class TestBinanceApiEndPoints(unittest.TestCase):
def setUp(self):
self.client = BinanceAPI(API_KEY,API_SECRET)
def test_a_get_current_server_time(self):
""" Test that we can get the current time. """
time = self.client.time()
self.assertTrue(time.get("serverTime", None) is not None)
logger.info("Able to get current server time.")
def test_b_get_all_prices(self):
""" Test that we can get all prices """
prices = self.client.allPrices()
self.assertTrue(len(prices) > 0)
logger.info("We got prices.")
for each in prices:
# assert we have {"symbol" : "<symbol>", "price":<price>}.
self.assertTrue("price" in each and "symbol" in each)
# assert that each price can be of float type / for calculations.
self.assertTrue(isinstance(float(each["price"]), float))
logger.info("We can get all prices listed with this endpoint.")
def test_c_get_all_orders(self):
""" Test that the we get an exception if there are no orders for given <symbol> """
with self.assertRaises(excepts.MalformedRequest):
self.client.allOrders('ETHBTC')
logger.info("We have no orders from ETHBTC so the API raises MalformedRequest.")
def test_d_get_time_stats(self):
pass
async def quote_qty_from_usd(client: aiohttp.ClientSession, api: BinanceAPI,
usd_symbol: dict) -> float:
""" get quote quantity by its value in USD
<usd_symbol>: a <quote>/BUSD or <quote>/USDT symbol """
if api.env.usd_value < 0:
raise CException('USD quote value cannot be negative')
if usd_symbol == {}:
raise CException('No BUSD/USDT trade symbol found, aborting!')
api.set_pair(usd_symbol)
return await api.last_price(client)
def public_api():
client = BinanceAPI()
print(client.ping())
print(client.time())
print(client.depth('BTCUSDT', limit=10))
print(client.aggTrades('ETHBTC'))
print(client.klines('BNBBTC', '1h', limit=10))
print(client.stats24hr('ETHUSDT'))
print(client.allPrices())
print(client.allBookTickers())
async def quote_symbols(api: BinanceAPI):
""" Get all */quote and quote/BUSD symbols """
async with aiohttp.ClientSession() as client:
exinfo, tickers = await asyncio.gather(
api.exchange_info(client), api.ticker_24h(client, single=False))
dtickers = {val['symbol']: val for val in tickers}
qsymbols = {}
for symbol in exinfo['symbols']:
if symbol['status'] != 'TRADING' or \
not symbol['isSpotTradingAllowed'] or \
not symbol['quoteOrderQtyMarketAllowed']:
continue
# inject ticker data inside a symbol
symbol['ticker'] = dtickers[symbol['symbol']]
if symbol['quoteAsset'] == api.env.qcoin:
qsymbols[symbol['baseAsset']] = symbol
elif symbol['quoteAsset'] == 'BUSD' and \
symbol['baseAsset'] == api.env.qcoin:
qsymbols[api.env.qcoin] = symbol
return qsymbols
async def buy_from_source(client: aiohttp.ClientSession, api: BinanceAPI,
src_symbols: dict, balances: dict, bqty: float):
""" Buy <val> of quote coin """
for asset, (free, _) in balances.items():
if free == 0 or asset not in src_symbols:
continue
symbol = src_symbols[asset]
api.set_pair(symbol)
avg, last = await asyncio.gather(api.avg_price(client),
api.last_price(client))
qqty = bqty * last
if free < qqty:
continue
low, high = api.qty_bound(avg, True)
bqty = max(low, bqty)
qqty = bqty * last
if free < qqty or bqty > high:
continue
succ, qty, _ = await api.buy_coin_market(client, qqty)
if not succ:
continue
return qty
raise CException('Failed to buy quote coin')
async def main():
""" Entrypoint """
klen = 241 # 4h remanence
thresh = 5, 900 # 5% positive price fluctuation, 900% positive volume fluctuation
min_vol = 0.1 # do not alert under 0.1 executed quote volume (tuned for BTC)
min_chg = 0.1 # minimum acceptable price change, regardless of volume
limits = KlineLimits(*thresh, min_vol, min_chg)
env = Environment('.env')
api = BinanceAPI(env)
wapi = BinanceWSAPI(env)
# fetch symbols to track
qsymbols = await quote_symbols(api)
qvalues = qsymbols.values()
symb_names = [symb['symbol'] for symb in qvalues]
qlen = len(qvalues)
CColors.iprint(
f'DawnSpotter online.\nTracking {qlen} pairs: {", ".join(symb_names)}')
# prepare the kline data structure
manager = KlineManager(qvalues, klen, limits)
# Pull historical data from the API
maxrun = 1200 // (qlen + 41)
print(
f'Pulling historical data from REST API, do not rerun this more than {maxrun}x/min!'
)
async with aiohttp.ClientSession() as client:
coros = (api.last_klines(client, '1m', klen, symbol)
for symbol in qvalues)
preconf = await asyncio.gather(*coros)
manager.fill(zip(symb_names, preconf))
# read trade data from WS
print('Updating data from WebSockets...')
async for tdata in wapi.klines_bulk(symb_names, '1m'):
manager.update(tdata['data']['k'])
def private_api():
client = BinanceAPI(API_KEY, API_SECRET)
# or
# client = BinanceAPI()
# client.set_api(API_KEY, API_SECRET)
print(client.openOrders('KNCETH'))
print(client.allOrders('KNCETH'))
print(client.account())
print(client.myTrades('KNCETH'))
print(client.newLimitBuyOrder('BTCUSDT', quantity=1.0, price=5203.0))
print(client.queryOrder('BNBETH', orderId=387643))
print(client.deleteOrder('BNBETH', orderId=387643))
def main():
""" Entrypoint """
env = Environment('.env')
api = BinanceAPI(env)
wapi = BinanceWSAPI(env)
if env.override:
print('Want to skip prompts? Set PROMPT_OVERRIDE to 0!')
loop = asyncio.get_event_loop()
# initialize Market Manager (prepare everything)
manager = MarketManager(api, wapi, *loop.run_until_complete(setup(api)))
# Start coin name listeners: stdin and HTTP
http_thr = Thread(target=coin_from_http, args=(manager, ), daemon=True)
stdin_thr = Thread(target=coin_from_stdin, args=(manager, ), daemon=True)
print(
f'Starting HTTP listener at {env["SERVER_HOST"]}:{env["SERVER_PORT"]}')
http_thr.start()
stdin_thr.start()
if env.bailout:
print(
'Bailout enabled: once trading starts, press Ctrl+C to sell immediately'
)
# wait for coin lock
try:
with manager.cvar:
manager.cvar.wait_for(lambda: manager.ready)
except KeyboardInterrupt:
return
# start trading
try:
loop.run_until_complete(manager.start())
except KeyboardInterrupt:
try:
loop.run_until_complete(manager.bailout())
except CException as exc:
print(str(exc))
import json
import asyncio
from api import BinanceAPI
with open("logs.json") as file:
data = json.load(file)
api_key = data["KEY"]
api_secret = data["SECRET"]
client = BinanceAPI(api_key, api_secret)
def extract_balance(json_data):
for key in json_data.keys():
try:
return float(json_data[key])
except KeyError:
return 0
def get_balance():
res = client.get_account_status()
final_balance = []
for coin in res["balances"]:
if float(coin["free"]) > 0.0001:
final_balance.append({"%s" % coin["asset"]: coin["free"]})
with open("results.json", "w") as outfile:
from api import BinanceAPI
client = BinanceAPI(
'8SqwIw1lYhaxQZa9LSCUx2wjN1GqguDDAuewtKUCKmUlO4uwXoQ3ylz0Efs',
'5Phlc0ldADa6rQYJANguTIe1mSekiSTN2SiaowBPcs2gXi3wsgQ2TCQssmo4B')
ping = client.time()
print(ping)
def setUp(self):
self.client = BinanceAPI(API_KEY,API_SECRET)
###### Inspired by the Turtle Traders from the 1980s
###### More information at http://www.tradingblox.com/originalturtles/
###### Testing suggests this strategy does NOT work well with crypto
###### This is in the middle of a refactor
from api import BinanceAPI
client = BinanceAPI('[API key]','[API secret]')
# import time
# from data_checks import Data_checks
# import pandas
# from datetime import datetime
# import matplotlib.pyplot as plt
import datetime
from excepts import MalformedRequest, StatusUnknown, InternalError
from requests.exceptions import ConnectionError
from http.client import RemoteDisconnected
from http.client import HTTPException
from urllib3.exceptions import ProtocolError
class turtle:
def __init__(self):
self.pair = ""
self.pip_sats = None
self.price_mult = 1
self.interval = None
self.capital = None
self.limit = None
self.exit_trigger = None
##### Executer for mult_arbit
from api import BinanceAPI
client = BinanceAPI('[API key]', '[API secret]')
client.set_offset()
import time
from data_checks import Data_checks
from price_monitor import mon
from mult_arbit import Trades
from log import log_c
dc = Data_checks()
mn = mon()
lg = log_c()
tr = Trades()
ready = False
t = str(time.time())[:10]
f = open('log' + t + '.txt', 'w')
f.write('log file for run starting at time ' + str(time.time()))
f.close()
f_name = 'log' + t + '.txt'
lg.set_file(f_name)
mn.setfile(f_name)
dc.setfile(f_name)
tr.setfile(f_name)
while not ready:
a = tr.get_open_ords('XLMBNB')
b = tr.get_open_ords('BNBETH')
async def setup(api: BinanceAPI) -> (dict, float):
""" main parameter setup
return exchange info and quote amount to sell """
env = api.env
def set_stdin(prompt: str, default):
if not env.override:
return default
ret = input(prompt)
return ret if ret else default
prompt = f'Enter quote coin symbol (coin to trade for) [default: {env.qcoin}]: '
env.qcoin = set_stdin(prompt, env.qcoin).upper()
async with aiohttp.ClientSession() as client:
info, lbals = await asyncio.gather(api.exchange_info(client),
api.balances(client))
symbols, src_symbols, usd_symbol = api.quote_symbols(info)
bals = filter_balances(lbals, [env.qcoin] + env.src_coins)
if env.qcoin not in bals:
raise CException('Quote coin is invalid')
qbal, qloc = bals[env.qcoin]
del bals[env.qcoin]
print(
f'Your free balance for {env.qcoin} is {ffmt(qbal)} (locked: {ffmt(qloc)})'
)
def_qty = env.buy_perc / 100 * qbal
if env.usd_value:
# fixed USD quote balance feature
usd_price = await quote_qty_from_usd(client, api, usd_symbol)
qqty = env.usd_value / usd_price
while qqty > qbal:
diff = 1.02 * (qqty - qbal)
qbal += await buy_from_source(client, api, src_symbols, bals,
diff)
else:
prompt = f'Enter {env.qcoin} amount to sell ' + \
f'[default: {ffmt(def_qty)} ({env.buy_perc:.2f}%)]: '
qqty = float(set_stdin(prompt, def_qty))
if qqty <= 0:
raise CException(
f'Cannot sell non-positive amount of {env.qcoin}')
if qqty > qbal:
raise CException('Insufficient quote balance')
prompt = f'Enter sell type (LIMIT|MARKET) [default: {env.sell_type.name}]: '
env.sell_type = SellType(set_stdin(prompt, env.sell_type))
prompt = f'Enter desired profit in % [default: {env.profit:.2f}]: '
env.profit = float(set_stdin(prompt, env.profit))
if env.profit <= 0:
CColors.wprint(
'You have set a non-positive profit. Proceeding may net you a loss!'
)
prompt = f'Enter stop level in % to manage risk [default: {env.stop:.2f}]: '
env.stop = float(set_stdin(prompt, env.stop))
if not -100 <= env.stop < env.profit:
raise CException('Stop percentage must be lower than profits!')
print('---- SELECTED OPTIONS ----')
print(f'Selected quote coin: {env.qcoin}')
print(f'Selected quote amount to sell: {ffmt(qqty)} {env.qcoin} ' + \
f'(available: {ffmt(qbal)} {env.qcoin})')
print(f'Selected sell strategy: {env.sell_type.name}')
print(f'Selected target profit: {env.profit:.2f}%')
print(f'Selected stop percentage: {env.stop:.2f}%')
print('--------------------------')
return symbols, qqty