実用的なCTAL-TTA認定テキスト試験-試験の準備方法-高品質なCTAL-TTA試験情報

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CTAL-TTA試験情報、CTAL-TTA日本語認定

合格できるISTQB Certified Tester Advanced Level Technical Test Analyst試験はいくつありますか？それらをすべて試してみてください！ ShikenPASSは、Certified Tester Advanced Level Technical Test Analyst コーススペシャリストが開発した実際のISTQB CTAL-TTAの回答を含むCTAL-TTA Certified Tester Advanced Level Technical Test Analyst試験問題への完全なアクセス権をUnlimited Access Planに提示します。 ISTQB Certified Tester Advanced Level Technical Test Analystテストに合格できるだけでなく、さらに良くなります！また、すべての試験の質問と回答にアクセスして、合計1800以上の試験に合格することもできます。

ISTQB Certified Tester Advanced Level Technical Test Analyst 認定 CTAL-TTA 試験問題 (Q68-Q73):

質問 # 68
Which of the following statements BEST describes how tools support model-based testing?

A. Large sets of test cases are generated to provide full code coverage.
B. Random sets of threads of execution are generated as test cases.
C. Finite state machines are used to describe the intended execution-time behavior of a software-controlled system.
D. An engine is provided that allows the user to execute the model.

正解：C

解説：
Model-based testing tools support the creation and execution of tests based on models of the system under test.
Finite state machines (FSMs) are often used in model-based testing to describe the expected behavior of a system during execution. FSMs help in defining the states of the system and the transitions between these states based on events, which can then be used to generate test cases that validate the system's behavior against the model.

質問 # 69
Which of the following defect types is NOT an example of a defect type typically found with API testing?

A. Loss of transactions
B. High architectural structural complexity
C. Timing problems
D. Data handling issues

正解：B

解説：
In the context of API testing, the defect types generally found are related to the specific interactions with the API, such as issues with data formatting, handling, validation, and the sequencing or timing of API calls. Architectural structural complexity is not typically a defect that would be identified at the API testing level. API tests are concerned with the interface and immediate integration points, not the overarching system architecture, which would be more relevant to design or system-level testing.

質問 # 70
You have run static analysis tools against four large, complex code components (A, B, C, and D) with the following measures reported:
(Insert Table 1)
You must decide which component should be selected FIRST for applying maintainability improvements. The combination of Cohesion and Coupling is regarded as the MOST important factor, v/ith the number of repeated code sections as the next important factor.
Which component should you select?

A. Component D
B. Component A
C. Component B
D. Component C

正解：C

解説：
When deciding which component to select first for maintainability improvements, it's essential to prioritize the most critical factors. In this case, the combination of Cohesion and Coupling is the most important factor, followed by the number of repeated code sections.
* Cohesion and Coupling:
* High Cohesion and Low Coupling are desirable qualities in software components. High cohesion means that the component's responsibilities are closely related, making the component easier to understand, test, and maintain. Low coupling means that the component has fewer dependencies on other components, making it less prone to ripple effects from changes in other parts of the system.
* Conversely, Low Cohesion and High Coupling indicate poor design quality. Low cohesion suggests that the component has many unrelated responsibilities, which can make it harder to maintain and understand. High coupling indicates that the component is highly dependent on other components, which can lead to more significant maintenance challenges due to the ripple effect of changes.
* Number of Repeated Code Sections:
* Repeated code sections are also an important factor because they can indicate code duplication, which can lead to inconsistencies and higher maintenance costs. Reducing the number of repeated code sections can improve maintainability by promoting reusability and reducing redundancy.
Based on the given measures:
* Component A has high cohesion and low coupling, which are desirable. It also has a moderate number of repeated code sections (4).
* Component B has low cohesion and high coupling, which are the worst in terms of design quality. It also has the highest number of repeated code sections (5).
* Component C has low cohesion and high coupling, which are poor in terms of design quality. It has the lowest number of repeated code sections (2).
* Component D has high cohesion and low coupling, which are desirable. It also has the highest number of repeated code sections (5).
Considering the most important factor first (Cohesion and Coupling):
* Component B and Component C are both poor in terms of cohesion and coupling, but Component B is
* worse because it has a higher number of repeated code sections than Component C.
* Component A and Component D are both good in terms of cohesion and coupling, but they are less critical to address first than the poor components.
Therefore, Component B should be selected first for applying maintainability improvements because it has the poorest combination of low cohesion and high coupling, along with the highest number of repeated code sections. This aligns with the prioritization criteria provided.
References:
* The importance of Cohesion and Coupling in software design is well-documented in the ISTQB CTAL-TTA syllabus and other software engineering literature. (Refer to ISTQB-CTAL-TTA Syllabus v4.0)
* The analysis aligns with the sample exam question and answer pattern found in the ISTQB CTAL-TTA Sample Exam Questions and Answers documents. (Refer to ISTQB_CTAL-TTA_Sample-Exam-Questions_v4.1 and ISTQB_CTAL-TTA_Sample-Exam-Answers_v4.1)

質問 # 71
You are a senior Technical Test Analyst on a new government project for the Air Force. The software you are testing is used to control the hydraulics for the landing gear for a supersonic, stealth aircraft. You are responsible for organizing the white-box testing that will be performed for this project.
Which of the following would be the most appropriate technique to apply in this situation?

A. Modified condition / decision coverage
B. Multiple condition coverage
C. Decision / condition coverage
D. Maximum condition / multiple decision coverage

正解：A

解説：
In a high-risk environment such as controlling aircraft hydraulics, Modified Condition/Decision Coverage (MC/DC) is crucial. This technique ensures that all conditions within a decision have been tested independently, which is vital for understanding the impact of each condition on the decision's outcome.
MC/DC is often required in safety-critical systems like aerospace software to achieve a high level of confidence in the software's reliability and safety .

質問 # 72
A new system is being built to handle the message handling of financial transactions - this system is critical to the organization's finances. The code includes loops and decisions with several multiple conditions. The nature of the system means that tests are quite time-consuming to execute. Which of the following would be the BEST white box testing option for the new software?

A. MC/DC coverage
B. Statement coverage
C. Multiple Condition coverage
D. Decision coverage

正解：A

解説：
In a critical system that handles financial transactions with complex logic, ensuring thorough testing coverage is crucial. Here's an analysis of the options:
* A. Multiple Condition coverage: This provides the highest level of coverage by testing all possible combinations of conditions. However, it can be very time-consuming and is often impractical for complex systems due to the sheer number of test cases required.
* B. MC/DC coverage: Modified Condition/Decision Coverage is a compromise between multiple condition coverage and decision coverage. It ensures that each condition within a decision has been shown to independently affect the outcome of that decision. This level of coverage is often required in safety-critical systems because it provides thorough testing without the excessive test case count of multiple condition coverage.
* C. Decision coverage: This ensures that every decision (if statement) has been executed in both true and false directions. While useful, it may not be sufficient for complex systems where the interactions between conditions are critical.
* D. Statement coverage: This ensures that every executable statement in the code has been executed. It is the most basic level of coverage and is generally not sufficient for complex systems, especially those that are critical to an organization's finances.
Given the critical nature of the system and the need for a balance between thoroughness and practicality, the best option is B. MC/DC coverage. This ensures a high level of coverage that is more practical than multiple condition coverage while providing more assurance than decision or statement coverage.

質問 # 73
......

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実用的CTAL-TTA｜効率的なCTAL-TTA認定テキスト試験｜試験の準備方法Certified Tester Advanced Level Technical Test Analyst試験情報

あなたのISTQBのCTAL-TTA試験を準備する圧力を減少するのは我々の責任で、あなたにISTQBのCTAL-TTA試験に合格させるのは我々の目標です、当社ShikenPASSは、受験者向けのCTAL-TTA試験資料をISTQB編集するために設立されたプロフェッショナルブランドです。

そして多くの顧客に信頼されています、しかし、CTAL-TTA認定試験にパスすることは、簡単ではありません、仮想試験環境では、クライアントはCTAL-TTAの質問に答えるために速度を調整し、実際の戦闘能力を訓練し、実際のテストのプレッシャーに調整することができます。

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実用的なCTAL-TTA認定テキスト試験-試験の準備方法-高品質なCTAL-TTA試験情報

CTAL-TTA試験情報、CTAL-TTA日本語認定

ISTQB Certified Tester Advanced Level Technical Test Analyst 認定 CTAL-TTA 試験問題 (Q68-Q73):

実用的CTAL-TTA｜効率的なCTAL-TTA認定テキスト試験｜試験の準備方法Certified Tester Advanced Level Technical Test Analyst試験情報

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