Equipment resource information acquisition method

Abstract

The invention provides an equipment resource information acquisition method. A timer periodically starts the acquisition process; an acquisition task table is scanned, acquisition tasks are filtered according to the acquisition cycle in the acquisition task table, and task list cache to be performed is generated; existence of the acquisition tasks in the task list cache is viewed; the equipment model numbers of the taken-out acquisition tasks are read, model number acquisition configuration cache is searched through the hash according to the equipment model numbers of the acquisition tasks and corresponding acquisition function configuration is obtained, and then function binding is performed so that a complete acquisition process stack is generated; a new acquisition thread is created; and the next acquisition task is continued. According to the equipment resource information acquisition method, the acquisition process is generated by adopting a method of packaging and dynamic binding so that a large number of model numbers are enabled to be clear in processing and better in stability; the acquisition process is configurable, organization is flexible and extension is convenient; and equipment access information is configured in XML in a centralized way to replace the mode of joint configuration of multiple fields as for task configuration.

Description

technical field [0001] The invention relates to a method for collecting resource information. In particular, it relates to a device resource information collection method for various network devices. Background technique [0002] In network management, the collection of resource information is the first and crucial step. Resource information is the prerequisite for topology presentation and traffic performance analysis. This requires the ability to collect resource information in real time and accurately. [0003] Resource collection involves devices of different manufacturers, models, and network levels (routers, switches, BAS, etc.), and it is necessary to collect the basic information of the devices, device board information, and device interface information. The collection MIB, echo data format, index format, status, etc. of different devices are not the same, and the data collection methods and analysis algorithms are not uniform. [0004] In view of this, how to co...

AI Technical Summary

Problems solved by technology

One model and one journal account, separate processing of different acquisitions and algorithms will cause logic duplication, make modification and maintenance difficult, and stability is difficult to guarantee

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