Development Of Visual Platform For Joint Test Process Based On Configuration Technology

During the operation of the joint test system,the process visualization technology can provide multi-node,multi-dimensional and multi-mode display of joint test data.It enables testers to grasp the test process in a real-time,comprehensive and accurate manner,and provides a reliable basis for the formulation and execution of test decisions.In the existing joint test platform,the process visualization of joint test is implemented by constructing display interface with basic display components in task planning tool.The problems of this method,such as strong platform dependence,single display resources and excessive overhead of middleware,have seriously hindered the testers' demand for the universality,ease of use and lightness of process visualization.In perspective of the above problems,this project develops a visualization platform of joint test process based on configuration technology,and improves the integrated information display function of the joint test platform.The specific contents are as follows.In view of the test situation observation requirements of non-system users in the course of joint test operation,a visual platform architecture of joint test process based on B/S mode was proposed.It divides the platform into configuration editing module,visual service generation module and configuration browsing module,supports the integrated display of isomerized multi-node test process information,and analyzes the data communication requirements among each component module of the visualization platform.At the same time,the data transmission protocol for scene session is designed and the test data browsing based on configuration interface in B/S mode is supported to improve the efficiency and reliability of data transmission.According to the idea of software engineering,the configuration editing module,visual server generation module and configuration browsing module were designed and developed respectively.The functional requirements of each module were analyzed,and static model design and dynamic model design were carried out for each module based on UML modeling language.After the code is written,unit tests are carried out on each module.Finally,according to the existing joint test scheme,the application system is built to verify the platform.The verification results show that the visualization platform for the joint test process developed in this project operates normally,all functions meet the requirements,and can realize isomerization,multi-node,interactive,multi-mode,dynamic networked data display,and is also user-friendly.