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| Section | Objectives |
|---|---|
| Topic 1: Software Verification and Validation | - Defect prevention techniques - Reviews and inspections - Testing strategies and levels |
| Topic 2: Software Quality Management | - Quality systems and models - Continuous improvement methodologies - Quality planning and strategy |
| Topic 3: Software Risk Management | - Risk mitigation strategies - Risk identification and analysis |
| Topic 4: Software Engineering Processes | - Agile and traditional methodologies - Software development life cycle (SDLC) - Process definition and improvement |
| Topic 5: Software Configuration Management | - Build and release management - Version control and change management |
| Topic 6: Software Metrics and Analysis | - Statistical methods in software quality - Measurement concepts and metrics selection |
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NEW QUESTION # 221
The following chart was created by a team.
The chart shows number of defects over time, including projected unit test defects, projected integration test defects, actual unit test defects, and actual integration test defects. Which of the following conclusions can be drawn from this chart?
Answer: B
Explanation:
The chart compares projected defect discovery patterns with actual defect discovery patterns for unit testing and integration testing. The actual integration test defects, shown by the plus markers, closely follow the projected integration test defect curve. This indicates that integration testing is finding approximately the number of defects expected over time. The unit test actuals do not provide as strong a match to the projected unit test curve, so concluding that unit testing is isolating exactly as predicted is less supported. The chart also does not prove poor unit test planning or unusually high integration test effectiveness; it simply compares actual results to predictions. Therefore, the supported conclusion is that integration testing is isolating as many defects as predicted.
NEW QUESTION # 222
The tester should complete which of the following sections of a problem report when documenting a test failure?
Answer: B
Explanation:
When documenting a test failure, the tester should complete the "Steps to reproduce the failure" section of a problem report. This section is crucial as it provides a detailed account of the actions taken leading up to the failure, allowing developers to replicate the issue consistently. This replication is essential for diagnosing and fixing the problem effectively. Documenting the steps accurately ensures that all relevant information is conveyed, facilitating quicker resolution and better communication within the team.References:
* Kaner, Cem, Falk, Jack, and Nguyen, Hung Quoc. "Testing Computer Software." 2nd Edition, Wiley,
1999.
* IEEE Std 1044-1993, IEEE Standard Classification for Software Anomalies.
NEW QUESTION # 223
The tester should complete which of the following sections of a problem report when documenting a test failure?
Answer: B
Explanation:
When documenting a test failure, the tester should complete the " Steps to reproduce the failure " section of a problem report. This section is crucial as it provides a detailed account of the actions taken leading up to the failure, allowing developers to replicate the issue consistently. This replication is essential for diagnosing and fixing the problem effectively. Documenting the steps accurately ensures that all relevant information is conveyed, facilitating quicker resolution and better communication within the team.
References:
Kaner, Cem, Falk, Jack, and Nguyen, Hung Quoc. " Testing Computer Software. " 2nd Edition, Wiley, 1999.
IEEE Std 1044-1993, IEEE Standard Classification for Software Anomalies.
NEW QUESTION # 224
Which of the following requirements statements is written in such a way that it can be validated?
Answer: A
Explanation:
A validatable requirement must be clear, measurable, testable, and objective. The statement that the system shall be available at least 99.98% of the time provides a specific measurable threshold. Testers and quality engineers can verify it using availability measurements, operational logs, downtime records, or reliability monitoring over a defined period. Option A is weak because "some signals" is vague and does not define which signals must cause which response. Option B is not independently testable because "according to user requirements" refers to another undefined set. Option C says response time is operator defined, but it does not specify an acceptable value or condition. Since option D includes a measurable acceptance criterion, it is the best validated requirement.
NEW QUESTION # 225
A project manager has decided to modify a project schedule to allow some of the low-level design to begin before all of the high-level design has been completed. Is this approach appropriate?
Answer: B
Explanation:
Beginning some low-level design before all high-level design is complete can be appropriate when dependencies are clearly understood and controlled. Software projects often overlap activities to reduce schedule duration, but doing so safely requires impact analysis and dependency management. Low-level design should only begin in areas where the related high-level architecture, interfaces, constraints, and design decisions are sufficiently stable. If unfinished high-level design could affect the low-level area, early work may cause rework, inconsistency, or design defects. It is not always necessary to finish all high-level design first, and it is not required that the same people perform both activities. The key condition is that unfinished high-level work must not affect the low-level design area.
NEW QUESTION # 226
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