UI management subsystem of avionics simulation test platform

Abstract

The invention discloses a UI management subsystem of an avionics simulation test platform, and aims to provide a UI management system with relatively strong simulation and test capabilities. Accordingto the technical scheme, an ICD signal parser parses an xml format interface control document ICD file to obtain an ICD signal group and a signal, and an interface control automatic generator automatically generates different types of controls and control groups according to the ICD signal group and the signal and an attribute corresponding relation; different types of controls and control groupsare organized in a combined frame window control provided with a title according to a one-column or multi-column mode, organized in a Qt designer window file according to a grid layout mode, and a visual UI file is output; an ICD data packing and unpacking device is mapped to a user interface (UI) file of a corresponding control through an ICD unit attribute relation, automatic packing and unpacking of ICD data of an interface control file are automatically achieved, and data sending, receiving display and data storage of the UI are achieved.

Description

technical field [0001] The invention relates to a simulation test platform software design mainly used for supporting the simulation test platform, which is applied to the UI management subsystem of the avionics simulation test platform. Background technique [0002] System simulation is based on the theoretical basis of control theory, similarity theory, information processing technology and computing technology, etc., using computers and other special physical effect equipment as tools, using system models to test real or imaginary systems, and with the help of It is a comprehensive and experimental discipline in which expert experience, knowledge, statistical data and information are analyzed and researched on test results, and then decisions are made. Before there was no computer, simulation was carried out by using the real object or its model for research. The simulation image of the physical model is intuitive and has high fidelity, but the cost is high and the cycle...

AI Technical Summary

Problems solved by technology

[0009] The purpose of the present invention is to provide a simple structure, brisk operation, good real-time performance, and reliability for the shortcomings of the traditional simulation test platform software, such as the huge manual workload exposed in the process of customizing the development interface, the difficulty of later maintenance and upgrading, and the lack of versatility. High performance, strong simulation and testing capabilities, UI management system of avionics simulation test platform based on interface control document ICD

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