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Software Factories: Assembling Applications with Patterns, Models, Frameworks, and Tools ペーパーバック – 2003/8/1
Building business applications is currently an extremely labor-intensive process that relies on a limited pool of highly talented developers. As global demand for software exceeds the capacity of this labor pool, current software development methods will be replaced by automated methods, meaning cheaper, faster, and more reliable application development. Wiley Computer Publishing has teamed with industry experts Jack Greenfield and Keith Short, both architects in the Enterprise Frameworks and Tools group at Microsoft, and leading authorities on Model Driven Development (MDD), to help technical professionals understand how business application development is changing. With two chapters on Domain Specific Language (DSL) development by contributors Steve Cook and Stuart Kent, they take an in-depth look at challenges facing developers using current methods and practices, and critical innovations that can help with these challenges, such as Pattern Automation, Generative Programming, Software Product Lines, Aspect Oriented Programming (AOP), Component Based Development (CBD), Service Oriented Architectures (SOA), Service Orchestration and Web Service Integration. They then propose the Software Factories method, which has the potential to significantly change software development practice, by reducing the cost of building reusable assets, such as patterns, languages, frameworks and tools, for specific problem domains, and then applying them to accelerate the assembly of applications in those domains.
After introducing Software Factories, the book describes these key enabling technologies in depth, and shows how they can be integrated and applied to support a form of Rapid Application Development (RAD). It then provides a detailed example of a working Software Factory and answers Frequently Asked Questions (FAQs). Readers will gain a better understanding of these technologies, and will learn how to apply them to implement Software Factories within their own organizations.
- 本の長さ696ページ
- 言語英語
- 出版社Wiley
- 発売日2003/8/1
- 寸法18.8 x 3.56 x 23.37 cm
- ISBN-100471202843
- ISBN-13978-0471202844
商品の説明
著者について
KEITH SHORT (Redmond, WA) is an Architect for Visual Studio Team System. He is responsible for strategy and architecture for enterprise tools at Microsoft.
STEVE COOK (Canterbury, UK) is an Architect for Visual Studio Team System. He was formerly an IBM Distinguished Engineer and a major contributor to UML and UML2.
STUART KENT (Bishop’s Stortford, UK) is a Program Manager for Visual Studio Team System. He focuses on modeling technology and is an internationally recognized authority on UML.
登録情報
- 出版社 : Wiley; 第1版 (2003/8/1)
- 発売日 : 2003/8/1
- 言語 : 英語
- ペーパーバック : 696ページ
- ISBN-10 : 0471202843
- ISBN-13 : 978-0471202844
- 寸法 : 18.8 x 3.56 x 23.37 cm
- カスタマーレビュー:
著者について
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トップレビュー
上位レビュー、対象国: 日本
レビューのフィルタリング中に問題が発生しました。後でもう一度試してください。
著者はSoftware FactoryがMDAと異なる理由やUMLを使わない理由などを述べてはいるが,本質的にモデル駆動型開発を実践するための枠組みなので,UMLを利用してモデル駆動型開発をする開発者やアーキテクト,MDAを推進・ウォッチしている読者にも有益な内容がたくさんあるはず.
他の国からのトップレビュー
Since the material is strongly consolidated, one would re-read the books several times each time finding something new to perceive. Authors are great guys - I would eagerly read any other book of their authorship.
Nicht so Jack Greenfield und Konsorten: in "Software-Factories" wird nachvollziehbar und lückenlos dargelegt, wie die Zukunft der Software-Entwicklung (SE) aussehen könnte. Dabei sind sich die Autoren nicht zu schade, sich auf die Code- oder Deployment-Ebene von aktuellen Technologien zu begeben, wodurch das Buch umso schlüssiger wird.
But..this book is too Microsoft biased. As written by a MSFT emplyee this is kind of expected but the fact is that the guy makes everything to say C#/.Net is the future of Java. This includes saying that JIT compilation was first introduced by .Net, that JavaBeans are a convention that are evolved in C# by delegates and properties and lots of other tries to make people believe that .Net is an evolution of the Java platform. I think this really compromises the book and would be much, much better if it just used C# and forgot all comparisson.
I'd suggest that people intersted in MDA, DSL and new trends read this book but just skip all the Java bashing.
I became interested in reading on this topic from my work on software assembly, and I really had high hopes for it. I wanted to see how frameworks are formed, and perhaps take it to the next level, but there is nothing of value in this book. There really is a need for a book on this topic, but it needs to begin where the Spring Framework left off. How do you define an application template? How do you create a framework that facilitates easy assembly based on templates? There are bits and pieces of it out there: graphical plugins for IDE's like Eclipse that generate code and link components together with meta data, server nodes like those in Erlang OTP which can be joined on demand to clusters for load balancing. We are on the eve of discovery in this area, but this book won't help you get there.