def getTweetFromRangeQuery(self):
ti = TweetInterface()
tweets = ti.rangeQuery(self._tweet_cluster['region'],
self._tweet_cluster['period'])
self._tweet_cluster['tweets'] = []
for tweet in tweets:
self._tweet_cluster['tweets'].append(tweet)
def getHistoricTweets(self, days=7): ti = TweetInterface() tweets = [] for d in xrange(1, days+1): et = int(self._tweet_cluster['period'][1]) + 24*3600*d bt = int(self._tweet_cluster['period'][0]) + 24*3600*d day_tweets = ti.rangeQuery(self._tweet_cluster['region'], [str(bt), str(et)]) for tweet in day_tweets: tweets.append(tweet) return tweets
def getHistoricTweets(self, days=7):
ti = TweetInterface()
tweets = []
for d in xrange(1, days + 1):
et = int(self._tweet_cluster['period'][1]) + 24 * 3600 * d
bt = int(self._tweet_cluster['period'][0]) + 24 * 3600 * d
day_tweets = ti.rangeQuery(self._tweet_cluster['region'],
[str(bt), str(et)])
for tweet in day_tweets:
tweets.append(tweet)
return tweets
def main():
ti = TweetInterface()
counts = []
x = []
now = 1381536000
interval = 24*3600
max = 0
for day in xrange(3000):
begin_time = now - (day + 1) * interval
end_time = now - day * interval
c = ti.rangeQuery(period=[begin_time, end_time], fields='_id').count()
counts.append(c)
x.append(str((12-day)%30))
if c > 0:
if c > max:
max = c
print max
def getTweetFromRangeQuery(self): ti = TweetInterface() tweets = ti.rangeQuery(self._tweet_cluster['region'], self._tweet_cluster['period']) self._tweet_cluster['tweets'] = [] for tweet in tweets: self._tweet_cluster['tweets'].append(tweet)