원문정보
보안공학연구지원센터(IJDTA)
International Journal of Database Theory and Application
Vol.7 No.3
2014.06
pp.83-90
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
Software Maintainability is the ability of the system to undergo changes with a degree of ease and Quality assurance refers to planned and systematic production that provides confidence in a product. This paper describes the different issues of software maintainability and quality assurance in the agile environment. This paper also presents the different metrics that improve the overall quality of the software maintainability in the agile environment. This paper proposes the model of software maintainability and quality assurance in the agile environment. The approach that is used is based on the customer requirements by iterative interaction with customers to provide the best requirement with assured quality.
목차
Abstract
1. Introduction
2. Issues of Software Maintainability and Quality Assurance in the Agile Environment
2.1. Delivery over Quality:
2.2 Development over Planning:
2.3 Prioritization:
2.4 Modularity:
2.5 Quality Management:
2.6 Degree of Change of Requirements:
2.7 Adequate Unit Testing:
2.8 Poor, Varying and Missing Test Oracles:
2.9 Long Hour Meetings and Sprint Durations:
3. Different Metrics and Their Effect on Software Maintainability in Agile Environment
4. Model of Improvement in Software Maintainability and Quality Assurance in Agile Environment
4.1. Extreme Programming:
4.2. Refactoring:
4.3. Refactoring Cycle:
4.4. Acceptance Testing:
4.5. Stand up Meeting:
4.6. Pair Programming:
4.7. Refector Unit Testing:
5. Advantages of the Agile Testing Software Development Model Assuring Maintainability and Quality:
5.1. Improved customer interaction by seeking customer assistance after short iterative completion:
5.2. Defects are Detected at an Early Stage:
5.3. Flexibility to new Requirements:
5.4. No Useless Meetings:
5.5. Early Access to Software for Testing:
5.6. Reduced Risk:
5.7. Increased Transparency and Better Visibility
6. Conclusion
References
1. Introduction
2. Issues of Software Maintainability and Quality Assurance in the Agile Environment
2.1. Delivery over Quality:
2.2 Development over Planning:
2.3 Prioritization:
2.4 Modularity:
2.5 Quality Management:
2.6 Degree of Change of Requirements:
2.7 Adequate Unit Testing:
2.8 Poor, Varying and Missing Test Oracles:
2.9 Long Hour Meetings and Sprint Durations:
3. Different Metrics and Their Effect on Software Maintainability in Agile Environment
4. Model of Improvement in Software Maintainability and Quality Assurance in Agile Environment
4.1. Extreme Programming:
4.2. Refactoring:
4.3. Refactoring Cycle:
4.4. Acceptance Testing:
4.5. Stand up Meeting:
4.6. Pair Programming:
4.7. Refector Unit Testing:
5. Advantages of the Agile Testing Software Development Model Assuring Maintainability and Quality:
5.1. Improved customer interaction by seeking customer assistance after short iterative completion:
5.2. Defects are Detected at an Early Stage:
5.3. Flexibility to new Requirements:
5.4. No Useless Meetings:
5.5. Early Access to Software for Testing:
5.6. Reduced Risk:
5.7. Increased Transparency and Better Visibility
6. Conclusion
References
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