def generate_best_odds(self):
for key, value in vars(self.arguments).iteritems():
if isinstance(value, bool) and value:
sport = key.upper()
# Initialize the driver
driver = Driver()
# Login
driver.login(config.SPORT[sport]['URL'])
# Initialize the Sport class
sport_class = Sport(sport, self.arguments.percentage)
sport_class.get_data(driver.driver)
"""
def get_sport_bets(self, sport_name):
"""
Scrapes betting data for a given sport type
:param sport_name: sport type to scrape betting data for
:type sport_name: str
"""
sport_bets = []
tournaments = self.get_tournaments(sport_name)
# tournaments = [tournaments[0]]
for tournament in tournaments:
print('tournament',
tournaments.index(tournament) + 1, '/', len(tournaments))
self.renderer.get(tournament)
matches = self.get_matches_from_tournament()
for match in matches:
print(' ' * 3, 'match',
matches.index(match) + 1, '/', len(matches))
match_bets = self._get_bets(match)
if match_bets:
sport_bets.append(match_bets)
break
sport = Sport(sport_name, sport_bets)
return sport
def get_live_matches_info_sport(self, sport_name):
matches = []
self.renderer.get(self._LIVE_URL)
events = []
events_ = [1, 2]
time.sleep(2)
while len(events) != len(events_):
events = []
events_ = None
menu = self.renderer.find_element_by_class_name('sportslist')
list_of_sports = menu.find_elements_by_class_name('sprt')
sport = None
for _sport in list_of_sports:
if _sport.find_element_by_class_name(
'sprtnm').text == self._ICONS[sport_name]:
sport = _sport
break
events_ = sport.find_elements_by_class_name('sp-mn-ev')
for el in events_:
try:
events.append(el.find_element_by_tag_name('div'))
except Exception:
pass
print(len(events_), len(events))
for event in events:
try:
matches.append(self.get_live_match_basic_data(event))
except Exception:
pass
return Sport(sport_name, matches)
def get_all_bets_sport(self) -> Sport:
all_matches = []
for sport in self.sports:
all_matches += sport.matches
self.all_matches_sport = Sport(self.sports[0].name, all_matches)
self._scrape_bets()
return self.all_matches_sport
def format_match(self, match):
# print(match.title.similarities)
# print(match.title.raw_teams)
# print(match.title.teams)
match = self.apply_unified_syntax_formatting(Sport('',
[match])).matches[0]
self._format_bet_titles_teams(match)
return match
def _get_sports_from_sample_data(self):
sports = []
path = os.path.abspath(os.path.dirname(__file__)).replace(
'arbitrager',
'scrapers\\sample_data\\{}\\'.format(self.sport_name))
for scraper in registry:
sports.append(Sport.deserialize(path + scraper.get_name()))
return sports
def get_matches_info_sport(self, sport_name):
championships = self._get_championships(sport_name)
championship_urls = OneXBetScraper.get_championship_urls(championships)
print(len(championship_urls))
match_elements = self._get_match_elements(championships)
sport_matches = self._get_matches_info(match_elements,
championship_urls)
sport = Sport(sport_name, sport_matches)
return sport
def get_live_matches_info_sport(self, sport_name):
matches = []
tournaments = self.get_live_tournaments(sport_name)
print(self._NAME, 'scraping', len(tournaments), 'tournaments')
# tournaments = [tournaments[0]]
for tournament in tournaments:
self.renderer.get(tournament)
print(' ', tournaments.index(tournament) + 1)
events = self.get_live_matches_from_tournament()
for event in events:
matches.append(self._get_live_match_basic_data(event))
return Sport(sport_name, matches)
def _get_bets_one_by_one(self, sport_name):
sport_bets = []
matches = self.get_matches_info_sport(sport_name).matches
for match in matches:
print('match', matches.index(match) + 1, '/', len(matches))
print(match.date)
match_bets = self.scrape_match_bets(match)
if match_bets:
sport_bets.append(match_bets)
break
sport = Sport(sport_name, sport_bets)
return sport
def get_matches_info_sport(self, sport_name):
sport_matches = []
championship_urls = self.get_championship_urls(sport_name)
for championship_url in championship_urls[:]:
if 'statistika' in championship_url:
continue
full_url = self._BASE_URL + championship_url
championship_matches = self._get_championship_matches_info(
full_url)
sport_matches += championship_matches
sport = Sport(sport_name, sport_matches)
return sport
def get_matches_info_sport(self, sport_name):
matches = []
subsections = self.get_subsections(sport_name)
for subsection in subsections:
tournaments = self.get_subsection_tournaments(subsection)
time.sleep(1)
print('favorit subsection:', subsections.index(subsection) + 1)
for tournament in tournaments:
events = tournament.find_elements_by_class_name(
'event--head-block')
for event in events:
matches.append(self._get_match_basic_data(event))
# break
self.renderer.click(subsection)
time.sleep(1)
return Sport(sport_name, matches)
def get_sport_bets(self, sport_name):
"""
Scrapes betting data for a given sport type
:param sport_name: sport type to scrape betting data for
:type sport_name: str
"""
sport_bets = []
match_urls = self.get_match_urls(self, sport_name)
# match_urls = match_urls[:20]
for url in match_urls:
print(' match', match_urls.index(url) + 1, '/', len(match_urls))
match_bets = self._get_bets_from_url(url)
if match_bets:
sport_bets.append(match_bets)
break
sport = Sport(sport_name, sport_bets)
return sport
def get_sport_bets(self, sport_name):
"""
Scrapes betting data for a given sport type
:param sport_name: sport type to scrape betting data for
:type sport_name: str
"""
sport_bets = []
subsections = self.get_subsections(sport_name)
# subsections = [subsections[6]]
for subsection in subsections:
print('subsection',
subsections.index(subsection) + 1, '/', len(subsections))
tournaments = self.get_subsection_tournaments(subsection)
for tournament in tournaments:
print(' ' * 1, 'tournament',
tournaments.index(tournament) + 1, '/', len(tournaments))
events = self.get_events_from_tournament(tournament)
for event in events:
print(' ' * 4, 'match',
events.index(event) + 1, '/', len(events))
match_bets = self._get_bets(event)
if match_bets:
sport_bets.append(match_bets)
break
break
self.renderer.click(subsection)
time.sleep(1)
sport = Sport(sport_name, sport_bets)
return sport
def get_matches_info_sport(self, sport_name):
matches = []
subsections = self.get_tournaments(sport_name)
for subsection in subsections:
# if not LIVE:
try:
self.renderer.click(subsection)
except StaleElementReferenceException:
continue
# print(' ', subsections.index(subsection) + 1)
time.sleep(2)
events = self.renderer.find_elements_by_class_name(
'sportEventRow__body___3Ywcg')
time.sleep(2)
for event in events:
try:
event.find_element_by_class_name(
'matchDateTime__isLive___8f4IP')
continue # match is live
except NoSuchElementException:
pass
except StaleElementReferenceException:
continue
date_text = event.find_element_by_class_name(
'matchDateTime__date___2Hw-c').text
teams_webel = event.find_elements_by_class_name(
'__app-LogoTitle-wrapper')
teams = [el.text for el in teams_webel]
url = teams_webel[0].find_element_by_tag_name(
'a').get_attribute('href')
date = DateTime.from_ggbet_str(date_text)
matches.append(Match(MatchTitle(teams), url, date, self))
# if not LIVE:
self.renderer.click(subsection)
print(len(matches))
return Sport(sport_name, matches)
def test_parimatch_unified_syntax_formatting(self):
sport = Sport.from_dict(self.parimatch_dota_dict)
sport = self.parimatch_syntax_formatter.apply_unified_syntax_formatting(
sport)
self._test_unified_syntax_formatting(sport)
from groupers.esports.esports_fork_grouper import EsportsForkGrouper
class LoLForkGrouper(EsportsForkGrouper):
_grouped_by = {
r'(^\d-(st|nd|rd|th) map: )?(total (kills|dragons|barons|turrets|inhibitors)|duration) (over|under) (\d+('
r'\.\d)?)$': (3, 6),
r'(^\d-(st|nd|rd|th) map: )?(total kills) (even|odd)$': (3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (most kills)$': (3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (will first (kill (baron|dragon)|destroy (turret|inhibitor)))$':
(3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (first blood|will make kill \d+)$':
(3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (will first make \d+ kills)$': (3, ),
}
def _get_grouped_by(self) -> dict:
result = dict(LoLForkGrouper._grouped_by)
result.update(EsportsForkGrouper._get_grouped_by(self))
return result
def _get_handicap_targets(self):
return EsportsForkGrouper._get_handicap_targets(self) + ['kills']
if __name__ == '__main__':
grouper = LoLForkGrouper()
lol = Sport.from_dict(favorit_lol_dict)
grouped_lol = grouper.group_bets(lol)
print(grouped_lol)
return formatted_title
def _format_first_kill(self):
formatted_title = self.bet_title.lower()
if 'first blood' in formatted_title:
formatted_title = formatted_title.replace('1st team to ', '')
formatted_title = formatted_title.replace(' first blood', '')
formatted_title += ' first blood'
return formatted_title
def _format_map_duration(self):
formatted_title = self.bet_title.lower()
if 'map duration' in formatted_title:
formatted_title = formatted_title.replace('map duration', 'duration')
formatted_title = formatted_title.replace(' minutes', '')
return formatted_title
def _format_teams(self):
formatted_title = self._move_teams_left()
return formatted_title
if __name__ == '__main__':
formatter = DotaMarathonSyntaxFormatter()
sport = Sport.from_dict(marathon.sport)
formatted_sport = formatter.apply_unified_syntax_formatting(sport)
print(formatted_sport)
my_path = os.path.abspath(os.path.dirname(__file__))
path = my_path + '\\sample_data\\marathon.py'
with open(path, 'w', encoding='utf-8') as f:
print('sport =', formatted_sport, file=f)
def test_one_x_bet_unified_syntax_formatting(self):
sport = Sport.from_dict(self.one_x_bet_lol_dict)
sport = self.one_x_bet_syntax_formatter.apply_unified_syntax_formatting(
sport)
self._test_unified_syntax_formatting(sport)
def test_ggbet_unified_syntax_formatting(self):
sport = Sport.from_dict(self.ggbet_csgo_dict)
sport = self.ggbet_syntax_formatter.apply_unified_syntax_formatting(
sport)
self._test_unified_syntax_formatting(sport)
def get_name(self):
return '1xbet'
if __name__ == '__main__':
grouper = CSGOForkGrouper()
csgo = Sport('csgo', [
Match(
MatchTitle(['Top Esports', 'Suning Gaming']),
'https://1x-bet.com/en/line/Esports/1309773-League-of-Legends-LPL-Summer-Playoffs/81469989-Top-Esports-Suning-Gaming/',
DateTime(2020, 8, 9, 19, 0, 0), OneXBetScraper(), []),
Match(MatchTitle(['Top', 'Sunning']),
'https://www.parimatch.com/en/sport/kibersport/liga-legend-lpl',
DateTime(2020, 8, 9, 19, 0, 0), ParimatchScraper(), []),
Match(
MatchTitle(['Top Esports', 'SN Gaming']),
'https://www.favorit.com.ua/en/bets/#event=27802672&tours=182350,776347,776418,792747,977780,1011803,1037535,1061879,1258082,1265594,1293917,1618224,1713907,2270463',
DateTime(2020, 8, 9, 19, 0, 0), FavoritScraper(), []),
Match(
MatchTitle(['Suning Gaming', 'Top Esports']),
'https://www.marathonbet.com/en/betting/e-Sports/LoL/LPL+Summer/Main+Event/Best+of+5+maps/Suning+Gaming+vs+Top+Esports+-+9994779',
DateTime(2020, 8, 9, 19, 0, 0), MarathonScraper(), []),
Match(
MatchTitle(['Top Esports', 'Suning Gaming']),
'https://gg.bet/en/betting/match/top-esports-vs-suning-gaming-22-08',
DateTime(2020, 8, 9, 19, 0, 0), GGBetScraper(), []),
])
groups = grouper.get_match_groups(csgo)
pprint(groups)
return formatted_title
def _format_first_to_win_number_of_rounds(self):
formatted_title = self.bet_title.lower()
if 'race to rounds' in formatted_title:
formatted_title = formatted_title.replace('race to rounds ', '')
words = re.split(' ', formatted_title)
formatted_title = ''
for i in range(0, len(words) - 1):
formatted_title += words[i] + ' '
formatted_title += 'will be first to win ' + words[-1] + ' rounds'
return formatted_title
def _format_handicap(self):
formatted_title = GSF._format_handicap(self)
if 'handicap' in formatted_title and ' maps' not in formatted_title:
formatted_title += ' rounds'
return formatted_title
if __name__ == '__main__':
formatter = CSGOGGBetSyntaxFormatter()
sport = Sport.from_dict(ggbet.sport)
formatted_sport = formatter.apply_unified_syntax_formatting(sport)
print(formatted_sport)
my_path = os.path.abspath(os.path.dirname(__file__))
path = my_path + '\\sample_data\\ggbet.py'
with open(path, 'w', encoding='utf-8') as f:
print('sport =', formatted_sport, file=f)
def test_favorit_unified_syntax_formatting(self):
sport = Sport.from_dict(self.favorit_dota_dict)
sport = self.favorit_syntax_formatter.apply_unified_syntax_formatting(
sport)
self._test_unified_syntax_formatting(sport)
def test_marathon_unified_syntax_formatting(self):
sport = Sport.from_dict(self.marathon_dota_dict)
sport = self.marathon_syntax_formatter.apply_unified_syntax_formatting(
sport)
self._test_unified_syntax_formatting(sport)
def __init__(self, sport=None, rules=None):
self._sport = Sport(sport)
self._rules = rules
self.name = None
return formatted_title
def _format_map_duration(self):
formatted_title = self.bet_title.lower()
if 'map duration' in formatted_title:
formatted_title = formatted_title.replace('map duration', 'duration')
formatted_title = formatted_title.replace(' minutes', '')
return formatted_title
def _format_first_to_destroy(self):
formatted_title = self.bet_title.lower()
if 'which team will be the first to lose a turret?' in formatted_title:
formatted_title = formatted_title.replace('which team will be the first to lose a turret?',
'will first destroy turret')
formatted_title = self.swap_teams(formatted_title)
return formatted_title
def _format_teams(self):
return self._move_teams_left()
if __name__ == '__main__':
formatter = LoLFavoritSyntaxFormatter()
sport = Sport.from_dict(favorit.sport)
formatted_sport = formatter.apply_unified_syntax_formatting(sport)
print(formatted_sport)
my_path = os.path.abspath(os.path.dirname(__file__))
path = my_path + '\\sample_data\\favorit.py'
with open(path, 'w', encoding='utf-8') as f:
print('sport =', formatted_sport, file=f)
if __name__ == "__main__":
from enum import Enum
from sport import Sport
from collections import OrderedDict
sports = Enum('sports', 'AJEDREZ ATLETISMO BALONCESTO FÚTBOL KARATE NATACIÓN VOLLEYBALL FLAG PINGPONG OTROS')
sport = Sport(sports)
people = range(0, 10)
print("[[ Encuesta - Deportes populares ]]")
for person in people:
print("\nEncuestado #%s" % (person + 1))
print("Seleccione su deporte favorito\n")
for s in sports:
print("%s. %s" % (s.value, s.name))
choice = input("\n[1-%s] " % len(sports))
sport.upFav(sport.findById(int(choice)))
# Implemento una instancia de dict con la ayuda de la clase OrderedDict. Este dict cuenta con los deportes
# ordenados del mas popular al menos popular.
favSportsDesc = OrderedDict(sorted(sport.__dict__.items(), key=lambda k: k[1]['favorites'], reverse=True))
print("\n[[ Resultado ]]")
print("%s encuentados opinan que los deportes populares son: \n" % len(people))
for sk in favSportsDesc:
print(str(sk).capitalize(), "(%s votos)" % favSportsDesc[sk]['favorites'])
formatted_title = self.bet_title.lower()
formatted_title = ' '.join(formatted_title.split())
formatted_title = formatted_title.strip()
return formatted_title
def _format_after(self, bets):
return bets
def _format_teams(self):
return self._move_teams_left()
def _format_uncommon_chars(self):
formatted_title = self.bet_title.lower()
# these are different characters :)
formatted_title = formatted_title.replace('с', 'c')
formatted_title = formatted_title.replace('–', '-')
return formatted_title
if __name__ == '__main__':
formatter = FootballOneXBetSyntaxFormatter()
sport = Sport.from_dict(one_x_bet.sport)
formatted_sport = formatter.apply_unified_syntax_formatting(sport)
print(formatted_sport)
my_path = os.path.abspath(os.path.dirname(__file__))
path = my_path + '\\sample_data\\one_x_bet.py'
with open(path, 'w', encoding='utf-8') as f:
print('sport =', formatted_sport, file=f)
from groupers.esports.esports_fork_grouper import EsportsForkGrouper
class DotaForkGrouper(EsportsForkGrouper):
_grouped_by = {
r'(^\d-(st|nd|rd|th) map: )?(total (kills|roshans)|duration) (over|under) (\d+(\.\d)?)$':
(3, 5),
r'(^\d-(st|nd|rd|th) map: )?(total kills) (even|odd)$': (3, ),
r'(^\d-(st|nd|rd|th) map: )(megacreeps) (yes|no)$': (3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (will first (kill roshan|lose barracks|destroy tower))$':
(3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (first blood|will make kill \d+)$':
(3, ),
r'(^\d-(st|nd|rd|th) map: ).+? (will first make \d+ kills)$': (3, ),
}
def _get_grouped_by(self) -> dict:
result = dict(DotaForkGrouper._grouped_by)
result.update(EsportsForkGrouper._get_grouped_by(self))
return result
def _get_handicap_targets(self):
return EsportsForkGrouper._get_handicap_targets(self) + ['kills']
if __name__ == '__main__':
grouper = DotaForkGrouper()
dota = Sport.from_dict(marathon_dota_dict)
grouped_dota = grouper.group_bets(dota)
print(grouped_dota)
bets = self._update(bets, self._move_teams_left)
return bets
def _fix_total_rounds_and_maps(self):
# Если захочешь, перепишешь по-другому, мне было проще так, вдруг мы потом решим опять менять вид total maps
formatted_title = self.bet_title.lower()
match = re.search('^total — (even|odd)', formatted_title)
if match:
formatted_title = formatted_title.replace('total —', 'total maps')
match = re.search('^total (over|under)', formatted_title)
if match:
formatted_title = formatted_title.replace('total', 'total maps')
match1 = re.search(r'map: .+? total', formatted_title)
match2 = re.search(r'map: total', formatted_title)
# не знаю как это в одно запихнуть ))))00))
if match1 or match2:
formatted_title = formatted_title.replace('total', 'total rounds')
return formatted_title
if __name__ == '__main__':
formatter = CSGOParimatchSyntaxFormatter()
sport = Sport.from_dict(parimatch.sport)
formatted_sport = formatter.apply_unified_syntax_formatting(sport)
print(formatted_sport)
my_path = os.path.abspath(os.path.dirname(__file__))
path = my_path + '\\sample_data\\parimatch.py'
with open(path, 'w', encoding='utf-8') as f:
print('sport =', formatted_sport, file=f)
class FootballForkGrouper(ForkGrouper, ABC):
_grouped_by = {
r'^(\d-(st|nd|rd|th) half )?.+? will (win)$': (3, ),
r'^(\d-(st|nd|rd|th) half )?(draw) will (win|lose)$': (3, ),
r'^(\d-(st|nd|rd|th) half )?((.+? )?(asian )?total (goals|yellow cards|corners)) (over|under) (\d+(\.\d{1,'
r'2})?)$': (3, 8),
r'^(\d-(st|nd|rd|th) half )?(total goals|) (even|odd)$': (3, ),
r'^(\d-(st|nd|rd|th) half: )(correct score) \d+-\d+$': (3, ),
}
def _get_handicap_targets(self) -> list:
return ['goals', 'corners', 'yellow cards']
def _get_handicap_pattern_prefix(self) -> str:
return r'^((?P<prefix>\d-(st|nd|rd|th) half )?(?P<team_name>.+?) ' \
r'(asian )?handicap (?P<sign>\+|-|)(\d+(\.\d{1,2})?) ('
def _get_grouped_by(self) -> dict:
result = dict(FootballForkGrouper._grouped_by)
result.update(ForkGrouper._get_grouped_by(self))
return result
if __name__ == '__main__':
grouper = FootballForkGrouper()
football = Sport.from_dict(ggbet_football_dict)
for match in football:
grouper.group_bets(match)
print(football)