Design And Implementation Of The Supervision And Management System

In order to improve effectiveness and timeliness of the approval and transfer of acommunications company’s supervision project. The company decided to develop amanagement system for the supervision of an inspector to solve problems currentlyfacing. The design and implementation process of the inspector supervisionmanagement system is described in this paper. First of all, The key technicalinspectors of supervising the management system implementation involved areintroduced in this paper, These key technologies include: JavaEE, JFinal, Ajax andFreeMarker technology. On the basis of these key technologies, the entiredevelopment process of the system fast iterative model chosen as the maindevelopment model, so that the system has good maintainability, scalability, andreliability and lay a solid foundation.Development process of the system consists of requirements analysis,preliminary design, detailed design and system testing of five parts. In the systemrequirements analysis, Use UML use case modeling to describe the functionalrequirements of the system, and then definited the system boundary and businessfunctions of the system and so on. The inspector supervision system design iselaborate management system through preliminary design and detailed design of twoparts. In the summary of the design of the system, the overall architecture and corefunctionality of the system design focus of this article to describe the contents,including system architecture, the domain model, the core function sequence diagramand database logic model. In the detailed design of the system, detailed design anddatabase modules This article focuses on the physical model of the core domain of thesystem are introduced. Detailed modules of the system design is based on the coredomain of MVC design model as a basis, from the data access layer of the system(including the physical layer and the data manipulation layer), the control layer andrepresents the class of functional modules on a layer diagram three levels, timingdesign elements drawing elaborate. The system is well-designed three-tier structure to ensure that the system has high cohesion, low coupling characteristics of thesystem has good scalability basis. Finally, the system is described in detail in the testsystem, the paper describes the testing of the system during the test principles, testcase design and test purposes. The results from this trial feedback system functionaltesting and user point of view, the system basically meet the functional requirementsof users.