Design And Research Of Fixed Assets Management System Based On EXTJS

Fixed asset management (FAM) occupies an important position in the development of enterprises, which may directly affect the quality of the development of the enterprise. Traditional manual management methods have appeared more and more disadvantages, which has been unable to meet the needs of enterprise management, With the continuous development of science and technology, especially computer rapid continuous development of information technology makes enterprise fixed assets information technology, automation management has been possible. In order to help enterprises to effectively manage fixed assets, saving operating costs of enterprises, improve employee productivity, research and development of business-oriented generic form of fixed assets management system.With the analysis FAM status at domestic and foreign, and combined with the actual needs of the enterprise, the system was designed based on the Extjs rich client technology, J2ee frame and Mysql database, B/S architecture. The applications takes full advantage of the advantage of the Extjs rich client technology, which has a good user experience, stability and scalability. The system has six modules of asset management, including fixed asset management, report management, procurement management, user management system, data dictionary management and log management. Administrator users given different permissions to different users through a browser can easily asset registration, the reported loss, the sale,allocation, maintenance and effective management of each module design as simple as possible, at the same time Concerned about the safety of the design. Compared to traditional personnel to operate the management, fixed asset management system can effectively save staff time, improve work efficiency, operation and development of a pro-business.The paper introduces the research background and significance of the systems involved in the development of related technologies, the system of business processes, user requirements, functional requirements, and performance requirements, carried out a detailed needs analysis, system architecture design, and the final completion of coding and testing. Finally, a summary and outlook of the study following with.