Using a testing framework to automatically verify that your software works as expected is a common practice in the software development process. In this blog post, we’ll go through the different types of software testing and explain why you may need an architecture for your Selenium tests.
Read on to find out more! We test our software to make sure it does what we want it to do — end users don’t care about all those implementation details, so as developers, it’s up to us to check that everything works as intended.
An architecture framework gives you a structure and set of principles that aim to make your code easier to understand, document, maintain, and refactor. This blog post explains why you may need an architecture for your Selenium tests and what such a framework looks like.
What is a Selenium Architecture?
A Selenium Architecture is a set of rules and conventions for organizing your Selenium tests so that they’re easier to understand, document, maintain, and refactor.
An architecture is more than just a folder structure for your Selenium tests — it’s a set of rules and guidelines that help you write better, more consistent code. Although Selenium tests are automated, they’re still a type of software — which means that they should be designed and developed with the same care as any other piece of code. A Selenium architecture is the way to do that.
The Importance of Software Testing
Automated software testing is the process of executing a software application or module to verify that it functions as expected.
In most cases, software testing is used to show that software works correctly and meets the requirements of its stakeholders. Automated software testing is performed using software. When it comes to writing and implementing software, finding and fixing bugs can be a daunting task.
Because of this, it’s highly recommended that you test your software in an automated way. Automated software testing is the process of executing a software application or module to verify that it functions as expected. In most cases, software testing is used to show that software works correctly and meets the requirements of its stakeholders.
Types of Software Testing
Test execution – This is the process of actually executing the tests. This can include test case execution, test script execution, test execution, etc. Test design – This is the process of designing test cases.
Test plan – This is the process of documenting the test cases. Test case – A test case is a set of instructions used to verify the functionality or correctness of a system or software under test.
Such functionality or correctness is usually expressed as a testable condition or testable requirement in the form of “If this happens, then that must happen”. A test case may also include additional instructions on how to execute the test case and what test results indicate a pass or fail condition.
Test case design – This is the process of creating test cases. Test coverage – This is the process of determining what test cases should be executed and what test cases have been executed.
Why You May Need a Selenium Architecture
Selenium tests are written in a programming language and executed by an automated testing tool.
This tool launches your website or application, interacts with it via the browser, and verifies the results. You may need a Selenium architecture if you find that your tests are becoming difficult to read and maintain.
Or, if you’re just getting started with Selenium testing, you may want to follow an existing architecture to make sure you’re writing your tests correctly. Another reason for using an architecture is if you’re working in a team — using a common Selenium architecture ensures that everyone is writing their tests in the same way.
What Does a Selenium Architecture Look Like?
An architecture framework can vary in its formality and structure. However, there are a few common themes that we’ve found in most Selenium architecture frameworks: – Test types – Different types of test. e.g. Unit Test, Integration Test, Acceptance Test, etc. – Test level – The level at which a test is executed e.g. UI, API, etc. – Environment – The environment in which a test is executed. e.g. Which browser, which OS, etc. – Inputs – The data that is used as input for testing. e.g. URL, data type, etc. – Outputs – The expected results. e.g. Success criteria, assertions, etc.
Conclusion
Selenium architecture is a set of rules and guidelines for organizing your Selenium tests so that they’re easier to understand, document, maintain, and refactor. Unlike unit tests, Selenium tests are typically integrated with your application using an automated testing tool like Selenium. With an architecture, you can make sure that your tests are well-organized, easy to follow, and easy to maintain. There are many reasons why you may need a Selenium architecture, such as if you find your tests are becoming difficult to read and maintain or if you’re working in a team. Each Selenium architecture framework can vary in its formality and structure, but there are a few common themes you’ll see.
