On software quality verification in the object-oriented development environment
Stjepan Golubić
Abstract
Stjepan Golubić
Abstract
The ever-increasing software product complexity requires implementation of new methods and processes. The striving for simplicity is continuously present, but it is hard to achieve. The problem of the software product verification is one of the biggest issues in the new software development methodology. In this paper the concept that supports continuous quality verification during developing life cycle is presented. The quality build-in approach based on a customized software quality model is presented. Differences between traditional paper-based and model-based development model is discussed. The early verification procedure based on test cases is proposed. The proposals on modeling tool features needed for easier verification are presented. The concept is implemented in the real development project. It will be further refined using the experience acquired during the project.
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The ever-increasing software product complexity requires implementation of new methods and processes. The striving for simplicity is continuously present, but it is hard to achieve. The problem of the software product verification is one of the biggest issues in the new software development methodology. In this paper the concept that supports continuous quality verification during developing life cycle is presented. The quality build-in approach based on a customized software quality model is presented. Differences between traditional paper-based and model-based development model is discussed. The early verification procedure based on test cases is proposed. The proposals on modeling tool features needed for easier verification are presented. The concept is implemented in the real development project. It will be further refined using the experience acquired during the project.
Key concepts: Computer science, Verification and validation, Software verification, Software quality, Software engineering, Software development, Software quality control, Software development process