def post(self, event_id):
#grab the event from the db
event = Event.get(event_id)
#make sure the event exists
if event is None:
raise HTTPError(404)
#make sure the client is the event's owner
if not event[u'creator'] == self.get_session()[u'username']:
raise HTTPError(403)
#make sure the request has the correct info in the body
body = self.body_dict()
if not body or (not u'users' in body and not u'contacts' in body):
raise HTTPError(400)
if u'users' in body or u'contacts' in body:
users = body.get(u'users')
#friends is a special case
if users == u'friends':
users = self.get_user().friends()
out_of_numbers = event.invite(usernames=users,
contacts=body.get(u'contacts'))
if out_of_numbers is not None:
self.write(json.dumps({'error': 'OUT_OF_NUMBERS',
'contacts': out_of_numbers,
'event_revision': event[u'revision']}))
self.set_status(409)
def test_get_none(self):
"""
Tests boundary condition when a Event does not exists in the DB
:return:
"""
_e = Event.get('dne', db)
self.assertEqual(_e, None)
def get(self, event_id):
event = Event.get({u'id': event_id})
if not event: raise HTTPError(404)
if not event.user_can_access(self.get_user()):
raise HTTPError(401)
self.output({u'attendants': Attendant.find({u'event':
event_id}).serializable(name=True)})
def test_get(self):
"""
Creates, saves a test Event data. Then fetches it from DB and asserts
that both should be key-value pairwise exactly the same
:return:
"""
e = self.create_event()
key = e.save(db)
_e = Event.get(key, db)
self.assertEqual(e.to_dict(), _e.to_dict())
def send(self, user, client_id, message):
from api.events.models import Event
if message[u'type'] not in (u'invite', u'comment'):
return False
smsee = SMSRegister.get({u'event': message[u'event_id'],
u'contact_number': client_id})
if smsee is None: return False
event = Event.get(message[u'event_id'])
if event is None: return False
account = twilio.Account(settings.TWILIO_ACCOUNT_SID,
settings.TWILIO_AUTH_TOKEN)
texts = list()
if message[u'type'] == u'invite':
tz = smsee[u'tz'] or 'America/Toronto'
t2 = ('%s shared a plan with you on '
'Connectsy. ' % event[u'creator'])
if event[u'where'] is not None:
t2 += 'Where: %s' % event[u'where']
if event[u'when'] is not None and event[u'when'] != 0:
t2 += ", "
else:
t2 += ". "
if event[u'when'] is not None and event[u'when'] != 0:
t2 += 'When: %s. ' % format_date(event[u'when'], tz=tz)
t2 += 'Reply to send a comment, include #in to join.'
texts.append(t2)
texts.append('What\'s the plan: %(what)s' %
{'username': event[u'creator'],
'what': event[u'what']})
elif message[u'type'] == u'comment':
texts.append('%(commenter)s commented: %(comment)s' % message)
if len(texts[-1]) > 160:
texts[-1] = texts[-1][:157]+"..."
try:
for text in texts:
account.request(SMS_OUTPUT_URL, 'POST', {
'To': smsee[u'contact_number'],
'Body': text,
'From': smsee[u'twilio_number'],
})
return True
except HTTPError, e:
print e.read()
return False
def delete(self, revision):
'''
Deletes an event, if the current user it that event's owner.
TODO - remove associated attendance
'''
event = Event.get({u'revision': revision})
if event is None:
raise HTTPError(404)
if event[u'creator'] != self.get_user()[u'username']:
raise HTTPError(403)
db.objects.event.remove(event[u'id'], safe=True)
self.finish()
def test_save(self):
"""
Saves the test image in the database and checks if the process is
successful by comparing the dictionaries
:return:
"""
e = self.create_event()
incident_id = e.save(db)
i = create_image(uuid='image uuid', name='image.png')
i.save(incident_id, db)
e.images.append(i.to_dict())
_e = Event.get(incident_id, db)
self.assertEqual(e.to_dict(), _e.to_dict())
def get(self, revision):
'''
TODO - enforce user restrictions
'''
#grab the event from the database
event = Event.get({u'revision': revision})
if event is None: raise HTTPError(404)
if not event.user_can_access(self.get_user()):
raise HTTPError(401)
response = {'event': event.serializable()}
#give the user the attendance info if they asked for it
if self.request.arguments.get('attendants'):
response['attendants'] = Attendant.find({u'event':
event[u'id']}).serializable(name=True)
self.output(response)
def post(self, event_id):
'''
Updates an invitee's attendance
'''
body = self.body_dict()
username = self.get_session()[u'username']
user = User.get({u'username': username})
#make sure the event exists
event = Event.get(event_id)
if not event: raise HTTPError(404)
#try to grab the user's existing attendance status
att = Attendant.get({u'event': event[u'id'],
u'user': user[u'id']})
#if the user isn't invited, we need to error out if broadcast is off
if att is None:
if event[u'broadcast']:
att = Attendant(user=user[u'id'], event=event[u'id'])
else:
raise HTTPError(403)
# create a list of acceptable statuses
valid_statuses = [v for k, v in status.__dict__.iteritems() if k[0] != '_']
#make sure status is present and a correct value
if body.get(u'status') not in valid_statuses:
raise HTTPError(400)
notify = (att[u'status'] == status.INVITED
and body[u'status'] == status.ATTENDING)
att[u'status'] = body[u'status']
att.save()
if notify:
#Send out the attendant notifications
for uname in Attendant.to_notify(event, skip=[username]):
notifications.send(uname, {u'type': 'attendant',
u'event_revision': event[u'revision'],
u'event_id': event[u'id'],
u'attendant': username})
def post(self, event_id):
#make sure the event exists
event = Event.get(event_id)
if not event: raise HTTPError(404)
#grab the data
body = self.body_dict()
#comment body is required, and must have content
if not u'comment' in body or len(body[u'comment']) == 0:
raise HTTPError(400)
#nonce is optional
if u'nonce' in body:
#if another comment exists with this nonce, it's a double-post
if Comment.get({u'nonce': body[u'nonce'],
u'event': event[u'id'],
u'user': self.get_session()[u'username']}):
raise HTTPError(409)
commenter = self.get_session()[u'username']
#create the comment
Comment(**{
u'comment': body[u'comment'],
u'event': event[u'id'],
u'username': commenter,
}).save()
#Send out the comment notifications
usernames = Attendant.to_notify(event, skip=[commenter])
for username in usernames:
notifications.send(username, {u'type': 'comment',
u'event_revision': event[u'revision'],
u'event_id': event[u'id'],
u'comment': body[u'comment'],
u'commenter': commenter})
def get(self, event_id):
'''
Gets all comments for a given event.
'''
#make sure the event exists
if not Event.get(event_id): raise HTTPError(404)
#show them comments!
comments = Comment.find({u'event': event_id})
comments.sort(u'timestamp', pymongo.ASCENDING)
ret_coms = []
for c in comments:
user = User.get(c[u'user'])
ret = c.__data__
ret[u'username'] = user.__data__.get(u'username', None)
if ret[u'username'] is None:
del ret[u'username']
ret[u'display_name'] = user.__data__.get(u'display_name', None)
if ret[u'display_name'] is None:
del ret[u'display_name']
ret_coms.append(ret)
self.output({u'comments': ret_coms})