An efficient software source code metrics for implementing for software quality analysis

Abstract

The challenging task is evaluating size of a complex and enormous software framework. Primarily in life cycle of project, while necessities for framework might be functional & immature described only at extreme level, profiles of resource are require for suitable staffing, funding, and progress of feasible project strategy. Same project historical software size information& trends gives a device to calculate size of software, making a possible evaluation method. As processors are being utilized in each and every imaginable region in current world, software quality gets a main feature in planned achievement of a human & business safety in common. Discovering quality factors of software & illustration those into computable measures will be an essential feature in viable achievement of end product. Program features illustration into these values of metrics depicts information framework behavior & structural complexity. In this survey, 5 software metric are utilized, they are lines of code (LOC), lines of comment (COM), cyclomatic complexity (MVG), number of modules (NOM), and Halstead volume (HV) have been used to examine a group of 3 sorting programs of java. The 3 software measurement devices have been applied on them to confirm their presentation w.r.to metrics cited there also a resultant metric maintainability index has been measured from basic metrics to designate comparative maintainability of the source code. The comparative study of selected devices has been undertaken to expose how they change in providing outcomes for similar programs. Additionally, few other quality features that might be resultant from essential metrics are cited in next sub section.