Design Of Components Library And Connectors Library In Reliability Evaluation Platform Of Software Architecture

In this paper, the structure of reliability evaluation platform of software architecture is developed, and elements of software architecture are designed, including components, connectors and configuration, also for the Graphical representation of software architecture and storage method carried out a detailed exposition. The function of Establishing and describing a software architecture is already accomplished.This article focuses on the design of components library and connectors library in reliability evaluation platform of software architecture. The article described storage structure of components library and connectors library in detail, and the design of components library and connectors library is accomplished. This article also carried out the classification of components in detail,developed a classification method for reliability evaluation platform of software architecture. This article also designed components library maintenance tools, including maintenance tool of components category , components adding tool and components searching tool, and so on.In this paper, researching and designing of the reliability evaluation platform of software architecture is able to design software architecture and assess the reliability of software architecture. software architecture designed in the platform is based on different styles of software architecture. General a software architecture of software system is not a single style,and it can be seen a combination by a number of different styles of sub-structures. To assess the reliability of software architecture is through the various sub-structures of different style of computing reliability.In this paper, reliability assessment of software architecture is platform software architecture and software architecture for reliability assessment on the basis of the research and component-based software development (CBSD) as the core of the idea, development and design of software systems. The platform can be software architecture design, reliability assessment of software architecture theory into a practical application, the reliability and practical application of the formula linked together so that the user before the development of software systems can be on the structure by intuitive software designed for reliability assessment. This will improve the efficiency of large-scale software development time and cost of great significance.