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　　《软件构架实践（第3版 影印版）》特色主题：
　　◆软件构架的背景：技术角度、项目角度、业务角度和专业角度
　　◆软件构架的竞争力：对于个人和组织的意义
　　◆业务目标的依据及其对软件构架的影响
　　◆软件构架层面的重要需求及其确定方式
　　◆软件生命周期中的构架，包括以设计思维为前提的生成一测试：实现期间的软件构架一致性：构架与测试j构架与敏捷开发
　　◆构架与当前技术潮流（比如云计算，社交网络和终端用户设备）

内容简介

　　《软件构架实践（第3版 影印版）》是一本荣获大奖且影响深远的经典，目前已经全面修订，充分体现了这一领域的最新进展。基于软件开发的真实现状，《软件构架实践（第3版 影印版）》再次以全新的角度引入软件构架的相关概念和最佳实践，阐述软件系统是如何架构的，软件系统中的各个要素之间又是如何相互作用的。有别于实现细节、算法和数据表示，软件构架是达成高品质软件的关键，是一种可重用于后续软件系统的资产，对软件企业的商业策略至关重要。
　　作者围绕着软件构架影响周期的概念对本书前一版进行了重构。每个周期都表明了软件构架是如何产生影响的，同时它又受哪些因素的影响。软件构架在特定的背景下发挥着关键性的作用。这些背景包括技术环境、项目的生命周期、组织的业务概况和架构师的专业实践。作者还进一步延展了质量属性，仍然以构架理念为中心（用单独一章内容来专门介绍每个属性），进一步拓宽了软件构架模式。
　　如果要参与或者负责大型软件系统的设计、开发和管理，你会发现这本书是很有价值的参考资源，可以帮助你紧跟技术潮流。

内页插图

目录

preface
reader’s guide
acknowledgments
part one： introduction
chapter 1： what is software architecture?
1.1 what software architecture is and what it isn’t
1.2 architectural structures and views
1.3 architectural patterns
1.4 what makes a “good” architecture?
1.5 summary
1.6 for further reading
1.7 discussion questions

chapter 2： why is software architecture important?
2.1 inhibiting or enabling a system’s quality attributes
2.2 reasoning about and managing change
2.3 predicting system qualities
2.4 enhancing communication among stakeholders
2.5 carrying early design decisions
2.6 defining constraints on an implementation
2.7 influencing the organizational structure
2.8 enabling evolutionary prototyping
2.9 improving cost and schedule estimates
2.10 supplying a transferable， reusable model
2.11 allowing incorporation of independently developed components
2.12 restricting the vocabulary of design alternatives
2.13 providing a basis for training
2.14 summary
2.15 for further reading
2.16 discussion questions

chapter 3： the many contexts of software architecture
3.1 architecture in a technical context
3.2 architecture in a project life-cycle context
3.3 architecture in a business context
3.4 architecture in a professional context
3.5 stakeholders
3.6 how is architecture influenced?
3.7 what do architectures influence?
3.8 summary
3.9 for further reading
3.10 discussion questions

part two： quality attributes
chapter 4： understanding quality attributes
4.1 architecture and requirements
4.2 functionality
4.3 quality attribute considerations
4.4 specifying quality attribute requirements
4.5 achieving quality attributes through tactics
4.6 guiding quality design decisions
4.7 summary
4.8 for further reading
4.9 discussion questions

chapter 5： availability
5.1 availability general scenario
5.2 tactics for availability
5.3 a design checklist for availability
5.4 summary
5.5 for further reading
5.6 discussion questions

chapter 6： interoperability
6.1 interoperability general scenario
6.2 tactics for interoperability
6.3 a design checklist for interoperability
6.4 summary
6.5 for further reading
6.6 discussion questions

chapter 7： modifiability
7.1 modifiability general scenario
7.2 tactics for modifiability
7.3 a design checklist for modifiability
7.4 summary
7.5 for further reading
7.6 discussion questions

chapter 8： performance
8.1 performance general scenario
8.2 tactics for performance
8.3 a design checklist for performance
8.4 summary
8.5 for further reading
8.6 discussion questions

chapter 9： security
9.1 security general scenario
9.2 tactics for security
9.3 a design checklist for security
9.4 summary
9.5 for further reading
9.6 discussion questions

chapter 10： testability
10.1 testability general scenario
10.2 tactics for testability
10.3 a design checklist for testability
10.4 summary
10.5 for further reading
10.6 discussion questions

chapter 11： usability
11.1 usability general scenario
11.2 tactics for usability
11.3 a design checklist for usability
11.4 summary
11.5 for further reading
11.6 discussion questions

chapter 12： other quality attributes
12.1 other important quality attributes
12.2 other categories of quality attributes
12.3 software quality attributes and system quality attributes
12.4 using standard lists of quality attributes–or not
12.5 dealing with “x-ability”： bringing a new quality attribute into the fold
12.6 for further reading
12.7 discussion questions

chapter 13： architectural tactics and patterns
13.1 architectural patterns
13.2 overview of the patterns catalog
13.3 relationships between tactics and patterns
13.4 using tactics together
13.5 summary
13.6 for further reading
13.7 discussion questions

chapter 14： quality attribute modeling and analysis
14.1 modeling architectures to enable quality attribute analysis
14.2 quality attribute checklists
14.3 thought experiments and back-of-the-envelope analysis
14.4 experiments， simulations， and prototypes
14.5 analysis at different stages of the life cycle
14.6 summary
14.7 for further reading
14.8 discussion questions

part three： architecture in the life cycle
chapter 15： architecture in agile projects
15.1 how much architecture?
15.2 agility and architecture methods
15.3 a brief example of agile architecting
15.4 guidelines for the agile architect
15.5 summary
15.6 for further reading
15.7 discussion questions

chapter 16： architecture and requirements
16.1 gathering asrs from requirements documents
16.2 gathering asrs by interviewing stakeholders
16.3 gathering asrs by understanding the business goals
16.4 capturing asrs in a utility tree
16.5 tying the methods together
16.6 summary
16.7 for further reading
16.8 discussion questions

chapter 17： designing an architecture
17.1 design strategy
17.2 the attribute-driven design method
17.3 the steps of add
17.4 summary
17.5 for further reading
17.6 discussion questions

chapter 18： documenting software architectures
18.1 uses and audiences for architecture documentation
18.2 notations for architecture documentation
18.3 views
18.4 choosing the views
18.5 combining views
18.6 building the documentation package
18.7 documenting behavior
18.8 architecture documentation and quality attributes
18.9 documenting architectures that change faster than you can document them
18.10 documenting architecture in an agile development project
18.11 summary
18.12 for further reading
18.13 discussion questions

chapter 19： architecture， implementation， and testing
19.1 architecture and implementation
19.2 architecture and testing
19.3 summary
19.4 for further reading
19.5 discussion questions

chapter 20： architecture reconstruction and conformance
20.1 architecture reconstruction process
20.2 raw view extraction
20.3 database construction
20.4 view fusion
20.5 architecture analysis： finding violations
20.6 guidelines
20.7 summary
20.8 for further reading
20.9 discussion questions

chapter 21： architecture evaluation
21.1 evaluation factors
21.2 the architecture tradeoff analysis method
21.3 lightweight architecture evaluation
21.4 summary
21.5 for further reading
21.6 discussion questions

chapter 22： management and governance
22.1 planning
22.2 organizing
22.3 implementing
22.4 measuring
22.5 governance
22.6 summary
22.7 for further reading
22.8 discussion questions

part four： architecture and business
chapter 23： economic analysis of architectures
23.1 decision-making context
23.2 the basis for the economic analyses
23.3 putting theory into practice： the cbam
23.4 case study： the nasa ecs project
23.5 summary
23.6 for further reading
23.7 discussion questions

chapter 24： architecture competence
24.1 competence of individuals： duties， skills， and knowledge of architects
24.2 competence of a software architecture organization
24.3 summary
24.4 for further reading
24.5 discussion questions

chapter 25： architecture and software product lines
25.1 an example of product line variability
25.2 what makes a software product line work?
25.3 product line scope
25.4 the quality attribute of variability
25.5 the role of a product line architecture
25.6 variation mechanisms
25.7 evaluating a product line architect 软件构架实践（第3版 影印版） 电子书 下载 mobi epub pdf txt

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针对于三种主要的结构类型，第一章给出了详细的解释、应用的场景和一些有用的例子。比如，属于模块类型的分解结构（Decomposition structure）、使用结构（Uses structure）、分层结构（Layer structure）、类结构（Class or generalization structure）、数据模型（Data model）；属于C&C类型的服务结构（Service structure）、并发结构（Concurrency structure）；属于分配类型部署结构（Deployment structure）、实现结构（Implementation structure）、工作分配结构（Work assignment structure）等等。紧接着，基于这些结构，作者给出了它们之间的关系，并强调Fewer is Better，进而强调了选择各种结构的原则：最后，谈到了构架设计的一些可以重用的模式（Patterns）以及如何评价是不是一个“优良的”构架，当然，因为是第一章，原则性或概要性的内容较多，可能在后续章节会有更多细节展开。

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