Running Ethereum Functions simultaneously with Binance-Connector and Websockets

In this article, we will demonstrate how to create a python program that runs multiple functions simultaneously, utilizing the Binance-Connector 'Library for Creating Orders on the Ethereum Blockchain and the Unicorn-Binance-API for Real-Time Data streaming.

Prerequisites

  • Install the Required Libraries:

`Bash

Pip Install Binance-Connector Unicorn-Binance-Websocket-API

`

  • Replace Your_bnb_api_key,Your_bnb_api_secret, and Your_order_id with your actual binance api credentials and order id.

Code

`python

Import asyncio

from Binance Connector Import Client

from unicorn_binance_websocket_api import binancewebsocketapi

Ethereum: python program running functions simultaneously instead of running sequentially

Set Up the Ethereum Client

eb = client ()

eb.load_secret_key_from_file ('path/to/secret.key')

Set Up the Websocket Connection

WSA = BINANCEWEBSOCKETAPI (EB, 'BTCUSDT', 'Streaming')

Async def create_order ():

Create a New Order with Binance-Connector

Date = {{

"Side": "Buy",

"Type": "Limit",

"Time_in_force": "GTC",

"quantity": 10,

"Price": 10000.0

}

Result = Await eb.place_order (DATE)

Print (f "Created Order: {Result}")

async def get_order_status ():

Get the Status of the Created Order Using User Data Socket Streaming

async for message in wsa.get_messages ():

If Message ['Data'] ['Type'] == 'Order':

Assuming an 'order' object is stored in the message

Print (F "Order ID: {Message ['Date'] [']} - Status: {' Success' If Message ['Data'] ['State'] == 2 Else 'Failed'}")

Async def Main ():

Await create_order ()

await get_order_status ()

asyncio.run (Main ())

Explanation

  • The Create_order 'Function Uses Binance-Connector’ to place a new order on the Ethereum Blockchain.

  • The Get_order_Status Function Uses Websocket Streaming to retrieve the status of the Created Order from Binance’s User Data API.

  • In the Main Function, we first create an order using ‘create_order. Then, we run theget_order_statusfunction in an asynchronous loop.

running the code

Save this code as a python file (E.G.,Eth_order.py) and execute it with python eth_order.py.

Note: This is just a basic example to demonstrate how to run multiple functions simultaneously. In a real-world scenario, you would like to handle errors and exceptions more robustly.

Advice

  • Make sure to replace the placeholder values ​​in the code with your actual binance api credentials and order id.

  • Consider implementing error handling and exception management to ensure your program remains stable and reliable.

  • You may need to modify theGet_order_status` Function to match the Structure of the Data Returned By Binance’s User Data API.