bluefin-v2-client-sui 1.0.1

Library to interact with Bluefin exchange protocol including its off-chain api-gateway and on-chain contracts

Bluefin Python Client Library

Python Client for the Bluefin Exchange API and SUI Contracts. ​

Install

The package can be installed from PyPi using pip:

pip install bluefin_v2_client_sui

Alternatively, you could run:

pip install .

The package currently supports python >=3.8. Find complete documentation on the library at https://bluefin-exchange.readme.io/v2.0/reference/introduction.

Getting Started

When initializing the client, users must accept terms and conditions and define network object containing the following values:

{
  "apiGateway": "https://dapi.api.sui-prod.bluefin.io",
  "socketURL": "wss://dapi.api.sui-prod.bluefin.io",
  "dmsURL": "https://api.sui-prod.bluefin.io/dead-man-switch",
  "webSocketURL": "wss://notifications.api.sui-prod.bluefin.io",
  "onboardingUrl": "https://trade-sui.bluefin.exchange"
}

Users can import predefined networks from constants:

from bluefin_v2_client import Networks

For testing purposes use Networks["SUI_STAGING"] and for production use Networks["SUI_PROD"].

Initialization example​

from config import TEST_ACCT_KEY, TEST_NETWORK
from bluefin_v2_client import BluefinClient, Networks
from pprint import pprint
import asyncio

async def main():
  # initialize client
  client = BluefinClient(
      True, # agree to terms and conditions
      Networks[TEST_NETWORK], # network to connect with
      TEST_ACCT_KEY, # seed phrase of the wallet
  )

  # on boards user on bluefin. Must be set to true for firs time use
  await client.init(True)

  print('Account address:', client.get_public_address())

  # gets user account on-chain data
  data = await client.get_user_account_data()

  # close aio http connection
  await client.apis.close_session()

  pprint(data)

if __name__ == "__main__":
  loop = asyncio.new_event_loop()
  loop.run_until_complete(main())
  loop.close()

Read-only Initialization: Bluefin-client can also be initialized in read-only mode, below is the example:

from config import TEST_ACCT_KEY, TEST_NETWORK
from bluefin_v2_client import BluefinClient, Networks
from pprint import pprint
import asyncio

async def main():
  # initialize client without providing private_key
  client = BluefinClient(
      True, # agree to terms and conditions
      Networks[TEST_NETWORK], # network to connect with
    )

  # Initializing client for the private key provided. The second argument api_token is optional
  await client.init(True,"54b0bfafc9a48728f76e52848a716e96d490263392e3959c2d44f05dea960761")

  # close aio http connection
  await client.apis.close_session()
  await client.dmsApi.close_session()

  pprint(data)

if __name__ == "__main__":
  loop = asyncio.new_event_loop()
  loop.run_until_complete(main())
  loop.close()

​Here is the list of APIs that can be accessed in read-only mode.

Placing Orders:

from config import TEST_ACCT_KEY, TEST_NETWORK
from bluefin_v2_client import BluefinClient, Networks, MARKET_SYMBOLS, ORDER_SIDE, ORDER_TYPE, OrderSignatureRequest
import asyncio

async def main():
    # initialize client
    client = BluefinClient(
        True, # agree to terms and conditions
        Networks[TEST_NETWORK], # network to connect with
        TEST_ACCT_KEY, # seed phrase of the wallet
      )

    await client.init(True)

    user_leverage = await client.get_user_leverage(MARKET_SYMBOLS.ETH)

    # creates a LIMIT order to be signed
    signature_request = OrderSignatureRequest(
        symbol=MARKET_SYMBOLS.ETH,  # market symbol
        price=1900,  # price at which you want to place order
        quantity=0.01, # quantity
        side=ORDER_SIDE.SELL,
        orderType=ORDER_TYPE.LIMIT,
        leverage=user_leverage
    )

    # create signed order
    signed_order = client.create_signed_order(signature_request)

    print("Placing a limit order")
    # place signed order on orderbook
    resp = await client.post_signed_order(signed_order)

    # returned order with PENDING state
    print(resp)

    await client.apis.close_session()


if __name__ == "__main__":
  loop = asyncio.new_event_loop()
  loop.run_until_complete(main())
  loop.close()

​ Listening To Events Using Socket.io:

from config import TEST_ACCT_KEY, TEST_NETWORK
from bluefin_v2_client import BluefinClient, Networks, SOCKET_EVENTS
import asyncio
import time

def callback(event):
    print("Event data:", event)

async def main():
    # initialize
    client = BluefinClient(
        True, # agree to terms and conditions
        Networks[TEST_NETWORK], # network to connect with
        TEST_ACCT_KEY, # seed phrase of the wallet
        )
    await client.init(True)
    # make connection with bluefin exchange
    await client.socket.open()

    # subscribe to local user events
    await client.socket.subscribe_user_update_by_token()

    # listen to exchange health updates and trigger callback
    await client.socket.listen(SOCKET_EVENTS.EXCHANGE_HEALTH.value, callback)
    time.sleep(10)
    # unsubscribe from user events
    await client.socket.unsubscribe_user_update_by_token()
    # close socket connection
    await client.socket.close()

if __name__ == "__main__":
  loop = asyncio.new_event_loop()
  loop.run_until_complete(main())
  loop.close()​

Look at the example directory to see more examples on how to use this library.

Listening To Events Using Web Sockets:

from config import TEST_ACCT_KEY, TEST_NETWORK
from bluefin_v2_client import BluefinClient, Networks, SOCKET_EVENTS, MARKET_SYMBOLS
import time
import asyncio

def callback(event):
    print("Event data:", event)

async def main():
    # initialize
    client = BluefinClient(
        True, # agree to terms and conditions
        Networks[TEST_NETWORK], # network to connect with
        TEST_ACCT_KEY, # seed phrase of the wallet
    )

    await client.init(True)

    def on_open(ws):
        # subscribe to global events
        resp = client.webSocketClient.subscribe_global_updates_by_symbol(symbol=MARKET_SYMBOLS.ETH)
        if resp:
            print("Subscribed to global updates")
        resp = client.webSocketClient.subscribe_user_update_by_token()
        if resp:
            print("Subscribed to user updates")

    # make connection with bluefin exchange
    client.webSocketClient.initialize_socket(on_open=on_open)
    # listen to user order updates and trigger callback
    client.webSocketClient.listen(SOCKET_EVENTS.EXCHANGE_HEALTH.value, callback)

    time.sleep(60)

    # unsubscribe from global events
    client.webSocketClient.unsubscribe_global_updates_by_symbol(symbol=MARKET_SYMBOLS.ETH)
    client.webSocketClient.stop()


if __name__ == "__main__":
  loop = asyncio.new_event_loop()
  loop.run_until_complete(main())
  loop.close()