Abstract

The concept of software product strains represents a paradigm shift in the software development industry since it calls for the adaptation and implementation of business manufacturing practices. This paradigm places a significant emphasis on reusing materials and enhancing the level of traceability that exists between the many artifacts produced along the line. They define the best practices for software development in an environment that is controlled flawlessly by using software engineering methodologies a do so in the context of describing these best practices. This article presents a thorough analysis of the previous research on analyzing software program product strains. The goal of this project is to investigate important challenges in this area of knowledge, unanalyzed primary approaches currently used for assessing software program product lines and present a current state of the art that might potentially serve as a foundation for revolutionary research projects. The study also investigates how SPL studies may be of use when evaluating software programs and how

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