def get_all_races(self):
# Get all games, even those with no scores API feed, search 2 hours in the past
delta = datetime.timedelta(seconds=60 * 70)
to_time = datetime.datetime.now() + delta
event_types = self.client.list_event_types(
MarketFilter(text_query='horse'))
horse_racing_id = event_types[0].event_type.id
countries = config.get('Scraping', 'countries').split()
events = self.client.list_events(
filter=MarketFilter(event_type_ids=[horse_racing_id],
market_countries=countries,
market_start_time=TimeRange(to=to_time)))
# market_type_codes=self.interested_types)
if len(events) == 0:
return [], [] # TODO: shouldn't these be returned as defaultdict?
markets = defaultdict(list)
for m in self.client.list_market_catalogue(
MarketFilter(event_ids=[e.event.id for e in events],
market_start_time=TimeRange(to=to_time),
market_type_codes=self.interested_types),
market_projection=[
MarketProjection['RUNNER_DESCRIPTION'],
MarketProjection['EVENT'],
MarketProjection['MARKET_DESCRIPTION'],
MarketProjection['MARKET_START_TIME']
]):
markets[m.event.id].append((m.market_id, m))
return events, markets
def get_events(self,
event_id=None,
type_ids=None,
inplay=False,
time_from=None,
time_to=None,
market_countries=None):
get_logger().debug("asking for events",
event_id=event_id,
inplay=inplay,
time_from=time_from,
time_to=time_to)
if event_id is not None:
events = self.client.list_events(
MarketFilter(event_ids=[event_id]))
return events
events = self.client.list_events(
MarketFilter(event_type_ids=type_ids,
in_play_only=False,
market_start_time=TimeRange(from_=time_from,
to=time_to),
market_countries=market_countries), )
return events
def handle(self, *args, **kwargs):
# XXX: Hardcodign
msk = timezone('Europe/Moscow')
utc = timezone('UTC')
# Loop over configured targets
for competition in settings.TARGETS:
cid = self.get_competition_id(competition)
# Get event list for each target team
for target in settings.TARGETS[competition]:
events = self.client.list_events(
MarketFilter(text_query=target, competition_ids=cid)
)
# Event processing
for e in events:
event_id = int(e.event.id)
raw_time = make_aware(e.event.open_date, utc)
start_time = localtime(raw_time, msk)
# Save persistent data
try:
event = Event.objects.create(id=event_id,
title=e.event.name,
start_time=start_time)
event.save()
self.stdout.write('Event #%d \'%s\' saved' % (event.id,
event.title))
except IntegrityError:
pass
def get_single_race(self, market_id):
events = self.client.list_events(filter=MarketFilter(
market_ids=[market_id]))
if len(events) == 0:
return [], [] # TODO: shouldn't these be returned as defaultdict?
markets = defaultdict(list)
for m in self.client.list_market_catalogue(
MarketFilter(market_ids=[market_id]),
market_projection=[
MarketProjection['RUNNER_DESCRIPTION'],
MarketProjection['EVENT'],
MarketProjection['MARKET_DESCRIPTION'],
MarketProjection['MARKET_START_TIME']
]):
markets[m.event.id].append((m.market_id, m))
return events, markets
def get_market_types(competition):
"""
Retrieves list of market_types
:param competition:
:return:
"""
return client.list_market_types(
MarketFilter(competition_ids=[competition.id], ), )
def test_list_events(self):
delta = datetime.timedelta(seconds=24 * 60 * 60)
to_time = datetime.datetime.now() + delta
events = self.client.list_events(
filter=MarketFilter(event_type_ids=['7'],
market_countries=['GB', 'IRL'],
market_start_time=TimeRange(to=to_time)))
self.assertEqual(len(events), 6)
self.assertEqual(events[2].event.id, '3453086')
self.assertEqual(events[3].event.open_date,
datetime.datetime(2017, 10, 25, 15, 30))
def update_market_list(self):
markets = self.client.list_market_catalogue(
MarketFilter(
event_types_ids=self.event_type,
turn_in_play_enabled=True,
in_play_only=False,
),
sort=MarketSort.FIRST_TO_START,
max_results=1000,
)
self.market_ids = [market["market_id"] for market in markets]
def test_list_markets(self):
markets = self.client.list_market_catalogue(
MarketFilter(event_ids=[123, 456, 789], market_type_codes=['WIN']),
market_projection=[
MarketProjection['RUNNER_DESCRIPTION'],
MarketProjection['EVENT'],
MarketProjection['MARKET_DESCRIPTION'],
MarketProjection['MARKET_START_TIME']
])
self.assertEqual(len(markets), 27)
self.assertEqual(len(markets[13].runners), 9)
self.assertEqual(markets[26].runners[1].selection_id, 13161326)
def get_markets(self, event_id, text_query=""):
get_logger().debug("asking for markets",
event_id=event_id,
text_query=text_query)
markets = self.client.list_market_catalogue(
MarketFilter(event_type_ids=soccer_type_ids,
text_query=text_query,
event_ids=[event_id]),
max_results=100,
market_projection=[v.name for v in MarketProjection],
sort=MarketSort.MAXIMUM_TRADED)
return markets
def fetch_competitions(self):
event_types = self.db_client.get_event_types()
for event_type in event_types:
competitions = self.betfair_client.list_competitions(
filter=MarketFilter(event_type_ids=[event_type.event_type_id]))
for competition in competitions:
id = competition.competition.id
name = competition.competition.name
region = competition.competition_region
market_count = competition.market_count
event_type_id = event_type.event_type_id
self.db_client.add_competition(id, name, region, market_count,
event_type_id)
self.db_client.commit_changes()
def fetch_events(self):
competitions = self.db_client.get_competitions()
for competition in competitions:
events = self.betfair_client.list_events(filter=MarketFilter(
competition_ids=[competition.competition_id]))
for event in events:
event_id = event.event.id
name = event.event.name
country_code = event.event.country_code
timezone = event.event.timezone
venue = event.event.venue
open_date = event.event.open_date
market_count = event.market_count
competition_id = competition.competition_id
self.db_client.add_event(event_id, name, country_code,
timezone, venue, open_date,
market_count, competition_id)
self.db_client.commit_changes()
def fetch_markets_runners(self):
events = self.db_client.get_events()
for event in events:
markets = self.betfair_client.list_market_catalogue(
filter=MarketFilter(event_ids=[event.event_id]),
market_projection=[
"RUNNER_DESCRIPTION", 'MARKET_DESCRIPTION',
'MARKET_START_TIME', 'RUNNER_METADATA'
])
for market in markets:
market_id = market.market_id
name = market.market_name
description = market.description.betting_type
market_start_time = market.market_start_time
event_id = event.event_id
get_logger().info("adding market",
market_name=name,
market_id=market_id,
description=description,
market_start_time=market_start_time,
event_id=event_id)
db_market = self.db_client.add_market(market_id, name,
market_start_time,
description, event_id)
for runner in market.runners:
selection_id = runner.selection_id
runner_name = runner.runner_name
handicap = runner.handicap
sort_priority = runner.sort_priority
meta_data_id = None
db_runner = self.db_client.add_runner(
selection_id, runner_name, handicap, sort_priority,
meta_data_id)
if selection_id == 10084745:
pass
self.db_client.add_runner_map(db_market.market_id,
db_runner.selection_id)
self.db_client.commit_changes()
def get_markets_ids(competition, market_type_codes):
"""
Gets all the competition IDS in betfair for a given competiion
and a given market_type
:param competition: Betfair competition model
:param market_type_codes: *String* Betfair market codes, to receive
market_ids for games
:return: List of betfair MarketCatalogues for inplay markets in the
specified league MarketCatalogues will also contain information
about the event and description about the runners
"""
return client.list_market_catalogue(
MarketFilter(
market_type_codes=[market_type_codes],
competition_ids=[competition.id],
# Only get games that are currently running/in play
in_play_only=True),
market_projection=[
MarketProjection.EVENT, MarketProjection.RUNNER_DESCRIPTION
]
# also return details about market event
)
marketFilter = {
'eventTypeIds': [7],
'marketCountries': ['GB'],
'marketTypeCodes': ["WIN"]
}
markets_hash = client.list_events(marketFilter)
markets = []
print("WRITING TO DB")
for market in markets_hash:
if ((market.serialize()['event']['openDate'][:10] == date_today)):
markets.append(
client.list_market_catalogue(
MarketFilter(event_ids=market.serialize()['event']['id'],
market_type_codes='WIN'),
market_projection=[MarketProjection(3),
MarketProjection(7)]))
for event in markets:
for race in event:
with connection.cursor() as cursor:
cursor.execute(
"""INSERT IGNORE INTO races VALUES (%s,%s,%s,%s,%s,%s)""",
(date_today, race.serialize()['event']['countryCode'],
race.serialize()['event']['venue'],
race.serialize()['marketStartTime'][11:19],
race.serialize()['event']['id'] + ' / ' +
race.serialize()['marketId'],
race.serialize()['marketName']))
print("DONE")
def get_tennis_event(event_id):
market_catalogue = client.list_market_catalogue(
MarketFilter(event_ids=[event_id]))
return market_catalogue
def getOdds(Sport, User = "******",input_time = "Null",Market = 'MATCH_ODDS'):
import pandas as pd
import login
import pytz
import datetime
from time import gmtime, strftime
from betfair import utils
from betfair import models
from betfair import exceptions
from betfair.models import MarketFilter
from betfair.models import PriceProjection
from betfair.models import ExBestOffersOverrides
from betfair.models import MarketData
if User == "Tom":
#Tom
client = login.login('Np2HwoLYyAQk2X6s', 'tombish22','parksandrec19')
else:
# Cal
client = login.login('eTnX7n6jsiaoGA9g', '*****@*****.**','wyeslsc10')
# Grab the sports that match the string provided as an argument
event_types = client.list_event_types(MarketFilter(text_query=Sport))
# Grab the ID of the requested sport
sport_id = event_types[0].event_type.id
# Pull the event details data for the sport and market specified as an argument
betting_markets = client.list_market_catalogue(MarketFilter(event_type_ids=[sport_id], market_type_codes=[Market]), market_projection = ['COMPETITION','EVENT','EVENT_TYPE','RUNNER_DESCRIPTION','MARKET_START_TIME'])
# #Gets the list of market IDs in the Betting Market
sports_market_ids = []
for eachMarket in betting_markets:
sports_market_ids = sports_market_ids + [eachMarket.market_id]
# #Get the MarketBookResults
maxpullsize = 100
index=0
# print len(sports_market_ids)
marketbook_result = []
while index+maxpullsize < len(sports_market_ids):
marketbook_result = marketbook_result + client.list_market_book([sports_market_ids[index:index+maxpullsize]],PriceProjection(price_data=['EX_BEST_OFFERS'],exBestOffersOverrides=ExBestOffersOverrides(best_prices_depth=1)))
index=index+maxpullsize
marketbook_result = marketbook_result + client.list_market_book([sports_market_ids[index:len(sports_market_ids)]],PriceProjection(price_data=['EX_BEST_OFFERS'],exBestOffersOverrides=ExBestOffersOverrides(best_prices_depth=1)))
print 'Compiling Dataset'
market_data = []
for market in betting_markets:
next_market_data = MarketData(market,next((x for x in marketbook_result if x.market_id == market.market_id), None))
market_data.append(next_market_data)
print 'Creating individual runner data'
local = pytz.timezone ("Australia/Melbourne")
runner_data = []
for mindex, market in enumerate(market_data):
for rindex, runner in enumerate(market.runners):
runner_to_add = {'market_id': market.market_id,
'market_name': market.market_name,
'market_start_time': market.market_start_time.replace(tzinfo=pytz.utc).astimezone(local).strftime("%Y-%m-%d %H:%M:%S"),
'market_start_time_dt': market.market_start_time.replace(tzinfo=pytz.utc).astimezone(local),
#'total_matched':market.total_matched,
#'active_runners':market.number_of_active_runners,
'status':market.status,
#'total_available':market.total_available,
#'total_matched':market.total_matched,
#'selection_id':market.runner_catalog[rindex].selection_id,
'runner_name':market.runner_catalog[rindex].runner_name,
'price_selection_id':runner.selection_id,
'runner_status':runner.status
}
if len(runner.ex.available_to_back)>0:
runner_to_add.update({
'available_to_back_price':runner.ex.available_to_back[0].price,
'available_to_back_market':runner.ex.available_to_back[0].size
})
if len(runner.ex.available_to_lay)>0:
runner_to_add.update({
'available_to_lay_price':runner.ex.available_to_lay[0].price,
'available_to_lay_market':runner.ex.available_to_lay[0].size
})
runner_data.append(runner_to_add)
MarketDf = pd.DataFrame(runner_data)
dt_cutoff = datetime.datetime.now().replace(tzinfo = local) + datetime.timedelta(days=2)
# Only interested in open markets
MarketDf.query("status == 'OPEN'", inplace=True)
# Filter markets for those starting in the next 2 days
MarketDf = MarketDf[(MarketDf.market_start_time_dt <= dt_cutoff)]
#Add a logged time
MarketDf.loc[:,"log_time"] = input_time
#Reorder the columns and select
cols = ["log_time","market_start_time","market_id","market_name","runner_name","price_selection_id","available_to_back_price","available_to_back_market","available_to_lay_price","available_to_lay_market"]
MarketDf = MarketDf.loc[:,cols]
return MarketDf
def get_competition(name):
c = client.list_competitions(MarketFilter(text_query=name))
if len(c) > 0:
return c
#!/usr/bin/env python
from betfair import Betfair
import sys
print "HugeHard Test Script"
client = Betfair('fxmlhjiDhNghfmLP',
'C:/Users/Cong/Desktop/betfair/keys/shang.pem')
client.login('*****@*****.**', 'wabjtam@123')
print 'login successful'
sys.exit
from betfair.models import MarketFilter
event_types = client.list_event_types(MarketFilter(text_query='basketball'))
#print (len(event_types))
#print (event_types[0].event_type.name)
football_event_type = event_types[0]
competitions = client.list_competitions()
for comp in competitions:
a = comp['competition']
if a.name == u'NBA Matches':
id_NBA = a.id
events = client.list_events(MarketFilter(competition_ids=[id_NBA]))
f = open('C:/Users/Cong/Desktop/betfair/log_basketball.txt', 'w')
for eventResult in events:
e = eventResult.event
c = eventResult.market_count
tab = []
with open('events_schedule', 'r') as f:
for line in f:
tab.append(line.split(","))
race_time = tab[0][0]
marketId = [[row[2][1:9], row[2][12:-1]] for row in tab]
with open('temp_schedule', 'w+') as f:
del tab[0]
for row in tab:
f.write(row[0] + ',' + row[1] + ',' + row[2])
rename('temp_schedule', 'events_schedule')
hardcoded = marketId[0][1]
runners = client.list_market_catalogue(MarketFilter(market_ids=hardcoded,
market_type_codes='WIN'),
market_projection=[MarketProjection(6)])
selectionId = []
runnerName = []
for i in range(len(runners[0].serialize()['runners'])):
selectionId.append(runners[0].serialize()['runners'][i]['selectionId'])
runnerName.append(runners[0].serialize()['runners'][i]['runnerName'])
d = dict(zip(selectionId, runnerName))
level = 3
projection = {
'priceData': ['EX_BEST_OFFERS', 'SP_AVAILABLE', 'SP_TRADED'],
'virtualise': False,
'exBestOffersOverrides': {
def betfair_get(self, is_ip, counter, sport='Tennis'):
start = timezone.now()
ip = 'ip' if is_ip else 'ni'
client = Betfair('GkhXY3b3KmncnwLe', 'certs/bf.pem')
# client = Betfair('uv9hV1EjlFimHmgr', 'certs/bf.pem')
client.login('sherst', 'osT1G11nRe35')
client.keep_alive()
tennis_event_type = self.sports[sport]
markets = client.list_market_catalogue(
MarketFilter(event_type_ids=[tennis_event_type],
market_type_codes=["MATCH_ODDS"],
in_play_only=is_ip),
market_projection=["EVENT", "RUNNER_METADATA", "COMPETITION"],
max_results=200)
mids = [m.market_id for m in markets]
mids_portions = [mids[x:x + 40] for x in xrange(0, len(mids), 40)]
for mp in mids_portions:
print(','.join(mp))
books = client.list_market_book(
mp,
price_projection=PriceProjection(
price_data=betfair.constants.PriceData.EX_BEST_OFFERS))
for b in books:
m = next((x for x in markets if x.market_id == b.market_id), None)
if m.competition == None: continue
bfcid = m.competition.id
champname = m.competition.name
country = m.event.country_code
event_id = m.event.id
ds = timezone.make_aware(m.event.open_date)
p1 = m.runners[0].runner_name
if (p1 == None or '/' in p1):
continue
rid1 = m.runners[0].selection_id
p2 = m.runners[1].runner_name
rid2 = m.runners[1].selection_id
event, created = BFEvent.objects.get_or_create(bfid=event_id)
if (created):
champ = self.save_champ(bfcid, champname, tennis_event_type,
country)
player1 = self.save_player(p1)
player2 = self.save_player(p2)
event.cid = champ
event.rid1 = rid1
event.rid2 = rid2
event.pid1 = player1
event.pid2 = player2
event.dt = ds
event.status = 1 if is_ip else 0
event.save()
p1b1_odds = b.runners[0].ex.available_to_back[0].price if len(
b.runners[0].ex.available_to_back) > 0 else 0
p1b1_size = b.runners[0].ex.available_to_back[0].size if len(
b.runners[0].ex.available_to_back) > 0 else 0
p1l1_odds = b.runners[0].ex.available_to_lay[0].price if len(
b.runners[0].ex.available_to_lay) > 0 else 0
p1l1_size = b.runners[0].ex.available_to_lay[0].size if len(
b.runners[0].ex.available_to_lay) > 0 else 0
p2b1_odds = b.runners[1].ex.available_to_back[0].price if len(
b.runners[1].ex.available_to_back) > 0 else 0
p2b1_size = b.runners[1].ex.available_to_back[0].size if len(
b.runners[1].ex.available_to_back) > 0 else 0
p2l1_odds = b.runners[1].ex.available_to_lay[0].price if len(
b.runners[1].ex.available_to_lay) > 0 else 0
p2l1_size = b.runners[1].ex.available_to_lay[0].size if len(
b.runners[1].ex.available_to_lay) > 0 else 0
if (self.is_debug):
self.stdout.write('*** evid [%s] %s - %s at %s, changed %s\n' %
(event.id, event.pid1.name, event.pid2.name,
event.dt, event.dtc),
ending='')
try:
odds = BFOdds.objects.filter(eid=event).latest('dtc')
if (odds.b1odds != p1b1_odds or odds.b2odds != p2b1_odds
or odds.l1odds != p1l1_odds
or odds.l2odds != p2l1_odds):
self.save_odds(event, p1b1_odds, p2b1_odds, p1l1_odds,
p2l1_odds, p1b1_size, p2b1_size, p1l1_size,
p2l1_size, is_ip)
if (self.is_debug):
self.stdout.write(
'evid[%s], mid[%s] %s %s - %s in %s: %s/%s\n' %
(event_id, b.market_id, ds, p1.replace(
'\\', ''), p2.replace('\\', ''), country,
b.total_matched, b.total_available),
ending='')
self.stdout.write(
'[%s]%s:%s@%s\t|%s@%s\n' %
(rid1, p1.replace('\\', ''), p1b1_size, p1b1_odds,
p1l1_size, p1l1_odds),
ending='')
self.stdout.write(
'[%s]%s:%s@%s\t|%s@%s\n' %
(rid2, p2.replace('\\', ''), p2b1_size, p2b1_odds,
p2l1_size, p2l1_odds),
ending='')
except:
self.save_odds(event, p1b1_odds, p2b1_odds, p1l1_odds,
p2l1_odds, p1b1_size, p2b1_size, p1l1_size,
p2l1_size, is_ip)
if (self.is_debug):
self.stdout.write(
'evid[%s], mid[%s] %s %s - %s in %s: %s/%s\n' %
(event_id, b.market_id, ds, p1.replace(
'\\', ''), p2.replace('\\', ''), country,
b.total_matched, b.total_available),
ending='')
self.stdout.write('[%s]%s:%s@%s\t|%s@%s\n' %
(rid1, p1.replace('\\', ''), p1b1_size,
p1b1_odds, p1l1_size, p1l1_odds),
ending='')
self.stdout.write('[%s]%s:%s@%s\t|%s@%s\n' %
(rid2, p2.replace('\\', ''), p2b1_size,
p2b1_odds, p2l1_size, p2l1_odds),
ending='')
end = timezone.now()
log = ALog()
log.name = 'update_bf_%s_%s' % (sport, ip)
log.dts = start
log.counter = counter
log.duration = (end - start).total_seconds()
log.save()
if (self.is_debug):
self.stdout.write('total execution is %s seconds\n' % (end - start),
ending='')
from betfair_wrapper.authenticate import authenticate
from list_team import team_list, over_under
client = authenticate()
from betfair.models import MarketFilter
event_types = client.list_event_types(MarketFilter(event_type_ids=[]))
print(len(event_types))
for et in event_types:
print(et.event_type.name)
print(et.event_type.id)
# 'Tennis'
soccer_type_ids = [1]
all_over_under = ','.join(over_under)
market_porjection = [
"COMPETITION", "MARKET_START_TIME", "RUNNER_DESCRIPTION", "EVENT"
]
markets = client.list_market_catalogue(MarketFilter(
event_type_ids=soccer_type_ids,
event_types=team_list,
text_query="OVER_UNDER_*5"),
market_projection=market_porjection,
max_results=1000)
print("here")
#book = client.list_market_book(market_ids=)
for market in markets:
market._data["event_name"] = market._data["event"]["name"]
def test_event_types(self):
event_types = self.client.list_event_types(
MarketFilter(text_query='horse'))
self.assertEqual(event_types[0].event_type.id, '7')
def get_competition_id(self, name):
competitions = self.client.list_competitions(
MarketFilter(text_query=name)
)
for obj in competitions:
return obj.competition.id
<<<<<<< HEAD
client = login.login('eTnX7n6jsiaoGA9g', '*****@*****.**','wyeslsc10')
=======
#client = login.login('eTnX7n6jsiaoGA9g', '*****@*****.**','wyeslsc10')
client.keep_alive()
>>>>>>> origin/master
from betfair.models import MarketFilter
from betfair.models import PriceProjection
from betfair.models import ExBestOffersOverrides
from betfair.models import MarketData
MarketSearch = raw_input('Enter Sports String to search: ')
event_types = client.list_event_types(MarketFilter(text_query=MarketSearch))
print 'Sports That Match: ' + str(len(event_types))
key = 0
for events in event_types:
print 'Key : ' + str(key) + ' Sport: ' + events.event_type.name
key = key+1
SportSearch = raw_input('Enter Key of Sport:')
sport_event_type = event_types[int(SportSearch)]
print 'Sport Selected: ' + event_types[int(SportSearch)].event_type.name + 'Sport ID: ' + str(sport_event_type.event_type.id)
market_types = client.list_market_types(MarketFilter(event_type_ids=[sport_event_type.event_type.id]))
key = 0
for markets in market_types:
import betfair
from betfair import Betfair
client = Betfair('eTnX7n6jsiaoGA9g',
('certs/client-2048.crt', 'certs/client-2048.key'))
print 'Logging in'
client.login('*****@*****.**', 'wyeslsc10')
print 'Keeping alive'
client.keep_alive()
account_details = client.get_account_details()
print account_details
a = account_details.currency_code
print a
from betfair.models import MarketFilter
event_types = client.list_event_types(MarketFilter(text_query='tennis'))
print event_types
print event_types[0]
print event_types[0].event_type
print(len(event_types)) # 2
print(event_types[0].event_type.name) # 'Tennis'
tennis_event_type = event_types[0]
markets = client.list_market_catalogue(
MarketFilter(event_type_ids=[tennis_event_type.event_type.id]))
print markets[0].market_name # 'Djokovic Tournament Wins'
client.logout()
from betfair import models
from betfair import exceptions
#Tom
#client = login.login('Np2HwoLYyAQk2X6s', 'tombish22','parksandrec19')
# Cal
client = login.login('eTnX7n6jsiaoGA9g', '*****@*****.**', 'wyeslsc10')
from betfair.models import MarketFilter
from betfair.models import PriceProjection
from betfair.models import ExBestOffersOverrides
from betfair.models import MarketData
MarketSearch = raw_input('Enter Sports String to search: ')
event_types = client.list_event_types(MarketFilter(text_query=MarketSearch))
print 'Sports That Match: ' + str(len(event_types))
key = 0
for events in event_types:
print 'Key : ' + str(key) + ' Sport: ' + events.event_type.name
key = key + 1
SportSearch = raw_input('Enter Key of Sport:')
sport_event_type = event_types[int(SportSearch)]
print 'Sport Selected: ' + event_types[int(
SportSearch)].event_type.name + 'Sport ID: ' + str(
sport_event_type.event_type.id)
market_types = client.list_market_types(
MarketFilter(event_type_ids=[sport_event_type.event_type.id]))
#!/usr/bin/env python
from betfair import Betfair
import sys
print "HugeHard Test Script"
client = Betfair('fxmlhjiDhNghfmLP',
'/home/shang/git/betfair.py/certs/betfair.pem')
client.login('*****@*****.**', 'wabjtam@123')
print 'login successful'
from betfair.models import MarketFilter
event_types = client.list_event_types(MarketFilter(text_query='soccer'))
print(len(event_types))
print(event_types[0].event_type.name)
football_event_type = event_types[0]
events = client.list_events(
MarketFilter(event_type_ids=[football_event_type.event_type.id]))
for eventResult in events:
e = eventResult.event
c = eventResult.market_count
print "id:" + e.id + ", name=" + e.name + ", market_count:" + str(c)
markets = client.list_market_catalogue(MarketFilter(event_ids=[e.id]))
for m in markets:
print " - market: ", m.market_id, m.market_name
#markets = client.list_market_catalogue(
# MarketFilter(event_type_ids=[football_event_type.event_type.id])
#)
