Python is a highly adaptive language that is used to develop brands, applications, websites, and large data systems. When integrated with 0CodeKit, it makes your tedious duties easier and quicker because it can manage it for you. But as has been seen, even with the best of tools, one can encounter a few glitches at times. Here we’ll look at three of the more frequently reported problems that might occur when working with Python in 0CodeKit and we'll also present simple solutions to solve them.

Problem 1: Importing Unavailable Dependencies

Python is a language that possesses a very extensive collection and diversity of libraries through which you can add a lot of functionalities to your program. But what do you do when the library you require is not available in 0CodeKit?

SOLUTION: Use the ‘Run Asynchronous Python Code’ Module

The ‘Run Asynchronous Python Code’ module is intended to help with this exact problem. This module provides the opportunity to add desired dependencies into the code right away. When executing the code, the results are sent to the URL you provide such as a webhook. This way, you can use the desired functions without interference.

Problem 2: No Results from the Code

We have all been there, you established a Python module in your work plan, you run it and... nothing happens. It might sound annoying, but that is the way things are. But surprisingly, the solution is normally not as complicated as it seems.

SOLUTION: Check Your Last Line of Code

The only factor that determines whether you achieve the desired results is making certain that your last line of code provides the data that you need. In 0CodeKit, your last line should look something like this:

result = {'data': 'string-to-return'}

This way the system is well informed on what it should deliver to you.

Problem 3: Code Execution Time Limit Exceeded

To achieve better performance, the standard five-minute time limit of the ‘Run Python code’ module can be insufficient when solving more complicated tasks that relate to machine learning algorithms or data manipulation.

SOLUTION: Switch to ‘Run Asynchronous Python Code’

In addition to solving the dependency problem, this module increases the execution time to 15 minutes. The code executes in the background, so your automation is not interrupted while the processor is being used. Once executed, the results are returned via webhook to ensure that there is no disruption in the workflow process.

Summary

Occasionally, users face certain problems when working with Python in 0CodeKit, but all these problems can be solved rather easily if the correct set of tools is used. By following the solutions described above, you can make sure that your automation workflows run both efficiently and it'll help you stay on top of the things that matter.