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Software Integral Qualitative Estimation. P. 99–106

Версия для печати

Section: Physics. Mathematics. Informatics

UDC

519.688

Authors

O.I. Bederdinova*, Yu.A. Boytsova*
*Northern (Arctic) Federal University named after M.V. Lomonosov (Severodvinsk, Arkhangelsk region, Russian Federation)
Corresponding author: Oksana Bederdinova, address: Captain Voronin str., 6, Severodvinsk, Arkhangelsk region, 164520, Russian Federation; е-mail: O.Bederdinova@narfu.ru

Abstract

The paper presents the methodology of the software integral qualitative estimation in the form of a fourlevel hierarchical model, regulated by the State Standard 28195–89. The results of the domain analysis on the IDEF0 notation, as well as the design of the automated system specification in accordance with the UML notation and information support on the IDEF1X notation are demonstrated. A created physical layout chart of the automated system on the UML notation with the Component Assignments description used for its operation is presented. The interface of the software quality evaluation automated system in an object-oriented development environment Visual Studio 2008 in the programming language C # is described. In the automated system we implement the work with the reference tables of information from the standards and with the results of the executed evaluation projects. Data retrieval of the reference list is possible by a project number, a date of compilation, a software name and an executive. According to the projects results the acts of the admissibility of the required quality level of the assessed software with the ability to save files in different formats and print output are generated. Created unified forms for adding data in all directories allow us to avoid a multiplicity of forms and eliminate the errors when entering data in the directories. The automated system will ensure the reliability of evaluation and improve the efficiency of determining the software quality characteristics of different divisions.

Keywords

quality factor, software, hierarchical model, automated system
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References

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