Monitor your CI/CD build status for your Python application

In software development, Continuous Integration (CI) and Continuous Delivery (CD) are two important concepts commonly used to ensure that your Python software is always in a working state. CI/CD is a software development practice where developers continuously integrate code into a shared repository and deliver the code to the end users. This way, the software is always working, and the end users can always use the latest version.

When using CI/CD for your Python application, it is crucial to monitor the build status of your application to ensure that the latest version of the application is always in a working state. This way, you can always be aware of the status of your application and take immediate action if needed. For example, if the build status is failing, you can take action to fix the issue and ensure that the latest version of the application is always in a working state.

LogSnag is a powerful, real-time event tracking tool that is an excellent solution for monitoring the build status of your Python application. By using LogSnag directly in your CI/CD pipeline, such as Github Actions, or by using it inside your Python application, you can track the build status of your application in real time. You may also set up optional rules to notify you and your team when the build status of your application changes.

In addition, LogSnag allows for tracking your CI/CD build status over time and creating a timeline of events for each build. This way, you can always review the build history of your application and take action if needed.

Setting up LogSnag

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

Python code snippets

Use the following code snippet to track the build status of your application in real time. All you need to do is to replace the YOUR_API_TOKEN with your LogSnag API token and update the project name to your project name.

import http.client
import json

conn = http.client.HTTPSConnection("api.logsnag.com")
payload = json.dumps({
  "project": "my-saas",
  "channel": "ci-cd",
  "event": "Successful Deploy",
  "description": "Project was successfully deployed to production",
  "icon": "🚢",
  "notify": True
})
headers = {
  'Content-Type': 'application/json',
  'Authorization': 'Bearer YOUR_API_TOKEN'
}
conn.request("POST", "/v1/log", payload, headers)
res = conn.getresponse()
data = res.read()
print(data.decode("utf-8"))

import requests
import json

url = "https://api.logsnag.com/v1/log"

payload = json.dumps({
  "project": "my-saas",
  "channel": "ci-cd",
  "event": "Successful Deploy",
  "description": "Project was successfully deployed to production",
  "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

We believe that event tracking should be simple and accessible to every developer and team. Therefore, we have worked hard to create the next generation of event tracking tools. As a result, LogSnag is flexible and easy to use, making it a great companion for your Python applications.

In addition to tracking CI/CD build status, LogSnag is a powerful solution that you can use to track any other significant events in your Python application. LogSnag provides powerful features such as cross-platform push notifications, event filtering, user and product journeys, charts, insights, and more.

Other use-cases for LogSnag

1. Monitor your CPU usage in your Python application
2. Monitor when database goes down in your Python application
3. Monitor high disk usage in your Python application
4. Monitor when a user changes their email address in your Python application
5. Monitor failed logins in your Python application
6. Monitor failed payments for your Python application
7. Monitor memory usage in your Python application
8. Monitor MySQL downtime in your Python application
9. Monitor when a new feature is used in your Python application
10. Monitor your Postgres downtime in your Python application
11. Monitor Redis downtime in your Python application
12. Monitor suspicious activity in your Python application
13. Monitor when a user exceeds the usage limit for your Python service
14. Monitor when a user is being rate limited in your Python application
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. Track user signup events via Python
24. Track waitlist signup events via Python