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bot.py
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bot.py
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import tweepy
from twitter_api import *
from bs4 import BeautifulSoup
from bs4.dammit import EncodingDetector
import requests
from random import choices,sample,randint
from time import sleep
from league_list import *
from
header ={'User-Agent': 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/39.0.2171.95 Safari/537.36'}
auth = tweepy.OAuthHandler(API_KEY, API_SECRET)
auth.set_access_token(ACCESS_TOKEN, ACCESS_TOKEN_SECRET)
api = tweepy.API(auth, wait_on_rate_limit=True,wait_on_rate_limit_notify=True)
def top4leagues(leagueList,index):
rangeOfWork = team_qulfied[index]
defaultLst = []
temIndex = sample(range(12),rangeOfWork)
for i in range(rangeOfWork):
clubsIndex = randint(0,1)
try:
tempClubsLst = []
url = 'https://www.worldfootball.net'+leagueList[clubsIndex]
source = requests.get(url, headers=header)
http_encoding = source.encoding if 'charset' in source.headers.get('content-type', '').lower() else None
html_encoding = EncodingDetector.find_declared_encoding(source.content, is_html=True)
encoding = html_encoding or http_encoding
soup = BeautifulSoup(source.content, 'lxml', from_encoding=encoding)
find_boxS= soup.find('div',class_="scrollable_tables")
the_team_table = find_boxS.find('table', {'class':'standard_tabelle'})
for theTeamAtag in the_team_table.find_all('a',href=True):
if theTeamAtag.text:
tempClubsLst.append(theTeamAtag.text)
y = temIndex[i]
teamNames = tempClubsLst[y]
defaultLst.append(teamNames)
tempClubsLst.pop()
except Exception as e:
print(e)
return defaultLst
def otherTeams(sumOfQ):
remainigTeams = 16- sumOfQ
finalTeams = []
if remainigTeams <=0:
return []
else:
randomTeams = sample(range(10),remainigTeams)
randomTeamsIndex = sample(range(remainigTeams+2),remainigTeams)
randomTeamSelection = choices(range(len(league_qlf_list)),k=remainigTeams)
for i in range(0,remainigTeams):
temp_x = randomTeamSelection[i]
try:
tempClubsLst = []
url = 'https://www.worldfootball.net'+league_qlf_list[temp_x]
source = requests.get(url, headers=header)
http_encoding = source.encoding if 'charset' in source.headers.get('content-type', '').lower() else None
html_encoding = EncodingDetector.find_declared_encoding(source.content, is_html=True)
encoding = html_encoding or http_encoding
soup = BeautifulSoup(source.content, 'lxml', from_encoding=encoding)
find_boxS= soup.find('div',class_="scrollable_tables")
the_team_table = find_boxS.find('table', {'class':'standard_tabelle'})
for theTeamAtag in the_team_table.find_all('a',href=True):
if theTeamAtag.text:
tempClubsLst.append(theTeamAtag.text)
y = randomTeamsIndex[i]
teamNames = tempClubsLst[y]
finalTeams.append(teamNames)
except Exception as e:
print(e)
return finalTeams
def the16(epl,laliga,seriea,bundesliga,other):
tempLst = []
theLstOfLeagues = [epl,laliga,seriea,bundesliga,other]
for i in range(len(theLstOfLeagues)):
for j in range(len(theLstOfLeagues[i])):
tempLst.append(theLstOfLeagues[i][j])
return tempLst
def vsPrint(year,home,away,n):
apndLst = []
for i in range(n):
tag = '#UCL'
results = home[i]+' VS '+away[i]+'\n'
apndLst.append(results)
if len(apndLst) == 8:
mes = str(year)+' UCL - Round of 16\n\n'
f1 = '[1/2] '+tag
c = ''.join(map(str, apndLst[0:4]))
print(mes+c+f1)
api.update_status(status=mes+c+f1)
sleep(100) # change that to 30 sec afther finishing
f2 ='[2/2] '+tag
p =''.join(map(str, apndLst[4:8]))
print(mes+p+f2)
api.update_status(status=mes+p+f2)
sleep(100)
elif len(apndLst) == 4:
mes = str(year)+' UCL - Quarter finals \n\n'
c = ''.join(map(str, apndLst))
print(mes+c+tag)
api.update_status(status=mes+c+tag)
sleep(300)
else:
mes = str(year)+' UCL - Semi finals \n\n'
c = ''.join(map(str, apndLst))
print(mes+c+tag)
api.update_status(status=mes+c+tag)
sleep(300)
def legScores(n):
homeTeam = []
if n == 1:
for i in range(n):
scoreHome = randint(0,4)
homeTeam.append(scoreHome)
else:
for i in range(n):
scoreHome = randint(0,6)
homeTeam.append(scoreHome)
return homeTeam
def resultsTweet(home,away,s1,s2,n):
tag = '#UCL'
apndLst=[]
for i in range(n):
results = home[i]+' '+str(s1[i])+'-'+str(s2[i])+' '+away[i]+'\n'
apndLst.append(results)
if len(apndLst) == 8:
mes = str(year)+' UCL Results - Round of 16\n\n'
f1 = '[1/2] '
c = ''.join(map(str, apndLst[0:4]))
print(mes+c+f1+tag) # Change that to tweepy status update
api.update_status(status=mes+c+f1+tag)
sleep(150) # change that to 30 sec afther finishing
f2 ='[2/2] '
p =''.join(map(str, apndLst[4:8]))
print(mes+p+f2+tag)
api.update_status(status=mes+p+f2+tag)
sleep(150)
elif len(apndLst) == 4:
mes = str(year)+' UCL Results - Quarter finals \n\n'
c = ''.join(map(str, apndLst))
print(mes+c+tag)
api.update_status(status=mes+c+tag)
sleep(600)
else:
mes = str(year)+' UCL Results - Semi finals \n\n'
c = ''.join(map(str, apndLst))
print(mes+c+tag)
api.update_status(status=mes+c+tag)
sleep(600)
def koTeams(h,a,s1,s2,n, year):
tempTeams = []
if n == 2:
for i in range(n):
if s1[i] > s2[i]:
s = str(s1[i])+'-'+str(s2[i])
mes = '😍 '+str(year)+', '+h[i]+' beat '+a[i]+' ('+s+') to qualify for the UCL final. #UCLFinal'
print(mes)
tempTeams.append(h[i])
api.update_status(status=mes)
sleep(800)
elif s1[i] < s2[i]:
s= str(s2[i])+'-'+str(s1[i])
mes = '😍 '+str(year)+', '+a[i]+' beat '+h[i]+' ('+s+') to qualify for the UCL final. #UCLFinal'
print(mes)
tempTeams.append(a[i])
api.update_status(status=mes)
sleep(800)
else:
t = randint(0,1)
if t == 0:
scr = ['5-3','4-2','5-4','3-2','6-5','4-3']
ran = randint(0,5)
mes='🤪😍 '+str(year)+', '+h[i]+' defeats '+a[i]+' in shootout ('+scr[ran]+'), advancing to UCL final #UCLFinal '
print(mes)
api.update_status(status=mes)
tempTeams.append(h[i])
sleep(800)
else:
scr = ['5-3','4-2','5-4','3-2','6-5','4-3']
ran = randint(0,5)
s =str(s2[i])+'-'+str(s1[i])
mes='🤪😍 '+str(year)+', '+a[i]+' defeats '+h[i]+' in shootout ('+scr[ran]+'), advancing to UCL final #UCLFinal'
print(mes)
api.update_status(status=mes)
tempTeams.append(a[i])
sleep(800)
else:
for i in range(n):
if s1[i] > s2[i]:
s = str(s1[i])+'-'+str(s2[i])
mes = '😼 '+str(year)+', '+h[i]+' beat '+a[i]+' ('+s+') and qualified to the next UCL round. #UCL'
print(mes)
api.update_status(status=mes)
tempTeams.append(h[i])
sleep(800)
elif s1[i] < s2[i]:
s= str(s2[i])+'-'+str(s1[i])
mes = '😼 '+str(year)+', '+a[i]+' beat '+h[i]+' ('+s+') and qualified to the next UCL round. #UCL'
print(mes)
api.update_status(status=mes)
tempTeams.append(a[i])
sleep(800)
else:
t = randint(0,1)
if t == 0:
s = str(s1[i])+'-'+str(s2[i])
mes='😱 '+str(year)+', '+h[i]+' triumphed via a penalty shootout, after the match agains '+a[i]+' ended '+ s+' in normal time #UCL'
print(mes)
api.update_status(status=mes)
tempTeams.append(h[i])
sleep(800)
else:
s =str(s2[i])+'-'+str(s1[i])
mes='😱 '+str(year)+', '+a[i]+' triumphed via a penalty shootout, after the match agains '+h[i]+' ended '+ s+' in normal time #UCL'
print(mes)
api.update_status(status=mes)
tempTeams.append(a[i])
sleep(800)
return tempTeams
def finalCongrats(h,a,s1,s2,year):
#year = 2045
for i in range(1):
who = str(year)+' 😍 UCL Final'+h[i]+' vs '+a[i]+ ' #UCLFinal'
api.update_status(status=who)
sleep(1800)
if s1[i]>s2[i]:
s = str(s1[i])+'-'+str(s2[i])
mes = str(year)+','+h[i]+' beat '+a[i]+' ('+s+') to win Champions League trophy 🏆 \n#UCLFinal'
print(mes)
api.update_status(status=mes)
sleep(150)
s = str(s1[i])+'-'+str(s2[i])
ucl = '🏆 '+str(year)+' UCL FINAL RESULT🏆 \n'+h[i]+'⭐️ '+s+' '+a[i]+'\n#UCLFinal'
print(ucl)
api.update_status(status=ucl)
sleep(150)
cong = '😍🏆 Congratulations to '+ h[i]+' for winning the '+str(year)+' Champions League title \n#UCLFinal'
print(cong)
api.update_status(status=mes)
sleep(150)
elif s1[i]<s2[i]:
s = str(s2[i])+'-'+str(s1[i])
mes = str(year)+','+a[i]+' beat '+h[i]+' ('+s+') to win Champions League trophy 🏆 \n#UCLFinal'
api.update_status(status=mes)
sleep(150)
s = str(s1[i])+'-'+str(s2[i])
ucl = '🏆 '+str(year)+' UCL FINAL RESULT🏆 \n'+h[i]+' '+s+' ⭐️'+a[i]+'\n#UCLFinal'
print(ucl)
api.update_status(status=ucl)
sleep(150)
cong = '😍🏆 Congratulations to '+ a[i]+' for winning the '+str(year)+' Champions League title \n#UCLFinal'
api.update_status(status=cong)
print(cong)
sleep(150)
else:
t = randint(0,1)
if t == 0:
scr = ['5-3','4-2','5-4','3-2','6-5','4-3']
ran = randint(0,5)
mes = h[i]+' Beat '+a[i]+' '+scr[ran]+' on penalties in the '+str(year)+' Champions League final 🏆 \n#UCLFinal'
api.update_status(status=mes)
sleep(150)
cong ='😍🏆 Congratulations to '+ h[i]+' for winning the '+str(year)+' Champions League title \n#UCLFinal'
api.update_status(status=cong)
sleep(150)
else:
scr = ['5-3','4-2','5-4','3-2','6-5','4-3']
ran = randint(0,5)
mes = a[i]+' Beat '+h[i]+' '+scr[ran]+' on penalties in the '+str(year)+' Champions League final 🏆 \n#UCLFinal'
api.update_status(status=mes)
sleep(150)
cong = '😍🏆 Congratulations to '+ a[i]+' for winning the '+str(year)+' Champions League title \n#UCLFinal'
api.update_status(status=cong)
sleep(150)
print("BOT Started")
# BOT will scrap teams names from worldfootball.net
# using data list will choice sum of list of numbers between 4 to 16
# bot will tweet full time scores R16,Q,SF and Final
for year in range(2054,8000):
try:
data = [1,2,3,4]
team_qulfied = choices(data,k=4)
epl_lst=top4leagues(english_leagues,0)
bundesliga_lst =top4leagues(german_leagues,1)
laliga_lst=top4leagues(spainsh_league,2)
serieA_lst = top4leagues(italian_leagues,3)
sumOfQ = sum(team_qulfied)
otherTeams_lst =otherTeams(sumOfQ)
the16teams = the16(epl_lst,bundesliga_lst,laliga_lst,serieA_lst,otherTeams_lst)
teamA = the16teams[0:8]
teamB = the16teams[8:16]
scores1 = legScores(8)
scores2 = legScores(8)
vsPrint(year,teamA,teamB,8)
t = koTeams(teamA,teamB,scores1,scores2,8,year)
resultsTweet(teamA,teamB,scores1,scores2,8)
scores1 = legScores(4)
scores2 = legScores(4)
teamA = t[0:4]
teamB = t[4:8]
vsPrint(year,teamA,teamB,4)
t = koTeams(teamA,teamB,scores1,scores2,4,year)
resultsTweet(teamA,teamB,scores1,scores2,4)
scores1 = legScores(2)
scores2 = legScores(2)
teamA = t[0:2]
teamB = t[2:4]
vsPrint(year,teamA,teamB,2)
t = koTeams(teamA,teamB,scores1,scores2,2,year)
resultsTweet(teamA,teamB,scores1,scores2,2)
teamA = t[0:1]
teamB = t[1:2]
scores1 = legScores(1)
scores2 = legScores(1)
finalCongrats(teamA,teamB,scores1,scores2,year)
except Exception as e:
print(e)