Software Products Quality Improvement with a Programming Style Guide and a Measurement Process (original) (raw)
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Software Source Code: A Quality Assurance Measurement System
International Conference on Aerospace Sciences and Aviation Technology, 2003
Today software systems play a critical role in various aspects of human life, from rockets to health care, and become part of everyday life. Many of these systems are relied upon as being essential for the completion of day-today activities. The increased reliance on computer applications, and organizations that produce software puts more and more strain on software developers to produce high quality systems. For these reasons many international standards, requirements, and constrains were established to assure quality of software. This paper introduces a new software Source Code Quality Assurance Measurement System named "SCQAM". In addition, it presents some of the most important software quality assurance fundamentals used during the different phases of software development life cycle. Particularly, the focus of this paper is bounded to the coding phase, where in this phase the cure of software system will be established. Therefore, the scope of this paper covers most of the related aspects of software quality assurance of the coding phase including: software metrics, software quality factors, and software quality models like McCall's model, Boehm's model, ISO 9126 model, and SATC NASA model. As a result of analyzing these models, the proposed "SCQAM" system was designed, developed, and tested. The proposed SCQAM can measure over 30-source code metrics, then group these metrics to compute nine distinct quality factors and indicators, then an overall quality indicator of the input source code is calculated. The experimental results show the superiority of the SCQAM system over Project Analyzer, another quality assurance measurement system, specifically in the area of source code quality measurement.
SMSCQA: System for Measuring Source Code Quality Assurance
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Today software systems play a critical role in various aspects of human life, and become part of everyday life. Many of these systems are essential for the completion of day-today activities. The increased reliance on computer applications, and organization that produced software puts more and more strain on software developers and software systems itself. For these reasons many international standards, requirements, and constrains were established to assure quality of software. In this work the most important fundamentals of software quality assurance used during life cycle development process (LCDP) will be covered. Specially that used in coding phase. This phase is a very important period for all software, because the cure of software system will be established here. Therefore it was sliced in detailes, and all of its aspects were recovered like: Software metrics, Software quality factors, and software quality models like McCall's model, Boehm's model, ISO 9126 model, and SATC NASA model. By comparing and studying these models the System for Measuring Source Code Quality Assurance was retrieved. Using this system over 30 source code metrics, 9 quality factors can be measured and overall quality might be calculated.
System for Measuring Source Code Quality Assurance
Today software systems play a critical role in various aspects of human life, and become part of everyday life. Many of these systems are essential for the completion of day-to-day activities. The increased reliance on computer applications, and organization that produced software puts more and more strain on software developers and software systems itself. For these reasons many international standards, requirements, and constrains were established to assure quality of software. In this work the most important fundamentals of software quality assurance used during life cycle development process (LCDP) will be covered. Specially that used in coding phase. This phase is a very important period for all software, because the cure of software system will be established here. Therefore it was sliced in detailes, and all of its aspects were recovered like: Software metrics, Software quality factors, and software quality models like McCall's model, Boehm's model, ISO 9126 model, and SATC NASA model. By comparing and studying these models the System for Measuring Source Code Quality Assurance was retrieved. Using this system over 30 source code metrics, 9 quality factors can be measured and overall quality might be calculated
Code Quality Evaluation Methodology Using The ISO/IEC 9126 Standard
International Journal of Software Engineering & Applications, 2010
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Impiementation of quality controi in software deveiopment
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Towards a new framework of program quality measurement based on programming language standards
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