Method and device for polling service system

Abstract

The invention discloses a method and a device for polling a service system. The method comprises the following steps of: scheduling and executing a detection task corresponding to each component in sequence and recording a detection result according to the predefined detection sequence of each component of the service system; and analyzing the recorded detection result of each component of the service system to determine the polling result of the service system. By using the method and the device, a multitask-scheduling automatic detection method is adopted; the detection of the different index parameters of each component of the service system can be realized; the intelligent and flow-way detection is realized; and the problem of lower efficiency brought about as a semi-artificial polling way of configuring a corresponding task script is respectively adopted for each part in the service system in the prior art is avoided.

Description

technical field [0001] The invention relates to the field of mobile communication services, in particular to a method and a device for patrolling a service system. Background technique [0002] In the prior art, the patrol inspection of the data service system can only be limited to a single service system, and the single-command detection of a specific single index of a certain device can be completed respectively. [0003] For example, to detect the memory usage of a certain network element, the corresponding task script can only be pre-configured for this indicator parameter. The existing inspection system only executes one command in the script and obtains the original report on the memory usage, and manually To analyze, determine whether the indicators are normal, and then check other hardware indicators such as disk space until the detection of all indicators is completed. For other devices in the business system, it is necessary to configure corresponding task scripts...

AI Technical Summary

Problems solved by technology

[0003] For example, to detect the memory usage of a certain network element, the corresponding task script can only be pre-configured for this indicator parameter. The existing inspection system only executes one command in the script and obtains the original report on the memory usage, and manually To analyze, determine whether the indicators are normal, and then check other hardware indicators such as disk space until the detection of all indicators is completed. For other devices in the business system, it is necessary to configure corresponding task scripts to realize the detection of indicators , this semi-manual inspection method is obviously time-consuming and inefficient

[0004] In the existing communication network, there may be various data service systems with different architectures, and there are also different types of equipment in the business systems of different architectures. The current inspection method can only detect the indicators of a single device in a single business system , which cannot meet the needs of intelligent and process-based inspections for multi-device and multi-service systems

Images