def test_create_event_message(self):
services = ['facebook', 'twitter', 'instagram', 'foursquare', 'linkedin']
tim_author_id = 1234
service_user_id = 'service_user_id'
service_event_id = '987654321'
service_link_name = 'instagram'
service_link_event_id = '543216789'
json_dict = {'key': 'value'}
for service in services:
message = messages.create_event_message(
service,
tim_author_id,
messages.CURRENT_STATE,
service_user_id,
service_event_id,
json_dict,
[messages.create_event_link(service_link_name, service_link_event_id)])
self.assertEqual(message['header']['type'], service + '.event')
self.assertEqual(message['message']['tim_author_id'], tim_author_id)
self.assertEqual(message['message']['state'], messages.CURRENT_STATE)
self.assertEqual(message['message']['service_author_id'], service_user_id)
self.assertEqual(message['message']['service_event_id'], service_event_id)
self.assertEqual(message['message']['service_event_json'], json_dict)
self.assertEqual(message['message']['links'][0]['service_id'], service_link_name)
self.assertEqual(message['message']['links'][0]['service_event_id'], service_link_event_id)
def fetch(self, service_id, service_author_id, service_event_id, callback):
asm = self.get_author_service_map(service_author_id)
if asm.access_token:
access_token = asm.access_token
else:
access_token = self.oauth_config['user1_access_token']
args = {'access_token': access_token}
# fetch latest version of event
url = '{0}{1}{2}?{3}'.format(self.oauth_config['endpoint'],
self.MEDIA_INFO,
service_event_id,
urllib.urlencode(args))
raw_obj = json_serializer.load(urllib2.urlopen(url))
post = raw_obj['data']
interpreter = InstagramEventInterpreter(post, asm, self.oauth_config)
# TODO - unclear if/why the link meta data should be included -- included here because
# relationships are not being properly maintained
callback(create_instagram_event(
asm.author_id,
CURRENT_STATE,
service_author_id,
interpreter.get_id(),
post,
[create_event_link(data_access.service.name_to_id('instagram'),
'_{0}@{1}'.format(self.service_name, asm.author_id))]))
def fetch(self, service_author_id, callback):
super(FacebookEventCollector, self).fetch(service_author_id, callback)
state = self.fetch_begin(service_author_id)
self.fetch_log_info(state)
asm = state['asm']
args = {'access_token': asm.access_token}
# get only events since last update or past year depending on if this
# is the first collection of not
if asm.most_recent_event_timestamp:
since = calendar.timegm((asm.most_recent_event_timestamp -
self.MOST_RECENT_OVERLAP).utctimetuple())
else:
since = calendar.timegm((datetime.utcnow() -
self.NEW_LOOKBACK_WINDOW).utctimetuple())
args['since'] = since
# fetch all new posts
posts_url = unicode('{0}{1}?{2}').format(self.oauth_config['endpoint'],
self.FEED_COLLECTION,
urllib.urlencode(args))
total_accepted = 0
while posts_url and total_accepted < self.MAX_EVENTS:
logging.debug('requesting: "%s"', posts_url)
posts_obj = json_serializer.load(urllib2.urlopen(posts_url))
# process the item
# TODO loop termination on various constraints is not exact
# for element in the feed
for post in posts_obj['data']:
# currently only interested in 'status' posts from the user
if post['from']['id'] == service_author_id:
post_type = post.get('type', None)
# if this is a status update and there is an action or the
# user is tagged in the story keep it
# TODO: check for user in story_tags is experimental
if post_type == 'status':
tagged = False
if 'story_tags' in post:
for story_tag in post['story_tags'].itervalues():
for entity in story_tag:
if int(entity['id']) == int(service_author_id):
tagged = True
break
if tagged:
break
if not post.get('actions') and not tagged:
continue
# skip photo and checkin posts. they will get picked-up by their respective
# processing below
if post_type == 'photo' or post_type == 'checkin':
continue
interpreter = FacebookEventInterpreter(post, asm, self.oauth_config)
if self.screen_event(interpreter, state):
total_accepted = total_accepted + 1
callback(create_facebook_event(asm.author_id, CURRENT_STATE, service_author_id, interpreter.get_id(), post))
# setup for the next page (if any). Check that we're not looping ?? do we even need to check ??
next_url = posts_obj['paging']['next'] if 'paging' in posts_obj and 'next' in posts_obj['paging'] else None
posts_url = next_url if next_url and next_url != posts_url else None
# while posts
# collect photos for all time if this is the first update; otherwise
# only collect photos since the last update. Setting since to None
# and remove the 'since' property from the query args will collect
# all photos
if not asm.most_recent_event_timestamp:
since = None
del args['since']
albums_url = unicode('{0}{1}?{2}').format(self.oauth_config['endpoint'],
self.ALBUMS_COLLECTION,
urllib.urlencode({'access_token': asm.access_token}))
while albums_url:
albums_obj = json_serializer.load(urllib2.urlopen(albums_url))
for album in albums_obj.get('data', []):
# skip photos posted to friend's walls
if album['type'] == 'friends_walls':
continue
created_time = calendar.timegm(datetime.strptime(album['created_time'], "%Y-%m-%dT%H:%M:%S+0000").utctimetuple())
updated_time = calendar.timegm(datetime.strptime(album['updated_time'], "%Y-%m-%dT%H:%M:%S+0000").utctimetuple())
if since == None or created_time >= since or updated_time >= since:
# set the type to 'album so it will match what you get when it's directly
# queried; also makes it easier for the event process to identify it
album['type'] = 'album'
interpreter = FacebookEventInterpreter(post, asm, self.oauth_config)
# send event message
callback(create_facebook_event(asm.author_id, CURRENT_STATE, service_author_id, interpreter.get_id(), album))
# if
album_id = album['id']
# check for any new photos in the album
photos_url = unicode('{0}{1}{2}?{3}').format(self.oauth_config['endpoint'],
album_id,
self.PHOTOS_COLLECTION,
urllib.urlencode(args))
while photos_url:
photos_obj = json_serializer.load(urllib2.urlopen(photos_url))
for photo in photos_obj.get('data', []):
photo['type'] = 'photo'
interpreter = FacebookEventInterpreter(post, asm, self.oauth_config)
# event message
callback(create_facebook_event(
asm.author_id,
CURRENT_STATE,
service_author_id,
interpreter.get_id(),
photo,
[create_event_link(data_access.service.name_to_id('facebook'), album_id)]))
# setup for the next page (if any). Check that we're not looping ?? do we even need to check ??
next_url = photos_obj['paging']['next'] if 'paging' in photos_obj and 'next' in photos_obj['paging'] else None
photos_url = next_url if next_url and next_url != photos_url else None
# while photos
# setup for the next page (if any). Check that we're not looping ?? do we even need to check ??
next_url = albums_obj['paging']['next'] if 'paging' in albums_obj and 'next' in albums_obj['paging'] else None
albums_url = next_url if next_url and next_url != albums_url else None
# while albums
# fetch all new checkins
checkins_url = unicode('{0}{1}?{2}').format(self.oauth_config['endpoint'],
self.CHECKIN_COLLECTION,
urllib.urlencode(args))
total_accepted = 0
while checkins_url and total_accepted < self.MAX_EVENTS:
checkins_obj = json_serializer.load(urllib2.urlopen(checkins_url))
# process the item
# TODO loop termination on various constraints is not exact
# for element in the feed
for checkin_obj in checkins_obj['data']:
# filter checkins not directly from this user
if checkin_obj['from']['id'] == service_author_id:
# set the type to checkin. When querying for checkins the
# type property is missing
checkin_obj['type'] = 'checkin'
interpreter = FacebookEventInterpreter(post, asm, self.oauth_config)
if self.screen_event(interpreter, state):
total_accepted = total_accepted + 1
callback(create_facebook_event(asm.author_id, CURRENT_STATE, service_author_id, interpreter.get_id(), post))
# setup for the next page (if any). Check that we're not looping ?? do we even need to check ??
next_url = checkins_obj['paging']['next'] if 'paging' in checkins_obj and 'next' in checkins_obj['paging'] else None
checkins_url = next_url if next_url and next_url != posts_url else None
# while checkins
# terminate the fetch
self.fetch_end(state)
def fetch(self, service_author_id, callback):
super(InstagramEventCollector, self).fetch(service_author_id, callback)
state = self.fetch_begin(service_author_id)
self.fetch_log_info(state)
asm = state["asm"]
if asm.access_token:
access_token = asm.access_token
user_media = self.USER_MEDIA.format("self")
else:
access_token = self.oauth_config["user1_access_token"]
user_media = self.USER_MEDIA.format(asm.service_author_id)
args = {"access_token": access_token, "count": self.PAGE_SIZE}
# get only events since last update or past year depending on if this
# is the first collection of not
if asm.most_recent_event_timestamp:
min_timestamp = calendar.timegm((asm.most_recent_event_timestamp - self.MOST_RECENT_OVERLAP).utctimetuple())
else:
min_timestamp = calendar.timegm((datetime.utcnow() - self.NEW_LOOKBACK_WINDOW).utctimetuple())
args["min_timestamp"] = min_timestamp
# setup the url for fetching a page of posts
url = "{0}{1}?{2}".format(self.oauth_config["endpoint"], user_media, urllib.urlencode(args))
total_accepted = 0
while url and total_accepted < self.MAX_EVENTS:
raw_obj = json_serializer.load(urllib2.urlopen(url))
# for element in the feed
for post in raw_obj.get("data", []):
interpreter = InstagramEventInterpreter(post, asm, self.oauth_config)
if self.screen_event(interpreter, state):
total_accepted = total_accepted + 1
callback(
create_instagram_event(
asm.author_id,
CURRENT_STATE,
service_author_id,
interpreter.get_id(),
post,
[
create_event_link(
data_access.service.name_to_id("instagram"),
"_{0}@{1}".format(self.service_name, asm.author_id),
)
],
)
)
# if
# for
# setup for the next page (if any)
url = (
raw_obj["pagination"]["next_url"]
if "pagination" in raw_obj and "next_url" in raw_obj["pagination"]
else None
)
# terminate the fetch
self.fetch_end(state)