This is an implementation of the following FIX APIs:
- GAIN CAPITAL FUTURES FIX API
- CQG FIX API
Transfixed is a FIX API trading library that has passed conformance tests with Gain Capital Futures. It implements the following application messages:
- Send Market Order
- Send Limit Order
- Order Cancel Request
- Request For Positions
- Collateral Inquiry
It is written in pure python and you can use it with your choice of python event loop - gevent, threading, asyncio, etc. See Usage for more details.
You can install using the Python Package Index (PyPI) or from source.
To install using pip:
$ pip install transfixed
Copy the FIX directory with FIX dictionary and the config.ini into your application directory. Use any of these tests as an example.
- Login, send market orders, limit orders and cancels and receive the execution report using
threading:
import quickfix as fix
from transfixed import gainfixtrader as gain
import logging
import threading
from queue import Queue
from queue import Empty
pending_trades = Queue()
pending_orders = Queue()
pending_cancels = Queue()
logger = logging.getLogger()
def OrderNotificationReceived(event):
logger.info('OrderId: %s Status: %s Side: %s' % (event.ClientOrderId, event.Status, event.Side))
logger.info('Symbol: %s AvgPx: %s Quantity: %s' % (event.Symbol, event.AvgPx, event.Quantity))
if event.Status == gain.OrderStatus.CancelRejected:
logger.error('Cancel Order failed. OrigClOrdID %s' % event.OrigClOrdID)
if event.Status == gain.OrderStatus.Cancelled:
pending_cancels.put(event)
pending_cancels.task_done()
if event.Status == gain.OrderStatus.New and event.Side == gain.OrderSide.Sell:
pending_orders.put(event)
pending_orders.task_done()
if event.Status == gain.OrderStatus.Filled and event.Side == gain.OrderSide.Buy:
pending_trades.put(event)
pending_trades.task_done()
def limitTrader(client):
while True:
order = gain.SellFutureLimitOrder('6E', '201707', 1, 2)
trade = client.send(order)
try:
event = pending_orders.get(True, 5)
if trade.OrderId == event.ClientOrderId and event.Status == gain.OrderStatus.New \
and trade.OrderType == gain.OrderType.Limit:
logger.info('Cancelling OrderId %s' % trade.OrderId)
client.cancel(trade)
cancel_event = pending_cancels.get(True, 5)
if cancel_event.OrigClOrdID == trade.OrderId:
logger.info('OrderId %s successfully cancelled' % trade.OrderId)
except Empty:
logger.info('Nothing on the queue')
def marketTrader(client):
while True:
order = gain.BuyFutureMarketOrder('6E', '201707', 1)
trade = client.send(order)
try:
event = pending_trades.get(True, 5)
if trade.OrderId == event.ClientOrderId and event.Status == gain.OrderStatus.Filled:
logger.info('OrderId %s is filled' % trade.OrderId)
except Empty:
logger.info('Nothing on the queue')
def main():
try:
client = gain.FixClient.Create(logger, 'config.ini', False)
client.addOrderListener(OrderNotificationReceived)
client.start()
traderA = threading.Thread(target=limitTrader, args=(client,))
traderA.daemon = True
traderA.name = 'Limit Trader'
traderA.start()
traderB = threading.Thread(target=marketTrader, args=(client,))
traderB.daemon = True
traderB.name = 'Market Trader'
traderB.start()
traderA.join()
traderB.join()
client.stop()
except (fix.ConfigError, fix.RuntimeError) as e:
logger.error(e)
def lambda_handler(event, context):
main()
if __name__ == '__main__':
main()- Login and count heartbeats using
gevent:
import quickfix as fix
from transfixed import gainfixtrader as gain
import logging
import gevent
import signal
logger = logging.getLogger()
client = None
def start():
global client
client = gain.FixClient.Create(logger, 'config.ini', True)
client.start()
def poll():
global client
i = 10
while i > 0:
i -= 1
gevent.sleep(10)
logger.info('Waiting for FIX messages')
client.stop()
def main():
try:
gevent.joinall([
gevent.spawn(start()),
gevent.spawn(poll()),
])
except (fix.ConfigError, fix.RuntimeError) as e:
logger.error(e)
if __name__ == '__main__':
gevent.signal(signal.SIGQUIT, gevent.kill)
main()- Send orders, receive reports, check account balance and send for position report:
import quickfix as fix
from transfixed import gainfixtrader as gain
import logging
import threading
import time
from queue import Queue
from queue import Empty
class FixTrader:
def __init__(self):
self.Logger = logging.getLogger()
self.Logger.setLevel(logging.INFO)
logging.basicConfig(format='%(asctime)s - %(levelname)s - %(threadName)s - %(message)s')
self.Run = True
self.ReceivedOrders = Queue()
self.PendingConfOrders = Queue()
self.ConfirmedTrades = Queue()
def AccountInquiryReceived(self, event):
if event.AccountInquiry == gain.AccountInquiry.CollateralInquiry:
self.Logger.info('CollInquiryID: %s Account: %s' % (event.CollInquiryID, event.Account))
self.Logger.info('Balance: %s Currency: %s' % (event.Balance, event.Currency))
elif event.AccountInquiry == gain.AccountInquiry.RequestForPositions:
self.Logger.info('PosReqID: %s Account: %s' % (event.PosReqID, event.Account))
self.Logger.info('Quantity: %s Amount: %s' % (event.LongQty - event.ShortQty, event.PosAmt))
self.Logger.info('account request notification received')
def OrderNotificationReceived(self, event):
self.Logger.info('OrderId: %s Status: %s Side: %s' % (event.ClientOrderId, event.Status, event.Side))
self.Logger.info('Symbol: %s AvgPx: %s Quantity: %s' % (event.Symbol, event.AvgPx, event.Quantity))
self.Logger.info('order notification received')
if event.Status == gain.OrderStatus.Filled or event.Status == gain.OrderStatus.Rejected:
try:
trade = self.PendingConfOrders.get(True, 5)
if trade.OrderId == event.ClientOrderId:
self.ConfirmedTrades.put(trade)
self.Logger.info('Confirmed ClientOrderId: %s' % event.ClientOrderId)
else:
self.PendingConfOrders.put(trade)
self.Logger.info('Returning to pending queue ClientOrderId: %s' % event.ClientOrderId)
except Empty:
self.Logger.info('No pending trades on the queue')
def Loop(self):
client = gain.FixClient.Create(self.Logger, 'config.ini', False)
client.addOrderListener(self.OrderNotificationReceived)
client.addAccountInquiryListener(self.AccountInquiryReceived)
client.start()
client.collateralInquiry()
client.requestForPositions()
while self.Run:
try:
order = self.ReceivedOrders.get(True, 5)
self.Logger.info('order received')
trade = client.send(order)
self.PendingConfOrders.put(trade)
self.PendingConfOrders.task_done()
except Empty:
self.Logger.error('No orders on the queue')
client.stop()
def test_orders(trader):
def send(t):
i = 2
while i > 0:
t.Logger.info('sending test order %s' % i)
order = gain.BuyFutureMarketOrder('6E', '201707', 1)
t.ReceivedOrders.put(order)
t.ReceivedOrders.task_done()
time.sleep(3)
i -= 1
tester = threading.Thread(target=send, args=(trader,))
tester.daemon = True
tester.name = 'Market Trader'
tester.start()
def main():
trader = FixTrader()
try:
test_orders(trader)
trader.Logger.info('Start fix trader')
trader.Loop()
trader.Logger.info('Stop fix trader')
except (fix.ConfigError, fix.RuntimeError) as e:
trader.Logger.error(e)
def lambda_handler(event, context):
main()
if __name__ == '__main__':
main()This product includes software developed by quickfixengine.org (http:https://www.quickfixengine.org/).