Method and system for automatically displaying multiple terminals in XML (Extensive Makeup Language) interface

Abstract

The invention relates to a method for automatically displaying multiple terminals in an XML (Extensive Makeup Language) interface, wherein the multiple terminals are hardware products capable of being applied to the internet of things (IOT). The method specifically comprises the steps of: sending a data packet to a server in a preset data frame format, wherein the data packet at least comprises an identification number preset in the terminal, and the terminal is at least one in number; receiving the data packet and acquiring the identification number of the terminal by the server; searching terminal attributes pre-stored in the server according to the identification number, and acquiring the terminal attribute corresponding to the identification number to server as terminal information; and displaying the acquired terminal information in a same XML interface in real time. According to the method for automatically displaying the multiple terminals in the XML interface, provided by the invention, the same server can correspond to different terminals and be used for displaying the multiple terminals in the same XML interface, so that a user can perform browse and management on the multiple terminals in the same visual viewgraph.

Description

Technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a method for automatically displaying multiple terminals on an XML interface. Background technique [0002] At present, the interface of the networked control device is stored in the device terminal using a fixed interface. The interface is only for limited terminal products and is not easy to upgrade and update. When the product changes, the interface needs to be redesigned, which virtually increases a lot of hardware costs. Another way is to manage the interface through a central server. A central server can manage multiple hardware. Corresponding to this method, a large network platform is set up to manage multiple different hardware products. At present, the following two solutions are usually used to achieve the problem of the user interface of the network platform: 1. Practicing a large and comprehensive interface system, such as nesting layers, containing all det...

AI Technical Summary

Problems solved by technology

At present, the following two solutions are usually used to realize the problem of the user interface of the network platform: 1. Use a large and comprehensive interface system, such as layer-by-layer nesting, including all details; 2. Use a simple list and divide it into many small interfaces

Neither of these two methods can achieve intuitive management of the hardware system, and cannot manage multiple hardware in the same view interface

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