Intelligent interface based on Qt ground station

Abstract

The invention discloses an intelligent interface based on a Qt ground station, and belongs to the field of unmanned aerial vehicle ground station software. The intelligent interface comprises the following steps: a client side class establishment step, a parameter class step, validity detection class step, an interface generation class step and an XML (Extensive Markup Language) class step, wherein the client side class establishment step is used for editing an interface parameter, storing a parameter type pointer and generating control interfaces, codes and XML files; the parameter class step is used for storing attributes including parameter types, display ways, bit fields, Chinese names, English names, parameter specifications and the like; the validity detection class step is used for carrying out validity detection on an entry interface control file; the interface generation class step is used for controlling a generated interface; and the XML class step is used for controlling the read and write of the interface file. The intelligent interface omits a great quantity of complicated work including interface edition and data structure definition in a Qt software development process, efficiently solves one series of software change problems caused by the change of the interface control file in the Qt software development process, obviously improves Qt-based software development efficiency and lowers development cost.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicle ground station software, in particular to an intelligent interface based on Qt ground station. Background technique [0002] With the vigorous development of the UAV industry, the competition in the UAV software industry has become increasingly fierce. It has become an inevitable trend to develop UAV ground station software efficiently and quickly, and shorten the UAV ground station software upgrade cycle. For the traditional ground station software design, in the software development process, developers need to define a large number of structures according to the interface control file, identify the type of each display parameter and edit a large number of display controls. This development method obviously has the following disadvantages: [0003] 1. The work efficiency is extremely low: For each parameter, the developer needs to do the following steps: [0004] a) Manually defi...

AI Technical Summary

Problems solved by technology

[0007] For software with a large number of parameters, it will cause a lot of repetitive and complicated labor, and the efficiency is extremely low

[0008] 2. High requirements for developers to be careful and error-prone: The traditional method requires developers to manually define variable types and control names, which is prone to human errors, for example: the length of the union body is wrong, and the enumeration type item is omitted Write or data type is wrong, control name is wrong, etc.

[0009] 3. The modification is cumbersome: In traditional software development, the developer must artificially ensure that the interface control file, the display interface and the definition of the parameter structure are of the same version. For example, when the interface control file is modified, it is necessary to search for the relevant parameters in the structure to modify. At the same time, you need to find the corresponding display control to modify

[0010] Based on the above, it can be seen that the traditional ground station software implementation method can no longer adapt to the increasingly frequent demand changes. In order to make the development of the ground station software more efficient and low-cost, the automatic generation technology based on the ground station interface came into being.

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