Man-machine command interaction method for network management terminal based on graphical interface

Abstract

The invention relates to a human-computer command interaction method based on a graphical interface in a network management client. The method comprises the following steps that: data configuration files are defined; according to the data configuration files, the graphical interface is generated; user operation is received by a graphical interface port and a corresponding human-compute command is generated according to the data configuration files; or data in a server terminal is received or responded, converted according to the data configuration files and provided to a user in an image mode by the graphical interface port. The interaction method is based on the data configuration files; the interface is automatically generated by a layout manger; the command is automatically generated by a human-computer command resolver; the heaviest graphical interface part in the network management development can be relieved; a majority of the interfaces can be automatically completed by the layout manager; a few interfaces can be expanded by the port; the human-computer command interaction method greatly reduces the risk of fault introduction, saves the development cost of network management software and can be widely suitable for various functional network management graphical interfaces.

Description

technical field [0001] The invention relates to a network management client, in particular to a graphical interface-based man-machine command interaction method for the network management client. Background technique [0002] In the field of network management, human-computer command is a widely used human-computer interaction protocol. The human-computer interaction client developed based on this protocol usually has the following two traditional methods: [0003] 1) Command line mode [0004] 2) Command navigation tree mode [0005] The traditional way has the following disadvantages: [0006] 1) The traditional method requires users to memorize a large number of man-machine commands and their parameters, which is quite time-consuming in the initial use, and is not suitable for systems with a large number of man-machine commands. [0007] 2) In the traditional way, each command is used independently, and the correlation between commands is lost. [0008] Compared with ...

AI Technical Summary

Problems solved by technology

[0006] 1) The traditional method requires users to memorize a large number of man-machine commands and their parameters, which is quite time-consuming in the initial use, and is not suitable for systems with a large number of man-machine commands

[0007] 2) The traditional method makes each command independent and loses the correlation between commands

[0011] However, the existing graphical interface mode only exists in some network management software developers who hard-code different interfaces for each different function. The development cost of the network management software is very high, and the maintenance complexity is also large. At the same time, hard-coding is also easy. lead to the introduction of new faults

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