Here’s a short explanation how to execute python unit tests during VSTS/TFS builds, without the need of plug-ins. The basic idea is to create a JUnit XML from your test results, and then have it published to the TFS build dashboard.
First, on the relevant build agent(s), install the pytest module. You can use the following command, or your favorite CM tool.
python -m pip install pytest
Next, edit your build definition in TFS, and add two build steps: one (Batch Script) for running py.test to generate a junit XML, and one (Publish Test Results) for publishing the xml to the test results page.
The full command line to run the tests is as follows (in this example, the unittest code is in test_MyApp.py):
python -m py.test --junitxml test-results.xml test_MyApp.py
Here is a sample build definition which includes only those two steps:
Batch Script Settings
Finally, queue the build, and you will able to see the test results in the build page:
Today I attended an event, organized by ManageWare, titled “Bridging the Gap Between Dev & Ops”, focusing on Atlassian’s tools suite. JIRA is a very popular tool here in Israel, so the main theme of the event was to showcase how productivity and collaboration can be increased when integrating JIRA with other tools.
There were quite a few presentation (detailed at the end of the post) on various DevOps-oriented subjects, such as CI/CD pipelines, monitoring and reporting. Nothing revolutionary, but it was nice to see how a good integration between various tools (not just Atlassian ones…) can really make things flow faster and help focus on generating value for the business.
I only wish some of the sessions were longer, there was a lot more to see; unfortunately, due to time constraints, most presenters had to rush through their materials.
And finally we had some fresh Pizza and ice-cold beer 🙂
Today I attended a pleasant meetup arranged by ALMtoolbox, discussing GitLab.
The meetup started with a diverse and tasty breakfast:)
We spent the last year or so building and maintaining a Continuous Integration (CI) system for our major development group. And it was incredibly daunting and frustrating, considering we had to build it around a legacy and problematic version control system like ClearCase Base.
In the textbooks it seems pretty simple: every commit (check-in) to the repository triggers a build, which in turn checks out the latest version of the repository from source control, and run the build process. This way, if a build fail, you know exactly who broke the build – the person who performed the last commit – and if it the build passes, you have full traceability between the build artifacts and the source code they were built from.
Now, let’s try that with ClearCase Base.