Making Static Code Analysis More Efficient
Oksana Pomorova, Ivanchyshyn D.O. · Journal of Cyber Security and Mobility · 2014
Modern software is a complex high-tech product. Users and customers put forward a number of requirements to such products. Requirements depend on software purpose. However, reliability, fault tolerance, security and safety requirements are topical for all software types. One of the approaches for realization of such requirements in the implementation stage of software life cycle is a static source code analysis (SCA). The efficiency assessment task of the SCA tools is an actual problem. This paper presents the method of the efficiency evaluating of the software static source code analysis. It allows increasing the quality and reliability of software in general. The result of this work is a method of efficiency improving at the debugging stage and approach for selection of the static code analysis tools for software of various types.