def getTweets():
global user
global startDate
global endDate
num_tweets_label.place(x=100, y=350)
num_tweets_box.place(x=250, y=350)
tweets_box.place(x=90, y=400)
newSearchBtn.place(x=230, y=550)
#prevent user from pressing search button
runSearchBtn.config(state="disabled")
user = usernameBox.get()
start = startDateBox.get()
end = endDateBox.get()
tweets = get_tweets(user, start, end)
num_tweets_box.insert(0, len(tweets))
for tweet in tweets:
char_list = [
tweet[j] for j in range(len(tweet))
if ord(tweet[j]) in range(65536)
]
tweet = ''
for j in char_list:
tweet = tweet + j
tweets_box.insert(
END, "-----------------------------------------\n" + tweet +
"\n-----------------------------------------\n\n")
def send_message(type):
msg = ""
if type == 1:
msg = "Hello Buddy hope you doing well :) I m here to help you before your flight\nSo which airport we are going today?"
elif type == 20:
msg = "Sorry Buddy but I currently do not support this airport, see you soon bye!"
elif type == 21:
msg = "Have a nice trip to Dubai Internatinal Airport, What is your concern just simply type, I can help you with following: \nMy flight\ntime\nweather\ntraffic"
elif type == 31:
data = airport_api.getRequest("time")
msg = airport_api.parseRequest(data, "time")
msg1 = "\nThank you for talking with me :) if you want anything else simply type"
msg = msg + msg1
elif type == 41:
data = airport_api.getRequest("weather")
msg = airport_api.parseRequest(data, "weather")
msg1 = "\nThank you for talking with me :) if you want anything else simply type"
msg = msg + msg1
elif type == 51:
msg = twitter_api.get_tweets("dubai traffic jam @waze")
msg1 = "\nThank you for talking with me :) if you want anything else simply type"
msg = msg + msg1
elif type == 91:
msg = "See you soon Buddy, bye!"
elif type == 61:
msg = "Sorry Buddy but I currently do not support flight info :( but I'm learning now that skills!"
else:
msg = "Wait wait, I am not so smart I coudn't understand you but I am learning ;)"
return msg
def display_tweets(userName):
if userName == "anku94":
tweets = []
tweets.append("RT @User1: #Abc #def tweet first");
tweets.append("RT @User2: #NewHashTag #coolShitBrah tweet first");
tweets.append("RT @User3: #NewHashTag #coolShitBrah tweet first");
tweets.append("RT @User4: @hiianubhav @kansal.k #NewHashTag #coolShitBrah tweet first");
return jsonify({'tweets': tweets})
resp = twitter_api.get_tweets(userName)
if resp['data']:
return jsonify({'tweets': resp['data']})
else:
return jsonify({'tweets': None, 'error': resp['error']}), 404
def index():
if request.method == "GET":
return render_template("index.html", button_name="Go!")
else:
# get data from page
user_input = html.escape(request.form['handle'])
handle = "@" + user_input
saved_dict = eval(request.form['lastUserDict'])
if request.form['lastUser'] != user_input or user_input == "" or saved_dict == {}:
# user entered new handle
try:
tweet_list = get_tweets(handle)
saved_dict = get_dict(tweet_list)
fake_tweet = gen_markov_tweet(saved_dict)
except TweepError as err:
# invalid or private handle
if str(err) == "User is protected":
fake_tweet = "Error! User is private."
else:
fake_tweet = "User not found! Please try another handle."
saved_dict = {}
except ValueError:
# empty handle
fake_tweet = "Please enter a handle."
saved_dict = {}
else:
# user re-entered handle - use saved dict
fake_tweet = gen_markov_tweet(saved_dict)
return json.dumps({"handle": user_input, "tweet": fake_tweet, "saved_dict": str(saved_dict)})
"SpaceX",
"NatGeo",
"NASA",
]
if __name__ == "__main__":
logger = get_logger(home, "retweeter")
logger.info("Setting up api connection...")
api = setup_api(home)
user = api.me()
logger.info(
"Name: {0}\nLocation: {1}\nFriends: {2}\nFollowers: {3}\n".format(
user.name, user.location, user.friends_count,
user.followers_count))
while 1:
now = arrow.now()
new_tweets = get_tweets(api, relevant_accounts, logger)
for tweet in new_tweets:
try:
logger.info("Retweeting: " + tweet.text)
tweet_message = tweet.retweet()
break
except:
continue
else:
logger.warning("No relevant tweets to retweet")
if now.time().hour > 23 or now.time().hour < 7:
logger.warning("Time to go to sleep")
break
sleep(14400)
#!/usr/bin/env python
import json
import os
import google_api
import twitter_api
# enter username
username = input('Please enter the username: '******'@BU_Tweets'
# grab tweets
twitter_api.get_tweets(username)
# read file
rfile = open('tweet.json', 'r')
data = json.load(rfile)
rfile.close()
# use google api and store sentiment score
allscore = []
allmag = []
text = data[0]
date = data[1]
for string in text:
score, mag = google_api.google_sentiment(string)
print('')
allscore.append(score)
allmag.append(mag)
# anaylze sentiment
from hmm_sol import *
from twitter_api import get_tweets
m = MarkovModel()
d = get_tweets('SarcasticRover')
train(m, d)
m.run(endOnString)
# limit number of tags
max_tag = 5
# Boston, USA woeid
tag_list = twitter_api.top_hashtags(2367105)
# check the list of tags in main.json
with open('main.json', 'w') as outfile:
json.dump(tag_list, outfile)
for index, tag in enumerate(tag_list):
if (index == max_tag):
break
print("\n", index + 1, ". tag:", tag, flush=True)
tweets = twitter_api.get_tweets(tag)
score_list = []
for tweet in tweets:
text = remove_url(tweet.text)
# print("text: ", text, flush = True)
try:
score = google_api.analyze_text_sentiment(text)
except Exception as e:
print("google api: error processing text")
print("\"" + text + "\"", flush=True)
score_list.append(score)
# plot the sentiment score in histrogram
fig, ax = plt.subplots()