def getStatsForCDA():
global previousTime
default_experts_twitter_stream_settings['cluster_analysis_method'] = clusterAnalysis
default_experts_twitter_stream_settings['cluster_analysis_frequency_in_seconds'] = 30
clustering = HDSkipStreamClustering(**default_experts_twitter_stream_settings)
previousTime = time.time()
clustering.cluster(TweetFiles.iterateTweetsFromGzip('/mnt/chevron/kykamath/data/twitter/lsh_clustering/clustering_quality_experts_folder/data/1000000.gz'))
def generateData():
i = 0
for line in TweetFiles.iterateTweetsFromGzip(
'/mnt/chevron/kykamath/data/twitter/lsh_clustering/clustering_quality_experts_folder/data/1000000.gz'
):
FileIO.writeToFileAsJson(
line, time_to_process_points + '10000/%s' % (i / 10000))
i += 1
def iterateTweetUsersAfterCombiningTweets(fileName, **stream_settings):
dataForAggregation = defaultdict(Vector)
textToIdMap = defaultdict(int)
for tweet in TweetFiles.iterateTweetsFromGzip(fileName):
textVector = TwitterCrowdsSpecificMethods.convertTweetJSONToMessage(tweet, **stream_settings).vector
textIdVector = Vector()
for phrase in textVector:
if phrase not in textToIdMap: textToIdMap[phrase]=str(len(textToIdMap))
textIdVector[textToIdMap[phrase]]=textVector[phrase]
dataForAggregation[tweet['user']['screen_name'].lower()]+=textIdVector
for k, v in dataForAggregation.iteritems(): yield k, v
def getStatsForCDA():
global previousTime
default_experts_twitter_stream_settings[
'cluster_analysis_method'] = clusterAnalysis
default_experts_twitter_stream_settings[
'cluster_analysis_frequency_in_seconds'] = 30
clustering = HDSkipStreamClustering(
**default_experts_twitter_stream_settings)
previousTime = time.time()
clustering.cluster(
TweetFiles.iterateTweetsFromGzip(
'/mnt/chevron/kykamath/data/twitter/lsh_clustering/clustering_quality_experts_folder/data/1000000.gz'
))
def _iterateUserDocuments(self):
dataForAggregation = defaultdict(Vector)
textToIdMap = defaultdict(int)
for tweet in TweetFiles.iterateTweetsFromGzip(self.rawDataFileName):
textVector = TwitterCrowdsSpecificMethods.convertTweetJSONToMessage(tweet, **self.stream_settings).vector
textIdVector = Vector()
for phrase in textVector:
if phrase not in textToIdMap:
textToIdMap[phrase] = str(len(textToIdMap))
textIdVector[textToIdMap[phrase]] = textVector[phrase]
dataForAggregation[tweet["user"]["screen_name"].lower()] += textIdVector
for k, v in dataForAggregation.iteritems():
yield k, v
def iterateTweetUsersAfterCombiningTweets(fileName, **stream_settings):
dataForAggregation = defaultdict(Vector)
textToIdMap = defaultdict(int)
for tweet in TweetFiles.iterateTweetsFromGzip(fileName):
textVector = TwitterCrowdsSpecificMethods.convertTweetJSONToMessage(
tweet, **stream_settings).vector
textIdVector = Vector()
for phrase in textVector:
if phrase not in textToIdMap:
textToIdMap[phrase] = str(len(textToIdMap))
textIdVector[textToIdMap[phrase]] = textVector[phrase]
dataForAggregation[tweet['user']
['screen_name'].lower()] += textIdVector
for k, v in dataForAggregation.iteritems():
yield k, v
def iteratePhrases():
for tweet in TweetFiles.iterateTweetsFromGzip('/mnt/chevron/kykamath/data/twitter/tweets_by_trends/2011_2_6.gz'):
message = TwitterCrowdsSpecificMethods.convertTweetJSONToMessage(tweet, **settings)
if message.vector:
for phrase in message.vector:
if phrase!='': yield (phrase, GeneralMethods.approximateEpoch(GeneralMethods.getEpochFromDateTimeObject(message.timeStamp), 60))
def iterateFromFile(file):
for tweet in TweetFiles.iterateTweetsFromGzip(file):
yield tweet
def generateData():
i = 0
for line in TweetFiles.iterateTweetsFromGzip('/mnt/chevron/kykamath/data/twitter/lsh_clustering/clustering_quality_experts_folder/data/1000000.gz'):
FileIO.writeToFileAsJson(line, time_to_process_points+'10000/%s'%(i/10000))
i+=1
def iterateFromFile(file):
for tweet in TweetFiles.iterateTweetsFromGzip(file): yield tweet
