def main():
cl = MongoClient()
coll = cl.cagaben_2_sources1_trump.story
def printTweet(descr, t):
print descr
print "Username: %s" % t.username
print "Date: %s" % t.date
# print "Retweets: %d" % t.retweets
print "Text: %s" % t.text
# print "Mentions: %s" % t.mentions
# print "Hashtags: %s\n" % t.hashtags
print "Link: %s\n" % t.permalink
# The current date for the algorithm
today = datetime.now().strftime("%Y-%m-%d")
## Variables that Define the Database ##
numTweets = 20
topics = [
#'gun control',
#'climate change',
#'refugee',
#'isis',
#'obamacare',
# 'obama',
'trump'
]
newsSources = [
#'washtimes', #1
'FoxNews', #2
#'NewsHour', #3
'cnn', #4
#'gma', #5
#'usatoday', #6
#'usnews', #7
#'latimes', #8
#'CBSNews', #9
#'nytimes', #10
#'washingtonpost', #11
#'wsj', #11 - not good
]
finalTweets = {}
# For each topic
for t in xrange(len(topics)):
finalTweets[topics[t]] = {} # Add an object for that topic
# For each news source
for i in xrange(len(newsSources)):
finalTweets[topics[t]][newsSources[i]] = [
] # Add a list for all the tweets
# if newsSources[i] in ['gma', 'usnews', 'nytimes']:
# numTweets = 5
# else:
# numTweets = 10
# initialize the range to be from today to a month ago
dateRange = {'s': subtractMonth(today), 'u': today}
while (len(finalTweets[topics[t]][newsSources[i]]) < numTweets):
print dateRange
# Set the tweet criteria
tweetCriteria = got.manager.TweetCriteria() \
.setUsername(newsSources[i]) \
.setQuerySearch(topics[t]) \
.setSince(dateRange['s']) \
.setUntil(dateRange['u']) \
.setMaxTweets(5)
# Retrieve the tweets
print "Retrieving Tweets . . ."
tweets = got.manager.TweetManager.getTweets(tweetCriteria)
if (len(tweets) != 0):
# Loop through the results, looking for tweets that match our criteria
for j in reversed(xrange(len(tweets))):
print j
text = tweets[j].text
print '\nTweet: '
printTweet("New Tweet:", tweets[j])
httpStart = text.find('http')
if httpStart != -1:
# httpEnd = text.find(' ', httpStart)
# link = text[httpStart : httpEnd]
link = re.findall(
'http[s]?://(?:[a-zA-Z]|[0-9]|[$-_@.&+]|[!*\(\),]|(?:%[0-9a-fA-F][0-9a-fA-F]))+',
text)[0]
if link.find('twimg') != -1:
continue
print 'Link in Tweet: '
print link
print c.pageExists(link)
if c.pageExists(link) not in [200, 301, 302, 303]:
print "This link doesn't exist: " + link
continue
#sys.exit()
jsonTweet = jsonifyTweetObj(tweets[j])
jsonTweet['topic'] = topics[t]
jsonTweet['link'] = link
jsonTweet['source'] = newsSources[i]
try:
jsonTweet['title'], jsonTweet['content'] = \
c.scrapeContent(jsonTweet['link'], jsonTweet['source'])
except:
print "the page doesn't exist anymore"
continue
if len(jsonTweet['content']) < 100:
print "news content not available"
continue
try:
for tweet in finalTweets[topics[t]][
newsSources[i]]:
if tweet['link'] == link:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
if link in finalTweets[topics[t]][newsSources[i]]:
print "duplicate story"
continue
finalTweets[topics[t]][newsSources[i]].append(
jsonTweet)
if (len(finalTweets[topics[t]][newsSources[i]]) >=
numTweets):
print 'There are: ' + str(
len(finalTweets[topics[t]][
newsSources[i]])) + ' Tweets with links'
break
# Update the date range for the next iteration
dateRange['u'] = dateRange['s']
dateRange['s'] = subtractMonth(dateRange['u'])
print '\n\n\n\n\n\n\n\n\n\n'
pprint(finalTweets)
# convert finalStories to an array of all tweets and save to a mongo collection called "story"
stories = []
for topic in topics:
for source in newsSources:
for story in xrange(len(finalTweets[topic][source])):
stories.append(finalTweets[topic][source][story])
#get data from news web page
# for story in stories:
# print "retrieving story from " + story['source']
# story['title'], story['content'] =\
# c.scrapeContent(story['link'], story['source'])
# for story in stories:
# print(story)
# save into mongodb
print "saving in mongo"
for story in stories:
coll.save(story)
def main():
cl = MongoClient()
coll = cl.cagaben6.story
def printTweet(descr, t):
print descr
print "Username: %s" % t.username
print "Date: %s" % t.date
# print "Retweets: %d" % t.retweets
print "Text: %s" % t.text
# print "Mentions: %s" % t.mentions
# print "Hashtags: %s\n" % t.hashtags
print "Link: %s\n" % t.permalink
# The current date for the algorithm
today = datetime.now().strftime("%Y-%m-%d")
## Variables that Define the Database ##
# numTweets = 100
topics = [
"all",
#'gun control',
#'climate change',
#'refugee',
# 'isis',
# 'obamacare',
]
newsSources = [
"washtimes", # 1
# 'FoxNews', #2
#### 'NewsHour', #3
# 'cnn', #4
###'gma', #5
# 'usatoday', #6
####'usnews', #7
# 'latimes', #8
# 'CBSNews', #9
# 'nytimes', #10
# 'washingtonpost', #11
#### 'wsj', #11 - not good
]
finalTweets = {}
# For each topic
for t in xrange(len(topics)):
finalTweets[topics[t]] = {} # Add an object for that topic
# For each news source
for i in xrange(len(newsSources)):
finalTweets[topics[t]][newsSources[i]] = [] # Add a list for all the tweets
term = "from:" + newsSources[i]
geocode = None
since_id = None
max_id = None
until = None
count = 100
lang = None
locale = None
result_type = "recent"
include_entities = None
for r in range(1, 10):
print "round " + str(r) + " started"
# if newsSources[i] in ['gma', 'usnews', 'nytimes']:
# numTweets = 5
# else:
# numTweets = 10
# initialize the range to be from today to a month ago
# dateRange = { 's':subtractMonth(today), 'u':today }
# while(len(finalTweets[topics[t]][newsSources[i]]) < numTweets):
# print dateRange
# Set the tweet criteria
# tweetCriteria = got.manager.TweetCriteria() \
# .setUsername(newsSources[i]) \
# .setMaxTweets(500)
# .setSince(dateRange['s']) \
# .setUntil(dateRange['u']) \
# .setQuerySearch(topics[t]) \
# Retrieve the tweets
print "Retrieving Tweets . . ."
tweets = api.GetSearch(
term, geocode, since_id, max_id, until, count, lang, locale, result_type, include_entities
)
# for element in tweets:
# element = json.loads(str(element))
# print json.dumps(element, sort_keys=True, indent=4, separators=(',', ': '))
if len(tweets) != 0:
# Loop through the results, looking for tweets that match our criteria
for j, tweet in enumerate(tweets):
print str(j) + " -"
tweet = json.loads(str(tweet))
print str(tweet["id"]) + " " + tweet["text"]
print tweet["created_at"]
print "\n"
# httpStart = text.find('http')
if "urls" in tweet:
link = tweet["urls"].itervalues().next()
# httpEnd = text.find(' ', httpStart)
# link = text[httpStart : httpEnd]
# link = re.findall('http[s]?://(?:[a-zA-Z]|[0-9]|[$-_@.&+]|[!*\(\),]|(?:%[0-9a-fA-F][0-9a-fA-F]))+', text)[0]
if link.find("twimg") != -1:
continue
print "Link in Tweet: "
print link
print c.pageExists(link)
if c.pageExists(link) not in [200, 301, 302, 303]:
print "This link doesn't exist: " + link
continue
# sys.exit()
jsonTweet = jsonifyTweetObj(tweet)
jsonTweet["topic"] = topics[t]
jsonTweet["link"] = link
jsonTweet["source"] = newsSources[i]
try:
for tw in finalTweets[topics[t]][newsSources[i]]:
if tw["title"] == link:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
try:
jsonTweet["title"], jsonTweet["content"] = c.scrapeContent(
jsonTweet["link"], jsonTweet["source"]
)
except:
print "the page doesn't exist anymore"
continue
if len(jsonTweet["content"]) < 100:
print "news content not available"
continue
try:
for tw2 in finalTweets[topics[t]][newsSources[i]]:
if tw2["title"] == jsonTweet["title"]:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
# if link in finalTweets[topics[t]][newsSources[i]]:
# print "duplicate story"
# continue
finalTweets[topics[t]][newsSources[i]].append(jsonTweet)
# if j == len(tweets) - 1:
if tweet.get("id"):
max_id = tweet["id"]
# print "yesssssss"
# else:
# print j
# print len(tweets)
print "max_id updated to: " + str(max_id)
# exit()
# if (len(finalTweets[topics[t]][newsSources[i]]) >= numTweets):
# print 'There are: ' + str(len(finalTweets[topics[t]][newsSources[i]])) + ' Tweets with links'
# break
# print "we got this many tweets:"
# print len(finalTweets[topics[t]][newsSources[i]])
# sys.exit()
# Update the date range for the next iteration
# dateRange['u'] = dateRange['s']
# dateRange['s'] = subtractMonth(dateRange['u'])
print "\n\n\n\n\n\n\n\n\n\n"
pprint(finalTweets)
# convert finalStories to an array of all tweets and save to a mongo collection called "story"
stories = []
for topic in topics:
for source in newsSources:
for story in xrange(len(finalTweets[topic][source])):
stories.append(finalTweets[topic][source][story])
# get data from news web page
# for story in stories:
# print "retrieving story from " + story['source']
# story['title'], story['content'] =\
# c.scrapeContent(story['link'], story['source'])
# for story in stories:
# print(story)
# save into mongodb
print "saving in mongo"
for story in stories:
coll.save(story)
def main():
cl = MongoClient()
coll = cl.cagaben9.story
def printTweet(descr, t):
print descr
print "Username: %s" % t.username
print "Date: %s" % t.date
# print "Retweets: %d" % t.retweets
print "Text: %s" % t.text
# print "Mentions: %s" % t.mentions
# print "Hashtags: %s\n" % t.hashtags
print "Link: %s\n" % t.permalink
# The current date for the algorithm
today = datetime.now().strftime("%Y-%m-%d")
## Variables that Define the Database ##
numTweets = 50
topics = [
'all',
#'gun control',
#'climate change',
#'refugee',
# 'isis',
# 'obamacare',
]
newsSources = [
# 'washtimes', #1
'FoxNews', #2
#### 'NewsHour', #3
'cnn', #4
####'gma', #5
# 'usatoday', #6
####'usnews', #7
# 'latimes', #8
# 'CBSNews', #9
# 'nytimes', #10
# 'washingtonpost', #11
#### 'wsj', #11 - not good
]
finalTweets = {}
# For each topic
for t in xrange(len(topics)):
finalTweets[topics[t]] = {} # Add an object for that topic
# For each news source
for i in xrange(len(newsSources)):
finalTweets[topics[t]][newsSources[i]] = [] # Add a list for all the tweets
# if newsSources[i] in ['gma', 'usnews', 'nytimes']:
# numTweets = 5
# else:
# numTweets = 10
# initialize the range to be from today to a month ago
dateRange = { 's':subtractMonth(today), 'u':today }
while(len(finalTweets[topics[t]][newsSources[i]]) < numTweets):
print dateRange
# Set the tweet criteria
tweetCriteria = got.manager.TweetCriteria() \
.setUsername(newsSources[i]) \
.setMaxTweets(500)
#.setSince(dateRange['s']) \
#.setUntil(dateRange['u']) \
# .setQuerySearch(topics[t]) \
# Retrieve the tweets
print "Retrieving Tweets . . ."
tweets = got.manager.TweetManager.getTweets(tweetCriteria)
if (len(tweets) != 0):
# Loop through the results, looking for tweets that match our criteria
for j in reversed(xrange(len(tweets))):
print j
text = tweets[j].text
print '\nTweet: '
printTweet("New Tweet:", tweets[j])
httpStart = text.find('http')
if httpStart != -1:
# httpEnd = text.find(' ', httpStart)
# link = text[httpStart : httpEnd]
link = re.findall('http[s]?://(?:[a-zA-Z]|[0-9]|[$-_@.&+]|[!*\(\),]|(?:%[0-9a-fA-F][0-9a-fA-F]))+', text)[0]
if link.find('twimg') != -1:
continue
print 'Link in Tweet: '
print link
print c.pageExists(link)
if c.pageExists(link) not in [200, 301, 302, 303]:
print "This link doesn't exist: " + link
continue
#sys.exit()
jsonTweet = jsonifyTweetObj(tweets[j])
jsonTweet['topic'] = topics[t]
jsonTweet['link'] = link
jsonTweet['source'] = newsSources[i]
try:
jsonTweet['title'], jsonTweet['content'] = \
c.scrapeContent(jsonTweet['link'], jsonTweet['source'])
except:
print "the page doesn't exist anymore"
continue
if len(jsonTweet['content']) < 100:
print "news content not available"
continue
try:
for tweet in finalTweets[topics[t]][newsSources[i]]:
if tweet['link'] == link:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
if link in finalTweets[topics[t]][newsSources[i]]:
print "duplicate story"
continue
finalTweets[topics[t]][newsSources[i]].append(jsonTweet)
if (len(finalTweets[topics[t]][newsSources[i]]) >= numTweets):
print 'There are: ' + str(len(finalTweets[topics[t]][newsSources[i]])) + ' Tweets with links'
break
# print "we got this many tweets:"
# print len(finalTweets[topics[t]][newsSources[i]])
# sys.exit()
# Update the date range for the next iteration
dateRange['u'] = dateRange['s']
dateRange['s'] = subtractMonth(dateRange['u'])
print '\n\n\n\n\n\n\n\n\n\n'
pprint(finalTweets)
# convert finalStories to an array of all tweets and save to a mongo collection called "story"
stories = []
for topic in topics:
for source in newsSources:
for story in xrange(len(finalTweets[topic][source])):
stories.append(finalTweets[topic][source][story])
#get data from news web page
# for story in stories:
# print "retrieving story from " + story['source']
# story['title'], story['content'] =\
# c.scrapeContent(story['link'], story['source'])
# for story in stories:
# print(story)
# save into mongodb
print "saving in mongo"
for story in stories:
coll.save(story)
def main():
cl = MongoClient()
coll = cl.cagaben6.story
def printTweet(descr, t):
print descr
print "Username: %s" % t.username
print "Date: %s" % t.date
# print "Retweets: %d" % t.retweets
print "Text: %s" % t.text
# print "Mentions: %s" % t.mentions
# print "Hashtags: %s\n" % t.hashtags
print "Link: %s\n" % t.permalink
# The current date for the algorithm
today = datetime.now().strftime("%Y-%m-%d")
## Variables that Define the Database ##
# numTweets = 100
topics = [
'all',
#'gun control',
#'climate change',
#'refugee',
# 'isis',
# 'obamacare',
]
newsSources = [
'washtimes', #1
# 'FoxNews', #2
#### 'NewsHour', #3
# 'cnn', #4
###'gma', #5
# 'usatoday', #6
####'usnews', #7
# 'latimes', #8
# 'CBSNews', #9
# 'nytimes', #10
# 'washingtonpost', #11
#### 'wsj', #11 - not good
]
finalTweets = {}
# For each topic
for t in xrange(len(topics)):
finalTweets[topics[t]] = {} # Add an object for that topic
# For each news source
for i in xrange(len(newsSources)):
finalTweets[topics[t]][newsSources[i]] = [] # Add a list for all the tweets
term = 'from:' + newsSources[i]
geocode = None
since_id = None
max_id = None
until = None
count = 100
lang = None
locale = None
result_type = 'recent'
include_entities = None
for r in range(1,10):
print "round " + str(r) + " started"
# if newsSources[i] in ['gma', 'usnews', 'nytimes']:
# numTweets = 5
# else:
# numTweets = 10
# initialize the range to be from today to a month ago
# dateRange = { 's':subtractMonth(today), 'u':today }
# while(len(finalTweets[topics[t]][newsSources[i]]) < numTweets):
# print dateRange
# Set the tweet criteria
# tweetCriteria = got.manager.TweetCriteria() \
# .setUsername(newsSources[i]) \
# .setMaxTweets(500)
#.setSince(dateRange['s']) \
#.setUntil(dateRange['u']) \
# .setQuerySearch(topics[t]) \
# Retrieve the tweets
print "Retrieving Tweets . . ."
tweets = api.GetSearch(term, geocode, since_id, max_id, until, count, lang, locale, result_type, include_entities)
# for element in tweets:
# element = json.loads(str(element))
# print json.dumps(element, sort_keys=True, indent=4, separators=(',', ': '))
if len(tweets) != 0:
# Loop through the results, looking for tweets that match our criteria
for j, tweet in enumerate(tweets):
print str(j) + " -"
tweet = json.loads(str(tweet))
print str(tweet['id']) + " " + tweet['text']
print tweet['created_at']
print "\n"
# httpStart = text.find('http')
if 'urls' in tweet:
link = tweet['urls'].itervalues().next()
# httpEnd = text.find(' ', httpStart)
# link = text[httpStart : httpEnd]
# link = re.findall('http[s]?://(?:[a-zA-Z]|[0-9]|[$-_@.&+]|[!*\(\),]|(?:%[0-9a-fA-F][0-9a-fA-F]))+', text)[0]
if link.find('twimg') != -1:
continue
print 'Link in Tweet: '
print link
print c.pageExists(link)
if c.pageExists(link) not in [200, 301, 302, 303]:
print "This link doesn't exist: " + link
continue
#sys.exit()
jsonTweet = jsonifyTweetObj(tweet)
jsonTweet['topic'] = topics[t]
jsonTweet['link'] = link
jsonTweet['source'] = newsSources[i]
try:
for tw in finalTweets[topics[t]][newsSources[i]]:
if tw['title'] == link:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
try:
jsonTweet['title'], jsonTweet['content'] = \
c.scrapeContent(jsonTweet['link'], jsonTweet['source'])
except:
print "the page doesn't exist anymore"
continue
if len(jsonTweet['content']) < 100:
print "news content not available"
continue
try:
for tw2 in finalTweets[topics[t]][newsSources[i]]:
if tw2['title'] == jsonTweet['title']:
print "duplicate story"
raise StopIteration
except StopIteration:
continue
# if link in finalTweets[topics[t]][newsSources[i]]:
# print "duplicate story"
# continue
finalTweets[topics[t]][newsSources[i]].append(jsonTweet)
# if j == len(tweets) - 1:
if tweet.get('id'):
max_id = tweet['id']
# print "yesssssss"
# else:
# print j
# print len(tweets)
print "max_id updated to: " + str(max_id)
# exit()
# if (len(finalTweets[topics[t]][newsSources[i]]) >= numTweets):
# print 'There are: ' + str(len(finalTweets[topics[t]][newsSources[i]])) + ' Tweets with links'
# break
# print "we got this many tweets:"
# print len(finalTweets[topics[t]][newsSources[i]])
# sys.exit()
# Update the date range for the next iteration
# dateRange['u'] = dateRange['s']
# dateRange['s'] = subtractMonth(dateRange['u'])
print '\n\n\n\n\n\n\n\n\n\n'
pprint(finalTweets)
# convert finalStories to an array of all tweets and save to a mongo collection called "story"
stories = []
for topic in topics:
for source in newsSources:
for story in xrange(len(finalTweets[topic][source])):
stories.append(finalTweets[topic][source][story])
#get data from news web page
# for story in stories:
# print "retrieving story from " + story['source']
# story['title'], story['content'] =\
# c.scrapeContent(story['link'], story['source'])
# for story in stories:
# print(story)
# save into mongodb
print "saving in mongo"
for story in stories:
coll.save(story)