shshank/auto_voter.py

## auto_voter.py
#This script adds votes on the an online voting competition.
#Makes use of the mailinator.com's free temporary emails to make twitter accounts.

#REQUIREMENTS:
#file:: proxies.txt
#	each line in the file must contain a proxy in the form: <ip>:<port>
#	e.g. xxx.xxx.xxx.xxx:8080
#
#Change the variable values::
#	band_page_id and password must be changed by the user to a value of their choice.
#	voting site twitter login url and voting page url must be entered. (removed from the script to not make it public)

#USAGE:
#Just put the requirements in place and run the script by:
#	python auto_voter.py 20
#
#	this will run the script without proxy where 20 will be the number of tries you want to make.

#	python auto_voter.py 20 proxy
#
#	this will run the script with proxy.


#It will ask you to solve the captcha if it encounters one. And wait for your input.
#	if the account is created press enter in the terminal.
#	enter 'n' if twitter account was not created. It will change the proxy and try again.
#The script will not try a failed proxy twice in a single run.

import time
import sys

from selenium import webdriver
from random import randint, choice

#change the band id to the band you want to vote for.
#	the id can be found by inspecting the vote button of the band.
#	the three digit number in "data-event_applied-id" attribute is the id.
band_page_id = 000

#Common password for all the twitter accounts created.
password = '********'

#the urls for the the voting site.
voting_site_twitter_login_url = 'https://page_for_voting_site_twitter_login.com'
voting_page_url = 'https://voting_page_for_the_event.com'

def generate_name(first_names, last_names):
	#generates a random name and username
	name = choice(first_names) + ' ' +choice(last_names)
	number = str(randint(100,9000))
	symbols = ['']
	username = name.replace(' ', choice(symbols)) + number
	email = username + '@spamgoes.in'
	print username
	return {'name':name, 'username':username, 'email':email}

def twitter_signup(br, name, email, username):
	#signs up for twitter
	br.get("https://twitter.com/signup")

	elem = br.find_element_by_xpath("""//input[@name="user[name]"]""")
	elem.send_keys(name)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[email]"]""")
	elem.send_keys(email)
	time.sleep(3)

	elem = br.find_element_by_xpath("""//input[@name="user[user_password]"]""")
	elem.send_keys(password)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[screen_name]"]""")
	elem.send_keys(username)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[remember_me_on_signup]"]""")
	elem.click()
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[use_cookie_personalization]"]""")
	elem.click()
	time.sleep(5)

	button = br.find_element_by_xpath("""//input[@name="submit_button"]""")
	button.click()
	time.sleep(10)
	if br.current_url == 'https://twitter.com/welcome/intro':
		print 'account created'
	else:
		get = raw_input("Please solve the captcha...")
		if get == 'n':
			raise Exception("Couldn't complete..")

def mts_vote(br):
	br.get(voting_site_twitter_login)
	elem = br.find_element_by_id('allow')
	elem.click()
	time.sleep(10)
	br.get(voting_page_url)
	vote = br.find_element_by_xpath("""//a[@data-event_applied-id="%s"]"""%(band_page_id))
	vote.click()

def get_proxy_profile():
	proxies = []
	with open('proxies.txt') as proxy_file:
		lines=proxy_file.readlines()

	for line in lines:
		data = line.split(':')
		proxy = data[0]
		post = int(data[1])
		proxies.append([proxy, post])

	print proxies
	cur_proxy = choice(proxies)
	print cur_proxy
	fp = webdriver.FirefoxProfile()
	fp.set_preference("network.proxy.type", 1)
	fp.set_preference("network.proxy.http", cur_proxy[0])
	fp.set_preference("network.proxy.http_port", cur_proxy[1])
	fp.set_preference("network.proxy.ssl", cur_proxy[0])
	fp.set_preference("network.proxy.ssl_port", cur_proxy[1])
	fp.update_preferences()
	return fp


def get_done():
	#gets the list of usernames already worked with
	done = []
	if os.path.isfile('done.txt'):
		with open('done.txt') as f:
			lines = f.readlines()
		if len(lines)<2:
			for line in lines[:-1]:
				done += line.strip()
		return done
	else:
		f = open('done.txt', 'w')
		f.close()


bad_proxy = []

#names taken from http://en.wikipedia.org/wiki/Category:Indian_given_names
first_names = ["Aakash", "Aaravamuthan", "Aarthi", "Aarya", "Aashika",
				"Aashish", "Abha", "Abhas", "Abhigyan", "Abhijatya", "Abhilash",
				"Abhinandan", "Abhinav", "Abhinay", "Abhinit", "Abhishek", "Adarsh",
				"Adesh", "Adi", "Adipika", "Aditi", "Aditya", "Aishwarya", "Ajay",
				"Ajey", "Ajith", "Ajeet", "Akhila", "Akhilesh", "Akshata", "Akshay",
				"Alikesh", "Alpesh", "Amal", "Aman", "Amani", "Amar", "Ambar", "Amit",
				"Amol", "Amulya", "Anant", "Ananthu", "Anindita", "Animesh", "Anirudh",
				"Anish", "Anitha", "Anjana", "Anjali", "Anjan", "Anjana", "Anju", "Anjum",
				"Ankan", "Ankita", "Anmol", "Annapoorna", "Anoop", "Anshul", "Anshuman",
				"Anu", "Anubhuti", "Anup", "Anupam", "Anupama", "Anuradha", "Anurag", "Aparna",
				"Apoorva", "Aravind", "Aravinda", "Archana", "Arihant", "Arindam", "Arjun",
				"Arpita", "Arnav", "Arshad", "Arun", "Aruna", "Aravind", "Asawari", "Aseem",
				"Asha", "Ashesh", "Ashish", "Ashu", "Ashvin", "Ashwath", "Ashwatthama", "Ashweeta",
				 "Ashwin", "Ashwini", "Aswini", "Atmajyoti", "Atul", "Atulya", "Ayush", "Avanindra",
				 "Avanish", "Avinash", "Azhagu", "Anbuselvam", "Anbu", "Athi", "Anbukarsan", "Anand",
				 "Ananda", "Anbarasi", "Anita", "Anusha", "Aravindra", "Avani", "Aviral", "Babita",
				 "Bandheka", "Babu", "Babul", "Bablu", "Bala", "Balaram", "Balram", "Banti", "Basanti",
				 "Beena", "Bhagya", "Bhagyashri", "Bhairavi", "Bhalchandra", "Bharani", "Bharat",
				 "Bharath", "Bharathi", "Bhargavi", "Bhaskar", "Bhaskara", "Bhavani", "Bhavna",
				 "Bhooma", "Bhoomika", "Bhoominathan", "Bhushan", "Bibek", "Billu", "Bikram",
				"Bikshapathi", "Bimala", "Bina", "Bindu", "Bineeta", "Biran", "Bodhisatva", "Bhola",
				"Chaitra", "Chandana", "Chandni", "Chandra", "Chandrakant", "Chandraprabha",
				"Chandrashekhar", "Charu", "Chetan", "Chetana", "Chilkoja", "Chirasmita", "Chithra", "Chitrasen",
				"Chudamani", "Damodar", "Deepa", "Deepika", "Deepti", "Deepak", "Deven", "Devendra", "Devi",
				"Dhanalakshmi", "Dhanush", "Dhanya", "Dhara", "Dharani", "Dharma", "Dharshan", "Dharshini",
				"Dhwani", "Dikpal", "Dilip", "Dimitri", "Dipa", "Dipti", "Divya", "Draupadi", "Divyajyoti",
				"Faltu", "Fanishwar", "Fardeen", "Fatima", "Farheen", "Farooq", "Faisal", "Faraha", "Fangs",
				"Feroz", "Gagana", "Gajalakshmi", "Gajanand", "Ganesh", "Ganesha", "Ganga", "Gauri", "Gayathri",
				 "Gayatri", "Geeta", "Geetika", "Girish", "Godavari", "Gopal", "Gopinath", "Govind", "Greisha",
				 "Grisha", "Padma", "Padmanabh", "Palak", "Pallavi", "Parag", "Paramjit", "Paras", "Parna",
				 "Parthasarathi", "Parvati", "Pompy", "Pooja", "Poornima", "Prabha", "Prachi", "Pradeep",
				 "Prafulla", "Pragati", "Pragya", "Prahlad", "Prajakta", "Prajna", "Prakash", "Pramila",
				 "Pramit", "Pramod", "Pran", "Pranav", "Pranay", "Pranil", "Praneel", "Prapanna", "Prarthna",
				 "Prasad", "Prasanna", "Prashant", "Prathap", "Pratibha", "Pratik", "Pratiksha", "Pratima",
				 "Pratyush", "Praveen", "Preetam", "Preethi", "Preeti", "Prem", "Prema", "Pritam", "Prithwish",
				 "Priya", "Priyadarshini", "Priyamvadha", "Priyanka", "Priysabratha", "Protima", "Purnima",
				 "Purnam", "Purvi", "Puganeshwary", "Puga"]

last_names = ["Sharma", "Pandey", "Panda", "Singh", "Agarwal", "Agrawal", "Kumar", "Shekhar", "Mishra",
				"Thumbi", "Shankar", "Bubbar", "Jain", "Mahapatra", "Moharana", "Pandya", "Shikhar", "Hiradhar",
				"Singhania", "Balbantray"]

def main(proxy=False):
	if proxy:
		proxy = get_proxy_profile()
		while proxy in bad_proxy:
			proxy = get_proxy_profile()
		br = webdriver.Firefox(firefox_profile=proxy)
	else:
		br = webdriver.Firefox()

	creds = generate_name(first_names, last_names)
	while creds['username'] in get_done():
		print 'already done'
		creds = generate_name(first_names, last_names)
	try:
		twitter_signup(br, creds['name'], creds['email'], creds['username'])
		with open('done.txt', 'a') as f:
			f.write(creds['username']+'\n')
		mts_vote(br)
		time.sleep(1)
	except Exception, e:
		if proxy:
			bad_proxy.append(proxy)
		print e

	br.close()


if __name__ == '__main__':
	proxy=True if sys.argv[2] == 'proxy' else False
	[main(proxy) for i in range(sys.argv[1])]
	#This script adds votes on the an online voting competition.
	#Makes use of the mailinator.com's free temporary emails to make twitter accounts.

	#REQUIREMENTS:
	#file:: proxies.txt
	# each line in the file must contain a proxy in the form: <ip>:<port>
	# e.g. xxx.xxx.xxx.xxx:8080
	#
	#Change the variable values::
	# band_page_id and password must be changed by the user to a value of their choice.
	# voting site twitter login url and voting page url must be entered. (removed from the script to not make it public)

	#USAGE:
	#Just put the requirements in place and run the script by:
	# python auto_voter.py 20
	#
	# this will run the script without proxy where 20 will be the number of tries you want to make.

	# python auto_voter.py 20 proxy
	#
	# this will run the script with proxy.


	#It will ask you to solve the captcha if it encounters one. And wait for your input.
	# if the account is created press enter in the terminal.
	# enter 'n' if twitter account was not created. It will change the proxy and try again.
	#The script will not try a failed proxy twice in a single run.

	import time
	import sys

	from selenium import webdriver
	from random import randint, choice

	#change the band id to the band you want to vote for.
	# the id can be found by inspecting the vote button of the band.
	# the three digit number in "data-event_applied-id" attribute is the id.
	band_page_id = 000

	#Common password for all the twitter accounts created.
	password = '********'

	#the urls for the the voting site.
	voting_site_twitter_login_url = 'https://page_for_voting_site_twitter_login.com'
	voting_page_url = 'https://voting_page_for_the_event.com'

	def generate_name(first_names, last_names):
	#generates a random name and username
	name = choice(first_names) + ' ' +choice(last_names)
	number = str(randint(100,9000))
	symbols = ['']
	username = name.replace(' ', choice(symbols)) + number
	email = username + '@spamgoes.in'
	print username
	return {'name':name, 'username':username, 'email':email}

	def twitter_signup(br, name, email, username):
	#signs up for twitter
	br.get("https://twitter.com/signup")

	elem = br.find_element_by_xpath("""//input[@name="user[name]"]""")
	elem.send_keys(name)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[email]"]""")
	elem.send_keys(email)
	time.sleep(3)

	elem = br.find_element_by_xpath("""//input[@name="user[user_password]"]""")
	elem.send_keys(password)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[screen_name]"]""")
	elem.send_keys(username)
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[remember_me_on_signup]"]""")
	elem.click()
	time.sleep(2)

	elem = br.find_element_by_xpath("""//input[@name="user[use_cookie_personalization]"]""")
	elem.click()
	time.sleep(5)

	button = br.find_element_by_xpath("""//input[@name="submit_button"]""")
	button.click()
	time.sleep(10)
	if br.current_url == 'https://twitter.com/welcome/intro':
	print 'account created'
	else:
	get = raw_input("Please solve the captcha...")
	if get == 'n':
	raise Exception("Couldn't complete..")

	def mts_vote(br):
	br.get(voting_site_twitter_login)
	elem = br.find_element_by_id('allow')
	elem.click()
	time.sleep(10)
	br.get(voting_page_url)
	vote = br.find_element_by_xpath("""//a[@data-event_applied-id="%s"]"""%(band_page_id))
	vote.click()

	def get_proxy_profile():
	proxies = []
	with open('proxies.txt') as proxy_file:
	lines=proxy_file.readlines()

	for line in lines:
	data = line.split(':')
	proxy = data[0]
	post = int(data[1])
	proxies.append([proxy, post])

	print proxies
	cur_proxy = choice(proxies)
	print cur_proxy
	fp = webdriver.FirefoxProfile()
	fp.set_preference("network.proxy.type", 1)
	fp.set_preference("network.proxy.http", cur_proxy[0])
	fp.set_preference("network.proxy.http_port", cur_proxy[1])
	fp.set_preference("network.proxy.ssl", cur_proxy[0])
	fp.set_preference("network.proxy.ssl_port", cur_proxy[1])
	fp.update_preferences()
	return fp


	def get_done():
	#gets the list of usernames already worked with
	done = []
	if os.path.isfile('done.txt'):
	with open('done.txt') as f:
	lines = f.readlines()
	if len(lines)<2:
	for line in lines[:-1]:
	done += line.strip()
	return done
	else:
	f = open('done.txt', 'w')
	f.close()


	bad_proxy = []

	#names taken from http://en.wikipedia.org/wiki/Category:Indian_given_names
	first_names = ["Aakash", "Aaravamuthan", "Aarthi", "Aarya", "Aashika",
	"Aashish", "Abha", "Abhas", "Abhigyan", "Abhijatya", "Abhilash",
	"Abhinandan", "Abhinav", "Abhinay", "Abhinit", "Abhishek", "Adarsh",
	"Adesh", "Adi", "Adipika", "Aditi", "Aditya", "Aishwarya", "Ajay",
	"Ajey", "Ajith", "Ajeet", "Akhila", "Akhilesh", "Akshata", "Akshay",
	"Alikesh", "Alpesh", "Amal", "Aman", "Amani", "Amar", "Ambar", "Amit",
	"Amol", "Amulya", "Anant", "Ananthu", "Anindita", "Animesh", "Anirudh",
	"Anish", "Anitha", "Anjana", "Anjali", "Anjan", "Anjana", "Anju", "Anjum",
	"Ankan", "Ankita", "Anmol", "Annapoorna", "Anoop", "Anshul", "Anshuman",
	"Anu", "Anubhuti", "Anup", "Anupam", "Anupama", "Anuradha", "Anurag", "Aparna",
	"Apoorva", "Aravind", "Aravinda", "Archana", "Arihant", "Arindam", "Arjun",
	"Arpita", "Arnav", "Arshad", "Arun", "Aruna", "Aravind", "Asawari", "Aseem",
	"Asha", "Ashesh", "Ashish", "Ashu", "Ashvin", "Ashwath", "Ashwatthama", "Ashweeta",
	"Ashwin", "Ashwini", "Aswini", "Atmajyoti", "Atul", "Atulya", "Ayush", "Avanindra",
	"Avanish", "Avinash", "Azhagu", "Anbuselvam", "Anbu", "Athi", "Anbukarsan", "Anand",
	"Ananda", "Anbarasi", "Anita", "Anusha", "Aravindra", "Avani", "Aviral", "Babita",
	"Bandheka", "Babu", "Babul", "Bablu", "Bala", "Balaram", "Balram", "Banti", "Basanti",
	"Beena", "Bhagya", "Bhagyashri", "Bhairavi", "Bhalchandra", "Bharani", "Bharat",
	"Bharath", "Bharathi", "Bhargavi", "Bhaskar", "Bhaskara", "Bhavani", "Bhavna",
	"Bhooma", "Bhoomika", "Bhoominathan", "Bhushan", "Bibek", "Billu", "Bikram",
	"Bikshapathi", "Bimala", "Bina", "Bindu", "Bineeta", "Biran", "Bodhisatva", "Bhola",
	"Chaitra", "Chandana", "Chandni", "Chandra", "Chandrakant", "Chandraprabha",
	"Chandrashekhar", "Charu", "Chetan", "Chetana", "Chilkoja", "Chirasmita", "Chithra", "Chitrasen",
	"Chudamani", "Damodar", "Deepa", "Deepika", "Deepti", "Deepak", "Deven", "Devendra", "Devi",
	"Dhanalakshmi", "Dhanush", "Dhanya", "Dhara", "Dharani", "Dharma", "Dharshan", "Dharshini",
	"Dhwani", "Dikpal", "Dilip", "Dimitri", "Dipa", "Dipti", "Divya", "Draupadi", "Divyajyoti",
	"Faltu", "Fanishwar", "Fardeen", "Fatima", "Farheen", "Farooq", "Faisal", "Faraha", "Fangs",
	"Feroz", "Gagana", "Gajalakshmi", "Gajanand", "Ganesh", "Ganesha", "Ganga", "Gauri", "Gayathri",
	"Gayatri", "Geeta", "Geetika", "Girish", "Godavari", "Gopal", "Gopinath", "Govind", "Greisha",
	"Grisha", "Padma", "Padmanabh", "Palak", "Pallavi", "Parag", "Paramjit", "Paras", "Parna",
	"Parthasarathi", "Parvati", "Pompy", "Pooja", "Poornima", "Prabha", "Prachi", "Pradeep",
	"Prafulla", "Pragati", "Pragya", "Prahlad", "Prajakta", "Prajna", "Prakash", "Pramila",
	"Pramit", "Pramod", "Pran", "Pranav", "Pranay", "Pranil", "Praneel", "Prapanna", "Prarthna",
	"Prasad", "Prasanna", "Prashant", "Prathap", "Pratibha", "Pratik", "Pratiksha", "Pratima",
	"Pratyush", "Praveen", "Preetam", "Preethi", "Preeti", "Prem", "Prema", "Pritam", "Prithwish",
	"Priya", "Priyadarshini", "Priyamvadha", "Priyanka", "Priysabratha", "Protima", "Purnima",
	"Purnam", "Purvi", "Puganeshwary", "Puga"]

	last_names = ["Sharma", "Pandey", "Panda", "Singh", "Agarwal", "Agrawal", "Kumar", "Shekhar", "Mishra",
	"Thumbi", "Shankar", "Bubbar", "Jain", "Mahapatra", "Moharana", "Pandya", "Shikhar", "Hiradhar",
	"Singhania", "Balbantray"]

	def main(proxy=False):
	if proxy:
	proxy = get_proxy_profile()
	while proxy in bad_proxy:
	proxy = get_proxy_profile()
	br = webdriver.Firefox(firefox_profile=proxy)
	else:
	br = webdriver.Firefox()

	creds = generate_name(first_names, last_names)
	while creds['username'] in get_done():
	print 'already done'
	creds = generate_name(first_names, last_names)
	try:
	twitter_signup(br, creds['name'], creds['email'], creds['username'])
	with open('done.txt', 'a') as f:
	f.write(creds['username']+'\n')
	mts_vote(br)
	time.sleep(1)
	except Exception, e:
	if proxy:
	bad_proxy.append(proxy)
	print e

	br.close()


	if __name__ == '__main__':
	proxy=True if sys.argv[2] == 'proxy' else False
	[main(proxy) for i in range(sys.argv[1])]