I will guide you through the process of creating a live streaming system for Ethereum on Binance using Python. We will decompose it in steps, including the generation of a new symbol each time.

Step 1: Install the libraries and tools required

You will need to install the following libraries:

  • pandas» for data handling

  • "Numpy" for digital calculations

  • MatPlotlibor" Seaborn "for tracing (optional)

  • Binance-depth to interact with the binance api

You can install them using PIP:

`Bash

Pip Install Pandas Numpy Matplotlibborn

'

Step 2: Configure your Binance account

Create a new account on Binance and generate an API key, a secret key and an exchange name.

Step 3: Write the functionGet_Symbol

This function will scan the market and generate a symbol for the maximum part of the winner. We will use the Binance-Api library to interact with the binance API.

Python

Import pandas as a PD

Import numpy as np

De Binance.Client Import Customer

Binance. Imports Import Appaxception

Ethereum: how to make live stream function works with a generated variable each time?

Configure your API Binance identification information

API_KEY = 'your_api_key'

Api_secret = 'Your_api_secret'

Create a new Binance client instance

Customer = Customer (API_Key = API_KEY, API_SECRET = API_SECRET)

Def Get_Symbol (top_gainer_func):

Define the top winner function

Def Get_top_Gainer ():

Scan the market and return the maximum part of the winner

symbol = 'btcusdt'

Return symbol

Call the top winner function to get the maximum part of the winner

top_gainer = get_top_gainer ()

Top_gainer_func (symbol)

Example of use:

Get_Symbol (top_gainer_func = top_gainer)

'

In this example, we define a functionGet_Symbolwhich calls for another function ( top_gainer_func) to generate a symbol for the upper gain. We use an anonymous function (get_top_gainer ‘) as a return value of” top_gainer_func. The funget_symbol function is then called with this symbol.

Step 4: Create a calendar to call the “Get_Symbol” function

To run this script continuously, we will create a calendar using the “Schedule” library. We will use the Get_Symbol function to generate a new symbol each time.

`Python

Import calendar

Import time

Def Get_Symbol ():

Call the Get_Symbol function

top_gainer_func = 'top_gainer'

Get_symbol (top_gainer_func = top_gainer_func)

Create a schedule to call the GET_SYMBOL function every 10 seconds

calendar.

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Step 5: Run the script

Finally, we will execute this script as a demon using "multiproaches" or "under-processes".

Python

Multiprocess import

Def Main ():

Create a new Binance client instance

Customer = Customer (API_Key = API_KEY, API_SECRET = API_SECRET)

Although true:

SCHEDULE.RUN_PENDING ()

Time.

If __name__ == '__main__':

Multiprocessing.process (target = get_symbol) .Start ()

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This will create a new process that performs the "Get_Symbol" function every 10 seconds.

That's it! You now have a live streaming system for Ethereum on Binance using Python. When you run this script, it will call theTop_gainer_func to generate a symbol for the upper gain part and display it in your cat or console.