We’ll walk you through the steps to begin easily automating your tests, from setting up your development environment to selecting the best testing framework.
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1. Improved effectiveness
As tests may be repeated without human interaction, automation testing makes testing quicker and more effective. Automation tests can be done overnight or during downtime, allowing testers to concentrate on other duties during the day. This can save a large amount of time and resources.
2. Greater accuracy
As they adhere to pre-established scripts and test cases, automation tests are less likely to contain errors than manual testing. By doing so, the possibility of human mistakes may be reduced, and the accuracy and dependability of test results can be guaranteed.
3. More thorough test coverage
Because tests may be run more frequently and precisely, automation testing enables a higher level of test coverage. This can help find problems and bugs that manual testing could have overlooked, hence raising the caliber of software.
4. Saving money
Automation testing can help organizations save a lot of money by minimizing the need for manual testing. This is because automation testing may be conducted more effectively and with fewer resources, which saves time and effort.
5. Enhanced scalability
Automation testing, which can execute tests simultaneously on several platforms and devices, made scalability simple. This might help identify issues that would only occur on specific hardware or operating systems, ensuring that software is compatible with various platforms and systems.
6. Simple regression analysis
Software testing must include regression testing since it ensures that features work before the product is updated. Regression testing has been more straightforward and more effective because of automation testing, which makes tests run quickly and accurately.
1. Create a workspace for development.
2. By selecting your test scenarios, create test cases.
Before starting the automated testing, you must choose the test cases you wish to use. Testing particular user interactions, such as login or registration, or particular functionality, such as database queries, may fall under this category. You can begin writing your test cases once you’ve determined your test scenarios. The actions to be taken, the expected outcomes, and any required input data should all be included in test cases, which should be documented in a clear, succinct fashion.
3. Select the testing framework
4. Make modular, reusable code.
Your automation tests will be more efficient and easier to maintain if you write modular, reusable code. It’s also necessary to divide your tests into smaller, more manageable portions and use functions and variables to make your code more reusable. As your codebase develops, you’ll be able to write tests more quickly and update and manage them more easily.
5. Before incorporating them into your CI/CD process, run your tests locally first.
Run your automation tests locally first to ensure they are functioning properly before adding them to your CI/CD pipeline. This could help you spot any problems before they affect your production environment. When you test your applications on various browsers and hardware, look for errors or failures. You should also run your tests periodically as your codebase changes to ensure they remain valid.
6. Include tests into your CI/CD pipeline.
Once you’ve confirmed that your tests are operating correctly, you may incorporate them into your CI/CD workflow. Having your tests run automatically will allow you to receive feedback as soon as a test fails as you upload improvements to your codebase. This can assist you in swiftly identifying and solving problems, resulting in quicker and more precise releases.
7. Locate and prioritize test cases using analytics.
When you run more automated tests, it’s vital to leverage analytics to locate and prioritize test cases. This might assist you in concentrating your testing efforts on the areas that are most likely to have issues and ensure that your tests cover all crucial functionality. You may view your test results and find areas for improvement by using built-in analytics tools that some testing frameworks, like Cypress, offer.
1. Knowledge of software testing principles
3. Knowledge of HTML and CSS
Many automation tests involve interacting with web pages, so it’s significant to have a basic understanding of HTML and CSS. This includes knowledge of HTML tags and attributes, as well as CSS selectors and properties.
4. Familiarity with testing frameworks and tools
Familiarity with version control
Version control is a part of software development and testing, so it’s significant to be familiar with tools like Git and GitHub. This includes knowledge of basic Git commands, such as commit, push, and pull, as well as branching and merging.
Summing It Up!
Mustafa Al Mahmud is the founder and owner of Gizmo Concept, a leading technology news and review site. With over 10 years of experience in the tech industry, Mustafa started Gizmo Concept in 2017 to provide honest, in-depth analysis and insights on the latest gadgets, apps, and tech trends. A self-proclaimed “tech geek,” Mustafa first developed a passion for technology as a computer science student at the Hi-Tech Institute of Engineering & Technology. After graduation, he worked at several top tech firms leading product development teams and honing his skills as both an engineer and innovator. However, he always dreamed of having his own platform to share his perspectives on the tech world. With the launch of Gizmo Concept, Mustafa has built an engaged community of tech enthusiasts who look to the site for trusted, informed takes on everything from smartphones to smart homes. Under his leadership, Gizmo Concept has become a top destination for tech reviews, news, and expert commentary. Outside of running Gizmo Concept, Mustafa is an avid traveler who enjoys experiencing new cultures and tech scenes worldwide. He also serves as a tech advisor and angel investor for several startups. Mustafa holds a B.S. in Computer Science from HIET.