Method for realizing multi-mode big data software simulator

Abstract

The invention relates to a method for realizing a multi-mode big data software simulator. The method comprises the following steps: 1, generating an XML file dictionary needing to call and characterize equipment parameter information according to a keyword search mode by designing an XML file for characterizing the mode information by utilizing menu content; 2, realizing automatic structured generation of interface elements by taking flow layout panel (Flow Layout Panel) control as a container by virtue of design of multiple user-defined controls; 3, realizing automatic framing when interface parameter data changes by virtue of a mode of interpreting the interface control and XML file in parallel. According to the method disclosed by the invention, multi-mode logical relation is simply realized through associated design, big data can be called by respectively compiling XML files and depending on multi-mode logical relation, interface generation is conveniently realized by virtue of an automatic software interface generation technology, the working efficiency is greatly improved, and the labor intensity is reduced.

Description

technical field [0001] The invention relates to a method for realizing a multi-mode big data software simulator. It belongs to the technical field of software engineering. Background technique [0002] In software engineering technology, especially in software engineering design that requires information interaction, developers are often separated from the actual operating environment, develop according to the requirements specification and task book, and carry out on-site debugging after the programming is completed. For this kind of software development with complex functions, in order to ensure the functions and performance indicators of engineering software, developers generally design a software simulator to "real" simulate the state of equipment that needs to interact with information, thereby forming a closed-loop test system to test engineering software. test. For the development of software simulators, the basic principles of "short time, low cost, and good result...

AI Technical Summary

Problems solved by technology

Such complex monitoring software design requirements bring great challenges to software developers. After the basic software framework is completed in the laboratory, in order to verify the engineering software, it is necessary to design a simulator that simulates the real state of the equipment to form a test environment.

If the conventional software design method is used, it is undoubtedly a design with a huge workload, but the gain outweighs the loss

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