Tool Support for Testing Flashcards
7 cards from real ISTQB practice questions. Tap to flip, then mark Knew It or Still Learning โ missed cards come back until you master them.
Read the first 7 Tool Support for Testing flashcards as text
Which of the following is a key risk when introducing a test automation tool into an organization?
Answer: Unrealistic expectations about the benefits automation will deliver
Unrealistic expectations are a leading risk because teams may overestimate ROI and underestimate setup effort, leading to abandoned automation efforts.
A test management tool would most appropriately be used to support which of the following activities?
Answer: Tracking test execution progress and defect status
Test management tools are designed to track test planning, execution progress, results, and defect status throughout the testing lifecycle.
In the context of test tool evaluation, what does 'total cost of ownership' (TCO) include beyond the initial purchase price?
Answer: License fees, training, maintenance, and integration costs over the tool's lifetime
TCO encompasses all costs over a tool's lifetime including licenses, training, maintenance, support, and integration with existing infrastructure.
Which type of tool would be most useful for ensuring that the source code meets defined coding standards?
Answer: Static analysis tool
Static analysis tools examine source code without executing it and can enforce coding standards, detect style violations, and identify potential defects.
A test engineer wants to record a user interaction with a web application and replay it later. Which tool type supports this?
Answer: Capture/replay tool
Capture/replay tools record user interactions with a system and allow them to be replayed automatically during regression testing.
What is a 'probe effect' in the context of dynamic analysis tools?
Answer: The alteration of software behavior caused by the instrumentation added by the tool
The probe effect occurs when the instrumentation code inserted by dynamic analysis tools changes the timing or behavior of the software under test.
Which of the following best describes a model-based testing tool?
Answer: A tool that generates test cases automatically from a behavioral model of the system
Model-based testing tools derive test cases from formal models (e.g., state machines, decision tables) that represent expected system behavior.