Equipment auditing method based on SPI (Serial Peripheral Interface)

Abstract

The invention provides an SPI (Serial Peripheral Interface)-based equipment auditing method, which comprises the following steps of: starting a service, reading, analyzing and configuring an SPI mode file, and obtaining a system auditing general standard interface; scanning to obtain auditing interfaces of various devices; based on a Netconf protocol and the acquired equipment type, registering to obtain an audit protocol required by each type of equipment; judging auditing protocol categories, activating auditing processes corresponding to the system according to the auditing protocol categories, acquiring auditing data and organizing and designing auditing messages; and comparing the acquired audit message for dynamically adding various equipment types with the configuration of various equipment, and storing a difference result in a comparison process. According to the invention, on the basis of the Netconf protocol, various devices are audited by using a standard and general protocol, so that the advantage of auditing the devices in different modules is achieved; meanwhile, the auditing design based on the SPI mode can ensure that auditing equipment can be dynamically added, and supports dynamic adding and deleting in modes of equipment types, equipment quantity and the like.

Description

technical field [0001] The invention relates to the technical field of network equipment configuration, in particular to an SPI-based equipment audit method. Background technique [0002] Functions and scenarios make network communication configuration-carrying devices, such as firewalls, routers, switches, virtual machine switches and other physical devices, take on more configuration-carrying tasks. Diversified configuration combinations, diversified functions, and diversified Scenarios enable rich and complex device configurations. [0003] In the cloud computing infrastructure, if there is a configuration error in the basic network equipment, there will be serious consequences such as network interruption of the entire user's private cloud and even the entire system, and system business collapse. In complex cloud computing business scenarios, the configuration of network devices may be confusing, difficult to maintain, and slow to locate problems. At the same time, due ...

AI Technical Summary

Problems solved by technology

In complex cloud computing business scenarios, the configuration of network devices may be confusing, difficult to maintain, and slow to locate problems. At the same time, due to various configurations, device configuration may be chaotic and inefficient.

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