def test__get_uri_when_unsigned(self):
sut = bipy.BiPy('key', 'secret')
self.assertEqual(
sut._BiPy__get_uri(bipy.BiPy.ENDPOINT_DEPTH,
False,
symbol='TRXBTC',
limit=20), self.RESULT_GET_URI_UNSIGNED)
def main():
#constants and config
POLL_INTERVAL_SECONDS = 5
TRADING_PAIR = 'TRXBTC'
#load config
config_mgr = util.ConfigManager('_config.json')
#with open('_config.json', 'r') as f:
config = config_mgr.get_config()
#logon to binance
secret = config['DEFAULT']['SECRET_KEY']
key = config['DEFAULT']['API_KEY']
#create client
client = bp.BiPy(key, secret)
order_watch_list = []
#ping test
ping_time(client)
#load orders into watch-list
get_orders(client, order_watch_list, symbol=TRADING_PAIR)
first_order = get_min_order_id(order_watch_list)
print(
f'First open order id is: {first_order}. All orders will be fetched in respct of this until restart.'
)
#trade
while True:
ping_time(client)
#check orders
get_orders(client,
order_watch_list,
symbol=TRADING_PAIR,
orderId=str(first_order))
#update watch list
#evalaute watchlist
price = client.get_price(symbol=TRADING_PAIR)['price']
print(f'Current {TRADING_PAIR} price: {price}')
#print(f'current {TRADING_PAIR} price: {price[1]}')
#order_print(current_orders)
#place orders
time.sleep(POLL_INTERVAL_SECONDS)
def main():
# constants and config
poll_interval_seconds = 5
trading_pair = 'TRXBTC'
# load config
with open('_config.json', 'r') as f:
config = json.load(f)
# logon to binance
secret = config['DEFAULT']['SECRET_KEY']
key = config['DEFAULT']['API_KEY']
# create client
client = bp.BiPy(key, secret)
order_watch_list = []
# ping test
ping_time(client)
# load orders into watch-list
get_orders(client, order_watch_list, symbol=trading_pair)
first_order = get_min_order_id(order_watch_list)
print(
f'First open order id is: {first_order}. All orders will be fetched in respect of this until restart.'
)
# trade
while True:
ping_time(client)
# check orders
get_orders(client,
order_watch_list,
symbol=trading_pair,
orderId=str(first_order))
# update watch list
# evaluate watchlist
price = client.get_price(symbol=trading_pair)['price']
print(f'Current {trading_pair} price: {price}')
# print(f'current {TRADING_PAIR} price: {price[1]}')
# order_print(current_orders)
# place orders
time.sleep(poll_interval_seconds)
import json
import bipy as bp
with open('_config.json', 'r') as f:
config = json.load(f)
secret = config['DEFAULT']['SECRET_KEY']
key = config['DEFAULT']['API_KEY']
symbol = 'BTCUSDT'
client = bp.BiPy(key, secret)
resp_obj = client.get_all_orders(symbol=symbol)
# print(resp_obj)
print(resp_obj)
for r in resp_obj:
if r['status'] == 'NEW':
print('ORDER:')
for i in r:
print(f' {i} : {r[i]}')
'''
watch open orders:
when they fill:
place 1% sell for 50% of total amount
watch price till 0.5% futher rise
place stop-loss at original + 0.5%
every 0.5% rise, lift stop-loss by 0.5%
def test__get_uri_when_unsigned_no_parameters(self):
sut = bipy.BiPy('key', 'secret')
self.assertEqual(sut._BiPy__get_uri(bipy.BiPy.ENDPOINT_PRICE, False),
self.RESULT_GET_URI_UNSIGNED_NO_PARAMETERS)
def test__get_uri_when_signed(self):
sut = bipy.BiPy('key', 'secret')
self.assertRegexpMatches(
sut._BiPy__get_uri(bipy.BiPy.ENDPOINT_ALL_ORDERS,
True,
symbol='TRXBTC'), self.REGEX_GET_URI_SIGNED)
def test__sign_request(self):
sut = bipy.BiPy('key', 'secret')
self.assertEqual(sut._BiPy__sign_request(self.RESULT_PARAMETER_LIST),
self.RESULT_SIGNED_PARAMETER_LIST)
def test__get_parameters(self):
sut = bipy.BiPy('key', 'secret')
self.assertEqual(
sut._BiPy__get_parameters(symbol='TRXBTC',
timestamp=1550964774431),
self.RESULT_PARAMETER_LIST)
def test__get_headers(self):
sut = bipy.BiPy('key', 'secret')
self.assertEqual(sut._BiPy__get_headers(), {'X-MBX-APIKEY': 'key'})
