Development Of Resource Encapsulation Tool Of The Test And Training Architecture

Draws on the U.S. TENA architecture, we develop our own HIT-TENA. In HIT-TENA, the problem of description of resource, access of resource and manipulationof resource need to be solved. The purpose of this paper is to develop the resourceencapsurlation tool of the test and trainning architecture based on the study of theHIT-TENA to realize open description of resource model, the rapid access ofresource facilities, the standard patten of the resource manipulation, therefore, topromote the construction of the test and trainnning system and promote theapplication of the TENA in range.A common and user interface owned mode of resource encapsurlation isadvanced in this paper, and highly efficient, rapid component model development isfulfilled in the way of assemble style, and the heavy workload, long developmentcycle problem is solved.Firstly, this paper abstracts the HIT-TENA resource, by building the UMLmodel of the resource object, and the description by XML language, to fulfill theabstract description of resource. Through research about Resource facilities, putforward the access of resources: resource protocol access and memory access. Bystudying abstract format of protocol, design common protocol template, developprotocol format designer in order to achieve a common protocol format, and useXML language to describe. Design shared memory access mode, complete memoryaccess to the resources. At the same time, Qt Designer is used to design userinterface of component model. Develop component model code generation softwarein Qt IDE to realize the configuration of the resource access and manipulation byparseing the object model file, protocol file, user interface file, and realize the codegeneration.The result in the laboratory test and the feedback from the user shows that theresource encapsurlation tool is reliable, and reduced the expection of special abilityin codeing, and the code generation of component model with user interface,protocol communication, and memeory access is achieved. The componentencapsurlated by the tool runs well, is well intergrated into HIT-TENA with good versatility and scalability.