Test Failure: Automation Script Error Detected

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🧪 Test Failure: Automation Script Error Detected

Hey guys! Let's dive into this test failure and figure out what went wrong. We've got a P2 priority issue, meaning it's important and needs our attention. The failure was detected on November 2, 2025, and it's all about an integration test script. The goal here is to get things back on track, and ensure our automation is working as expected. Let's break down the details to understand the problem and get this fixed! We will review the error message, identify the root cause, and formulate a plan to fix it.

Understanding the Test Failure

First off, the error is happening within the 0830_Generate-IssueFiles.Integration.Tests.ps1 file. This is an integration test, which means it's designed to check if different parts of our system work together correctly. The failure occurs on line 20. The main problem is that a script file, specifically /home/runner/work/AitherZero/AitherZero/automation-scripts/0830_Generate-IssueFiles.ps1, is not being recognized. The error message explicitly states "The term '/home/runner/work/AitherZero/AitherZero/automation-scripts/0830_Generate-IssueFiles.ps1' is not recognized as a name of a cmdlet, function, script file, or executable program." This is our clue, it indicates that the PowerShell script 0830_Generate-IssueFiles.ps1 is either missing, or the path to it is incorrect, when the test tries to execute it.

It appears that the test is trying to run the script using the command: & $script:ScriptPath -Configuration $script:TestConfig. This is a pretty standard way to call another script within PowerShell. It's using the call operator & followed by the script path and some configuration parameters. The stack trace provides a detailed breakdown of where the error originates, showing how Pester (our testing framework) is handling this and where the failure is triggered. Understanding the stack trace is crucial, since it helps pinpoint the exact location of the error and the sequence of function calls that led to the problem. We'll utilize this information later to pinpoint the cause.

Deep Dive into the Error Details

Let's get even deeper into the issue. The error details pinpoint the exact issue: the script cannot find the file. This often happens because of a typo in the file path, a missing file, or a problem with the current working directory. The stack trace from the error provides a lot of useful information. It shows the chain of calls that led to the error. This helps us to trace back through the code and figure out the exact point where the error occurs. Understanding these call stacks is crucial for debugging and resolving the issue efficiently. It's like having a detailed map of how the code runs, allowing us to follow the path and identify where it deviates from the expected behavior.

Let's look at the specific steps in the stack trace. The trace starts with Invoke-Assertion, which indicates that the problem is related to an assertion failure within our tests. The error message is "Expected no exception to be thrown, but an exception was thrown." This is important, as it means the test was expecting a specific behavior (no exceptions) but got something different (an exception). The stack trace goes through various Pester modules, such as Should<End>, Invoke-ScriptBlock, and Invoke-TestItem, indicating the inner workings of how Pester runs the tests. By analyzing these function calls, we can find out how and why the error happened. The stack trace ends in the integration tests file, specifically at line 21, pointing us directly to the point of failure.

Root Cause Analysis and Solution

Now, let's get to the root cause and how we can fix this. The error message "The term '/home/runner/work/AitherZero/AitherZero/automation-scripts/0830_Generate-IssueFiles.ps1' is not recognized" says that the system can't find the script file. There are several possible causes:

  1. Incorrect File Path: The path to the script in the test script might be wrong. This is the most common reason. We'll need to double-check the path. We must make sure the test script correctly refers to the script. The path must be valid and accurately reflect the location of the file in the project structure.
  2. Missing Script File: The script file itself might be missing from the expected location. We have to verify that the file exists at the specified path. A simple typo can easily cause this error, so we need to be really careful.
  3. Permissions Issues: The script might lack the necessary permissions to be executed. We have to ensure that the account running the test has the necessary permissions to access and run the script.

To fix this, here's the plan. First, carefully examine line 20 in 0830_Generate-IssueFiles.Integration.Tests.ps1. Confirm the path to the script is correct. Second, check to see if the file 0830_Generate-IssueFiles.ps1 is in the correct directory. Finally, make sure the file has the correct permissions. Once you have made the necessary adjustments, you can confirm by running the test again.

Action Plan and Next Steps

Here's a detailed action plan to address the test failure:

  1. Analyze the Failure: Start by carefully reviewing the error details and the stack trace. This helps in understanding exactly what went wrong and where. Pay attention to the file paths and any error messages that might give extra hints.
  2. Review the Code: Examine the code in the integration test script (0830_Generate-IssueFiles.Integration.Tests.ps1). Focus specifically on how the script file is called. Ensure the file path, and any parameters passed, are correct. Look for any typos or incorrect file references.
  3. Fix the Issue: Based on the analysis, address the root cause. This might involve correcting the file path, verifying the presence of the script file, or adjusting file permissions. Make the required changes in the test script, ensuring the fix is precise.
  4. Test the Solution: After applying the fix, run the test again. Verify that the test passes this time. Make sure all tests are passing.
  5. Submit a PR: If the test passes, submit a pull request (PR). Reference the issue number (e.g., Fixes #ISSUE_NUMBER) in the PR description. This ensures that the fix is tracked and linked to the original issue. This also helps other team members to understand the context and purpose of the changes. The PR should include a clear description of the changes made and the reasoning behind them.

By following these steps, we can resolve the test failure and ensure that our testing process runs smoothly, ensuring high-quality software development. Let's get this done, guys! Let's ensure our automation scripts work and our project stays on track.