Ethereum: How to convert list into DataFrame in Python (Binance Futures API)

Converting List to DataFrame for Position Management in Python

As a cryptocurrency trader, having accurate and organized data is crucial to making informed decisions. In this article, we will explore how to convert a price list from the Binance Futures API into a pandas DataFrame that can be used for position management.

Prerequisites:

  • Install the binance_f library using pip: pip install binance_f
  • Set up your Binance API credentials
  • Import the required libraries and set your API key

Code:

from binance_f import RequestClient, OrderBook




Ethereum: How to convert list into DataFrame in Python (Binance Futures API)

Set up API credentials and client instance

api_key = 'your_api_key'

api_secret = 'your_api_secret'

request_client = RequestClient(api_key=api_key, api_secret=api_secret)

def convert_to_df(prices):

"""

Convert a list of prices to a pandas DataFrame.

Parameters:

prices(list): List of prices to convert

Returns:

pd.DataFrame: DataFrame converted

"""

order_book = request_client.get_orderbook('BTCUSDT')


Create a dictionary to store price and volume data

data = {

'price': [],

'volume': []

}

for entry in order_book.entries:

if entry.price > entry.volume:

data['price'].append(entry.price)

data['volume'].append(entry.volume)

df = pd.DataFrame(data)

return df


Usage example

prices = [100.0, 120.0, 110.0, 130.0, 115.0]

example of prices for BTC-USD

df = convert_to_df(prices)

print(df)

Explanation:

  • First we import the necessary libraries and set up our API credentials.
  • Create a RequestClient instance using our API key and secret.
  • The convert_to_df() function takes a list of prices as input and uses the Binance Futures API to retrieve an order book entry for each price.
  • For each entry, we append the price and volume data to a dictionary (data).
  • Create a pandas DataFrame from the dictionary and return it.
  • In the example usage section, we demonstrate how to use convert_to_df() with a list of prices.

Tips and Variations:

  • You can modify the convert_to_df() function to accommodate different types of price data (e.g. candlestick charts).
  • If you need to process additional data (e.g. trend analysis), you may consider using a more advanced library like pandas-datareader.
  • To optimize performance, consider caching your API requests or using a queue-based approach to handle high-volume data.

By following this article and adapting it to your specific needs, you can efficiently convert your price list into a pandas DataFrame for position management in Python.

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