def __init__(self, data, twitterSession, fromCache=False):
Timestamped.__init__(self)
Hashable.__init__(self)
if twitterSession is not None:
assert isinstance(twitterSession, TwitterSession)
self.data = Tree.make(data)
if not fromCache:
self.data.applyFunctionInTree(reverse_list, ['coordinates', 'coordinates']) # for use with leaflet.
self.isDataNew = not fromCache
twitterPlaceData = self.data.getFromTree(['place'])
if twitterPlaceData is not None:
self.twitter_place = Place(twitterPlaceData)
else:
self.twitter_place = None
userJson = self.data.getFromTree(['user'])
if userJson is None:
self._user = None
else:
self._user = User(userJson, twitterSession=twitterSession, isAssociatedWithTweet=True, twitterPlace=self.twitter_place, currentLocationCoordinate=self.coordinate)
if twitterSession is not None:
self.instance_key = twitterSession.instance_key
else:
self.instance_key = None
self.twitter_session = twitterSession
def __init__(self, data, twitterSession, fromCache=False):
Timestamped.__init__(self)
Hashable.__init__(self)
if twitterSession is not None:
assert isinstance(twitterSession, TwitterSession)
self.data = Tree.make(data)
if not fromCache:
self.data.applyFunctionInTree(reverse_list, ['coordinates', 'coordinates']) # for use with leaflet.
self.isDataNew = not fromCache
twitterPlaceData = self.data.getFromTree(['place'])
if twitterPlaceData is not None:
self.twitter_place = Place(twitterPlaceData)
else:
self.twitter_place = None
userJson = self.data.getFromTree(['user'])
if userJson is None:
self._user = None
else:
self._user = User(userJson, twitterSession=twitterSession, isAssociatedWithTweet=True, twitterPlace=self.twitter_place, currentLocationCoordinate=self.coordinate)
if twitterSession is not None:
self.instance_key = twitterSession.instance_key
else:
self.instance_key = None
self.twitter_session = twitterSession
def __init__(self, x, y, age=None, hash=1):
Timestamped.__init__(self)
self.x = x
self.y = y
self.hash = hash
if age is not None:
self.timestamp = getEpochMs() - age
def __init__(self, x, y, age=None, hash=1):
Timestamped.__init__(self)
self.x = x
self.y = y
self.hash = hash
if age is not None:
self.timestamp = getEpochMs() - age
def __init__(self, userJson, twitterSession, fromCache=False, isFollowee=False, isAssociatedWithTweet=False, twitterPlace=None, currentLocationCoordinate=None, geocodeBias=None, knownFollowees=None):
Hashable.__init__(self)
Timestamped.__init__(self)
if twitterSession is not None:
assert isinstance(twitterSession, TwitterSession)
if twitterPlace is not None:
assert isinstance(twitterPlace, Place)
if knownFollowees is None:
knownFollowees = set()
self.allow_geocode_external = True
if userJson is None:
self.data = Tree.make()
else:
self.data = Tree.make(userJson)
# If false indicates that self.data is already in the cache,
# so no point readding.
self.isDataNew = not fromCache
self.is_followee = isFollowee
# This does not contain all followees, only followees known to our application
# through follower enrichment.
self.known_followees = knownFollowees
self.is_associated_with_tweet = isAssociatedWithTweet
self.twitter_session = twitterSession
if twitterSession is not None:
self.instance_key = twitterSession.instance_key
else:
self.instance_key = None
self.queued_for_follower_enrichment = False
self.current_location_coordinate = currentLocationCoordinate
self.twitter_place = twitterPlace
self.last_follower_enrichment_error = None
self.follower_enrichment_progress = UserFollowerEnrichmentProgress(self)
if self.num_followers is not None:
self.twitter_calls_to_retrieve_follower_ids = math.ceil(float(self.num_followers) / float(TwitterSession.GET_FOLLOWER_IDS_QUANTITY_PER_TWITTER_CALL))
else:
self.twitter_calls_to_retrieve_follower_ids = 1
self.geocoded_from = None
self.geocode_bias = None
self.analysers = None
def __init__(self, userJson, twitterSession, fromCache=False, isFollowee=False, isAssociatedWithTweet=False, twitterPlace=None, currentLocationCoordinate=None, geocodeBias=None, knownFollowees=None):
Hashable.__init__(self)
Timestamped.__init__(self)
if twitterSession is not None:
assert isinstance(twitterSession, TwitterSession)
if twitterPlace is not None:
assert isinstance(twitterPlace, Place)
if knownFollowees is None:
knownFollowees = set()
self.allow_geocode_external = True
if userJson is None:
self.data = Tree.make()
else:
self.data = Tree.make(userJson)
# If false indicates that self.data is already in the cache,
# so no point readding.
self.isDataNew = not fromCache
self.is_followee = isFollowee
# This does not contain all followees, only followees known to our application
# through follower enrichment.
self.known_followees = knownFollowees
self.is_associated_with_tweet = isAssociatedWithTweet
self.twitter_session = twitterSession
if twitterSession is not None:
self.instance_key = twitterSession.instance_key
else:
self.instance_key = None
self.queued_for_follower_enrichment = False
self.current_location_coordinate = currentLocationCoordinate
self.twitter_place = twitterPlace
self.last_follower_enrichment_error = None
self.follower_enrichment_progress = UserFollowerEnrichmentProgress(self)
if self.num_followers is not None:
self.twitter_calls_to_retrieve_follower_ids = math.ceil(float(self.num_followers) / float(TwitterSession.GET_FOLLOWER_IDS_QUANTITY_PER_TWITTER_CALL))
else:
self.twitter_calls_to_retrieve_follower_ids = 1
self.geocoded_from = None
self.geocode_bias = None
self.analysers = None
def testTreeFunctioned(self):
funcList = [lambda a: a.x, lambda a: a.y]
ob1 = testTree.TestObj(0, 50, 0)
ob2 = testTree.TestObj(100, 150, 1000)
ob3 = testTree.TestObj(100, 250, 2000)
ob4 = testTree.TestObj(100, 250, 3000)
comparisonObj = testTree.TestObj(100, 150, 1000)
treeController = DictTreeFunctioned(hashFuncList=funcList)
dic = SpecialDict()
treeController.addByFunction(dic, ob1)
treeController.addByFunction(dic, ob2)
treeController.addByFunction(dic, ob3)
treeController.addByFunction(dic, ob4)
result = treeController.getOriginalByFunction(dic,comparisonObj)
assert result is ob2
# We override the first hash function, it will look
# only at the second hash function.
ob5 = testTree.TestObj(100, 300, 4000)
treeController.addByFunction(dic[0], ob5, depth=1)
assert dic[0][50] is ob1
assert len(dic[0]) == 2
assert len(dic[100]) == 2
assert len(dic) == 2
assert dic[100][150] is ob2
assert dic[100][250] is ob4
assert dic[100][250] is ob4
assert dic[0][300] is ob5
Timestamped.prune(dic, 2100)
assert len(dic) == 2
assert len(dic[0]) == 1
assert len(dic[100]) == 1
assert dic[0][50] is not None
assert dic[100][150] is not None
def testTreeFunctioned(self):
funcList = [lambda a: a.x, lambda a: a.y]
ob1 = testTree.TestObj(0, 50, 0)
ob2 = testTree.TestObj(100, 150, 1000)
ob3 = testTree.TestObj(100, 250, 2000)
ob4 = testTree.TestObj(100, 250, 3000)
comparisonObj = testTree.TestObj(100, 150, 1000)
treeController = DictTreeFunctioned(hashFuncList=funcList)
dic = SpecialDict()
treeController.addByFunction(dic, ob1)
treeController.addByFunction(dic, ob2)
treeController.addByFunction(dic, ob3)
treeController.addByFunction(dic, ob4)
result = treeController.getOriginalByFunction(dic, comparisonObj)
assert result is ob2
# We override the first hash function, it will look
# only at the second hash function.
ob5 = testTree.TestObj(100, 300, 4000)
treeController.addByFunction(dic[0], ob5, depth=1)
assert dic[0][50] is ob1
assert len(dic[0]) == 2
assert len(dic[100]) == 2
assert len(dic) == 2
assert dic[100][150] is ob2
assert dic[100][250] is ob4
assert dic[100][250] is ob4
assert dic[0][300] is ob5
Timestamped.prune(dic, 2100)
assert len(dic) == 2
assert len(dic[0]) == 1
assert len(dic[100]) == 1
assert dic[0][50] is not None
assert dic[100][150] is not None
