pytest VS Symfony

In this blog post I want to demonstrate how my lab equipment such as a lab power supply or a digital multimeter (DMM) have been integrated into some pytest-based tests. Would love to get your feedback and thoughts! 🚀

Pytest: is a third-party testing framework that supports fixtures, parameterized testing, and easy test discovery while having room to add plugins to extend its functionality.

Next, you need to install a testing framework that will be used for performing unit testing in your project. Several testing frameworks are available depending on the programming language used to create an application. For example, JUnit is commonly used for Java apps, pytest for Python apps, NUnit for .NET apps, Jest for JavaScript apps, and so on. We’ll use the Jest framework for this tutorial since we are using JavaScript.

Yea, read through the pytest docs.

I absolutely agree about fixtures-as-arguments thing. Ward does this a lot better, using default values for the fixture factory. There's a long issue on ideas to implement something like that as a pytest plugin (https://github.com/pytest-dev/pytest/issues/3834), but it seems the resulting plugin relies on something of a hack.

I recommend writing a few tests. py.test makes that quite simple:

Since ITK's inception in 1999, there has been a focus on engineering practices that result in high-quality software. High-quality scientific software is driven by regression testing. The ITK project supported the development of CTest and CDash unit testing and software quality dashboard tools for use with the CMake build system. In the Python programming language, the pytest test driver helps developers write small, readable scripts that ensure their software will continue to work as expected. However, pytest can only test Python scripts by default, and errors in untested computational notebooks are more common than well-tested Python code.

Let's have a look at the class EventSourceHttpClient and try to use it in Symfony\Component\Webhook\Server\Transport. It's an entirely hypothetical example to illustrate the point.

Symfony is an open-source PHP framework developed by SensioLabs which has a thriving community of over 300,000 developers with 29k stars and 9.4k forks on GitHub. It provides a set of reusable PHP components and a development methodology for building complex and scalable web applications. It is recommended due to its advanced features and user-friendly environment. The user can also develop microservices.

Symfony 7

Would be great to see for https://github.com/symfony/symfony, thanks! As that's a monorepo it may provide a challenge to the tool.

As Shopware is mostly based on the Symfony framework, which is in turn based on the PHP language, we should also consider learning about the basics, which will also be useful for other frameworks apart from Shopware, like Symfonycasts, symfony.com, php.net.

Use PHP frameworks such as Symfony. It cares about all the stuff.

Symfony is a PHP framework. https://symfony.com/

It caused much of the internal of Drupal to be re-written. This included how it was extended. With previous major versions you learned about new features and APIs. They followed mostly existing design patterns so it was easy to learn and updates your extensions for. With Symfony you had to learn whole new systems and ways of doing things. It was like learning something entirely new. And, porting extensions to it was far more work and time.

Also, the updates made Drupal slower while consuming far more system resources for the same thing. This increased costs to operate.

Internally, the kernel executes a controller, that is a callable, passing it an array of arguments. For each of these arguments, Symfony calculates its value using services that implement the ValueResolverInterface1.

Drupal is one of the content management systems aka CMS. It has long history and good stability, which is based on PHP and Symfony.