Software Testing Exam

What is test automation primarily used for in software testing?

What is a disadvantage of test automation?

Which statement best encapsulates the dual nature of test automation, balancing its advantages and disadvantages in the context of software testing?

A software company, TechSol, has developed a new application, AppPro, and is planning to implement test automation for its testing process. The testing team is discussing the best practices for setting up the test automation environment. One member suggests using the same environment for both the test automation software and the system under test (SUT) to save costs and reduce setup time. What should be the primary concern of TechSol's testing team regarding the suggested setup of using the same environment for both the test automation software and the SUT?

What is a key factor in the success of test automation?

What should be involved in designing the Test Automation Architecture (TAA)?

Which of the following statements is most accurate regarding the factors influencing the long-term success of test automation projects?

A financial software company, FinTech Corp, is implementing a test automation project for their new application, FinancePro. The project has moved past the pilot stage and is now focused on long-term success. The team is discussing the Test Automation Framework (TAF) and realizes they need to ensure the TAF is easy to use and maintain. They are particularly concerned about troubleshooting failing tests and ensuring the test environment is consistent. Which of the following actions should FinTech Corp prioritize to address their concerns about troubleshooting failing tests and ensuring consistency in the test environment?

What factors influence test automation in the context of the SUT and its environment?

What can be done during the development of the architecture and technical design of the SUT to support test automation?

Which of the following factors should be considered when determining an appropriate test automation solution for a software under test (SUT) and its environment?

What is the suggested action when some SUT dependencies are changed to ones not supported by the test tool?

Why is it important to implement SUT testability in parallel with other features of the SUT?

How should TAS components be designed to facilitate easy substitution and maintenance?

How are test cases related to test objectives or SUT requirements in the test generation layer?

What is the purpose of editing and navigating test suite structures in the test generation layer?

Which of the following is NOT listed as a capability for automated test generation?

What is the purpose of providing access to test libraries in the test definition layer?

Which of the following actions performed by the test execution layer's components involves transforming input data?

Which of the following is NOT a function provided by the test adaptation layer according to the text?

What components might the configuration management of a TAS need to include?

What is required for project management in a test automation project?

Who is responsible for effort estimation in a TAS project?

Which of the following activities is not typically considered when capturing requirements for a Test Automation Approach (TAA)?

Which paradigm involves driving the interaction between the Test Automation System (TAS) and the System Under Test (SUT) via service invocation from either peer?

Which of the following considerations is NOT part of designing the test execution layer in a Test Automation Architecture (TAA)?

A software company, DevTech Solutions, is embarking on a project to design a Test Automation Architecture (TAA) for their new suite of mobile applications. The Test Automation Engineer (TAE) must determine which aspects of the test process should be automated, and which test levels and roles need to be supported. They are also considering various abstraction levels to enhance flexibility and maintainability. To ensure that the TAA can support different test levels and roles while maintaining flexibility and adaptability, which of the following activities should the TAE prioritize and why?

Which option combines both abstraction and automated script generation when translating test procedures into automated test scripts?

Which approaches can be used for "The TAE designs test procedures, and transforms them into automated test scripts" or "The TAE uses a tool to translate test procedures into automated test scripts" of test case automation?

Which approach can be used for "The TAE implements test cases directly into automated test scripts" of test case automation?

What is the principal concept of linear scripting?

What are the cons of linear scripting?

What is the major difference between structured scripting and linear scripting?

What are the pros of data-driven testing?

What is the importance of test focus during architecture definition?

Which of the following aspects should be considered when designing a Test Automation Architecture (TAA) for a System Under Test (SUT)?

How does the TAS development process ensure continuous alignment with the changing SUT?

What does the reuse of a TAS refer to according to syllabus?

How can the TAS help increase the ability for reuse?

What approach can be used to adjust a TAS to an SUT configuration?

What is TAS reuse mainly dependent on?

During the pilot phase of test automation deployment what is an important consideration regarding the TAS functionality?

What is the significance of monitoring TAS usage benefits and costs over time?

When is a new TAS or a new version typically deployed during a software project?

What is a key consideration before deploying a TAS for the first time?

What is a crucial step needed for maintenance deployments of a TAS?

What are the essential characteristics of test automation solutions (TAS)?

What category of maintenance involves making changes to support more test types or test automation for a new SUT?