How Automation Testing Works?

What is Automation Testing?

The automation testing depends on automation tools and scripts, to run test cases on a software application. It will increase the testing coverage and efficiency. Time-consuming and repetitive tasks can be automated which helps to identify errors early on. The process of automation testing includes writing test scripts and run repeatedly without human assistance. On the other hand, it also helps in Regression testing, load testing, and performance testing. The tools utilized for automation testing are Selenium, QTP, and JUnit. By removing human mistakes, automation testing improves test accuracy.

Overview of Automation Testing:-  

Automation testing plays a vital role in contemporary software development, enabling teams to effectively verify the functionality and performance of their applications. By automating repetitive test scenarios, developers and quality assurance professionals can conserve time, enhance test coverage, and identify bugs earlier in the development process.

Increased Productivity:- As compared to manual testing, automated testing can be completed more speedily. The tester may regularly run large test suites.

Greater Accuracy:- Automation ensures uniform and repeatable results by reducing human error and variability.

Broader Test Coverage:- The tester can run more types of test scenarios with automation, including complex workflows and edge situations that would be hard or impossible to test manually.

Quicker Feedback Loops:- The development pipeline can benefit from the inclusion of automated tests, that offer real-time feedback on the effect of modifications to code.

Lower Maintenance Costs:- As well-structured automated tests can adjust to changes in the application’s codebase, they require less maintenance than manual testing.

The Process of Automation Testing

The automation testing procedure generally consists of the following stages:

Test Planning:- Determine which test cases, capturing variables like complexity, frequency of execution, and reusability, are suitable for automation.

Test Script Development:- Based on the application’s technology stack, create automated test scripts using specialized testing frameworks or tools like Appium, Cypress, or Selenium.

Test Execution:- The tester can execute the automated tests in response to code changes or on a schedule, and you can run many test cases at once.

Results Reporting:- Inclusive reports and describing test results, if these cases fail, the tester needs to do more research and troubleshooting produced by automated testing systems.

Continuous Integration and Deployment:- Connect the development workflow to the automation process.

Read More: Ultimate Guide To Automation Testing Benefit Lifecycle Tools