Automating Personal Finance with Python

Aug 22, 2024

Automating Personal Finances with Python

Introduction

  • Objective: Learn how to use Python to automate personal finance tracking.
  • Key Learnings:
    • Use CSV data for financial tracking.
    • Utilize Python libraries for data manipulation.
    • Integrate Python with Google Sheets for data storage and visualization.

Importance of Tracking Finances

  • Personal spending can decrease when you track and visualize your expenses.
  • Example: Realizing high spending on unused subscriptions.

Setting Up

  • Download transaction data from your bank as a CSV file.
  • Use a consistent file naming convention (e.g., bankname_month.csv).
  • Python Setup:
    • Import the csv library to work with CSV files.

Accessing CSV Data

  • Write Python code to read and print rows from the CSV file.
    • Each row includes date, transaction name, and transaction amount.

Google Sheets Integration

  • Library: Use gspread to interact with Google Sheets.
  • Setup Process:
    • Enable API access via Google Developer Console.
    • Create a service account and download the JSON key file.
    • Share the Google Sheets document with the service account email.

Implementing the Code

  • Import necessary libraries.
  • Write functions to categorize and process transactions.
  • Categorize transactions using predefined rules (e.g., name-based categorization).
  • Store categorized transactions in a list.

Inputting Data into Google Sheets

  • Use the gspread library to insert data into specified rows:
    • Access the correct worksheet using the month variable.
    • Implement a time delay using time.sleep() to avoid API rate limits.

Bonus: Using Mailgun for Email

  • Learn how to send emails using Mailgun API with a few lines of code.
  • Mailgun is useful for sending marketing emails with send-time optimization features.

Final Thoughts

  • The automation process involves summarizing data into Google Sheets for analysis.
  • Customize further based on personal financial needs, such as currency conversion or additional account types.
  • The potential for further automation, like shell scripting, to enhance functionality.

Conclusion

  • This project demonstrates the practicality of using Python for personal finance management.
  • Encouragement to keep learning and applying coding skills for personal benefit.

Extras

  • Explore more Python projects and tutorials on the channel.
  • Engage with the community by liking and subscribing to the channel for more content.