def create_t_arbitrer_binance_qtum(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_QTUM_BTC',
pair1='Binance_QTUM_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
class ArbitrerCLI:
def __init__(self):
self.inject_verbose_info()
def inject_verbose_info(self):
logging.VERBOSE = 15
logging.verbose = lambda x: logging.log(logging.VERBOSE, x)
logging.addLevelName(logging.VERBOSE, "VERBOSE")
def exec_command(self, args):
logging.debug('exec_command:%s' % args)
if "watch" in args.command:
self.create_arbitrer(args)
self.arbitrer.loop()
if "t-watch-viabtc-bcc" in args.command:
self.create_t_arbitrer_viabtc_bcc(args)
self.arbitrer.loop()
if "t-watch-binance-wtc" in args.command:
self.create_t_arbitrer_binance_wtc(args)
self.arbitrer.loop()
if "t-watch-binance-bnb" in args.command:
self.create_t_arbitrer_binance_bnb(args)
self.arbitrer.loop()
if "t-watch-binance-lrc" in args.command:
self.create_t_arbitrer_binance_lrc(args)
self.arbitrer.loop()
if "t-watch-binance-mco" in args.command:
self.create_t_arbitrer_binance_mco(args)
self.arbitrer.loop()
if "t-watch-binance-qtum" in args.command:
self.create_t_arbitrer_binance_qtum(args)
self.arbitrer.loop()
if "replay-history" in args.command:
self.create_arbitrer(args)
self.arbitrer.replay_history(args.replay_history)
if "get-balance" in args.command:
self.get_balance(args)
if "list-public-markets" in args.command:
self.list_markets()
if "get-broker-balance" in args.command:
self.get_broker_balance(args)
if "test_pub" in args.command:
self.test_pub(args)
if "test_pri" in args.command:
self.test_pri(args)
def list_markets(self):
logging.debug('list_markets')
for filename in glob.glob(os.path.join(markets.__path__[0], "*.py")):
module_name = os.path.basename(filename).replace('.py', '')
if not module_name.startswith('_'):
module = __import__("markets." + module_name)
test = eval('module.' + module_name)
for name, obj in inspect.getmembers(test):
if inspect.isclass(obj) and 'Market' in (
j.__name__ for j in obj.mro()[1:]):
if not obj.__module__.split('.')[-1].startswith('_'):
print(obj.__name__)
sys.exit(0)
def test_pub(self, args):
if not args.markets:
logging.error("You must use --markets argument to specify markets")
sys.exit(2)
pmarkets = args.markets.split(",")
pmarketsi = []
for pmarket in pmarkets:
exec('import markets.' + pmarket.lower())
market = eval('markets.' + pmarket.lower() + '.' + pmarket + '()')
pmarketsi.append(market)
for market in pmarketsi:
print(market.get_ticker())
def test_pri(self, args):
if not args.markets:
logging.error("You must use --markets argument to specify markets")
sys.exit(2)
pmarkets = args.markets.split(",")
pmarketsi = []
for pmarket in pmarkets:
exec('import brokers.' + pmarket.lower())
market = eval('brokers.' + pmarket.lower() + '.Broker' + pmarket +
'()')
pmarketsi.append(market)
for market in pmarketsi:
market.test()
def get_balance(self, args):
if not args.markets:
logging.error("You must use --markets argument to specify markets")
sys.exit(2)
pmarkets = args.markets.split(",")
pmarketsi = []
for pmarket in pmarkets:
exec('import brokers.' + pmarket.lower())
market = eval('brokers.' + pmarket.lower() + '.Broker' + pmarket +
'()')
pmarketsi.append(market)
snapshot = Snapshot()
while True:
total_btc = 0.
total_bch = 0.
for market in pmarketsi:
market.get_balances()
print(market)
total_btc += market.btc_balance
total_bch += market.bch_balance
snapshot.snapshot_balance(market.name[7:], market.btc_balance,
market.bch_balance)
snapshot.snapshot_balance('ALL', total_btc, total_bch)
time.sleep(60 * 10)
def create_arbitrer(self, args):
self.arbitrer = Arbitrer()
self.init_observers_and_markets(args)
def create_t_arbitrer_viabtc_bcc(self, args):
from t_arbitrer_viabtc import TrigangularArbitrer_Viabtc
self.arbitrer = TrigangularArbitrer_Viabtc(base_pair='Viabtc_BCH_CNY',
pair1='Viabtc_BCH_BTC',
pair2='Viabtc_BTC_CNY')
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_wtc(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_WTC_BTC',
pair1='Binance_WTC_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_bnb(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_BNB_BTC',
pair1='Binance_BNB_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_lrc(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_LRC_BTC',
pair1='Binance_LRC_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_mco(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_MCO_BTC',
pair1='Binance_MCO_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_qtum(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.arbitrer = TrigangularArbitrer_Binance(
base_pair='Binance_QTUM_BTC',
pair1='Binance_QTUM_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def init_observers_and_markets(self, args):
if args.observers:
self.arbitrer.init_observers(args.observers.split(","))
if args.markets:
self.arbitrer.init_markets(args.markets.split(","))
def init_logger(self, args):
level = logging.INFO
if args.verbose:
level = logging.VERBOSE
if args.debug:
level = logging.DEBUG
logging.basicConfig(format='%(asctime)s [%(levelname)s] %(message)s',
level=level)
Rthandler = RotatingFileHandler('hydra.log',
maxBytes=100 * 1024 * 1024,
backupCount=10)
Rthandler.setLevel(level)
formatter = logging.Formatter(
'%(asctime)-12s [%(levelname)s] %(message)s')
Rthandler.setFormatter(formatter)
logging.getLogger('').addHandler(Rthandler)
logging.getLogger("requests").setLevel(logging.WARNING)
logging.getLogger("urllib3").setLevel(logging.WARNING)
def main(self):
parser = argparse.ArgumentParser()
parser.add_argument("-d",
"--debug",
help="debug verbose mode",
action="store_true")
parser.add_argument("-v",
"--verbose",
help="info verbose mode",
action="store_true")
parser.add_argument("-o",
"--observers",
type=str,
help="observers, example: -oLogger,Emailer")
parser.add_argument("-m",
"--markets",
type=str,
help="markets, example: -mHaobtcCNY,Bitstamp")
parser.add_argument("-s",
"--status",
help="status",
action="store_true")
parser.add_argument(
"command",
nargs='*',
default="watch",
help=
'verb: "watch|replay-history|get-balance|list-public-markets|get-broker-balance"'
)
args = parser.parse_args()
self.init_logger(args)
self.exec_command(args)
print('main end')
def create_t_arbitrer_viabtc_bcc(self, args):
from t_arbitrer_viabtc import TrigangularArbitrer_Viabtc
self.arbitrer = TrigangularArbitrer_Viabtc(base_pair='Viabtc_BCH_CNY',
pair1='Viabtc_BCH_BTC',
pair2='Viabtc_BTC_CNY')
self.init_observers_and_markets(args)
def create_arbitrer(self, args):
self.arbitrer = Arbitrer()
self.init_observers_and_markets(args)
def create_t_arbitrer_binance_mco(self, args):
from t_arbitrer_binance import TrigangularArbitrer_Binance
self.datafeed = TrigangularArbitrer_Binance(base_pair='Binance_MCO_BTC',
pair1='Binance_MCO_ETH',
pair2='Binance_ETH_BTC')
self.init_observers_and_markets(args)
def create_t_arbitrer_bitfinex_bch(self, args):
from t_arbitrer_bitfinex import TrigangularArbitrer_Bitfinex
self.datafeed = TrigangularArbitrer_Bitfinex(base_pair='Bitfinex_BCH_USD',
pair1='Bitfinex_BCH_BTC',
pair2='Bitfinex_BTC_USD')
self.init_observers_and_markets(args)
def create_datafeed(self, args):
self.datafeed = DataFeed()
self.init_observers_and_markets(args)