Development Of Scenario Editing Tools Of HIT-TENA Test Tasks And Operating Platform

Currently, Department of Automatic Test and Control of Harbin Institute of Technology proposed an architecture for simulation, testing and training(HITTENA), and developed a corresponding support software(HIT-TENA support software platform).In order to achieve the integrated test mode for the new test scenario, system modeling and running control,we need to develop test scenarios and test operating platform editing tools based on the existing HIT-TENA support software platform to further expand HIT-TENA support software platform’s capabilities and expanded applications.By analyzing the content of scenario,designed the scenario elements and proposed an automatic mapping method from scenarios to system modeling which is based on the analysis of the current HIT-TENA software platform supporting mechanism.By analyzing the requirements of scenario editing tools,proposed an overall program to determine the scenario editing tool is by the entity template editor and scenario editor components.Among them, the entity template editor is the software to generate a solid model by loading the object model, so in order to build a solid model,studied and analyzed the object model and and entities of the HIT-TENA,and thus determined the approach of using the object model to build entity.Then used the object-oriented approach to analyze the entity template editor’s use cases to determine the various function of entities template editor, and used static modeling technique and dynamic modeling technique to design the entity template editor function’s implementation process, and finally used the unit testing methods to test the entire software.Scenario editor is mainly used to plan and set the entire system. Based on the analysis of scenario and related content,used the object-oriented approach to design the scenario editor functions and the implementation process, and the use of unit tests to determine the validity of the entire software of each function.After analyzing the operation of the software under the HIT-TENA architecture, component, distributed data transfer mechanism and other related content, studied the the test system’s running control principle, and designed the external interface figure between the running platform and the other software which is under the HIT-TENA architecture, and used the object-oriented thinking toanalyze the running platform’s requirements,and used static modeling technique and dynamic modeling technique to design running platform’s implementation process. Finally, through the operating platform for unit testing to determine the validity of the software’s various functions.Finally, we set up a virtual test system to verify the scenario editing tools and the running platform.The verification results showed that the scenario editing tools can plan effectively according to the needs of the entire test, the software’s various functions can be used normally, and each node information of the test program documents which is generated by system modeling software comprehensively record all design information, meet the design requirements.Running platform can control the entire experimental system by loading the test program documents,and the display results are correct.