Design And Realization Of Measuring Instruments Management System Based On Ajax

Ajax is the web technology based on B/S structure. Web application development based on it boosts the user experience of traditional web applications greatly. It responses fast and has excellent dynamic performance, beautiful and easy-to-use user interface, also improves the fraction of web users greatly. It’s a very popular technology for web application development to improve the work efficiency of Web users. However, Ajax is an integration of variety technology, it is very necessary and important to research and learn its related technologies when we use these technologies to design a web application.This paper first introduces Ajax and its related technologies, this part include HTML, XHTML, CSS, DOM, XML, JSON, JavaScript, jQuery, the operational machanism of Ajax and so on. XML and JSON are used for data transmission. On the service side, it focuses on the Bottle framework and its built-in template engine SimpleTemplate. The solution of measuring instruments management system based on LNMP which is the B/S structure has been analyzed and designed. At last, we develop and code the measuring instruments management system based on Ajax technology after comprehensively analyzing the business application needs of the laboratory. This paper does the research on the following aspects:Solutions of measuring instruments management system based on LNMP which is the B/S structure has been analyzed and designed based on analysis of the operation process of the laboratory. At the same time, it discusses how to use SimpleTemplate to wrap some templates with a base-template.Ajax technology combined with the AutoComplete plugin designs the dynamic tables. By adaptive manipulation of the DOM element, users can input the order information conveniently and efficiently.JSON data formats, jQuery UI plugin and Ajax technology make users can modify and delete database content. Based on that, it realizes modification and deletion the orders and equipment information at multi-dimensional.