def __init__(self, endpoint, key, config):
self.config = config
self.api = QtradeAPI(endpoint, key=key)
self.prev_alloc_profile = None
self.market_configs = {
ms: MarketConfig(ms, mkt, default=config['markets'].get('default'))
for ms, mkt in config['markets'].items() if ms != 'default'
}
def exchange_credentials(exchange):
if exchange == 'qTrade':
while True:
credentials = {exchange: {'api_key': str(input('Input Your qTrade API Key'+'\n'+'> '))}}
client = QtradeAPI('https://api.qtrade.io', key=credentials[exchange]['api_key'])
try:
client.get("/v1/user/me")
except:
print('Invalid Credentials'+'\n')
continue
else:
print('qTrade Credentials Verified'+'\n')
break
elif exchange == 'Bybit':
while True:
credentials = {exchange: {'api_key': str(input('Input Your Bybit API Key'+'\n'+'> ')),
'api_secret': str(input('Input Your Bybit API Secret'+'\n'+'> '))}}
client = bybit(test=False,api_key=credentials[exchange]['api_key'],
api_secret=credentials[exchange]['api_secret'])
resp = client.APIkey.APIkey_info().result()[0]['ret_msg'];
if resp == 'invalid api_key':
print('Invalid Credentials'+'\n')
continue
else:
print('Bybit Credentials Verified'+'\n')
break
elif exchange == 'Bitmex':
while True:
credentials = {exchange: {'api_key': str(input('Input Your Bitmex API Key'+'\n'+'> ')),
'api_secret': str(input('Input Your Bitmex API Secret'+'\n'+'> '))}}
client = bitmex(test=False,api_key=credentials[exchange]['api_key'],
api_secret=credentials[exchange]['api_secret']);
try:
print('\n'+'Testing Bitmex Credentials'+'\n')
client.User.User_getWalletHistory().result();
except bravado.exception.HTTPError:
print('Invalid Credentials'+'\n')
continue
else:
print('Bitmex Credentials Verified'+'\n')
break
return credentials
def load_credentials(exchange, bot):
credentials = json_read('credentials')[exchange]
if exchange == 'Bitmex':
client = bitmex(test=False,api_key=credentials['api_key'],api_secret=credentials['api_secret'])
elif exchange == 'Bybit':
client = bybit(test=False,api_key=credentials['api_key'],api_secret=credentials['api_secret'])
elif exchange == 'qTrade':
client = QtradeAPI('https://client.qtrade.io', key=credentials['api_key'])
if bot == True:
bot = (credentials['bot_token'], credentials['bot_chatID'])
return client, bot
def cli(ctx, config, endpoint, keyfile, verbose):
log_level = "DEBUG" if verbose is True else "INFO"
root = log.getLogger()
root.setLevel(log_level)
handler = log.StreamHandler(sys.stdout)
handler.setLevel(log_level)
formatter = log.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
handler.setFormatter(formatter)
root.addHandler(handler)
api = QtradeAPI(endpoint, key=keyfile.read().strip())
config = yaml.load(config)
ctx.obj['mdc'] = MarketDataCollector(config['market_data_collector'])
ctx.obj['obm'] = OrderbookManager(api, config['orderbook_manager'])
class QTradeScraper(APIScraper):
def __init__(self, **kwargs):
self.api = QtradeAPI("https://api.qtrade.io",
key=open("lpbot_hmac.txt", "r").read().strip())
super().__init__(**kwargs)
def scrape_ticker(self):
tickers = {}
for market, qmarket in self.markets.items():
res = self.api.get("/v1/ticker/{}".format(market))
log.debug("Ticker %s from %s was acquired successfully", market,
self.exchange_name)
bid = Decimal(res["bid"]).quantize(COIN)
log.debug("Bid price is %s", bid)
last = Decimal(res["last"]).quantize(COIN)
log.debug("Last price is %s", last)
ask = Decimal(res["ask"]).quantize(COIN)
log.debug("Ask price is %s", ask)
tickers[qmarket] = {"bid": bid, "last": last, "ask": ask}
return tickers
log.warning(f"day_volume_base: {'%.8f' % pair_market.day_volume_base}")
log.warning(f"day_volume_market: {'%.8f' % pair_market.day_volume_market}")
log.warning(f"id: {pair_market.id}")
log.warning(f"id_hr: {pair_market.id_hr}")
log.warning(f"last_price: {'%.8f' % pair_market.last_price}")
log.warning(f"day_spread: {'%.8f' % pair_market.day_spread}")
log.warning(f"spread_pct: {'%.8f' % pair_market.spread_pct}")
if __name__ == "__main__":
# Create a session object to make repeated API calls easy!
api = requests.Session()
# Create an authenticator with your API key
api.auth_native = QtradeAPI("https://api.qtrade.io",
key=load_credentials()) # use in the future
api.auth = QtradeAuth(load_credentials())
# load currencies
active_currencies = []
with open("config.json") as confile:
confile_contents = json.loads(confile.read())
for currency in confile_contents:
log.warning(f"Loaded {currency}")
active_currencies.append(
Config(
name=currency["name"],
sell_amount=currency["sell_amount"],
buy_amount=currency["buy_amount"],
from qtrade_client.api import QtradeAPI
import json
def scrape_trades(api):
trades = api.get('/v1/user/trades')["trades"]
while True:
new_trades = api.get('/v1/user/trades',
newer_than=trades[-1]["id"])["trades"]
if len(new_trades) == 0:
break
trades += new_trades
return trades
if __name__ == "__main__":
hmac = open("lpbot_hmac.txt").read().strip()
api = QtradeAPI("https://api.qtrade.io", key=hmac)
trades = scrape_trades(api)
f = open("trades.json", "w")
f.write(json.dumps(trades))
f.close()
from qtrade_client.api import QtradeAPI
# Create an API client with your key
endpoint = "https://api.qtrade.io"
key = "1:1111111111111111111111111111111111111111111111111111111111111111"
api = QtradeAPI(endpoint, key)
# Make a call to API
res = api.orders(open=True)
print(res)
# Returned list:
[{'created_at': '2019-11-12T22:42:15.643486Z',
'id': 8932525,
'market_amount': '1.10428011',
'market_amount_remaining': '1.10428011',
'market_id': 1,
'open': True,
'order_type': 'sell_limit',
'price': '0.0083759',
'trades': None},
{'created_at': '2019-11-12T22:42:14.713136Z',
'id': 8932523,
'market_amount': '0.92023342',
'market_amount_remaining': '0.92023342',
'market_id': 1,
'open': True,
'order_type': 'sell_limit',
'price': '0.00788731',
'trades': None},
{'base_amount': '0.00433166',
def verify_credentials(exchange, bot):
try:
credentials = load_file(exchange + '_credentials')
except FileNotFoundError:
print('Creating ' + exchange + ' Credentials File' + '\n')
while True:
credentials = {
'exchange':
exchange,
'api_key':
str(input('Input Your ' + exchange + ' API Key' + '\n' + '> '))
}
if exchange != 'qTrade':
credentials.update({
'api_secret':
str(
input('Input Your ' + exchange + ' API Secret' + '\n' +
'> '))
})
if exchange == 'Bitmex':
client = bitmex(test=False,
api_key=credentials['api_key'],
api_secret=credentials['api_secret'])
try:
print('\n' + 'Testing Bitmex Credentials' + '\n')
client.User.User_getWalletHistory().result()
except bravado.exception.HTTPError:
print('Invalid Credentials' + '\n')
continue
else:
print('Bitmex Credentials Verified' + '\n')
break
elif exchange == 'Bybit':
client = bybit(test=False,
api_key=credentials['api_key'],
api_secret=credentials['api_secret'])
resp = client.APIkey.APIkey_info().result()[0]['ret_msg']
if resp == 'invalid api_key':
print('Invalid Credentials' + '\n')
continue
else:
print('Bybit Credentials Verified' + '\n')
break
elif exchange == 'qTrade':
client = QtradeAPI('https://api.qtrade.io',
key=credentials['api_key'])
try:
client.get("/v1/user/me")
except:
print('Invalid Credentials' + '\n')
continue
else:
print('qTrade Credentials Verified' + '\n')
break
save_file(exchange + '_credentials', credentials)
else:
print('Change Existing ' + exchange + ' Credentials?')
resp = y_n_prompt()
if resp == 'No':
while True:
credentials = load_file(exchange + '_credentials')
if exchange == 'Bitmex':
client = bitmex(test=False,
api_key=credentials['api_key'],
api_secret=credentials['api_secret'])
try:
print('\n' + 'Testing Bitmex Credentials' + '\n')
client.User.User_getWalletHistory().result()
except bravado.exception.HTTPError:
print('Invalid Credentials' + '\n')
credentials = {
'exchange':
exchange,
'api_key':
str(
input('Input Your ' + exchange + ' API Key' +
'\n' + '> ')),
'api_secret':
str(
input('Input Your ' + exchange +
' API Secret' + '\n' + '> ')),
}
save_file(exchange + '_credentials', credentials)
continue
else:
print('Bitmex Credentials Verified' + '\n')
break
elif exchange == 'Bybit':
client = bybit(test=False,
api_key=credentials['api_key'],
api_secret=credentials['api_secret'])
resp = client.APIkey.APIkey_info().result()[0]['ret_msg']
if resp == 'invalid api_key':
print('Invalid Credentials' + '\n')
credentials = {
'exchange':
exchange,
'api_key':
str(
input('Input Your ' + exchange + ' API Key' +
'\n' + '> ')),
'api_secret':
str(
input('Input Your ' + exchange +
' API Secret' + '\n' + '> ')),
}
save_file(exchange + '_credentials', credentials)
continue
else:
print('Bybit Credentials Verified' + '\n')
break
elif exchange == 'qTrade':
client = QtradeAPI('https://api.qtrade.io',
key=credentials['api_key'])
try:
client.get("/v1/user/me")
except:
print('Invalid Credentials' + '\n')
credentials = {
'exchange':
exchange,
'api_key':
str(
input('Input Your ' + exchange + ' API Key' +
'\n' + '> '))
}
save_file(exchange + '_credentials', credentials)
continue
else:
print('qTrade Credentials Verified' + '\n')
break
while bot:
credentials = load_file(exchange + '_credentials')
try:
credentials['bot_token'] == True
except KeyError:
credentials.update({
'bot_token':
str(input('Input Your Telegram Bot API Key' + '\n' + '> ')),
'bot_chatID':
str(input('Input Your Telegram User ChatID' + '\n' + '> ')),
})
test_msg = telegram_sendText(
(credentials['bot_token'], credentials['bot_chatID']),
'Testing')['ok']
if test_msg:
print('\n' + 'Confirm Test Message Receipt')
resp = y_n_prompt()
if resp == 'No':
print('Try Again' + '\n')
continue
else:
print('Bot Credentials Verified' + '\n')
save_file(exchange + '_credentials', credentials)
bot = (credentials['bot_token'], credentials['bot_chatID'])
else:
print('Test Message Failed. Reenter Bot Credentials' + '\n')
continue
else:
print('Change Existing Bot Credentials?')
resp = y_n_prompt()
if resp == 'Yes':
credentials['bot_token'] = str(
input('Input Your Telegram Bot API Key' + '\n' + '> '))
credentials['bot_chatID'] = str(
input('Input Your Telegram User ChatID' + '\n' + '> '))
test_msg = telegram_sendText(
(credentials['bot_token'], credentials['bot_chatID']),
'Testing')['ok']
if test_msg:
print('\n' + 'Confirm Test Message Receipt')
resp = y_n_prompt()
if resp == 'No':
print('Try Again' + '\n')
continue
else:
print('Bot Credentials Verified' + '\n')
save_file(exchange + '_credentials', credentials)
bot = (credentials['bot_token'],
credentials['bot_chatID'])
else:
print('Test Message Failed. Reenter Bot Credentials' +
'\n')
continue
else:
bot = (credentials['bot_token'], credentials['bot_chatID'])
break
return client, bot
def load_credentials(exchange, bot):
credentials = load_file(exchange + '_credentials')
client = QtradeAPI('https://api.qtrade.io', key=credentials['api_key'])
if bot == True:
bot = (credentials['bot_token'], credentials['bot_chatID'])
return client, bot
from qtrade_client.api import QtradeAPI
def load_credentials():
with open("secret") as authfile:
return authfile.read()
# String is of the format "[key_id]:[key]"
client_native = QtradeAPI("https://api.qtrade.io", key=load_credentials())
# result = client.post("/v1/user/sell_limit", amount="1", price="0.0001", market_id=12)
# print(result)
# Only closed orders
print(client_native.orders(open=False))
# Print all orders before ID 25
print(client_native.orders(older_than=25))
# Print all orders after ID 25
print(client_native.orders(newer_than=25))
def api_with_market():
api = QtradeAPI("http://localhost:9898/")
# manually set lazily loaded properties
api._markets_map = {
"LTC_BTC": {
"base_currency": {
"can_withdraw": True,
"code": "BTC",
"config": {
"address_version": 0,
"default_signer": 6,
"explorerAddressURL":
"https: //live.blockcypher.com/btc/address/",
"explorerTransactionURL":
"https: //live.blockcypher.com/btc/tx/",
"p2sh_address_version": 5,
"price": 8614.27,
"required_confirmations": 2,
"required_generate_confirmations": 100,
"satoshi_per_byte": 15,
"withdraw_fee": "0.0005",
},
"long_name": "Bitcoin",
"metadata": {
"withdraw_notices": []
},
"precision": 8,
"status": "ok",
"type": "bitcoin_like",
},
"can_cancel": True,
"can_trade": True,
"can_view": True,
"id": 1,
"maker_fee": "0",
"market_currency": {
"can_withdraw": True,
"code": "LTC",
"config": {
"additional_versions": [5],
"address_version": 48,
"default_signer": 5,
"explorerAddressURL":
"https: //live.blockcypher.com/ltc/address/",
"explorerTransactionURL":
"https: //live.blockcypher.com/ltc/tx/",
"p2sh_address_version": 50,
"price": 58.73,
"required_confirmations": 10,
"required_generate_confirmations": 100,
"satoshi_per_byte": 105,
"withdraw_fee": "0.001",
},
"long_name": "Litecoin",
"metadata": {},
"precision": 8,
"status": "ok",
"type": "bitcoin_like",
},
"metadata": {},
"string": "LTC_BTC",
"taker_fee": "0.005",
},
1: {
"base_currency": {
"can_withdraw": True,
"code": "BTC",
"config": {
"address_version": 0,
"default_signer": 6,
"explorerAddressURL":
"https: //live.blockcypher.com/btc/address/",
"explorerTransactionURL":
"https: //live.blockcypher.com/btc/tx/",
"p2sh_address_version": 5,
"price": 8614.27,
"required_confirmations": 2,
"required_generate_confirmations": 100,
"satoshi_per_byte": 15,
"withdraw_fee": "0.0005",
},
"long_name": "Bitcoin",
"metadata": {
"withdraw_notices": []
},
"precision": 8,
"status": "ok",
"type": "bitcoin_like",
},
"can_cancel": True,
"can_trade": True,
"can_view": True,
"id": 1,
"maker_fee": "0",
"market_currency": {
"can_withdraw": True,
"code": "LTC",
"config": {
"additional_versions": [5],
"address_version": 48,
"default_signer": 5,
"explorerAddressURL":
"https: //live.blockcypher.com/ltc/address/",
"explorerTransactionURL":
"https: //live.blockcypher.com/ltc/tx/",
"p2sh_address_version": 50,
"price": 58.73,
"required_confirmations": 10,
"required_generate_confirmations": 100,
"satoshi_per_byte": 105,
"withdraw_fee": "0.001",
},
"long_name": "Litecoin",
"metadata": {},
"precision": 8,
"status": "ok",
"type": "bitcoin_like",
},
"metadata": {},
"string": "LTC_BTC",
"taker_fee": "0.005",
},
}
api._tickers = {
1: {
"ask": "0.00707017",
"bid": "0.00664751",
"day_avg_price": "0.0071579647440367",
"day_change": "0.0173330516998029",
"day_high": "0.00727268",
"day_low": "0.00713415",
"day_open": "0.00714877",
"day_volume_base": "0.00169664",
"day_volume_market": "0.23702827",
"id": 1,
"id_hr": "LTC_BTC",
"last": "0.00727268",
},
"LTC_BTC": {
"ask": "0.00707017",
"bid": "0.00664751",
"day_avg_price": "0.0071579647440367",
"day_change": "0.0173330516998029",
"day_high": "0.00727268",
"day_low": "0.00713415",
"day_open": "0.00714877",
"day_volume_base": "0.00169664",
"day_volume_market": "0.23702827",
"id": 1,
"id_hr": "LTC_BTC",
"last": "0.00727268",
},
}
# prevent lazily loaded properties from updating and making http calls
def ret(*args, **kwargs):
return
api._refresh_tickers = ret
api._refresh_common = ret
return api
def api():
return QtradeAPI("http://localhost:9898/")
def __init__(self, **kwargs):
self.api = QtradeAPI("https://api.qtrade.io",
key=open("lpbot_hmac.txt", "r").read().strip())
super().__init__(**kwargs)
class OrderbookManager:
def __init__(self, endpoint, key, config):
self.config = config
self.api = QtradeAPI(endpoint, key=key)
self.prev_alloc_profile = None
self.market_configs = {
ms: MarketConfig(ms, mkt, default=config['markets'].get('default'))
for ms, mkt in config['markets'].items() if ms != 'default'
}
def compute_allocations(self):
""" Given our allocation % targets and our current balances, figure out
how much market and base currency we would _ideally_ be
allocating to each market
return {
"DOGE_BTC": [1200, 0.0012],
}
"""
balances = {
c: Decimal(b)
for c, b in self.api.balances_merged().items()
}
balances.update({
c: 0
for c in self.config['currency_reserves']
if c not in balances.keys()
})
reserve_config = self.config['currency_reserves']
allocs = {}
for market_string, market_alloc in self.market_configs.items():
market = self.api.markets[market_string]
def allocate_coin(coin):
""" Factor in allocation precentage and reserve amount to
determine how much (base|market)-currency we're going to
allocate to orders on this particular market. """
reserve = Decimal(reserve_config[coin])
alloc_perc = Decimal(market_alloc[coin])
post_reserve = balances[coin] - reserve
return max(post_reserve * alloc_perc, 0)
market_amount = allocate_coin(market['market_currency']['code'])
base_amount = allocate_coin(market['base_currency']['code'])
# TODO: At some point COIN will need to be based off base currency
# precision. Not needed until we have ETH base markets really
allocs[market_string] = (market_amount, base_amount)
return allocs
def allocate_orders(self, market_alloc, base_alloc, market_string):
""" Given some amount of base and market currency determine how we'll
allocate orders. Returns a tuple of (slippage_ratio, currency_allocation)
return {
"buy_limit": [
(0.01, 0.00001256),
],
"sell_limit": [
(0.01, 1250),
]
}
"""
buy_allocs = []
sell_allocs = []
mc = self.market_configs[market_string]
for slip, ratio in mc['intervals']['sell_limit'].items():
ratio = Decimal(ratio)
amount = (market_alloc * ratio).quantize(COIN)
sell_allocs.append((slip, amount))
for slip, ratio in mc['intervals']['buy_limit'].items():
ratio = Decimal(ratio)
value = (base_alloc * ratio).quantize(COIN)
buy_allocs.append((slip, value))
return {'buy_limit': buy_allocs, 'sell_limit': sell_allocs}
def price_orders(self, orders, bid, ask):
"""
return {
"buy_limit": [
(0.00000033, 0.00001256),
],
"sell_limit": [
(0.00000034, 1250),
]
} """
priced_sell_orders = []
priced_buy_orders = []
bid = Decimal(bid)
ask = Decimal(ask)
for slip, amount in orders['sell_limit']:
slip = Decimal(slip)
price = (ask + (ask * slip)).quantize(COIN)
priced_sell_orders.append((price, amount))
for slip, value in orders['buy_limit']:
slip = Decimal(slip)
price = (bid - (bid * slip)).quantize(COIN)
priced_buy_orders.append((price, value))
return {
'buy_limit': priced_buy_orders,
'sell_limit': priced_sell_orders
}
def rebalance_orders(self, allocation_profile, orders, force=False):
if self.check_for_rebalance(
allocation_profile) is False and force is False:
return
if self.config['dry_run_mode']:
log.warning(
"You are in dry run mode! Orders will not be cancelled or placed!"
)
pprint(allocation_profile)
return
self.api.cancel_all_orders()
for market_string, profile in allocation_profile.items():
for price, value in profile['buy_limit']:
self.place_order('buy_limit', market_string, price, value)
for price, amount in profile['sell_limit']:
self.place_order('sell_limit', market_string, price, amount)
self.prev_alloc_profile = allocation_profile
def place_order(self, order_type, market_string, price, quantity):
if quantity <= 0:
return
log.info("Placing %s on %s market for %s at %s", order_type,
market_string, quantity, price)
if order_type == 'buy_limit':
value = quantity
amount = None
elif order_type == 'sell_limit':
value = None
amount = quantity
try:
self.api.order(order_type,
price,
market_string=market_string,
value=value,
amount=amount,
prevent_taker=False)
except APIException as e:
if e.code == 400:
log.warning("Caught API error!")
else:
raise e
def check_for_rebalance(self, allocation_profile):
if self.prev_alloc_profile is None:
log.info("Rebalance! No previous rebalance data!")
return True
for market, profile in allocation_profile.items():
prev_profile = self.prev_alloc_profile[market]
for t in ('buy_limit', 'sell_limit'):
for n, o in zip(profile[t], prev_profile[t]):
price_diff = (n[0] - o[0]) / n[0]
price_tol = self.config['price_tolerance']
if price_diff > price_tol:
if o[0] > price_diff:
log.info(
'Rebalance! %s %s price is %s%% higher than allotted',
market, t,
price_diff.quantize(PERC) * Decimal(100))
else:
log.info(
'Rebalance! %s %s price is %s%% lower than allotted',
market, t,
price_diff.quantize(PERC) * Decimal(100))
return True
if n[1] == 0:
continue
amount_diff = (n[1] - o[1]) / n[1]
amount_tol = self.config['amount_tolerance']
if amount_diff > amount_tol:
if o[1] > amount_diff:
log.info(
'Rebalance! %s %s amount is %s%% higher than allotted',
market, t,
amount_diff.quantize(PERC) * Decimal(100))
else:
log.info(
'Rebalance! %s %s amount is %s%% lower than allotted',
market, t,
amount_diff.quantize(PERC) * Decimal(100))
return True
balances = self.api.balances()
for coin, reserve in self.config['currency_reserves'].items():
balance_usd = self.coin_to_usd(coin, balances.get(coin, 0))
reserve_usd = self.coin_to_usd(coin, reserve)
thresh = Decimal(self.config['reserve_thresh_usd'])
if balance_usd > reserve_usd + thresh:
log.info(
f"Rebalance! {coin} balance_usd {balance_usd} > reserve {reserve} + thresh {thresh}."
)
return True
if balance_usd < reserve_usd - thresh:
log.info(
f"Rebalance! {coin} balance_usd {balance_usd} < reserve {reserve} - thresh {thresh}."
)
return True
return False
def get_orders(self):
orders = self.api.get("/v1/user/orders")["orders"]
log.debug("Updating orders...")
sorted_orders = {}
for o in orders:
if o['open']:
mi = self.api.get("/v1/market/" +
str(o['market_id']))['market']
o['price'] = Decimal(o['price'])
o['market_amount_remaining'] = Decimal(
o['market_amount_remaining'])
o['base_amount'] = o['price'] * o['market_amount_remaining']
market = mi['market_currency'] + '_' + mi['base_currency']
sorted_orders.setdefault(market, {'buy': [], 'sell': []})
if o["order_type"] == "sell_limit":
sorted_orders[market]['sell'].append(o)
elif o["order_type"] == "buy_limit":
sorted_orders[market]['buy'].append(o)
log.debug("Active buy orders: %s", sorted_orders)
log.info(
"%s active buy orders",
sum([len(market['buy']) for market in sorted_orders.values()]))
log.info(
"%s active sell orders",
sum([len(market['sell']) for market in sorted_orders.values()]))
return sorted_orders
def generate_orders(self, force_rebalance=False):
allocs = self.compute_allocations()
allocation_profile = {}
for market, (market_amount, base_amount) in allocs.items():
if market in ExchangeDatastore.tickers['bittrex'].keys():
bid = ExchangeDatastore.tickers['bittrex'][market]['bid']
ask = ExchangeDatastore.tickers['bittrex'][market]['ask']
elif market in ExchangeDatastore.tickers['ccxt'].keys():
bid = ExchangeDatastore.tickers['ccxt'][market]['bid']
ask = ExchangeDatastore.tickers['ccxt'][market]['ask']
else:
log.warning(
f"Can't get bid/ask price for {market} to generate orders!"
)
continue
log.info("Generating %s orders with bid %s and ask %s", market,
bid, ask)
allocation_profile[market] = self.price_orders(
self.allocate_orders(market_amount, base_amount, market), bid,
ask)
self.rebalance_orders(allocation_profile,
self.get_orders(),
force=force_rebalance)
def estimate_account_value(self):
# convert all coin values to BTC using the Bittrex bid price
# then convert to USD
total_bal = 0
bals = self.api.balances_merged()
for coin, bal in bals.items():
if coin == "BTC":
total_bal += Decimal(bal)
else:
total_bal += self.coin_to_btc(coin, bal)
return total_bal, self.btc_to_usd(total_bal).quantize(PERC)
def estimate_account_gain(self, btc_bal):
cost_basis = Decimal(self.config['cost_basis_btc'])
gain = (btc_bal - cost_basis).quantize(COIN)
return gain, self.btc_to_usd(gain).quantize(PERC)
def coin_to_btc(self, coin, amt):
exchanges = ['bittrex', 'ccxt', 'qtrade']
for e in exchanges:
try:
bid = ExchangeDatastore.tickers[e][coin + '_BTC']['bid']
return (Decimal(amt) * Decimal(bid)).quantize(COIN)
except KeyError:
pass
log.warning("Can't get bid price for %s for price estimation", coin)
return 0
def btc_to_usd(self, amt):
btc_price = Decimal(
self.api.get('/v1/currency/BTC')['currency']['config']['price'])
return Decimal(amt) * btc_price
def coin_to_usd(self, coin: str, amt: Union[Decimal, float]) -> Decimal:
if coin == "BTC":
return self.btc_to_usd(amt)
return self.btc_to_usd(self.coin_to_btc(coin, amt)).quantize(PERC)
def boot_trades(self):
trades = {
t['id']: t
for t in self.api.get('/v1/user/trades')['trades']
}
newest_ids = heapq.nlargest(10, trades.keys())
recent_trades = {id: trades[id] for id in newest_ids}
self.most_recent_trade_id = max(newest_ids)
log.info("10 most recent trades:\n%s", pformat(recent_trades))
def check_for_trades(self):
res = self.api.get('/v1/user/trades',
newer_than=self.most_recent_trade_id)
if res['trades'] == []:
log.info('No new trades!')
return
trades = {t['id']: t for t in res['trades']}
log.info("Bot made new trades:\n%s", pformat(trades))
self.most_recent_trade_id = max(trades.keys())
async def monitor(self):
# Sleep to allow data scrapers to populate
await asyncio.sleep(2)
log.info("Starting orderbook manager; interval period %s sec",
self.config['monitor_period'])
self.boot_trades()
while True:
try:
self.generate_orders()
btc_val, usd_val = self.estimate_account_value()
log.info("Current account value is about $%s, %s BTC", usd_val,
btc_val)
btc_gain, usd_gain = self.estimate_account_gain(btc_val)
log.info("The bot has earned $%s, %s BTC", usd_gain, btc_gain)
self.check_for_trades()
await asyncio.sleep(self.config['monitor_period'])
except Exception:
log.warning("Orderbook manager loop exploded", exc_info=True)
# Just in case the entire program explodes, so that we don't have orders out.
self.api.cancel_market_orders()