Design And Implement Of Integrated Services Front System Of Smart Company

The aim of this article is to study the software architecture, the service and the function design of an integrated services front system of Smart Company. The article introduces the background, application environment, functions, characters and advantages of this system by comparison and contrast. It also explains the design thoughts, software architecture, and the related design patterns and technologies in details, especially those specific business modules. The author describes the design by the category. The article also analyzes the defects of this system and shows the prospects and its future development in the end.The article explains the integrated services front system of Smart Company, from its Linux OS, software architecture, software design pattern, business modules to business process. The designer builds an intensive, unified and platform business system by comparing different business modules; and finally implements a system achieving business objects through the mechanism of mirroring software architecture and design patterns to real business modules and operating system.The system introduced in this article adopts modular programming and applies multi-layer distributed architecture, which helps the system to achieve its extensibility; The integrated architecture carries out realize dynamic scalable process pool and distributed dynamic pipeline calling engine functions and solves performance bottleneck; while the communication architecture applies mailbox module to get the effect of trigger actively and execute asynchronously. Based on application mentioned above to realize the function of each module, and not affecting any existing functions; It takes advantage of the mechanism like process, synchronization control and communication provided by Linux in order to bring about the decoupling between business modules and processes, and build high performance process calling control system and inter-process communication architecture. When hardware resources are limited, this architecture and related technologies successfully resolve the issues of resource consumption, scalable process, large capacity, high real-time responses speed and high reliability, achieving the goal of designing an intensive, unified and platform business management system.Compare with existing system during operation, the new system has features like excellent extensibility, huge capacity and quick response; it fulfills business requirements much better and primarily achieves the goal of this study.