Automation testing is a software testing technique in which test cases and test scripts are executed using automation tools or scripts, without the need for manual intervention.
120 Days
Every second week
Classroom/Remote
The eligibility requirements for automation testing can vary depending on the specific job role, industry, and organization. However, there are some common skills and qualifications that are often sought after for automation testing positions. Here are the typical eligibility requirements for automation testing:
Automation testing is a specialized field within software testing that involves using automated testing tools to execute test cases, compare expected and actual results, and report defects.
Here's a breakdown of the key components and technologies involved in Automation Testing.
Selenium,Appium,TestComplete,JUnit and TestNG,Junit and TestNG,PyTest,Cucumber
Java,Python,javaScript,C#.
TestNG,JUnit,NUnit.
Version control systems like Git help manage changes to test scripts, facilitate collaboration among team members, and track versions of the code.
CI tools automate the process of building, testing, and deploying software. They integrate automated tests into the development pipeline to ensure that tests are executed whenever new code is pushed. Popular CI tools include Jenkins, Travis CI, CircleCI, and GitLab CI/CD.
Test data management tools help manage test data required for different test scenarios, ensuring test scripts run with a variety of test data inputs.
These tools enable testers to run tests on different browsers and mobile devices without the need for physical devices, ensuring cross-browser and cross-platform compatibility testing.
API testing tools, such as Postman or REST Assured, allow testers to automate the testing of APIs and web services.
Automation testing tools generate detailed test reports and logs, providing insights into test results, failures, and execution status.
Automation testing involves managing test data and creating or configuring test environments to ensure consistent and reliable test execution.
Automate the testing of a shopping cart functionality on an e-commerce website. Verify that users can add items to the cart, update quantities, and complete the checkout process.
Automate the testing of a registration form on a website. Validate that users can register with valid information, and check for proper handling of validation errors for invalid data.
Automate the testing of a weather forecast application. Verify that it displays accurate weather data for different locations and dates.
Automate the testing of the logout functionality of a web application. Ensure that users are successfully logged out, and they cannot access restricted pages after logout.
Automation testing offers several advantages, including faster test execution, improved accuracy, increased test coverage, the ability to run tests across multiple environments, and efficient regression testing.
Various types of testing can be automated, including functional testing, regression testing, performance testing, load testing, and API testing.
Some challenges of automation testing include initial setup and maintenance of test scripts, the cost of automation tools, identifying test cases suitable for automation, and the need for regular updates to keep pace with application changes.
Automation testing is well-suited for projects with stable requirements, where test cases can be automated and reused. However, for projects with frequently changing requirements or heavy reliance on exploratory testing, manual testing may be more suitable.
While automation testing can significantly enhance testing efficiency and coverage, it cannot entirely replace manual testing. Manual testing is valuable for exploratory testing, usability testing, and scenarios that require human judgment.