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NEW QUESTION: 1
Which of the following software development methodology is a reuse-based approach to defining, implementing and composing loosely coupled independent components into systems?
A. Software prototyping
B. Rapid application development
C. Agile Developments
D. Component based development
Answer: D
Explanation:
Explanation/Reference:
Component-based software engineering (CBSE) (also known as component-based development (CBD)) is a branch of software engineering that emphasizes the separation of concerns in respect of the wide- ranging functionality available throughout a given software system. It is a reuse-based approach to defining, implementing and composing loosely coupled independent components into systems. This practice aims to bring about an equally wide-ranging degree of benefits in both the short-term and the long-term for the software itself and for organizations that sponsor such software.
Software engineers[who?] regard components as part of the starting platform for service-orientation.
Components play this role, for example, in web services, and more recently, in service-oriented architectures (SOA), whereby a component is converted by the web service into a service and subsequently inherits further characteristics beyond that of an ordinary component.
Components can produce or consume events and can be used for event-driven architectures (EDA).
Definition and characteristics of components
An individual software component is a software package, a web service, a web resource, or a module that encapsulates a set of related functions (or data).
All system processes are placed into separate components so that all of the data and functions inside each component are semantically related (just as with the contents of classes). Because of this principle, it is often said that components are modular and cohesive.
With regard to system-wide co-ordination, components communicate with each other via interfaces. When a component offers services to the rest of the system, it adopts a provided interface that specifies the services that other components can utilize, and how they can do so. This interface can be seen as a signature of the component - the client does not need to know about the inner workings of the component (implementation) in order to make use of it. This principle results in components referred to as encapsulated. The UML illustrations within this article represent provided interfaces by a lollipop-symbol attached to the outer edge of the component.
However, when a component needs to use another component in order to function, it adopts a used interface that specifies the services that it needs. In the UML illustrations in this article, used interfaces are represented by an open socket symbol attached to the outer edge of the component.
A simple example of several software components - pictured within a hypothetical holiday-reservation system represented in UML 2.0.
Another important attribute of components is that they are substitutable, so that a component can replace another (at design time or run-time), if the successor component meets the requirements of the initial component (expressed via the interfaces). Consequently, components can be replaced with either an updated version or an alternative without breaking the system in which the component operates.
As a general rule of thumb for engineers substituting components, component B can immediately replace component A, if component B provides at least what component A provided and uses no more than what component A used.
Software components often take the form of objects (not classes) or collections of objects (from object- oriented programming), in some binary or textual form, adhering to some interface description language (IDL) so that the component may exist autonomously from other components in a computer.
When a component is to be accessed or shared across execution contexts or network links, techniques such as serialization or marshalling are often employed to deliver the component to its destination.
Reusability is an important characteristic of a high-quality software component. Programmers should design and implement software components in such a way that many different programs can reuse them.
Furthermore, component-based usability testing should be considered when software components directly interact with users.
It takes significant effort and awareness to write a software component that is effectively reusable. The component needs to be:
fully documented
thoroughly tested
robust - with comprehensive input-validity checking
able to pass back appropriate error messages or return codes
designed with an awareness that it will be put to unforeseen uses
The following were incorrect answers:
Agile Development - Agile software development is a group of software development methods based on iterative and incremental development, where requirements and solutions evolve through collaboration between self-organizing, cross-functional teams.
Software prototyping- Software prototyping, refers to the activity of creating prototypes of software applications, i.e., incomplete versions of the software program being developed. It is an activity that can occur in software development and is comparable to prototyping as known from other fields, such as mechanical engineering or manufacturing.
Rapid application development (RAD) is a software development methodology that uses minimal planning in favor of rapid prototyping. The "planning" of software developed using RAD is interleaved with writing the software itself. The lack of extensive per-planning generally allows software to be written much faster, and makes it easier to change requirements.
The following reference(s) were/was used to create this question:
CISA review manual 2014 Page number 194

NEW QUESTION: 2
ワイヤレスサービスを提供する会社は、ユーザーアクティビティに関するログファイルを保存および分析するためのソリューションを必要としています。現在、ログファイルはAmazonEC2インスタンス上のAmazonLinuxに毎日配信されます。バッチスクリプトは1日に1回実行され、サードパーティツールによる分析に使用されるデータを集約します。サードパーティツールにプッシュされたデータは、エンドユーザー向けの視覚化を生成するために使用されます。バッチスクリプトの保守は面倒であり、増え続けるデータ量をサードパーティのツールに配信するには数時間かかります。同社はコストを削減したいと考えており、開発の労力を最小限に抑え、管理オーバーヘッドを削減する新しいツールを検討する用意があります。同社は、最小限のオーバーヘッドでほぼリアルタイムで分析を保存および実行できる、より機敏なソリューションを構築したいと考えています。このソリューションは、企業のエンドユーザーベースの成長に対応するために、費用効果が高くスケーラブルである必要があります。
どのソリューションが会社の要件を満たしていますか？
A. EC2インスタンスで実行されているAmazon Kinesisエージェントを使用して、データを収集し、Amazon Kinesis DataFirehose配信ストリームに送信します。 Kinesis Data Firehose配信ストリームは、AmazonS3にデータを配信します。 AWS Lambda関数を使用して、AmazonS3からAmazonESにデータを配信します。 Kibanaを使用してデータを視覚化します。
https://docs.aws.amazon.com/firehose/latest/dev/writing-with-agents.html
B. AutoScalingグループのEC2インスタンスで実行されているAmazonKinesisエージェントを使用して、データを収集し、Amazon Kinesis DataForehose配信ストリームに送信します。 Kinesis Data Firehose配信ストリームは、データをAmazonESに直接配信します。 Kibanaを使用してデータを視覚化します。
C. Amazon EC2からのデータをリアルタイムで失敗させるPythonスクリプトを開発し、データをAmazonS3に保存します。 copyコマンドを使用して、AmazonS3からAmazonRedshiftにデータをコピーします。 AmazonEC2で実行されているビジネスインテリジェンスツールをAmazonRedshiftに接続し、ビジュアライゼーションを作成します。
D. Amazon EBSに最適化されたEC2インスタンスで実行されているインメモリキャッシュアプ​​リケーションを使用して、ほぼリアルタイムでログデータをキャプチャします。同じEC2インスタンスにAmazonESクラスターをインストールして、ほぼリアルタイムでAmazonEC2に配信されるログファイルを保存します。 Kibanaプラグインをインストールして、ビジュアライゼーションを作成します。
Answer: B

NEW QUESTION: 3

A. Option D
B. Option A
C. Option E
D. Option B
E. Option C
Answer: A,C,E
Explanation:
https://technet.microsoft.com/en-us/library/ee449441(v=ws.10).aspx

NEW QUESTION: 4



A. Option C
B. Option A
C. Option D
D. Option E
E. Option B
Answer: D