def main():
"""The brains of the bot
Finds all the races
"""
betfairClient = bfclient.BfClient()
eventResponse = None
race_list = None
cardGenTime = 0
login_timer = 0
while True:
login_rsp = auth.login(betfairClient)
# Generate the list of available races. Limit the result to 100
(race_list, cardGenTime) = gen_race_list(cardGenTime, race_list, betfairClient)
# get the exchangeId, marketId for the next race and race_queue
# refactor - turn into class, return object.
(exchangeId, marketId, race_queue, race_list) = get_next_race(race_list)
# determine race status, proceed if it is active.
market_price = qwertymarket.getMarketPricesCompressed(betfairClient,
exchangeId,
marketId)
market_status = qwertymarket.marketStatus(market_price)
if market_status == 'CLOSED':
logger.debug('Oops market is closed, finding the next race/market')
time.sleep(2)
continue
elif market_status == 'SUSPENDED':
logger.debug('Market is now suspended, finding the next race/market')
time.sleep(5)
continue
# Great the next race is active, lets find out when it starts
market_info = qwertymarket.getMarketInfo(betfairClient,
exchangeId,
marketId)
TTL = qwertymarket.timeTillRaceStarts(market_info)
logger.info('Time till live: %s', TTL)
if TTL > 240: #if time till race is more than 5 minutes away
handle_long_ttl(cardGenTime, race_list, market_info)
elif market_price.marketPrices.delay > 0:
logger.info("-------------Market is in-play---------------")
time.sleep(10)
continue
# nested while true, why? Because we don't want it to change races if it's active.
while True:
try:
collectData.collectData(betfairClient, exchangeId,
marketId)
timeId = collectData.Datastore[marketId]['timeId']
IDgap = collectData.Datastore[marketId]['IDgap']
if IDgap == 0:
time.sleep(2)
logger.debug('IDgap is zero')
continue #don't run anything else
except IndexError:
if handle_IndexError(betfairClient, exchangeId, marketId):
continue
else:
break
except ZeroDivisionError:
logger.warning('Zero Division Exception caught.')
break
except bfpy.bferror.BfNetworkError:
logger.error("Network timed out...retrying...")
continue
except Exception, e:
logger.exception('Collecting data at timeId: %s', timeId)
raise e
try:
play.inPlay(betfairClient, exchangeId, marketId, timeId)
play.pastPlay(betfairClient, exchangeId, marketId, timeId)
except play.InPlayClause as e:
logger.debug('In Play is greater than 30 seconds, look for the next race')
break
except Exception as e:
logger.exception('Running inPlay or pastPlay')
raise e
try:
for fillInId in range(timeId-IDgap+1, timeId+1):
for selectionId in collectData.Datastore[marketId]['runnerKeys']:
if fillInId != timeId:
collectData.fillInMissingData(marketId, selectionId,
fillInId, timeId)
if fillInId >= 30:
selection.calculateTPS(marketId, selectionId, fillInId)
except IndexError:
if handle_IndexError(betfairClient, exchangeId, marketId):
continue
else:
break
except ZeroDivisionError:
logger.warning('Zero Division Exception caught.')
break
except Exception, e:
logger.exception('Filling missing data or calculating TPS at timeId: %s', timeId)
raise e
try:
if timeId > 1: selection.selectionCriteria(marketId, timeId)
for selectionId in collectData.Datastore[marketId]['selectedRunnerIds']:
if 'max30BP' not in collectData.Datastore[marketId][selectionId][0].keys():
for backCalc in range(0, timeId - IDgap+1):
analysis.analyse(marketId, selectionId, backCalc)
if backCalc == timeId - IDgap:
logger.info('Successful back analysis of %s to timeId %s',
collectData.Datastore[marketId][selectionId]['HorseName'],
backCalc)
collectData.Datastore[marketId][selectionId]['backCalc'] = backCalc
for fillInId in range(timeId-IDgap+1, timeId+1):
analysis.analyse(marketId, selectionId, fillInId)
except IndexError:
if handle_IndexError(betfairClient, exchangeId, marketId):
continue
else:
break
except ZeroDivisionError:
logger.warning('Zero Division Exception caught.')
break
except Exception, e:
logger.exception('Error: Running Analysis or selecting horses at timeId: %s',
timeId)
logger.exception("timeId: %s", timeId)
raise e
if marketId in Datastore.keys():
Datastore[marketId]['inPlayDelay'] = market_price.marketPrices.delay
time.sleep(1)
raise IndexError
except Exception, e:
collectlogger.exception('Horses dictionary failed at timeId %s', timeId)
raise e
if marketId not in Datastore.keys():
Datastore[marketId] = horses
Datastore[marketId]['runnerKeys'] = horses.keys()
market = qwertymarket.getMarket(betfairClient,exchangeId,marketId)
Datastore[marketId]['exchange'] = exchangeId
Datastore[marketId]['marketLocation'] = market.market.menuPath
Datastore[marketId]['marketName'] = market.market.name
Datastore[marketId]['openTime'] = openTime
market_info = qwertymarket.getMarketInfo(betfairClient,exchangeId,marketId)
Datastore[marketId]['TTL'] = qwertymarket.timeTillRaceStarts(market_info)
Datastore[marketId]['timeDelta'] = timeDelta
Datastore[marketId]['marketTime'] = market.market.marketTime
Datastore[marketId]['numHorses'] = len(market.market.runners)
Datastore[marketId]['selectedRunnerIds'] = []
collectlogger.info("Market Name and Location: %s | %s ",
Datastore[marketId]['marketName'], Datastore[marketId]['marketLocation'])
for horseCount in range(0,len(Datastore[marketId]['runnerKeys'])):
selectionId = market.market.runners[horseCount].selectionId
Datastore[marketId][selectionId]['HorseName'] = market.market.runners[horseCount].name
else:
Datastore[marketId]['runnerKeys'] = horses.keys() #for removed runners
Datastore[marketId]['selectedRunnerIds'] = list(set(Datastore[marketId]['selectedRunnerIds']) &
set(Datastore[marketId][runnerKeys]))
for selectionId in Datastore[marketId][runnerKeys]:
def test_time_till_market(self):
self.market_info = getMarketInfo(self.bf_client, self.exchangeId, self.marketId)
self.ttl = timeTillRaceStarts(self.market_info)
self.assertIsNotNone(self.ttl)
