Playwright E2E
18th May 2025 (latest)
Embracing Page Object Model (POM) for Comprehensive Testing
In the latest update to my testing framework, I've implemented a robust suite of tests designed to validate the integrity and functionality of every page, along with all objects and links. By employing the Page Object Model (POM), I've not only enhanced test coverage but also improved the maintainability and scalability of the testing process.
Why Page Object Model (POM)?
The Page Object Model is a design pattern that offers a structured approach to organizing test code by encapsulating page interaction logic in dedicated classes, known as page objects. This pattern helps in several ways:
Reusability
Common test code is centralized within page objects, allowing it to be reused across multiple test cases. Clarity: By separating the test logic from the underlying page interactions, tests are more readable and easier to understand.
Maintainability
Changes to the UI only require updates in the corresponding page object, minimizing the impact on tests.
The integration of the Page Object Model into my test framework has proven to be a game-changer in terms of efficiency and reliability. By focusing on modularity and reusability, I've streamlined the process of creating detailed and effective test cases. This update has not only fortified my testing strategy but also laid down a scalable foundation for future enhancements, ensuring that the quality of my applications continues to soar.
15th May 2025
Integrating Playwright with My Portfolio
A GitHub Actions Exploration In my latest update, the focus shifted towards seamlessly integrating Playwright test automation with my portfolio page using GitHub Actions. This experience opened up the vast realm of Continuous Integration (CI) workflows available through GitHub Actions, proving to be an insightful journey into automation and efficiency.
Streamlining with Docker
To successfully implement this integration, I leveraged the official Playwright Docker container from Docker Hub, a choice that significantly simplified dependency management. Initially, I was manually installing dependencies, which proved time-consuming and prone to errors when attempting optimizations. However, Docker provided a streamlined solution, housing all necessary dependencies in a concise image, thus accelerating the build process and mitigating complexity.
Faster Builds, Simplified Processes
By employing the Docker container, not only did I achieve dependable builds, but the process also became considerably faster and more straightforward. This allowed me to focus on orchestrating tests rather than managing nuanced dependency installations, enhancing the overall workflow efficiency.
Lessons and Fascination
The transition to this Docker-based setup demonstrated the power of reduced complexity and improved speed in builds. The synergy between Docker and GitHub Actions provided a practical, real-world application of CI principles, a fascinating outcome that displayed the benefits of automated testing pipelines.
Through this exploration, I gained valuable insights into the integration of automation tools, improving not just my project’s reliability, but my development practices as a whole. This endeavor sheds light on the exquisite potential of automated workflows, leaving me eager to continue exploring the ocean of possibilities offered by GitHub Actions and related technologies.
14th May 2025
Embracing Playwright
A Powerful Tool for Modern Testing In the world of web development, Playwright is rapidly gaining popularity—and not just because of Microsoft's significant backing. Its robust features make it an outstanding choice for developers seeking a reliable testing framework. Having used Playwright for the past two years at work, I’ve witnessed firsthand its capabilities, so I decided to leverage this tool to build a comprehensive set of tests for my portfolio website, supporting Continuous Deployment (CD).
The plan is
1. Foundation with Simple Tests: The first step involves setting up a basic suite of tests. Establishing a solid foundation is crucial, as it lays the groundwork for more complex test cases down the line. These initial tests will ensure that the core functionalities of the website remain robust as new features are added.
2. GitHub Actions Integration: By integrating these tests with GitHub Actions, I aim to automate the testing process, allowing tests to run automatically whenever changes are committed. This setup will not only save time but also enhance reliability, ensuring that new updates don’t inadvertently break existing functionality.