24, Aug 2023

MONITOR USAGE THROTTLING WITH PYTHON LANGUAGE

Palzin Track Python Use Cases

Monitor when a user is being rate limited in your Python application

When working on a Python application, managing throttling is a common necessity. Throttling involves restricting the number of requests a user can make to your application, a crucial measure when dealing with high user volumes. For instance, consider a Python application enabling users to upload files; it's prudent to set a limit, like allowing users to upload a maximum of 10 files per minute. Such limitations serve to prevent potential misuse of your service.

Monitoring when throttling is triggered in your Python application is of utmost importance. It can indicate issues in your implementation or even hint at users attempting to exploit your service. Thus, it's essential to establish a robust monitoring system to detect throttle triggers and promptly notify you and your team when irregularities occur.

Palzin Track proves to be an invaluable tool for addressing this challenge. It simplifies the process of tracking events within your Python application, making it effortless to monitor throttle occurrences. As an example, you can employ Palzin Track to track the event of a user uploading a file and set up alert rules to notify you when a user reaches the ten-file limit. This approach empowers you to stay informed about user activity and respond effectively when necessary.

Connect Palzin Track to Python


Setting up Palzin Track

  1. Sign up for a free Palzin Track account.
  2. Create your first project from the dashboard.
  3. Head to settings and copy your API token.

Python code snippets

Copy and paste the following code into your Python project. You are required to replace the YOUR_API_TOKEN with your API token and update the project and channel names.

Using Python with http.client


import http.client  


import json  


conn = http.client.HTTPSConnection("palzin.live")  


payload = json.dumps({  


 "project": "my-project",  


 "channel": "limits",  


 "event": "User is being rate limited",  


 "description": "User has uploaded more than the allowed amount of files",  


 "icon": "⏱",  


 "notify": True  


})  


headers = {  


 'Content-Type': 'application/json',  


 'Authorization': 'Bearer YOUR_API_TOKEN'  


}  


conn.request("POST", "/api/v1/log", payload, headers)  


res = conn.getresponse()  


data = res.read()  


print(data.decode("utf-8"))

Using Python with Requests


import requests  


import json  


url = "https://api.palzin.live/v1/log"  


payload = json.dumps({  


 "project": "my-project",  


 "channel": "limits",  


 "event": "User is being rate limited",  


 "description": "User has uploaded more than the allowed amount of files",  


 "icon": "⏱",  


 "notify": True  


})  


headers = {  


 'Content-Type': 'application/json',  


 'Authorization': 'Bearer YOUR_API_TOKEN'  


}  


response = requests.request("POST", url, headers=headers, data=payload)  


print(response.text)

Python integration details

When designing Palzin Track, we aimed to create the most simple yet flexible event tracking tool possible. We wanted to make it easy for developers to integrate with their Python applications and to start tracking events in no time.

Today, Palzin Track is what we believe to be the next generation of event tracking. It works excellent with Python and provides powerful features such as real-time event tracking, cross-platform push notifications, event filtering, user and product journeys, charts and analytics, and much more.

Palzin Track provides a free plan to get you started with event tracking, and we can't wait to see how you use it. So please give it a try, and don't hesitate to reach out to us if you have any questions or feedback!

Other use-cases for Palzin Track

  1. Monitor your CI/CD build status for your Python application
  2. Monitor your CPU usage in your Python application
  3. Monitor when database goes down in your Python application
  4. Monitor high disk usage in your Python application
  5. Monitor when a user changes their email address in your Python application
  6. Monitor failed logins in your Python application
  7. Monitor failed payments for your Python application
  8. Monitor memory usage in your Python application
  9. Monitor MySQL downtime in your Python application
  10. Monitor when a new feature is used in your Python application
  11. Monitor your Postgres downtime in your Python application
  12. Monitor Redis downtime in your Python application
  13. Monitor suspicious activity in your Python application
  14. Monitor when a user exceeds the usage limit for your Python service
  15. Get a notification when your Python code is done executing
  16. Send push notifications to your phone or desktop using Python
  17. Track canceled subscriptions in your Python application
  18. Track your Python cron jobs
  19. Track when a file is uploaded to your Python application
  20. Track when a form is submitted to your Python application
  21. Track payment events via Python
  22. Track user sign in events in Python
  23. Monitor user signup events via Python
  24. Track waitlist signup events via Python

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