What framework can be utilized to run REST Assured tests in parallel?

What framework can be utilized to run REST Assured tests in parallel?

• A. JUnit or Mockito.
• B. JUnit or TestNG.
• C. JUnit or Spring.
• D. TestNG or Maven.

Answer: (B)

Utilizing a framework like JUnit or TestNG allows for running REST Assured tests in parallel, as both frameworks have built-in capabilities to facilitate parallel execution. TestNG, in particular, is designed with parallel execution in mind, providing annotations and configurations that allow you to define how tests should be run concurrently. You can specify whether tests or test methods should run in parallel by adjusting the configuration in the TestNG XML file, making it very flexible for parallel execution strategies. Similarly, JUnit 5 has introduced features that support parallel execution, enabling tests to be configured to run concurrently. This is a significant enhancement over earlier versions of JUnit and promotes efficient use of resources, especially when dealing with extensive test suites. The other options do not provide the necessary capabilities for parallel test execution. Mockito is primarily a mocking framework and does not relate directly to test execution control. Spring, while a powerful framework for building applications, does not inherently include features for running tests in parallel, instead, it relies on the underlying testing framework used (like JUnit or TestNG). Maven, while it is used for project management and dependencies, does not itself facilitate parallel execution of tests but can be configured to work with JUnit or TestNG to accomplish this task.

Utilizing a framework like JUnit or TestNG allows for running REST Assured tests in parallel, as both frameworks have built-in capabilities to facilitate parallel execution.

TestNG, in particular, is designed with parallel execution in mind, providing annotations and configurations that allow you to define how tests should be run concurrently. You can specify whether tests or test methods should run in parallel by adjusting the configuration in the TestNG XML file, making it very flexible for parallel execution strategies.

Similarly, JUnit 5 has introduced features that support parallel execution, enabling tests to be configured to run concurrently. This is a significant enhancement over earlier versions of JUnit and promotes efficient use of resources, especially when dealing with extensive test suites.

The other options do not provide the necessary capabilities for parallel test execution. Mockito is primarily a mocking framework and does not relate directly to test execution control. Spring, while a powerful framework for building applications, does not inherently include features for running tests in parallel, instead, it relies on the underlying testing framework used (like JUnit or TestNG). Maven, while it is used for project management and dependencies, does not itself facilitate parallel execution of tests but can be configured to work with JUnit or TestNG to accomplish this task.