What Is Automation Testing?
The term automation refers to the automatic management of various industrial processes. This suggests little human intervention.
When the IT world defines test automation, it means using a variety of Automation testing services tools to run tests on an application and see how the application behaves and responds to various actions. When an application is deployed, different users perform different actions on the application. Automation testing services is the process of verifying that an application behaves as expected by automating known or predictive user actions.
Different Automation testing frameworks
There is a set of protocols and guidelines that must be followed to use all concepts. In general, a framework is a combination of standards and rules that companies can use to get the maximum benefit. Similarly, a Automation testing services framework is a platform composed of programs, compilers, functions, tools, etc. Provides an environment for running automated test scripts. Simply put, a Automation testing services framework is a set of components that facilitate test execution and comprehensive reporting of test results. The key components of a successful Automation testing services framework are equipment, test tools, scripts, programs, and most importantly, test automation engineers.
- Linear Automation Framework
- Module-based testing framework
- library architecture test framework
- Keyword based framework
- data-driven framework
- Hybrid test framework
Why do you need Automation testing?
In modern times, the whole world is moving towards automation. Hence, the need for Automation testing services is increasing. Proper planning and execution of a test automation framework have many benefits.
1. Resource optimization
Testing frameworks help optimize resources. This is achieved by facilitating the use of various resources according to the needs of the organization. For example, an Automation testing services framework provides a set of processes to achieve a specific goal. These processes must match resources to demand. The greater the flexibility to be adopted, the better the optimization of resources.
2. Increase the number of tests
Automation testing services frameworks increase the amount of testing. For example, new mobile devices appear every day. It is impossible to test them all manually. Even if the company does it, it takes a long time. However, automated testing allows testers to run tests on thousands of mobile devices simultaneously.
3. Simultaneous testing
A Test automation framework can test different types of devices simultaneously. When a test script is automated, all the tester needs to do is run the script on different devices. Since the parameters are the same, testers can quickly generate comparative test reports.
4. Improve speed and reliability
Writing and running tests is time-consuming for any software vendor. Automated testing framework accelerates the execution time of these activities. How? ‘Or’ What? Suppose you are testing the logout function of your website. If you have multiple test scenarios, you will need to manually test the logout feature to make it work properly for each scenario. However, if you use the framework, you can run all scenarios simultaneously and get test results within hours. It also uses as automation testing tools to increase the reliability of automated testing. This will make you less likely to make mistakes.
5. Get more yield in less time
Automation testing services mitigates synchronization, local configuration, error handling, and reporting issues. Automated scripts reduce the time needed to prepare and run tests. As efficiency and speed increase, businesses can get more output in less time.
6. Fix bugs early
Automation testing frameworks help fix bugs sooner. You don’t need as many human resources for yourself, which means less working time and less money. Test automation engineers can write scripts to automate testing. With an appropriate Automation testing services framework, organizations can implement the concept of left-shift testing. This refers to the idea of migrating testing into the software development lifecycle as quickly as possible. You can write automated tests before writing product code. It is a technique of methods such as TDD (Test Drive Development) and BDD.
7. Remote testing
You don’t need to be in the office 24/7 with a Automation testing services framework. For example, you can start running tests before you go. I came back a few hours later and got my test results. You can also test remotely, so you don’t have to buy a lot of equipment.
8. Reusable automation code
Automation testing services scripts can be reused in various applications. Suppose testers in your organization are writing a script to test the login functionality. You can use the same script for other applications with login functionality.
9. Improved ROI
The initial investment associated with a Automation testing services framework is offensive to many. However, the long-term return on investment is high. As mentioned earlier, a test automation framework saves time and promotes rapid delivery. It can also reduce the need for more staff. For example, if the testing framework is automated, the company does not need to hire multiple testers. Test automation engineers can perform most tasks, such as setting up frameworks and running scripts.
10. Continuous testing
It’s 2022, and the importance of continuous integration and continuous delivery/deployment cannot be overstated. Having a fully automated software pipeline is the surest way to ensure your code is in production as quickly as possible. But sending broken code very quickly doesn’t make sense. That’s why an important part of the CI/CD puzzle is continuous testing. It is a continuous operation of an automated test suite. A Automation testing services framework is central to the ability of continuous testing to not only write tests but also automate their execution.
