Python Bittrex WebSocket (PBW) is the first unofficial Python wrapper for the Bittrex Websocket API. It provides users with a simple and easy to use interface to the Bittrex Exchange.
Users can use it to access real-time public data (e.g exchange status, summary ticks and order fills) and account-level data such as order and balance status. The goal of the package is to serve as a foundation block which users can use to build upon their applications. Examples usages can include maintaining live order books, recording trade history, analysing order flow and many more.
If you prefer asyncio, then take a look at my other library: bittrex-websocket-aio.
- Documentation
- http://python-bittrex-websocket-docs.readthedocs.io/en/latest/
- Getting started/How-to
- http://python-bittrex-websocket-docs.readthedocs.io/en/latest/howto.html
- Methods
- http://python-bittrex-websocket-docs.readthedocs.io/en/latest/methods.html
- Changelog
- http://python-bittrex-websocket-docs.readthedocs.io/en/latest/changelog.html#bittrex-websocket
I am constantly working on new features. Make sure you stay up to date by regularly checking the official docs!
Having an issue or a question? Found a bug or perhaps you want to contribute? Open an issue!
pip install bittrex-websocket#!/usr/bin/python
# /examples/ticker_updates.py
# Sample script showing how subscribe_to_exchange_deltas() works.
# Overview:
# ---------
# 1) Creates a custom ticker_updates_container dict.
# 2) Subscribes to N tickers and starts receiving market data.
# 3) When information is received, checks if the ticker is
# in ticker_updates_container and adds it if not.
# 4) Disconnects when it has data information for each ticker.
from bittrex_websocket.websocket_client import BittrexSocket
from time import sleep
def main():
class MySocket(BittrexSocket):
def on_public(self, msg):
name = msg['M']
if name not in ticker_updates_container:
ticker_updates_container[name] = msg
print('Just received market update for {}.'.format(name))
# Create container
ticker_updates_container = {}
# Create the socket instance
ws = MySocket()
# Enable logging
ws.enable_log()
# Define tickers
tickers = ['BTC-ETH', 'BTC-NEO', 'BTC-ZEC', 'ETH-NEO', 'ETH-ZEC']
# Subscribe to ticker information
for ticker in tickers:
sleep(0.01)
ws.subscribe_to_exchange_deltas([ticker])
# Users can also subscribe without introducing delays during invoking but
# it is the recommended way when you are subscribing to a large list of tickers.
# ws.subscribe_to_exchange_deltas(tickers)
while len(ticker_updates_container) < len(tickers):
sleep(1)
else:
print('We have received updates for all tickers. Closing...')
ws.disconnect()
sleep(10)
if __name__ == "__main__":
main()#!/usr/bin/python
# /examples/order_book.py
# Sample script showing how order book syncing works.
from __future__ import print_function
from time import sleep
from bittrex_websocket import OrderBook
def main():
class MySocket(OrderBook):
def on_ping(self, msg):
print('Received order book update for {}'.format(msg))
# Create the socket instance
ws = MySocket()
# Enable logging
ws.enable_log()
# Define tickers
tickers = ['BTC-ETH']
# Subscribe to order book updates
ws.subscribe_to_orderbook(tickers)
while True:
sleep(10)
book = ws.get_order_book('BTC-ETH')
print(book[u'S'][0])
else:
pass
if __name__ == "__main__":
main()I am not associated with Bittrex. Use the library at your own risk, I don't bear any responsibility if you end up losing your money.