Software Reading Techniques
Twenty Techniques for More Effective Software Review and Inspection
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Beschreibung
This concise book teaches software professionals and software engineering students the full set of twenty software reading techniques to enhance their effectiveness in reviewing and inspecting software artifacts such as requirements specifications, designs, code files, and usability. Software review and inspection is the best practice in software development whose purpose is to detect and fix problems early. Software professionals are trained to write software but not read and analyze software written by peers. As a result, individual reading skills vary widely. Because the effectiveness of software review and inspection is highly dependent on individual reading skills, differential outcomes among software readers vary by a factor of ten. Software Reading Techniques is designed to close that gap.
Dr Yang‐Ming Zhu’s depth of experience as a software architect, team leader, and scientist make him singularly well-equipped to bring software readers up to speed on all the techniques and tips for optimizing their effectiveness and efficiency, including the following:
- Software review and inspection procedures and reading skills
- Traditional and modern advanced reading techniques applicable to almost all software artifacts
- Specific reading techniques for software requirements specification, software design, and code
Learn twenty software reading techniques to enhance your effectiveness in reviewing and inspecting software artifacts such as requirements specifications, designs, code files, and usability. Software review and inspection is the best practice in software development that detects and fixes problems early. Software professionals are trained to write software but not read and analyze software written by peers. As a result, individual reading skills vary widely. Because the effectiveness of software review and inspection is highly dependent on individual reading skills, differential outcomes among software readers vary by a factor of ten. Software Reading Techniques is designed to close that gap.
Dr Yang‐Ming Zhu’s depth of experience as a software architect, team leader, and scientist make him singularly well-equipped to bring you up to speed on all the techniques and tips for optimizing the effectiveness and efficiency of your software review and inspection skills.
What You'll Learn:
- Improve software review, inspection procedures, and reading skills
- Study traditional and modern advanced reading techniques applicable to software artifacts
- Master specific reading techniques for software requirements specification, software design, and code
Who This Book Is For:
Software professionals and software engineering students and researchers
Provides traditional and modern advanced reading techniques applicable to software artifacts Teaches software review, inspection procedures, and reading skills Presents specific reading techniques for software requirements specification, software design, and code
Autor*in
Yang‐Ming Zhu
Themen in »Software Reading Techniques«
software review procedure Fagan inspection active design review software reading techniques checklist‐based reading scenario‐based reading techniques defect‐based reading techniques perspective‐based reading requirements reading techniques usage‐based reading traceability‐based reading sequence diagrams state diagrams class diagrams semantic checking
Stimmen zu »Software Reading Techniques«
“Eight chapters cover generic software reading techniques that apply to any artifact and specific techniques that apply only to requirements, designs, or code. … The book’s primary audience is software engineering practitioners. As a practicing software developer who has been doing reviews and inspections on all sorts of material for many years, I highly recommend it to anyone interested in software reviews. It would also be an excellent source for software engineering researchers interested in quality assurance or software reviews.” (Computing Reviews, September, 2017)
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