Free iSQI CTFL_Syll_4.0 Practice Exam with Questions & Answers | Set: 4

Retrospectives provide value by fostering improvement and collaboration. The correct mapping is:

A2: Team bonding occurs when teams openly discuss issues.

B1: Test effectiveness increases when process improvements are implemented.

C4: Test basis improves by addressing requirement deficiencies.

D3: Cooperation improves through regular review of collaboration.

Option D correctly explains what is represented by the lines A, B and the axes X, Y in a testing metrics chart. According to option D:

X-axis represents Time

Y-axis represents Count

Line A represents Number of open bugs

Line B represents Total number of executed tests

This information is essential in understanding and analyzing the testing metrics of a completed project.

Configuration management (B)ensures thatversions of software and test artifactsare properly tracked, stored, and retrievable. It allows teams to:

Restoreearlier versions of software and test work products

Maintaintraceability between requirements, tests, and code

Avoid discrepancies due tomismanaged versions

(A) is incorrectbecause defect managementtracks issues but does not restore versions.

(C) is incorrectbecause change managementcontrols changes but does not track past versions.

(D) is incorrectbecause risk managementassesses risks but does not manage software versions.

Effective configuration management ensures the ability to roll back changesand maintain system stability.

A static analysis tool is best suited for determining source code compliance with the guidelines provided by a coding standard. Static analysis tools analyze code without executing it, checking for adherence to coding standards, potential errors, and code quality issues. They are designed to detect deviations from predefined coding standards and ensure that the code conforms to best practices and guidelines.

When deciding on the order of test execution based on priorities and dependencies, the correct sequence should consider both the priority levels and any dependencies between test cases. Here’s the analysis:

Test Bhas the highest priority (1) and depends onTest D.

Test Dshould be executed beforeTest B.

Test Chas a medium priority (2) and depends onTest A.

Test Acan be executed at any time since it has no dependencies.

Considering these dependencies and priorities,Test Dshould be executed first, followed byTest B. After that,Test Aand finallyTest C. Therefore, the correct sequence isD-B-A-C​​.

When a document management system is decommissioned, maintenance testing must include data migration testing to ensure that all documents are correctly transferred to a state archive, meeting legal requirements for long-term storage. This process verifies that data integrity is maintained during migration.

Checklist-based testing, as defined in the ISTQB CTFL syllabus, is indeed a review technique used within formal review processes. During these reviews, reviewers individually inspect work products to identify defects based on predefined checklists. These checklists serve as guidelines to ensure thorough examination and to cover important aspects consistently.

The other options do not accurately describe the checklist-based testing technique. Option A describes a technique for managing review meetings rather than the checklist-based testing itself. Option C incorrectly emphasizes the level of detail in checklists as a factor in reproducibility of test cases, which is not the primary focus of checklist-based testing. Option D, while true about the necessity of periodic review, is not the core aspect of the checklist-based testing technique itself.

A mature software testing company, especially one certified at TMMi level 5, is expected to have well-defined and adaptable processes. These companies recognize that test design techniques should be chosen based on the specific context of the project, including the domain and stakeholder expectations, rather than using a one-size-fits-all approach. This ensures that the testing is effective and aligned with project requirements.

The testing quadrants, as defined in the context of agile testing, help categorize different types of tests based on their goals and who they serve.

Q1:Technology-facing tests that support the team (e.g., unit tests).

Q2:Business-facing tests that support the team (e.g., automated acceptance tests, BDD, ATDD).

Q3:Business-facing tests that critique the product (e.g., exploratory testing).

Q4:Technology-facing tests that critique the product (e.g., performance and load tests).

Option B correctly places automated acceptance tests from BDD and ATDD in quadrant Q2.

During release planning, a tester adds value by assessing the testability of user stories. This involves evaluating whether the user stories are clear, concise, and testable. The tester ensures that the acceptance criteria are well-defined and that the stories can be effectively tested within the given timeframe.