Ebook Practical Software Engineering: Analysis and Design for the .NET Platform (The Addison-Wesley Object Technology Series), by Enricos Manass
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Practical Software Engineering: Analysis and Design for the .NET Platform (The Addison-Wesley Object Technology Series), by Enricos Manass
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Developers working on Microsoft technologies have been slower to adopt tried and true best practices from other platforms (e.g. object-oriented methodologies, full lifecycle approaches, etc.). The coming of the .NET platform has given cause for Microsoft-oriented developers to rethink their traditional philosophy. In this new book, Enricos Manassis takes the reader through a case study for specifying, analysing, designing, implementing, and testing a sample software system on the .NET platform. In so doing, the book presents the reader with an integrated vision of three dimensions in software development: process, techniques, and technology. The book contains a running case study that will help the practitioner examine the making of software from all angles, and the reader will emerge with a deeper understanding of how better software can be built.
- Sales Rank: #2238359 in Books
- Published on: 2003-09-26
- Original language: English
- Number of items: 1
- Dimensions: 9.20" h x .80" w x 6.90" l, 1.07 pounds
- Binding: Paperback
- 304 pages
- ISBN13: 9780321136190
- Condition: New
- Notes: BRAND NEW FROM PUBLISHER! 100% Satisfaction Guarantee. Tracking provided on most orders. Buy with Confidence! Millions of books sold!
From the Back Cover
“This book is unique in the way that is demonstrates a full life-cycle approach from business modeling to analysis, security, and testing. It does so by using existing tools such as Visual Studio .NET integrated with Rational’s XDE. With a practical UML approach, this book can be used as a day-to-day field guide with code samples, document templates, and checklists. It is a complete reference for the professional .NET approach to projects.” —Thierry Janssens, Technical Manager, Microsoft Development Group
“This book provides, all under one cover, a good illustration of the use of object technology, UML, and the Rational Unified Process.” —Philippe Kruchten, IBM Software Group, Rational Software
Most would shudder to think if cities or automobiles were built in the same ad hoc fashion as most software. Still, Microsoft technologists often regard software development as more of a craft than a rigorous process. Given the mission-critical nature of today’s software solutions, however, such an approach is vital to ensuring that high-quality projects are delivered on time and within budget.
It is possible to create software in a controlled manner without sacrificing productivity or flexibility, says Enricos Manassis. All it takes is a solid grasp of process, methods, and technology. While many books plumb these topics individually, Practical Software Engineering is unique in that it focuses on the intersection of all three.
Each chapter explores development issues from the standpoint of:
- The Rational Unified Process (RUP)
- Object Oriented Analysis and Design (OOAD)
- The Microsoft .NET platform
Through end-to-end coverage of a working application, the book’s tutorial shows practitioners how to tap the .NET platform—as others have harnessed the Java 2 Platform, Enterprise Edition (J2EE)—to develop complex enterprise solutions. The companion Web site (www.BooksREasy.com) offers a demo version of the sample application. It also provides complete source code for Visual Studio.NET and the UML model for Rational XDE, so readers can adapt and extend the sample application.
Microsoft technologists have long perceived rigorous approaches to be complex, intimidating, and ineffective. By demystifying processes and methods, Practical Software Engineering offers a roadmap to applying an engineered approach to real-world .NET projects. In doing so, it provides readers with a firm understanding of how to translate business issues into technological solutions.
0321136195B10062003
About the Author
With more than fourteen years of experience working as a developer, tester, software architect, functional analyst, and project manager, information technology consultant Enricos Manassis has developed a holistic vision of software development. Currently a software architect working on the Microsoft platform, he develops software solutions using the .NET framework.
0321136195AB10012003
Excerpt. © Reprinted by permission. All rights reserved.
Motivation
During the last several years I have had the opportunity to acquire and develop a variety of technical and nontechnical skills. Specifically, I focused on developing my skills in the following three aspects of software development:
- The process of engineering software-intensive systems: understanding Who is doing What and When, for the successful development of a software system. A successful system is a system that is completed on time, within budget, with controlled and measured quality, fulfilling all the requirements in a traceable way.
- Object-oriented analysis and design methodology, which is based on use case analysis and UML design. Though UML has proven to be a powerful notation with adequate semantics in order to represent object-oriented concepts, successfully modeling a system is really a matter of the practitioner’s experience in translating use case specifications into meaningful object designs. This addresses the How in specific parts of the What of the process. Moreover, these designs need to be integrated at a detailed level within a specific technological platform.
- The technology, specifically the Microsoft Windows platform as an application server. I participated in the development of distributed systems, with COM and MTS initially, later with COM+ and now with .NET.
The insight I have gained from these experiences is that to be successful, modern software engineering has to integrate all three of these aspects. This is also reflected in the conceptual thread in the presentation of the above three elements: The What of the process has to translate into the How of the model, which in turn has to integrate the architecture of the technology used to implement the system.
At the same time I was very conscious of the very poor record of success (as defined above) of building software systems. I always wonder what our modern cities would look like if our civilization constructed buildings the way it constructs software. A lot of the people I met in the industry were lacking this consciousness, and my conclusion was that it was due to a lack of education in software engineering. Though myriad books already address the three elements listed above separately and in great detail, they rarely ever cover all the issues at the same time. In some cases the issues are covered in such fine detail that the reader misses the vision of the whole software engineering approach.
Goals of this Book
This book covers in one installment the three aspects of process, methods, and technology. Moreover and very importantly, it covers these issues in a concise and practical way. At the same time, this book focuses solely on the functional aspects of software development, limiting the scope of the software engineering discussion, but thoroughly exploring this aspect, which is of direct concern to the main stakeholders of any business automation solution: the business users. My approach is to describe the steps of the development process and the thought process that you need to follow to go from one step to the next, going all the way to the complete solution.
The book takes the point of view of a beginner or intermediate practitioner who is asked to develop an e-commerce system, using a rigorous approach to system specification, analysis, and design. One way to achieve this is to read an extensive array of specialized books, each describing a specific element of knowledge to acquire. This approach is time-consuming; by the time you’re done you are an experienced practitioner. In contrast, this book aims to quickly give you a holistic vision of the issues involved and hence a better understanding of the process of applying a rigorous approach to software development. At the same time, you will find throughout this book a set of references to develop detailed knowledge of the topic at hand, thus giving you directions for deeper skill development.
The precise objective of this book is to present you with a holistic view of software development for distributed e-commerce systems. Spanning requirements analysis to design, implementation, and testing, it covers all aspects of a pragmatic approach to modern software engineering, leveraging the most current and recognized best practices.
Key features of this book include the following:
- Use of a case study. A specific functionality that is implemented in the sample application is used throughout the book as a conceptual thread to demonstrate all the process activities.
- Use of a holistic vision of process, method, and technology (.NET). This book presents hands-on object-oriented analysis and design and describes the thought process from requirements capture to class model and code generation. It presents a hands-on software development process (as an instantiation of a subset of the Rational Unified Process; see The Rational Unified Process: An Introduction). The process is supported by the book’s structure itself.
- Show the forest (the concepts) behind the tree (the design of a sample application). This book provides references to explore in more depth the new concepts introduced in each section.
- Serve the knowledge in a way that unifies your understanding of technology with design and process. You gain insight without being overwhelmed by extended descriptions that try to cover every element of the technology (.NET), the methods (object-oriented analysis and design), and the process (Rational Unified Process).
Who Should Read this Book?
This book is aimed at a wide range of people involved in software development. The roles that will benefit the most are those who are the most closely related to development: developers, software architects, functional architects/analysts, testers, and project managers.
This book assumes that you have a basic knowledge of software development and an introductory understanding of object-oriented principles, use case analysis, and UML notation (a very practical book for understanding UML is UML Distilled, Second Edition). It also assumes basic knowledge of the .NET framework, specifically for understanding the design and implementation models, as well as for reviewing the companion code. Throughout the book you will find references to other books for further reading. All these references are summarized at the end of the book in the Practical Bibliography. This bibliography is a comprehensive set of resources that will enable you to delve even more deeply into the information presented here. These books, along with the appropriate hands-on experience, will help you achieve expertise in software engineering.
Structure of the Book
The structure of the book follows the lifecycle of a single iteration in the development of the system. This structure is consistent with the principles put forward by the Rational Unified Process, albeit simplified in order to achieve the objective of practicality. We can consider the structure of the book to be a vertical slice in the Rational Unified Process, where we examine the workflows that are most relevant to the development activities.
Chapter 1 will introduce some software engineering principles to get you into the correct mindset for a practical approach to a rigorous software development process. It will also introduce the case study that will be used throughout the rest of the book. Finally, it will present the software development process that will be followed, further underlined by the book’s structure itself.
The rest of the book will take you through a case study for specifying, analyzing, designing, and implementing a sample software system on the .NET framework, using a simple and practical approach. The book is divided into two parts that address the two main areas of concern in the software development process: Part I is the system specification, and Part II is the system design. The separation also represents the point in the process where the user representatives stop their involvement in the production of development artifacts.
The structure of each chapter is organized as follows:
- The Introduction will review in some detail the concepts that will be discussed in the current chapter and will place the activities of the chapter in the correct context within the process. This is also where you will find most of the references to books that delve into the details of the methods presented in the chapter.
- The Approach describes the activity covered by the chapter. In this part you will find an introduction to the methods and techniques that will be applied to produce the artifacts. This book is not meant to cover the full details of the methods and techniques, so you will also find references for further reading in this section.
- The Case Study describes developing an artifact for that activity. In this part you will find a concrete application of the described method to the corresponding part of the overall case study.
- The Summary will stress the relationship of what you have seen in the chapter to the overall process. The strong elements of the applied technique are also pointed out.
Companion Site
The complete case study can be found at www.booksreasy.com. This is a demo site where you can work with the sample application that is featured in the book. You can also download the complete models for Rational XDE and the source code for Microsoft Visual Studio .NET. This application is useful in two perspectives:
- It is a concise and complete sample application that demonstrates a robust architecture for .NET systems, thus helping you acquire hands-on knowledge of .NET.
- It demonstrates the design of a .NET system using UML, round-trip engineering, and the integration of Rational XDE with Microsoft Visual Studio .NET. In this perspective, the book can be seen as a tutorial to the design of the companion .NET sample.
As a consequence, you can use all the material as a robust basis for your own development projects. I encourage you to download, review, and experiment with the material while reading this book.
For your convenience, enlarged versions of the sequence diagrams are available on Addison-Wesley’s Web site: www.awprofessional.com/titles/0321136195.
0321136195P09252003
Most helpful customer reviews
9 of 9 people found the following review helpful.
Mostly independent of .NET
By W Boudville
This book presents an internally consistent software engineering methodology that is contained entirely on Microsoft's .NET platform. A parallel universe of code development, as it were. If you hail from a java-centric J2EE background, most of this book will be familiar turf. Indeed, over 80% of the book is germane to any operating system and language environment. The higher level stages, like getting system requirements or nutting out the analysis model, should be independent of the eventual implementation minutiae. Thus, of the ten chapters, only one, on the implementation model, is truly tied to .NET. (Which suggest that the book's audience is broader than the ".NET" in the title might imply.)
Now if you scan a typical book on designing using java/J2EE, you will be lucky to find even cursory mention of any alternative environments, let alone .NET. This book returns the favour; studiously minimising references to java/J2EE. But, as suggested above, on this topic such differences are only at the lowest level.
So from your standpoint, if you are engaging in a .NET-based project and you come from elsewhere, this book might considerably ease the pain of transition.
3 of 5 people found the following review helpful.
A Holistic View of .Net Development
By A Customer
With the .NET Framework and VS.NET the higher levels of
abstraction enable the evolving Software Engineer to begin
to focus on the weaker links in the chain of software
development activities.
While many will resist this evolution those of us who have
experienced similar shifts from machine code to assembly
language and the maturing third generation languages appreciate
the concrete concepts put forth in this most excellent text.
If you want to keep hacking, experience the never-ending death
march's not to mention the managed confusion of software
development, then this book isn't for you !
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