By Hafedh Mili
The "Search inside of this ebook" characteristic used to be now not to be had for this booklet whilst this evaluation used to be published. wish this is helping: desk OF CONTENTS Preface Acronyms and logos half I - advent 01 software program Reuse and software program Engineering 02 state-of-the-art and the perform 03 points of software program Reuse half II - Organizational elements 04 software program Reuse enterprises 05 help providers 06 Institutionalizing Reuse half III - area Engineering: development for Reuse 07 development Reusable resources: an summary 08 area research 09 Programming Paradigms and Reusability half IV - Object-Oriented area Engineering 10 a realistic advent to item Orientation eleven Abstraction and Parameterization innovations in item Orientation 12 Composition concepts in item Orientation thirteen program Frameworks 14 Architectural Frameworks half V - software Engineering 15 program Engineering sixteen part garage and Retrieval 17 Reusable Asset Integration half VI - Managerial features of software program Reuse 18 software program Reuse Metrics 19 software program Reuse rate Estimation 20 software program Reuse go back on funding half VII - software program Reuse applied sciences 21 Component-Based software program Engineering (CBSE) 22 Product-Line Engineering (PLE) 23 COTS dependent improvement Appendixes Appendix A: software program Reuse assets Appendix B: time period tasks Bibliography Index
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Additional info for Reuse-Based Software Engineering: Techniques, Organizations, and Controls
8]. Michael Jackson’s problem frames (described in his book by the same name ) are in essence highly abstract requirements patterns that can be connected, nested, and built into real world models. The point is that many requirements are not unique; they have already been identified in someone else’s environment and problem space. I have found in my writing activities that starting with an example work product gives me ideas about format, structure, content, and resources to reference or contact.
This process has been tailored, deployed, and implemented on more than 50 projects. Its integration with the system architecture process is described later in the book [1, pp. 136–146]. Suggestion: Tailor this sample requirements process for your project or organization. Involve the stakeholders to make the changes that best serve their needs. Provide both flowcharts and narrative PDs as described in Effective Requirements Practices. Periodically update the documented process with continuous improvement ideas and suggestions.
Write requirements specifications according to standard templates, using natural language simply, clearly, unambiguously, and concisely. Decompose high-level business and user requirements into functional requirements and quality requirements, specified in an appropriate level of detail suitable for use by those who must base their work on the requirements. Define quality attributes, external interfaces, constraints, and other nonfunctional requirements. Represent requirements using alternative views, such as analysis models (diagrams), prototypes, or scenarios, where appropriate.