Len Bass - Software Architecture in Practice
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- Book:Software Architecture in Practice
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Updated with eleven new chapters, Software Architecture in Practice, Fourth Edition, thoroughly explains what software architecture is, why its important, and how to design, instantiate, analyze, evolve, and manage it in disciplined and effective ways.
Three renowned software architects cover the entire lifecycle, presenting practical guidance, expert methods, and tested models for use in any project, no matter how complex. Youll learn how to use architecture to address accelerating growth in requirements, system size, and abstraction, and to manage emergent quality attributes as systems are dynamically combined in new ways.
With insights for utilizing architecture to optimize key quality attributes--including performance, modifiability, security, availability, interoperability, testability, usability, deployability, and more--this guide explains how to manage and refine existing architectures, transform them to solve new problems, and build reusable architectures that become strategic business assets.
- Discover how architecture influences (and is influenced by) technical environments, project lifecycles, business profiles, and your own practices
- Leverage proven patterns, interfaces, and practices for optimizing quality through architecture
- Architect for mobility, the cloud, machine learning, and quantum computing
- Design for increasingly crucial attributes such as energy efficiency and safety
- Scale systems by discovering architecturally significant influences, using DevOps and deployment pipelines, and managing architecture debt
- Understand architectures role in the organization, so you can deliver more value
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Fourth Edition
Fourth Edition
Len Bass
Paul Clements
Rick Kazman
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Software Engineering Institute | Carnegie Mellon
The SEI Series in Software Engineering
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CMM, CMMI, Capability Maturity Model, Capability Maturity Modeling, Carnegie Mellon, CERT, and CERT Coordination Center are registered in the U.S. Patent and Trademark Office by Carnegie Mellon University.
ATAM; Architecture Tradeoff Analysis Method; CMM Integration; COTS Usage-Risk Evaluation; CURE; EPIC; Evolutionary Process for Integrating COTS Based Systems; Framework for Software Product Line Practice; IDEAL; Interim Profile; OAR; OCTAVE; Operationally Critical Threat, Asset, and Vulnerability Evaluation; Options Analysis for Reengineering; Personal Software Process; PLTP; Product Line Technical Probe; PSP; SCAMPI; SCAMPI Lead Appraiser; SCAMPI Lead Assessor; SCE; SEI; SEPG; Team Software Process; and TSP are service marks of Carnegie Mellon University.
Special permission to reproduce portions of works copyright by Carnegie Mellon University, as listed on page 437, is granted by the Software Engineering Institute.
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ISBN-13: 978-0-13-688609-9
ISBN-10: 0-13-688609-4
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When we set out to write the fourth edition of Software Architecture in Practice, our first question to ourselves was: Does architecture still matter? With the rise of cloud infrastructures, microservices, frameworks, and reference architectures for every conceivable domain and quality attribute, one might think that architectural knowledge is hardly needed anymore. All the architect of today needs to do is select from the rich array of tools and infrastructure alternatives out there, instantiate and configure them, and voila! An architecture.
We were (and are) pretty sure this is not true. Admittedly, we are somewhat biased. So we spoke to some of our colleaguesworking architects in the healthcare and automotive domains, in social media and aviation, in defense and finance and e-commercenone of whom can afford to let dogmatic bias rule them. What we heard confirmed our beliefthat architecture is just as relevant today as it was more than 20 years ago, when we wrote the first edition.
Lets examine a few of the reasons that we heard. First, the rate of new requirements has been accelerating for many years, and it continues to accelerate even now. Architects today are faced with a nonstop and ever-increasing stream of feature requests and bugs to fix, driven by customer and business needs and by competitive pressures. If architects arent paying attention to the modularity of their system (and, no, microservices are not a panacea here), that system will quickly become an anchorhard to understand, change, debug, and modify, and weighing down the business.
Second, while the level of abstraction in systems is increasingwe can and do regularly use many sophisticated services, blissfully unaware of how they are implementedthe complexity of the systems we are being asked to create is increasing at least as quickly. This is an arms race, and the architects arent winning! Architecture has always been about taming complexity, and that just isnt going to go away anytime soon.
Speaking of raising the level of abstraction, model-based systems engineering (MBSE) has emerged as a potent force in the engineering field over the last decade or so. MBSE is the formalized application of modeling to support (among other things) system design. The International Council on Systems Engineering (INCOSE) ranks MBSE as one of a select set of transformational enablers that underlie the entire discipline of systems engineering. A model is a graphical, mathematical, or physical representation of a concept or a construct that can be reasoned about. INCOSE is trying to move the engineering field from a document-based mentality to a model-based mentality, where structural models, behavioral models, performance models, and more are all used consistently to build systems better, faster, and cheaper. MBSE per se is beyond the scope of this book, but we cant help but notice that what is being modeled is architecture. And who builds the models? Architects.
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