Software Architecture: Foundations, Theory, and Practice is arguably the first full-length textbook on the subject of software architecture. It is primarily intended for use in upper-division undergraduate or graduate courses in software architecture or software engineering, and it expands upon the material generally introduced in a first course in software engineering. Although it has all the elements of a textbook—review questions, exercises, an extensive bibliography, and so on—we also wrote the book for readers outside the classroom. We hope that the book’s practical advice and broad scope are also of interest to practicing software engineers and architects, or anyone interested in learning about the field.

Software architecture is foundational to the development of large, practical software-intensive applications. This brand-new text covers all facets of software architecture and how it serves as the intellectual centerpiece of software development and evolution. Critically, this text focuses on supporting creation of real implemented systems. requestebook Software Architecture: Foundations, Theory, and Practice Author: R. Taylor Date: January 9, 2009 ISBN: Pages: 750 Language: English Publisher: Wiley Category: Software Posted on 2009-05-09, updated at 2010-04-12, by pifagor. Welcome to the authors’ homepage for Software Architecture: Foundations, Theory, and Practice! Why is the World Wide Web so successful? What has enabled it to scale across millions of servers and untold users? How can a company leverage its corporate knowledge to produce economically a family of software products that dominate a market segment? . In practice today’s documentation consists of – Ambiguous box-and-line diagrams – Inconsistent use of notations – Confusing combinations of viewtypes. Software Architecture: Foundations, Theory, and Practice. Software architecture is foundational to the development of large, practical software-intensive applications. This brand-new text covers all facets of software architecture and how it serves as the.

The first edition of the book appeared in January 2009. The book is published by John Wiley & Sons, Inc.

The book is notionally broken up into three parts.

The first part, Chapters 1 to 5, presents the critical concepts of software architecture. Chapter 5 also bridges to the next section, the nuts and bolts of applying the concepts, which encompasses Chapters 6 through 10. Chapters 11 through 17 treat associated issues: topics that may be critical in one development context, but not in another.

Chapter 1: The Big Idea

The chapter introduces software architecture through discussion of three primary examples of its application: in the very large (the architecture of the World Wide Web), in the very small (pipe-and-filter on the desktop), and in the product/in the many (the Philips/Koala architecture for consumer electronics).

Chapter 2: Architectures in Context: The Reorientation of Software Engineering

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Youtube com impossible shontelle. The role of software architecture in the major activities of software engineering is explored, including application conception, design, implementation, and analysis. An architecture-centric perspective on development is presented.

Chapter 3: Basic Concepts

Definitions of the key terms and concepts are presented. The definitions build from the examples in the preceding chapters and form the foundation for the subsequent chapters.

Chapter 4: Designing Architectures

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The concepts of the preceding chapters are made productive in this one. This chapter presents, at length, techniques and approaches for designing applications from an architecture-centric perspective. The central focus is on the ways in which refined experience may be used to guide new developments.

Chapter 5: Connectors

Connectors play a distinguished role in architecture-centric development. They are also, perhaps, the most unfamiliar concept to those unskilled in the art of system design. This chapter reveals the breadth and depth of the concept, and includes an extensive guide to the numerous techniques available.

Chapter 6: Modeling

This chapter surveys an extensive range of modeling notations used for capturing the design decisions that make up an architecture. Notations from research and practice are examined, and the distinctive aspects of each notation are called out. A consistent running example application is used throughout the chapter to demonstrate each notation.

Chapter 7: Visualization

This chapter draws a distinction between how architectures are modeled-the syntax and semantics of how design decisions are documented-from how they are visualized. Visualization encompasses both depiction-how design decisions are presented-and interaction-the ‘user interface’ through which stakeholders interact with those depictions. Various visualization approaches are surveyed and compared, along with techniques for constructing and integrating new visualizations.

Chapter 8: Analysis

One of the primary benefits of software architecture is that it can enable early assessment of a given system, before significant resources are invested in the system’s implementation and deployment. This chapter provides a broad overview of the various analysis techniques that can be applied at the architectural level, their strengths, and limitations.

Chapter 9: Implementation

This chapter describes the problem of moving from architectural design decisions to implementation artifacts. Special attention is paid to the use of architecture implementation frameworks, special-purpose middleware that bridges the gap between architectural styles and existing platform services. Two complete implemented applications in alternative frameworks are presented with commentary.

Chapter 10: Deployment and Mobility

This chapter addresses deployment and mobility, two related topics that have become important in contemporary distributed, embedded, and pervasive systems. The objective of the chapter is not to provide a complete treatment of these two topics, but rather to isolate and focus on their characteristics from an explicit software architectural perspective.

Chapter 11: Applied Architectures and Styles

Several examples from “the practice” are explored, showing how various of the ideas in the preceding chapters have been applied to solve deep and commercially important problems. The architectures of the World Wide Web, Napster, Gnutella, Skype, BitTorrent, robotics systems, Google, and Akamai are all discussed. The pedagogical goal is showing how multiple simple architectural approaches can be combined effectively.

Chapter 12: Designing for Non-Functional Properties

This chapter selects a set of non-functional properties that are frequently required of large and complex software systems: efficiency, complexity, scalability, adaptability, and dependability. The role of software architecture in achieving the desired level of each property is discussed, and many specific architectural design guidelines are provided and discussed.

Chapter 13: Security and Trust

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Architecture-based techniques are presented for coping with security and trust needs in application system design. After a general introduction to security issues attention is focused on architecture-based access control and reputation-based trust systems.

Chapter 14: Architectural Adaptation

The theme of this chapter is use of an architectural model to guide long-term system adaptation. A comprehensive conceptual framework for adaptation is presented, fo