def liveFeedsByLocation(self, api=None, locationArea="New York City, NY"):
if api is None:
api = self.getAppObject()
queryParam = {}
queryParam['locations'] = GeoLocationModule.getGeoArea(
area=locationArea)
queryParam['rpp'] = 100
while True:
try:
time.sleep(
int(3600 / 100) + 4
) # Let's take 40 seconds pause; twitter rate limit is 100 API calls per hour in total per account; source: https://blog.twitter.com/2008/what-does-rate-limit-exceeded-mean-updated
iterator = api.request('statuses/filter',
queryParam).get_iterator()
for item in iterator:
if 'text' in item:
print('\n\n\n' + item[u'lang'] + ":\t" +
item['text'].encode('utf-8').strip())
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace(
"#", " ") # remove hashtags
rawTextClean4 = re.sub(
r'https?:\/\/.*[\r\n]*',
'',
rawTextClean3,
flags=re.MULTILINE) # remove urls
rawEnText = TranslationModule.getEnglish(rawTextClean4)
fineEnText = rawEnText.replace(",",
" ").replace(";", " ")
print(self.getEmoTaggerObject().consolodateResult(
fineEnText))
elif 'disconnect' in item:
event = item['disconnect']
if event['code'] in [2, 5, 6, 7]:
# something needs to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
except TwitterRequestError as e:
if e.status_code < 500:
# something needs to be fixed before re-connecting
raise
# print "\n\nMJAGLAN EXCEPTION:\n"+str(e)+"\n\n"
# pass
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# temporary interruption, re-try request
pass
def liveFeedsByLocation(self, api=None, locationArea="New York City, NY"):
if api is None:
api = self.getAppObject()
queryParam = {}
queryParam['locations'] = GeoLocationModule.getGeoArea(area=locationArea)
queryParam['rpp'] = 100
while True:
try:
time.sleep(int(3600/100)+4) # Let's take 40 seconds pause; twitter rate limit is 100 API calls per hour in total per account; source: https://blog.twitter.com/2008/what-does-rate-limit-exceeded-mean-updated
iterator = api.request('statuses/filter', queryParam).get_iterator()
for item in iterator:
if 'text' in item:
print('\n\n\n' + item[u'lang'] + ":\t" + item['text'].encode('utf-8').strip())
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace("#"," ") # remove hashtags
rawTextClean4 = re.sub(r'https?:\/\/.*[\r\n]*', '', rawTextClean3, flags=re.MULTILINE) # remove urls
rawEnText = TranslationModule.getEnglish(rawTextClean4)
fineEnText = rawEnText.replace(",", " ").replace(";", " ")
print(self.getEmoTaggerObject().consolodateResult(fineEnText))
elif 'disconnect' in item:
event = item['disconnect']
if event['code'] in [2,5,6,7]:
# something needs to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
except TwitterRequestError as e:
if e.status_code < 500:
# something needs to be fixed before re-connecting
raise
# print "\n\nMJAGLAN EXCEPTION:\n"+str(e)+"\n\n"
# pass
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# temporary interruption, re-try request
pass
def getFeedsByText(self,
api=None,
f1=None,
isLive=True,
annotation=None,
queryText=u'a',
textLang=None,
isTrain=False,
locationArea=None):
if api is None:
api = self.getAppObject()
iteratorRunCount = 0
isDuplicateList = []
tweetsRecorded = 0
reTryCount = 0
MAX_TWEET = 20
MAX_TRIES = 10
queryParam = {}
while True:
try:
# TODO: think of better ways to handle this
if (
iteratorRunCount >= 10
): # hack, this limits the number of tweets you want to retrieve
print(
"\n ASSUMPTION: there are no tweets as of now. Let's go back! \n\n"
)
print(u"\n\n\n")
return
else:
# try some iteration with original search
pass
# Let's take 60 seconds pause before each API call;
# 2017 twitter rate limit is 15 API calls per 15 mins in total per account;
time.sleep(60)
if (textLang is not None):
queryText = queryText + ' lang:' + textLang
queryParam['rpp'] = 100
if ((isLive == True) or (queryText is None)):
if queryText is not None:
queryParam['track'] = queryText
if (locationArea is None) and (queryText is not None):
# live tweets without location filter
iterator = api.request('statuses/filter',
queryParam).get_iterator()
elif (locationArea is not None) and (queryText
is not None):
# live tweets with location filter
queryParam['locations'] = GeoLocationModule.getGeoArea(
area=locationArea)
iterator = api.request('statuses/filter',
queryParam).get_iterator()
elif (locationArea is not None) and (queryText is None):
self.liveFeedsByLocation(api=api,
locationArea=locationArea)
else:
print(
"ERROR: locationArea and queryText cannot be None together"
)
exit(-1)
else: # isLive==False
queryParam['q'] = queryText
if locationArea is None:
# search tweets without location filter
iterator = api.request('search/tweets',
queryParam).get_iterator()
else:
# search tweets with location filter
queryParam['locations'] = GeoLocationModule.getGeoArea(
area=locationArea)
iterator = api.request('search/tweets',
queryParam).get_iterator()
iteratorRunCount += 1
for item in iterator:
if (('text' in item)
and (item[u'id'] not in isDuplicateList)
and (item[u'retweeted'] == False)):
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace(
"#", " ") # remove hashtags
rawTextClean4 = re.sub(
r'https?:\/\/.*[\r\n]*',
'',
rawTextClean3,
flags=re.MULTILINE) # remove urls
if (25 < len(rawTextClean4)) and (
len(item[u'text']) <
140): # take tweets with sufficient text
isDuplicateList.append(item[u'id'])
tweetsRecorded += 1
rawEnText = TranslationModule.getEnglish(
rawTextClean4)
fineEnText = rawEnText.replace(",", " ").replace(
";", " ")
print(
str(tweetsRecorded) + ":\t" + item[u'lang'] +
",\t\t" + annotation.lower() + "\t\t:" +
queryText + "\t\t:" + str(len(fineEnText)))
print(fineEnText)
emoVector = self.getEmoTaggerObject(
).consolodateResult(fineEnText)
listRes = []
keyRes = sorted(emoVector)
for key in keyRes:
listRes.append(emoVector[key])
print(listRes, keyRes)
listStr1 = str(listRes).replace(",", " ")
listStr2 = listStr1[1:-1]
listStr3 = listStr2.split()
listVector = [
float(i) for i in listStr3
if Utility.RepresentsNum(i)
]
emoLabel = annotation
if len(listVector) != 0:
assert (len(listVector) == 8
) # emo-vector length should be 8;
if True: # Training Only
emoTypesCount = 0
for i in range(0, 8, 1):
if (listVector[i] > 0.0):
emoTypesCount += 1
if (emoTypesCount == 0):
emoLabel = "neutral"
print(">> No Emotion \n\n\n")
continue
elif (emoTypesCount >= 5):
emoLabel = "mixed"
print(">> Mixed Emotion \n\n\n")
continue
else:
emoLabel = annotation
if isTrain == True:
f1.write(
unicode(item[u'id_str']) + "," +
unicode(item[u'created_at']) + "," +
unicode(item[u'lang']) + "," +
unicode(emoLabel).lower() +
"," + unicode(fineEnText).replace(
"\n", " ").replace("\r", " ") + "," +
"\n")
f1.flush()
os.fsync(f1.fileno())
else:
Supervised.getPrediction(npVector=numpy.array(
[listRes]),
model='NBC')
Supervised.getPrediction(npVector=numpy.array(
[listRes]),
model='SVC')
if (tweetsRecorded >= MAX_TWEET) or (reTryCount >=
MAX_TRIES):
print("\n ReTry Count: " + str(reTryCount) +
"\n\n")
print(u"\n\n\n")
return
print(u"\n\n\n")
elif 'disconnect' in item:
event = item['disconnect']
reTryCount += 1
if event['code'] in [2, 5, 6, 7]:
# something may or may NOT need to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
elif (iteratorRunCount > 0) and (
tweetsRecorded < MAX_TWEET
): # Condition when no more unique tweets are found, go back
# TODO: think of better ways to handle this
if (queryText[0] == '#'):
return # temporary return
queryText = queryText[1:]
break
else:
print("\n No more tweets as of now \n\n")
print(u"\n\n\n")
return
else:
pass
except TwitterRequestError as e:
if e.status_code < 500:
print "\n\n" + "MJAGLAN EXCEPTION:\n" + str(e) + "\n\n"
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# temporary interruption, re-try request
pass
def liveFeedsByLocation(self, api=None, locationArea="New York City, NY"):
if api is None:
api = self.getAppObject()
queryParam = {}
queryParam['locations'] = GeoLocationModule.getGeoArea(
area=locationArea)
queryParam['rpp'] = 100
while True:
try:
# Let's take 60 seconds pause before next API call;
# 2017 twitter rate limit is 15 API calls per 15 mins in total per account;
time.sleep(60)
iterator = api.request('statuses/filter',
queryParam).get_iterator()
for item in iterator:
if 'text' in item:
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace(
"#", " ") # remove hashtags
rawTextClean4 = re.sub(
r'https?:\/\/.*[\r\n]*',
'',
rawTextClean3,
flags=re.MULTILINE) # remove urls
rawEnText = TranslationModule.getEnglish(rawTextClean4)
fineEnText = rawEnText.replace(",",
" ").replace(";", " ")
emoVector = self.getEmoTaggerObject(
).consolodateResult(fineEnText)
listRes = []
keyRes = sorted(emoVector)
for key in keyRes:
listRes.append(emoVector[key])
##### CONSOLE #
print '{}: {}'.format(item[u'lang'], rawTextClean2)
print(zip(keyRes, listRes))
print '\n\n\n'
elif 'disconnect' in item:
event = item['disconnect']
if event['code'] in [2, 5, 6, 7]:
# something needs to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
except TwitterRequestError as e:
if e.status_code < 500:
# something needs to be fixed before re-connecting
print "\n\nSomething needs to be fixed before re-connecting:\n" + str(
e) + "\n\n"
pass
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# temporary interruption, re-try request
pass
def getFeedsByText(self, api=None, f1=None, isLive=True, annotation=None,
queryText=u'a', textLang=None, isTrain=False, locationArea=None):
if api is None:
api = self.getAppObject()
iteratorRunCount = 0
isDuplicateList = []
tweetsRecorded = 0
reTryCount = 0
MAX_TWEET = 20
MAX_TRIES = 10
queryParam = {}
while True:
try:
# TODO: think of better ways to handle this
if (iteratorRunCount >= 10): # hack, this limits the number of tweets you want to retrieve
print( "\n ASSUMPTION: there are no tweets as of now. Let's go back! \n\n")
print(u"\n\n\n")
return
else:
# try some iteration with original search
pass
time.sleep(int(3600/100)+4) # Let's take 40 seconds pause; twitter rate limit is 100 API calls per hour in total per account; source: https://blog.twitter.com/2008/what-does-rate-limit-exceeded-mean-updated
if (textLang is not None):
queryText = queryText + ' lang:' + textLang
queryParam['rpp'] = 100
if ((isLive==True) or (queryText is None)):
if queryText is not None:
queryParam['track'] = queryText
if (locationArea is None) and (queryText is not None):
# live tweets without location filter
iterator = api.request('statuses/filter', queryParam).get_iterator()
elif (locationArea is not None)and (queryText is not None):
# live tweets with location filter
queryParam['locations']=GeoLocationModule.getGeoArea(area=locationArea)
iterator = api.request('statuses/filter', queryParam).get_iterator()
elif (locationArea is not None)and (queryText is None):
self.liveFeedsByLocation(api=api, locationArea=locationArea)
else:
print("ERROR: locationArea and queryText cannot be None together")
exit(-1)
else: # isLive==False
queryParam['q'] = queryText
if locationArea is None:
# search tweets without location filter
iterator = api.request('search/tweets', queryParam).get_iterator()
else:
# search tweets with location filter
queryParam['locations']=GeoLocationModule.getGeoArea(area=locationArea)
iterator = api.request('search/tweets', queryParam).get_iterator()
iteratorRunCount += 1
for item in iterator:
if ( ('text' in item) and (item[u'id'] not in isDuplicateList) and (item[u'retweeted']==False) ):
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace("#"," ") # remove hashtags
rawTextClean4 = re.sub(r'https?:\/\/.*[\r\n]*', '', rawTextClean3, flags=re.MULTILINE) # remove urls
if (25 < len(rawTextClean4)) and (len(item[u'text']) < 140): # take tweets with sufficient text
isDuplicateList.append(item[u'id'])
tweetsRecorded += 1
rawEnText = TranslationModule.getEnglish(rawTextClean4)
fineEnText = rawEnText.replace(",", " ").replace(";", " ")
print( str(tweetsRecorded) + ":\t" + item[u'lang'] + ",\t\t" + annotation.lower() + "\t\t:" + queryText + "\t\t:" + str(len(fineEnText)) + "\n\t:" + fineEnText)
emoVector = self.getEmoTaggerObject().consolodateResult(fineEnText)
listRes = []
keyRes = sorted(emoVector)
for key in keyRes:
listRes.append(emoVector[key])
print(listRes, keyRes)
listStr1 = str(listRes).replace(",", " ")
listStr2 = listStr1[1:-1]
listStr3 = listStr2.split()
listVector = [float(i) for i in listStr3 if Utility.RepresentsNum(i)]
emoLabel = annotation
if len(listVector) != 0:
assert (len(listVector) == 8) # emo-vector length should be 8;
if True: # Training Only
emoTypesCount = 0
for i in range(0,8,1):
if (listVector[i] > 0.0):
emoTypesCount += 1
if (emoTypesCount == 0):
emoLabel = "neutral"
print(">> No Emotion \n\n\n")
continue
elif (emoTypesCount >= 5):
emoLabel = "mixed"
print(">> Mixed Emotion \n\n\n")
continue
else:
emoLabel = annotation
if isTrain == True:
f1.write( unicode(item[u'id_str']) + "," + unicode(item[u'created_at']) + "," + unicode(item[u'lang']) + "," + unicode(emoLabel).lower() + "," + unicode(fineEnText).replace("\n", " ").replace("\r", " ") + "," + "\n" )
f1.flush()
os.fsync(f1.fileno())
else:
Supervised.getPrediction(npVector = numpy.array([ listRes ]), model='NBC')
Supervised.getPrediction(npVector = numpy.array([ listRes ]), model='SVC')
if (tweetsRecorded >= MAX_TWEET) or (reTryCount >= MAX_TRIES):
print( "\n ReTry Count: " + str(reTryCount) + "\n\n")
print(u"\n\n\n")
return
print(u"\n\n\n")
elif 'disconnect' in item:
event = item['disconnect']
reTryCount += 1
if event['code'] in [2,5,6,7]:
# something may or may NOT need to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
elif (iteratorRunCount > 0) and (tweetsRecorded < MAX_TWEET): # Condition when no more unique tweets are found, go back
# TODO: think of better ways to handle this
if (queryText[0] == '#'):
return # temporary return
queryText = queryText[1:]
break
else:
print( "\n No more tweets as of now \n\n")
print(u"\n\n\n")
return
else:
pass
except TwitterRequestError as e:
if e.status_code < 500:
print "\n\n" + "MJAGLAN EXCEPTION:\n" + str(e) + "\n\n"
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# temporary interruption, re-try request
pass
def liveFeedsByLocation(self, api=None, locationArea="New York City, NY", filePath=None):
if api is None:
api = self.getAppObject()
if filePath == self.globalCSVDataStorePath:
print("WARNING: Attempt to write on Train Data File!")
exit(-1)
else:
f2 = open(filePath, 'a+')
langCount = {}
langEmo = {}
queryParam = {}
queryParam['locations'] = GeoLocationModule.getGeoArea(area=locationArea)
queryParam['rpp'] = 100
recordCount = 0
while True:
try:
# Let's take 60 seconds pause before next API call;
# 2017 twitter rate limit is 15 API calls per 15 mins in total per account;
time.sleep(60)
iterator = api.request('statuses/filter', queryParam).get_iterator()
for item in iterator:
if 'text' in item:
if item[u'lang'] in langCount.keys():
langCount[item[u'lang']] += 1
else:
langCount[item[u'lang']] = 1
rawTextClean1 = item[u'text'].encode('utf-8')
rawTextClean2 = rawTextClean1.strip()
rawTextClean3 = rawTextClean2.replace("#"," ") # remove hashtags
rawTextClean4 = re.sub(r'https?:\/\/.*[\r\n]*', '', rawTextClean3, flags=re.MULTILINE) # remove urls
rawEnText = TranslationModule.getEnglish(rawTextClean4)
fineEnText = rawEnText.replace(",", " ").replace(";", " ")
emoVector = self.getEmoTaggerObject().consolodateResult(fineEnText)
listRes = []
keyRes = sorted(emoVector)
for key in keyRes:
listRes.append(emoVector[key])
##### CONSOLE #
print '{}: {}'.format(item[u'lang'], rawTextClean2)
print (zip(keyRes, listRes))
print '\n\n\n'
listStr1 = str(listRes).replace(",", " ")
listStr2 = listStr1[1:-1]
listStr3 = listStr2.split()
listVector = [float(i) for i in listStr3 if Utility.RepresentsNum(i)]
if len(listVector) == 0:
listVector = [0.0] * len(langEmo[langEmo.keys()[0]])
if item[u'lang'] in langEmo.keys():
langEmo[item[u'lang']] = [sum(x) for x in zip(langEmo[item[u'lang']], listVector)]
else:
langEmo[item[u'lang']] = listVector
assert len(langCount.keys()) == len(langEmo.keys()) ################################## ASSERT #
recordCount += 1
# if recordCount > 500:
# print("record count: " + str(recordCount))
# recordCount = 0
# f2.write( u'LOCATION' + "," + u"LANGUAGE" + "," + u"LANGUAGE_COUNT" + "," + u'EMO VECTOR' + "," + "\n")
# for aKey in langCount:
# f2.write( unicode(locationArea) + "," + unicode(aKey) + "," + unicode(langCount[aKey]) + "," + unicode(langEmo[aKey]) + "," + "\n")
# f2.write( "\n\n\n")
# f2.flush()
# os.fsync(f2.fileno())
elif 'disconnect' in item:
event = item['disconnect']
if event['code'] in [2,5,6,7]:
# something needs to be fixed before re-connecting
raise Exception(event['reason'])
else:
# temporary interruption, re-try request
break
except TwitterRequestError as e:
print("record count: " + str(recordCount))
f2.write( u'LOCATION' + "," + u"LANGUAGE" + "," + u"LANGUAGE_COUNT" + "," + u'EMO VECTOR' + "," + "\n")
for aKey in langCount:
f2.write( unicode(locationArea) + "," + unicode(aKey) + "," + unicode(langCount[aKey]) + "," + unicode(langEmo[aKey]) + "," + "\n")
f2.write( "\n\n\n")
f2.flush()
os.fsync(f2.fileno())
if e.status_code < 500:
# something needs to be fixed before re-connecting
print "\n\nSomething needs to be fixed before re-connecting:\n"+str(e)+"\n\n"
pass
else:
# temporary interruption, re-try request
pass
except TwitterConnectionError:
# print("record count: " + str(recordCount))
f2.write( u'LOCATION' + "," + u"LANGUAGE" + "," + u"LANGUAGE_COUNT" + "," + u'EMO VECTOR' + "," + "\n")
for aKey in langCount:
f2.write( unicode(locationArea) + "," + unicode(aKey) + "," + unicode(langCount[aKey]) + "," + unicode(langEmo[aKey]) + "," + "\n")
f2.write( "\n\n\n")
f2.flush()
os.fsync(f2.fileno())
# temporary interruption, re-try request
pass
