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Software Requirement Patterns (Best Practices) ReviewThe purpose of this book is to help you decide and define what a new software system needs to do and to suggest what extra features to add to make it a very good system. It saves you effort and enables you to be more precise, by providing detailed guidance on how to specify individual requirements.
Requirement patterns are encapsulated expertise, conveniently prepackaged for reuse. The book contains 37 requirement patterns, each of which describes an approach to tackling a particular type of situation that comes up repeatedly in all kinds of systems, but focusing on commercial business software. Only a fraction of any system is specific to its business area; the bulk occurs over and over again no matter what your system is for. These patterns cover more than half of all requirements in some systems, and even more if you add the extra requirements the patterns suggest. Each pattern conveys not only the basic information that a requirement needs to convey, it also offers guidance on supplemental information that you need in your requirements in order to make them complete, comprehensible, and properly cross-referenced. This book contains over 400 example requirements, many of which are suitable for applying unchanged to any system and others that are a useful starting point for a requirement to suit the reader's needs. These examples are the heart of the book. Currently, the product description does not show the table of contents, so I do that next:
Part I: Setting the Scene
Chapter 1. Synopsis of "Crash Course in Specifying Requirements"
Section 1.1. What Are Requirements?
Section 1.2. Where Do Requirements Fit in the Grand Scheme?
Section 1.3. A Few General Principles
Section 1.4. A Traditional Requirements Process
Section 1.5. Agile Requirements Processes
Chapter 2. Synopsis of "The Contents of a Requirements Specification"
Section 2.1. Introduction Section
Section 2.2. Context Section
Section 2.3. Functional Area Sections
Section 2.4. Major Nonfunctional Capabilities Section
Chapter 3. Requirement Pattern Concepts
Section 3.1. Introduction to Requirement Patterns
Section 3.2. The Anatomy of a Requirement Pattern
Section 3.3. Domains
Section 3.4. Requirement Pattern Groups
Section 3.5. Relationships Between Requirement Patterns
Chapter 4. Using and Producing Requirement Patterns
Section 4.1. When and How to Use Requirement Patterns
Section 4.2. Tailoring Requirement Patterns
Section 4.3. Writing New Requirement Patterns
Part II: Requirement Pattern Catalog
Chapter 5. Fundamental Requirement Patterns
Section 5.1. Inter-System Interface Requirement Pattern
Section 5.2. Inter-System Interaction Requirement Pattern
Section 5.3. Technology Requirement Pattern
Section 5.4. Comply-with-Standard Requirement Pattern
Section 5.5. Refer-to-Requirements Requirement Pattern
Section 5.6. Documentation Requirement Pattern
Chapter 6. Information Requirement Patterns
Section 6.1. Data Type Requirement Pattern
Section 6.2. Data Structure Requirement Pattern
Section 6.3. ID Requirement Pattern
Section 6.4. Calculation Formula Requirement Pattern
Section 6.5. Data Longevity Requirement Pattern
Section 6.6. Data Archiving Requirement Pattern
Chapter 7. Data Entity Requirement Patterns
Section 7.1. Living Entity Requirement Pattern
Section 7.2. Transaction Requirement Pattern
Section 7.3. Configuration Requirement Pattern
Section 7.4. Chronicle Requirement Pattern
Section 7.5. Information Storage Infrastructure
Chapter 8. User Function Requirement Patterns
Section 8.1. Inquiry Requirement Pattern
Section 8.2. Report Requirement Pattern
Section 8.3. Accessibility Requirement Pattern
Section 8.4. User Interface Infrastructure
Section 8.5. Reporting Infrastructure
Chapter 9. Performance Requirement Patterns
Section 9.1. Response Time Requirement Pattern
Section 9.2. Throughput Requirement Pattern
Section 9.3. Dynamic Capacity Requirement Pattern
Section 9.4. Static Capacity Requirement Pattern
Section 9.5. Availability Requirement Pattern
Chapter 10. Flexibility Requirement Patterns
Section 10.1. Scalability Requirement Pattern
Section 10.2. Extendability Requirement Pattern
Section 10.3. Unparochialness Requirement Pattern
Section 10.4. Multiness Requirement Pattern
Section 10.5. Multi-Lingual Requirement Pattern
Section 10.6. Installability Requirement Pattern
Chapter 11. Access Control Requirement Patterns
Section 11.1. User Registration Requirement Pattern
Section 11.2. User Authentication Requirement Pattern
Section 11.3. User Authorization Requirement Patterns
Section 11.4. Specific Authorization Requirement Pattern
Section 11.5. Configurable Authorization Requirement Pattern
Section 11.6. Approval Requirement Pattern
Chapter 12. Commercial Requirement Patterns
Section 12.1. Multi-Organization Unit Requirement Pattern
Section 12.2. Fee/Tax Requirement Pattern
This book is very good at taking a dull subject - software requirements and their specification - and making it interesting and accessible. Highly recommended.
Software Requirement Patterns (Best Practices) OverviewLearn proven, real-world techniques for specifying software requirements with this practical reference. It details 30 requirement "patterns" offering realistic examples for situation-specific guidance for building effective software requirements. Each pattern explains what a requirement needs to convey, offers potential questions to ask, points out potential pitfalls, suggests extra requirements, and other advice. This book also provides guidance on how to write other kinds of information that belong in a requirements specification, such as assumptions, a glossary, and document history and references, and how to structure a requirements specification.
A disturbing proportion of computer systems are judged to be inadequate; many are not even delivered; more are late or over budget. Studies consistently show one of the single biggest causes is poorly defined requirements: not properly defining what a system is for and what it's supposed to do. Even a modest contribution to improving requirements offers the prospect of saving businesses part of a large sum of wasted investment. This guide emphasizes this important requirement need-determining what a software system needs to do before spending time on development. Expertly written, this book details solutions that have worked in the past, with guidance for modifying patterns to fit individual needs-giving developers the valuable advice they need for building effective software requirements
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