Research on an autonomous and controllable portable universal interface test platform

Abstract

Industrial software testing including software development and debugging depends on the external input interface. The development, debugging and adaptation of interface software simulation consumes a lot of time. The process of software evaluation and self-test lack a portable general software testing equipment suitable for the industrial field, in order to greatly improve the testing efficiency, test integrity and adequacy. Therefore, it is urgent for the general interface generation platform to be transformed into high performance such as hardware, distributed, hardware interface adaptation, test task load and high real-time. In this paper, the overall design framework of portable general software test equipment is carried out, which includes the design and software development of the execution host, the software transformation of general control host and other research contents. At the same time, a portable general software testing equipment for complex industrial system software and multiple interfaces is developed. This platform can satisfy the diversity of complex industrial software system interfaces and the real-time requirements of special systems. It is expected to further promote the development of interface testing automation.