Free BCS ISEB-SWT2 Exam Practice Questions & Explanations
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A project stakeholder asks why the team continues testing even after several critical defects have already been found and fixed. The test lead explains that testing serves multiple purposes beyond simply locating defects. Which of the following best reflects the full set of common objectives of testing according to the ISTQB Foundation syllabus?
The ISTQB Foundation syllabus identifies several common objectives of testing, including finding defects, gaining confidence about the level of quality and providing information to stakeholders, preventing defects by providing early feedback, and ensuring compliance with requirements. Option A is too narrow. Option C is impossible since testing cannot prove absence of defects. Option D describes project management concerns, not testing objectives specifically. Option E is incorrect because static techniques like reviews complement rather than get replaced by testing.
A test manager states that one of the common objectives of testing is to build confidence in the level of quality of the software before release, in addition to finding defects. A colleague argues that testing's only objective is to prove the software has no defects. Is the test manager's statement consistent with the common objectives of testing as recognized in the ISTQB syllabus?
The common objectives of testing include finding defects, gaining confidence about the level of quality, providing information for decision-making, and preventing defects. Testing cannot prove software is defect-free; it can only show that defects are present or provide evidence of quality. The colleague's claim is incorrect, but the test manager's statement aligns with recognized testing objectives, making the statement True.
A tester investigates a defect where an e-commerce checkout page displays an incorrect total price for orders with multiple discount codes applied. After analysis, the tester finds the actual cause is a rounding error in the discount calculation logic buried deep in the code, but the visible symptom the customer sees is simply 'wrong total on screen'. Which statement correctly distinguishes the root cause from the effect in this scenario?
The root cause is the underlying fault in the code (the rounding error in the calculation logic) that, when executed, produces an incorrect result. The effect (or failure) is the externally visible symptom observed by the user, in this case the wrong total price on screen. Understanding this distinction is important for root cause analysis, which aims to find and fix the underlying defect rather than just addressing the symptom. Options A, C, D, and E incorrectly conflate or reverse these concepts.
An online banking application has a defect that causes incorrect interest calculations on savings accounts. Over several months, thousands of customers are underpaid interest, and the bank faces regulatory fines and reputational damage once the error is discovered. Which type of harm is best illustrated by this scenario?
This scenario illustrates harm to a company: financial loss from fines, remediation costs, and reputational damage from regulatory scrutiny and customer trust erosion. There is no physical injury to a person, so C is incorrect. There is no environmental impact described, so A is incorrect. Even small individual amounts can aggregate into significant company-level harm when multiplied across thousands of customers, so D is incorrect.
A hospital infusion pump contains a software defect that causes it to occasionally deliver a drug dosage 10% higher than prescribed. This defect went undetected during testing and reached production. Which of the following best describes the potential harm caused by this defect?
Defects in safety-critical systems such as medical devices can directly cause physical harm to people. An incorrect drug dosage from an infusion pump could injure or kill a patient, which is the primary and most severe consequence. While a company might also suffer reputational or financial harm (recalls, lawsuits), the most direct and serious harm in this scenario is to the patient. Option A is incorrect because energy consumption is not the issue described. Option D is incorrect because the defect clearly has a functional and safety impact.