CPSA-FL 無料問題集「ISQI ISAQB Certified Professional for Software Architecture - Foundation Level」
In your project, three architects and seven developers are working on the documentation of the software architecture.
Which methods are appropriate in order to achieve a consistent and adequate documentation, and which are not? (Assign all answers.)
Which methods are appropriate in order to achieve a consistent and adequate documentation, and which are not? (Assign all answers.)
正解：
Explanation:
A) Not AppropriateB) AppropriateC) Not Appropriate
For a project involving multiple architects and developers, achieving consistent and adequate documentation is crucial. Here's how the methods listed would fare:
A) The chief architect creates the documentation: This method is not appropriate because it places the entire burden of documentation on a single individual, which can lead to bottlenecks and may not accurately reflect the contributions and insights of the entire team1.
B) Identical templates are used for the documentation: This is an appropriate method as it ensures consistency across the documentation produced by different team members. Using identical templates helps maintain a uniform structure and style, which is beneficial for readability and maintenance1.
C) All parts of the architecture documentation are automatically extracted from the source code: Relying solely on automatic extraction is not appropriate because it may not capture all the necessary details and decisions made during the architectural design process. Manual documentation is also important to provide context and rationale that cannot be automatically generated1.
These methods are in line with the iSAQB SOFTWARE ARCHITECTURE - FOUNDATION LEVEL, which emphasizes the importance of clear, consistent, and comprehensive documentation practices1.
What is the main benefit of the layered architectural pattern? (Assign all answers.)
正解：
Explanation:
The layered architectural pattern, also known as n-tier architecture, is a common framework in software development that organizes a system into distinct layers with specific roles and responsibilities. The primary advantage of this pattern is its Separation of Concerns (SoC), which means each layer is independent and can be understood without the others2. This separation enhances flexibility because changes in one layer can be made with minimal impact on others, allowing for easier maintenance and scalability12.
While creating high-performance systems (B) and being able to use application servers are also considerations in system architecture, they are not the main benefits attributed to the layered pattern. The layered architecture is more about managing complexity and promoting modularity rather than directly enhancing performance or dictating the use of specific technologies like application servers34.
References:
* Baeldung on Computer Science article on Layered Architecture1.
* O'Reilly's Software Architect's Handbook on Advantages of Layered Architectures2.
* Bitloops documentation on Layered Architecture3.
* Developn article on Software Architecture Patterns