Research And Implementation Of The Source Code Structure Quality Assessment Subsystem

The structure of the software source code refers to the composition of softwareconstitute the most basic elements of software source code, invocation and architecture.Source code structural quality affects the entire software quality in great significance.And throughout the software life cycle, from development to maintenance developers’work all focused on software source code. Modern software quality evaluation systemhas long noted the importance of software source code quality and did a lot of research,and also made some proven results. However, the quality of the source code architectureassessment methods, structural issues such as self-correction studies are still someproblems to be resolved. This dissertation presents a unique set of structural qualityassessment methods; with an experimental prototype system will be proposedamendments source code quality assessment and issues. Though the experiment it’sproves that the research work in this dissertation can provide some help for the softwaresource code structure quality assessment studies.The main works are as follows:①Studies the status of software quality assessment, analyses the pros and cons ofthe current existing development and software quality model. Descript ISO standard forsoftware quality in details. Research related methods software source code qualityassessment. Estimate this study trends in future;②Propose a specifically evaluation system for software source code structurequality assessment. Use source code quality assessment structure indicators. Combinewith source code coding rules implements the software source code structure qualitymodel;③Implementation a system based on software source code structure quality model.The system provide some useful function for developers which are detect and resolvecyclic dependence of source code, calculate source code structure quality anddemonstrate source code logic architecture；④Use source code structure quality assessment system exams open source codeproject CXF. The result shows the system has the ability for assessing source codestructure quality, demonstrating source code logic architecture correctly, automaticallydetecting and resolving source code cyclic dependence of source code and improvingsource code structure quality. Finally, this dissertation proves developer can use proposed system check sourcecode structure quality and logic architecture more intuitive; improve source code qualityby using system warning or using automatically cyclic dependence resolve function.The system compare with SQALE has huge advantage for assessing source codestructure quality, reveal source code logic structure and easily improving source codestructure quality.