class SimpleBot(object):
"""lay all odds-on horses in UK win-only races"""
def __init__(self):
rps = 1 # Refreshes Per Second
self.api = API('uk') # exchange ('uk' or 'aus')
self.no_session = True
self.throttle = {'rps': 1.0 / rps, 'next_req': time()}
def login(self, uname = '', pword = '', prod_id = '', vend_id = ''):
"""login to betfair"""
if uname and pword and prod_id and vend_id:
resp = self.api.login(uname, pword, prod_id, vend_id)
if resp == 'OK': self.no_session = False
return resp
else:
return 'login() ERROR: INCORRECT_INPUT_PARAMETERS'
def get_markets(self):
"""returns a list of markets or an error string"""
# NOTE: get_all_markets is NOT subject to data charges!
markets = self.api.get_all_markets(
events = ['7'], # horse racing
hours = 0.5, # starting in the next 30 mins (0.25 = 15 mins, 2 = 120 mins, etc)
include_started = False, # exclude in-play markets
countries = ['GBR'] # British racing only
)
if type(markets) is list:
# sort markets by start time + filter
for market in markets[:]: # loop through a COPY of markets as we're modifying it on the fly...
markets.remove(market)
if (market['bsp_market'] == 'Y' # BSP markets only
and market['market_name'] != 'To Be Placed' # NOT place markets
and market['market_status'] == 'ACTIVE' # market is active
and market['market_type'] == 'O' # Odds market only
and market['no_of_winners'] == 1 # single winner market
):
# calc seconds til start of race
delta = market['event_date'] - self.api.API_TIMESTAMP
sec_til_start = delta.days * 86400 + delta.seconds # 1 day = 86400 sec
temp = [sec_til_start, market]
markets.append(temp)
markets.sort() # sort into time order (earliest race first)
return markets
elif markets == 'API_ERROR: NO_SESSION':
self.no_session = True
else:
return markets
def do_throttle(self):
"""return only when it is safe to send another data request"""
wait = self.throttle['next_req'] - time()
if wait > 0: sleep(wait)
self.throttle['next_req'] = time() + self.throttle['rps']
def check_strategy(self, market_id = ''):
"""check market for suitable bet"""
if market_id:
# get market prices
self.do_throttle()
prices = self.api.get_market_prices(market_id)
if type(prices) is dict and prices['status'] == 'ACTIVE':
# loop through runners and prices and create bets
bets = []
for runner in prices['runners']:
if runner['back_prices']: # make sure prices are available!
back_price = runner['back_prices'][0]['price']
if back_price < 1.99:
# horse is odds-on, so lets lay it...
# set price to current back price + 1 pip (i.e. put our bet at front of queue)
bet_price = self.api.set_betfair_odds(price = back_price, pips = +1)
bet_size = 2.00 # minimum stake
bet = {
'marketId': market_id,
'selectionId': runner['selection_id'],
'betType': 'L',
'price': '%.2f' % bet_price, # set string to 2 decimal places
'size': '%.2f' % bet_size,
'betCategoryType': 'E',
'betPersistenceType': 'NONE',
'bspLiability': '0',
'asianLineId': '0'
}
bets.append(bet)
# place bets (if any have been created)
if bets:
resp = self.api.place_bets(bets)
s = 'PLACING BETS...\n'
s += 'Bets: ' + str(bets) + '\n'
s += 'Place bets response: ' + str(resp) + '\n'
s += '---------------------------------------------'
print s
# check session
if resp == 'API_ERROR: NO_SESSION':
self.no_session = True
elif prices == 'API_ERROR: NO_SESSION':
self.no_session = True
elif type(prices) is not dict:
s = 'check_strategy() ERROR: prices = ' + str(prices) + '\n'
s += '---------------------------------------------'
print s
def start(self, uname = '', pword = '', prod_id = '', vend_id = ''):
"""start the main loop"""
# login/monitor status
login_status = self.login(uname, pword, prod_id, vend_id)
while login_status == 'OK':
# get list of markets starting soon
markets = self.get_markets()
if type(markets) is list:
if len(markets) == 0:
# no markets found...
s = 'No markets found. Sleeping for 30 seconds...'
print s
sleep(30) # bandwidth saver!
else:
print 'Found', len(markets), 'markets. Checking strategy...'
for market in markets:
# do we have bets on this market?
market_id = market[1]['market_id']
mu_bets = self.api.get_mu_bets(market_id)
if mu_bets == 'NO_RESULTS':
# we have no bets on this market...
self.check_strategy(market_id)
# check if session is still OK
if self.no_session:
login_status = self.login(uname, pword, prod_id, vend_id)
s = 'API ERROR: NO_SESSION. Login resp =' + str(login_status) + '\n'
s += '---------------------------------------------'
print s
# main loop ended...
s = 'login_status = ' + str(login_status) + '\n'
s += 'MAIN LOOP ENDED...\n'
s += '---------------------------------------------'
print s
'marketId': market[1]['market_id'],
'selectionId': seleccion_id, #runner['selection_id'],
'betType': 'B', # B = Back, L = Lay
'price': '%.2f' % precio,
'size': '%.2f' % stake, #'2.00',
'betCategoryType': 'E',
'betPersistenceType': 'NONE',
'bspLiability': '0',
'asianLineId': '0'
}
bets.append(bet)
# place the bets
if bets:
#exit()
resp = bot.place_bets(bets)
del pronosticos[0]
if type(resp) is list:
print 'Place bets response:', resp, '\n'
# llevar la cuenta de las apuestas para mirar el stop_loss
apuestas += 1
else:
print 'place_bets() ERROR:', resp
elif vacante:
print 'Galgo seleccionado AUSENTE! Trap vacante o con reserva.'
print 'Hora: %s - Canodromo: %s - Galgo: %s' % (
pronosticos[0][0], pronosticos[0][1].title(),
pronosticos[0][2])
del pronosticos[0]
else:
print 'Cuota fuera de rango! Carrera descartada.'
bet = { 'marketId': market[1]['market_id'],
'selectionId': seleccion_id, #runner['selection_id'],
'betType': 'B', # B = Back, L = Lay
'price': '%.2f' % precio,
'size': '%.2f' % stake, #'2.00',
'betCategoryType': 'E',
'betPersistenceType': 'NONE',
'bspLiability': '0',
'asianLineId': '0'
}
bets.append(bet)
# place the bets
if bets:
#exit()
resp = bot.place_bets(bets)
del pronosticos[0]
if type(resp) is list:
print 'Place bets response:', resp, '\n'
# llevar la cuenta de las apuestas para mirar el stop_loss
apuestas += 1
else:
print 'place_bets() ERROR:', resp
elif vacante:
print 'Galgo seleccionado AUSENTE! Trap vacante o con reserva.'
print 'Hora: %s - Canodromo: %s - Galgo: %s' % (pronosticos[0][0],pronosticos[0][1].title(),pronosticos[0][2])
del pronosticos[0]
else:
print 'Cuota fuera de rango! Carrera descartada.'
print 'Hora: %s - Canodromo: %s - Galgo: %s - Cuota: %.2f' % (pronosticos[0][0],pronosticos[0][1].title(),pronosticos[0][2],precio)
del pronosticos[0]
class SimpleBot(object):
"""lay all odds-on horses in UK win-only races"""
def __init__(self):
rps = 1 # Refreshes Per Second
self.api = API('uk') # exchange ('uk' or 'aus')
self.no_session = True
self.throttle = {'rps': 1.0 / rps, 'next_req': time()}
def login(self, uname='', pword='', prod_id='', vend_id=''):
"""login to betfair"""
if uname and pword and prod_id and vend_id:
resp = self.api.login(uname, pword, prod_id, vend_id)
if resp == 'OK': self.no_session = False
return resp
else:
return 'login() ERROR: INCORRECT_INPUT_PARAMETERS'
def get_markets(self):
"""returns a list of markets or an error string"""
# NOTE: get_all_markets is NOT subject to data charges!
markets = self.api.get_all_markets(
events=['7'], # horse racing
hours=
0.5, # starting in the next 30 mins (0.25 = 15 mins, 2 = 120 mins, etc)
include_started=False, # exclude in-play markets
countries=['GBR'] # British racing only
)
if type(markets) is list:
# sort markets by start time + filter
for market in markets[:]: # loop through a COPY of markets as we're modifying it on the fly...
markets.remove(market)
if (market['bsp_market'] == 'Y' # BSP markets only
and market['market_name'] !=
'To Be Placed' # NOT place markets
and
market['market_status'] == 'ACTIVE' # market is active
and market['market_type'] == 'O' # Odds market only
and
market['no_of_winners'] == 1 # single winner market
):
# calc seconds til start of race
delta = market['event_date'] - self.api.API_TIMESTAMP
sec_til_start = delta.days * 86400 + delta.seconds # 1 day = 86400 sec
temp = [sec_til_start, market]
markets.append(temp)
markets.sort() # sort into time order (earliest race first)
return markets
elif markets == 'API_ERROR: NO_SESSION':
self.no_session = True
else:
return markets
def do_throttle(self):
"""return only when it is safe to send another data request"""
wait = self.throttle['next_req'] - time()
if wait > 0: sleep(wait)
self.throttle['next_req'] = time() + self.throttle['rps']
def check_strategy(self, market_id=''):
"""check market for suitable bet"""
if market_id:
# get market prices
self.do_throttle()
prices = self.api.get_market_prices(market_id)
if type(prices) is dict and prices['status'] == 'ACTIVE':
# loop through runners and prices and create bets
bets = []
for runner in prices['runners']:
if runner[
'back_prices']: # make sure prices are available!
back_price = runner['back_prices'][0]['price']
if back_price < 1.99:
# horse is odds-on, so lets lay it...
# set price to current back price + 1 pip (i.e. put our bet at front of queue)
bet_price = self.api.set_betfair_odds(
price=back_price, pips=+1)
bet_size = 2.00 # minimum stake
bet = {
'marketId': market_id,
'selectionId': runner['selection_id'],
'betType': 'L',
'price': '%.2f' %
bet_price, # set string to 2 decimal places
'size': '%.2f' % bet_size,
'betCategoryType': 'E',
'betPersistenceType': 'NONE',
'bspLiability': '0',
'asianLineId': '0'
}
bets.append(bet)
# place bets (if any have been created)
if bets:
resp = self.api.place_bets(bets)
s = 'PLACING BETS...\n'
s += 'Bets: ' + str(bets) + '\n'
s += 'Place bets response: ' + str(resp) + '\n'
s += '---------------------------------------------'
print s
# check session
if resp == 'API_ERROR: NO_SESSION':
self.no_session = True
elif prices == 'API_ERROR: NO_SESSION':
self.no_session = True
elif type(prices) is not dict:
s = 'check_strategy() ERROR: prices = ' + str(prices) + '\n'
s += '---------------------------------------------'
print s
def start(self, uname='', pword='', prod_id='', vend_id=''):
"""start the main loop"""
# login/monitor status
login_status = self.login(uname, pword, prod_id, vend_id)
while login_status == 'OK':
# get list of markets starting soon
markets = self.get_markets()
if type(markets) is list:
if len(markets) == 0:
# no markets found...
s = 'No markets found. Sleeping for 30 seconds...'
print s
sleep(30) # bandwidth saver!
else:
print 'Found', len(
markets), 'markets. Checking strategy...'
for market in markets:
# do we have bets on this market?
market_id = market[1]['market_id']
mu_bets = self.api.get_mu_bets(market_id)
if mu_bets == 'NO_RESULTS':
# we have no bets on this market...
self.check_strategy(market_id)
# check if session is still OK
if self.no_session:
login_status = self.login(uname, pword, prod_id, vend_id)
s = 'API ERROR: NO_SESSION. Login resp =' + str(
login_status) + '\n'
s += '---------------------------------------------'
print s
# main loop ended...
s = 'login_status = ' + str(login_status) + '\n'
s += 'MAIN LOOP ENDED...\n'
s += '---------------------------------------------'
print s
