An Efficient Universal Software Metric Tool for C#

Varun Kar Lal Srivastava and Dr. Amit Asthana

This paper proposes the software metric is defined as a mathematical value to reflect various property of overall software product of its one part or its pattern. There are various categorizations from SM. Recognizing those estimation target, measurements Might a chance to be isolated in three principle categories: Product metrics, Process metrics, and project metrics. SM tools are constantly utilized for calculation, preparing and Investigation of the SM values. Upgrades in the field for SM tools, such will be making of a new SM tools with propelled Characteristics might prompt results comes about for software projects. Here will using reader o the development one of the tool and also some aspects of such a tool like independency on input programming language and SM algorithms to be used. Motivations behind outlining another device lay in reports ahead existing tools’ flaws and in tools survey. We mentioned some distinguished flaws: SM tools are normally not independent on IPL. The various tools would regularly utilize for distinctive projects, for separate product components, or indeed inside a single part. SM tools generally work out only a separation of possible SM and seldom join them to gain high measure quality. SM tools infrequently infer the significance of computed mathematical result and the correlation in arrange to recommend what usual action should be taken in arrange to improve the quality. These are the principles foe a development of a new tool.

Volume 11 | Issue 10

Pages: 75-81

DOI: 10.5373/JARDCS/V11I10/20193008