Beispiel #1
0
    result = api.xcoinApiCall("/info/balance", rgParams);
    #print(result)
    bith_balance[c] = result['data']['available_'+c.lower()]
    #print("{} :\t {}".format(c, result['data']['available_'+c.lower()]))
bith_balance['KRW'] = result['data']['available_krw']

for c in bith_balance:
    if float(bith_balance[c]) > 0:
        print(c, bith_balance[c])

print("==== Coinone Balance ==== ")
from secret import ACCESS_TOKEN, SECRET_KEY
from coinone.account import Account
from pprint import pprint

my = Account(ACCESS_TOKEN, SECRET_KEY)
mybal = my.balance()
coinone_balance = {}
coinone_balance['BTC'] = mybal['btc']['balance']
coinone_balance['ETC']= mybal['etc']['balance']
coinone_balance['ETH']= mybal['eth']['balance']
coinone_balance['KRW']= mybal['krw']['balance']

for c in coinone_balance:
    if float(coinone_balance[c]) > 0:
        print(c, coinone_balance[c])

print("==== Polo Balance ==== ")
import poloniex
polo = poloniex.Poloniex(p_api_key, p_api_secret)
polo_balance = polo.returnBalances()
Beispiel #2
0
from secret import ACCESS_TOKEN, SECRET_KEY
from coinone.account import Account
from pprint import pprint

if __name__ == "__main__":
    my = Account(ACCESS_TOKEN, SECRET_KEY)

    # query account informations
    #pprint(my.info())
    #pprint(my.balance())
    #pprint(my.daily_balance())
    #pprint(my.deposit_address())
    #pprint(my.virtual_account())

    #  complete orders
    #pprint(my.complete_orders())       # query for BTC by default
    #pprint(my.complete_orders('eth'))  # query for ETH
    #try:
    #    pprint(my.complete_orders('bbb'))  # will raise error
    #except Exception as e:
    #    print(e.args)

    # make some insane orders, and cancel them
    # will throw error if you have not enough balance

    #pprint(my.order_book())
    #pprint(my.trades())
    pprint(my.ticker())

    my.order_info(order_id = '32FF744B-D501-423A-8BA1-05BB6BE7814A')
    # my.buy(price=500, qty=1.000)
from secret import ACCESS_TOKEN, SECRET_KEY
from coinone.account import Account
from pprint import pprint

if __name__ == "__main__":
    my = Account(ACCESS_TOKEN, SECRET_KEY)

    # query account informations
    pprint(my.info())
    pprint(my.balance())
    pprint(my.daily_balance())
    pprint(my.deposit_address())
    pprint(my.virtual_account())

    #  complete orders
    pprint(my.complete_orders())       # query for BTC by default
    pprint(my.complete_orders('eth'))  # query for ETH
    try:
        pprint(my.complete_orders('bbb'))  # will raise error
    except Exception as e:
        print(e.args)

    # make some insane orders, and cancel them
    # will throw error if you have not enough balance
    my.buy(price=500, qty=1.000)
    my.buy(price=1000, qty=0.001)
    my.sell(price=100000000, qty=0.001)
    print('made 3 orders')
    orders = my.orders()
    pprint(orders)
    my.cancel(**orders[-1])  # cancel the last one
Beispiel #4
0
        res = self.account.sell(currency=self.target,
                                qty=round(qty - 0.0001, 4))
        self.update_balance(res['orderId'])

    def buy(self):
        price = self.balance['krw']
        res = self.account.buy(currency=self.target, price=price)
        self.update_balance(res['orderId'])

    def update_balance(self, order_id):
        time.sleep(1)  # wait until the deal is established
        orders = self.account.complete_orders(self.target)
        res = next(filter(lambda o: o['orderId'] == order_id.upper(), orders))
        price, qty, fee = float(res['price']), float(res['qty']), float(
            res['fee'])
        if res['type'] == 'bid':
            self.balance['krw'] -= round(price * qty)
            self.balance[self.target] += qty - fee
        else:
            self.balance['krw'] += round(price * qty - fee)
            self.balance[self.target] -= qty

    def report(self):
        logger.info('Balance: %s' % self.balance)


if __name__ == "__main__":
    account = Account(ACCESS_TOKEN, SECRET_KEY)
    monkey = Monkey(account=account)
    monkey.start_working()
Beispiel #5
0
from settings import ACCESS_TOKEN, SECRET_KEY
from coinone.account import Account
from pprint import pprint

if __name__ == "__main__":
    my = Account(ACCESS_TOKEN, SECRET_KEY)

    # query account informations
    # pprint(my.info())
    # pprint(my.balance())
    # pprint(my.daily_balance())
    # pprint(my.deposit_address())
    # pprint(my.virtual_account())

    #  complete orders
    # pprint(my.complete_orders())       # query for BTC by default
    pprint(my.complete_orders('XRP'))  # query for ETH
    try:
        pprint(my.complete_orders('bbb'))  # will raise error
    except Exception as e:
        print(e.args)

    # make some insane orders, and cancel them
    # will throw error if you have not enough balance
    my.buy(price=100, qty=1.000)
    my.buy(price=110, qty=2.000)
    my.sell(price=100000000, qty=0.001)
    print('made 3 orders')
    orders = my.orders()
    pprint(orders)
    my.cancel(**orders[-1])  # cancel the last one
Beispiel #6
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from settings import ACCESS_TOKEN, SECRET_KEY
from coinone.account import Account
from pprint import pprint

if __name__ == "__main__":
    my = Account(ACCESS_TOKEN, SECRET_KEY)

    # query account informations
    pprint(my.info())
    pprint(my.balance())
    pprint(my.daily_balance())
    pprint(my.deposit_address())
    pprint(my.virtual_account())

    #  complete orders
    pprint(my.complete_orders())  # query for BTC by default
    pprint(my.complete_orders('XRP'))  # query for XRP
    try:
        pprint(my.complete_orders('bbb'))  # will raise error
    except Exception as e:
        print(e.args)

    # make some insane orders, and cancel them
    # will throw error if you have not enough balance
    my.buy(price=100, qty=1.000, currency='XRP')
    my.buy(price=100, qty=2.000, currency='XRP')
    my.sell(price=1000, qty=3.000, currency='XRP')

    print('made 3 orders')
    orders = my.orders(currency='XRP')
    pprint(orders)