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Our team recently developed an automation framework for testing a web-based application. The project’s primary objective was to create a robust and maintainable framework that could be easily scaled and adapted to various testing scenarios.

To achieve this, we adopted a modular and object-oriented design approach, which allowed us to create reusable components and libraries. We used popular open-source tools and libraries, such as RestAssured, TestNG, and Gson, to build the framework.

The framework’s core component is a set of API methods that encapsulate the application’s RESTful API endpoints, HTTP methods, and request parameters. These methods are defined in a separate class and can be easily reused across different test cases.

We also created a set of data models that represent the application’s data structures and entities. These models are used to parse and validate the API responses, ensuring that the application’s data is consistent and accurate.

To manage the test cases, we used TestNG, a popular testing framework that provides advanced features such as test prioritization, data-driven testing, and test dependencies. We defined the test cases in a separate class and used TestNG annotations to specify their execution order, data parameters, and expected outcomes.

To generate test reports and logs, we used ExtentReports, a popular reporting library that provides advanced features such as screenshots, annotations, and test summaries. We integrated ExtentReports with TestNG to generate detailed test reports that include the test case name, status, start and end time, and log messages.

Overall, our approach to building the automation framework focused on creating a modular, scalable, and maintainable solution that could be easily adapted to various testing scenarios.

By using popular open-source tools and libraries, we were able to create a robust and reliable framework that provides advanced features such as data-driven testing, test reporting, and test automation.