.url, client._events)
self.assertNotIn('4321.ics', inbox.events)
def test_acceptInvitation(self):
"""
If the client is an attendee on an event and the PARTSTAT is
NEEDS-ACTION, a response is generated which accepts the
invitation and the corresponding event in the
I{schedule-inbox} is deleted.
"""
clock = Clock()
randomDelay = 7
vevent = Component.fromString(INVITED_EVENT)
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
userNumber = int(attendees[1].parameterValue('CN').split(None, 1)[1])
client = StubClient(userNumber, self.mktemp())
calendarURL = '/some/calendar/'
calendar = Calendar(
caldavxml.calendar, set(('VEVENT',)), u'calendar', calendarURL, None)
client._calendars[calendarURL] = calendar
inboxURL = '/some/inbox/'
inbox = Calendar(
caldavxml.schedule_inbox, set(), u'the inbox', inboxURL, None)
client._calendars[inboxURL] = inbox
event = Event(client.serializeLocation(), calendarURL + u'1234.ics', None, vevent)
client._setEvent(event.url, event)
inboxEvent = Event(client.serializeLocation(), inboxURL + u'4321.ics', None, vevent)
client._setEvent(inboxEvent.url, inboxEvent)
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(acceptDelayDistribution=Deterministic(randomDelay))
accepter.eventChanged(event.url)
clock.advance(randomDelay)
vevent = client._events[event.url].component
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
self.assertEquals(len(attendees), 2)
self.assertEquals(
attendees[1].parameterValue('CN'), 'User %02d' % (userNumber,))
self.assertEquals(
attendees[1].parameterValue('PARTSTAT'), 'ACCEPTED')
self.assertFalse(attendees[1].hasParameter('RSVP'))
self.assertNotIn(inboxEvent.url, client._events)
self.assertNotIn('4321.ics', inbox.events)
def test_reacceptInvitation(self):
"""
If a client accepts an invitation on an event and then is
later re-invited to the same event, the invitation is again
accepted.
"""
clock = Clock()
randomDelay = 7
vevent = Component.fromString(INVITED_EVENT)
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
userNumber = int(attendees[1].parameterValue('CN').split(None, 1)[1])
calendarURL = '/some/calendar/'
calendar = Calendar(caldavxml.calendar, set(('VEVENT', )), u'calendar',
calendarURL, None)
client = StubClient(userNumber, self.mktemp())
client._calendars[calendarURL] = calendar
event = Event(client.serializeLocation(), calendarURL + u'1234.ics',
None, vevent)
client._events[event.url] = event
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(
acceptDelayDistribution=Deterministic(randomDelay))
accepter.eventChanged(event.url)
clock.advance(randomDelay)
# Now re-set the event so it has to be accepted again
event.component = Component.fromString(INVITED_EVENT)
# And now re-deliver it
accepter.eventChanged(event.url)
clock.advance(randomDelay)
# And ensure that it was accepted again
vevent = client._events[event.url].component
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
self.assertEquals(len(attendees), 2)
self.assertEquals(attendees[1].parameterValue('CN'),
'User %02d' % (userNumber, ))
self.assertEquals(attendees[1].parameterValue('PARTSTAT'), 'ACCEPTED')
self.assertFalse(attendees[1].hasParameter('RSVP'))
def test_reacceptInvitation(self):
"""
If a client accepts an invitation on an event and then is
later re-invited to the same event, the invitation is again
accepted.
"""
clock = Clock()
randomDelay = 7
vevent = Component.fromString(INVITED_EVENT)
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
userNumber = int(attendees[1].parameterValue('CN').split(None, 1)[1])
calendarURL = '/some/calendar/'
calendar = Calendar(
caldavxml.calendar, set(('VEVENT',)), u'calendar', calendarURL, None)
client = StubClient(userNumber, self.mktemp())
client._calendars[calendarURL] = calendar
event = Event(client.serializeLocation(), calendarURL + u'1234.ics', None, vevent)
client._events[event.url] = event
accepter = Accepter(clock, self.sim, client, userNumber)
accepter.setParameters(acceptDelayDistribution=Deterministic(randomDelay))
accepter.eventChanged(event.url)
clock.advance(randomDelay)
# Now re-set the event so it has to be accepted again
event.component = Component.fromString(INVITED_EVENT)
# And now re-deliver it
accepter.eventChanged(event.url)
clock.advance(randomDelay)
# And ensure that it was accepted again
vevent = client._events[event.url].component
attendees = tuple(vevent.mainComponent().properties('ATTENDEE'))
self.assertEquals(len(attendees), 2)
self.assertEquals(
attendees[1].parameterValue('CN'), 'User %02d' % (userNumber,))
self.assertEquals(
attendees[1].parameterValue('PARTSTAT'), 'ACCEPTED')
self.assertFalse(attendees[1].hasParameter('RSVP'))
