Khaled Yakdan’s Post

SOLID Principles - Dependency Inversion 🚀 Dive into my latest blog post where I simplify SOLID principles in test automation, focusing on Dependency Inversion. From puns to practical examples, this blog helps you easily understand a complex topic. Join me in unlocking the secrets of SOLID principles and building robust, scalable frameworks. https://lnkd.in/ghGw8Fad #TestAutomation #SOLIDPrinciples #QAArchitect #SDET #SoftwareTesting #LinkedInBlog #qacommunity #learnsomethingnew #dependencyinversion #designpatterns #qatesting #softwareqa

I found myself in an interesting debate about importance of End To End testing. This inspired me to share my perspective in this article. https://lnkd.in/d9Hw95nT

Testing is a skill. You can’t expect to just start adding tests on your codebase and have quality. What you’ll have instead is more code that you have to support. So, to master this skill, learn: - Your testing framework - How to test behavior, not implementation - TDD Only then automated tests won’t be a burden but a benefit. #TestDrivenDevelopment #SoftwareEngineering

Testing allows us to make sure our code works, but just as important, it enables "fearless refactoring". Have you ever heard a colleague say "It works, don't touch it"? That's because they fear regression bugs. In case you didn't already know, these are bugs that can occur when a piece of code that was working stops working. In this case, it may be that a refactoring introduced a regression, and without tests you'd only become aware of it in production, if ever. Having a sturdy suite of tests can protect us against regressions and allows us to refactor without fear that our code will break. That's one of the reasons testing is so important.

When writing maintainable test scripts, I focus on ensuring long-term efficiency in automated testing. I keep my test scripts modular and organized, breaking down complex tests into smaller, reusable components. I use descriptive naming conventions for test cases and methods to make it easier for others to understand and modify them. Additionally, I implement proper error handling to manage unexpected issues gracefully and regularly refactor code to eliminate redundancies and improve readability. By following these practices, I reduce technical debt and make future updates smoother and less time-consuming.

Tired of wracking your brain over endless combinations and edge cases for your unit tests? 😩 Say goodbye to that headache and hello to effortless testing with a groundbreaking solution: fast-check. Discover how to streamline your testing process and save valuable time and resources! 🚀 https://lnkd.in/dSpUTiJs #SoftwareDevelopment #Testing #QualityAssurance #SoftwareEngineering #QAAutomation #TestAutomation #FastCheck #PropertyBasedTesting #FuzzTesting #UnitTests #IntegrationTests

🔹 Testing Your Code: Key to Reliable Solutions! 🔹 Code that works today might break tomorrow, so building a habit of testing is essential! Testing verifies that each function does exactly what it's supposed to, ensuring quality and reliability over time. Use unit tests for small chunks, integration tests for workflow checks, and automate where possible to catch issues early. Remember, testing isn’t just an afterthought—it’s a critical step in delivering code you can trust! 🔍 #CodeTesting #DataEngineering #QualityAssurance #CodingTips

"If we focus too heavily on the technical aspects, we could end up with code that's difficult to maintain and understand." 💡 Time to rethink how we approach testing! We shouldn't let our tests become a maze of technical debt. In my latest article, I challenge the traditional approach to writing and thinking about software tests. Let's stop obsessing over technical implementation and break free from prioritizing technology over human readability – a trap many of us fall into. Let's turn the script upside down! "The primary barrier to improving our testing skills is in the predominant mindset: focusing on technology." If you're thinking BDD is the answer, think again. Even BDD tests can be overly technical - they need a human touch. It's not about technology, it's about understanding. 🎯 Key takeaways from the article: - Test readability is not just a nice-to-have; it's everything - Human-readable tests can be both maintainable AND automated - Visual representations can transform complex test scenarios into easily understood patterns "This isn't user-facing code that needs to handle any unpredictable input; it's code that only needs to satisfy what we write in the test." Want to write tests that your future self (and colleagues) will thank you for? 🤝 This article is a must-read for any developer or QA engineer looking to level up their testing game. Ready to make your tests more human? Check out the full article here: https://lnkd.in/dp6F3tSg "Making tests more readable doesn't have to be complicated." #SoftwareTesting #CodeQuality #DeveloperProductivity #QA #SoftwareDevelopment #TDD #TestAutomation #CleanCode

TDD after the code is written is not realizing the full potential of TDD. Writing tests first and especially baked in refactoring step result in cleaner, modular and more maintainable code with smaller functions following SRP principle. Smaller functions are easier to test. As a result, the technical debt accumulation is diminished for the new code. Code readability is increased. These are big wins from code maintenance perspective.

Yes - you write an executable specification of the outcome you want and the programming interface. Then you write code that meets that spec. You would think TDD would be not controversial - write outcome spec, design api, implement code