Distributed scheduling method and system based on zookeeper biplanar data architecture

Abstract

The invention relates to a distributed scheduling method and system based on a zookeeper biplanar data architecture. The method comprises the following steps: constructing a dynamic tree and a static tree in zookeeper; storing the universal configuration information of a service system into the corresponding node information of the static tree; generating temporary dynamic nodes in the dynamic tree when service programs are initiated and setting the attribute information of the service programs in the temporary dynamic nodes; enabling a distributed scheduling program to obtain the node information of the static tree and the node information of the dynamic tree, respectively, and selecting the optimal temporary dynamic node according to a predetermined selection principle so as to obtain the corresponding service program, thereby realizing the connection of the distributed scheduling program with the service program. According to the distributed scheduling method, the static tree is used for instructing the logic load structure of a load balancer, while the dynamic tree is used for controlling the operating conditions of the existing applications in real time; due to the linkage of the dynamic tree and the static tree, dynamic combination of logic load and actual operation is realized, and therefore, efficient and quick cloud system deployment and switching and high system flexibility are realized.

Description

technical field [0001] The present invention relates to the field of communication technology, in particular to a distributed scheduling method and system based on a zookeeper dual-plane data architecture. Background technique [0002] With the development of telecommunication business data services, the process of traffic fee calculation, billing and credit control increasingly requires real-time performance. At the same time, with the gradual development of business requirements such as directional traffic, smart pipelines, and pipeline management, data traffic segmentation has become the only way to go. Real-time requirements and data traffic segmentation will generate more service usage records, which will challenge the processing capacity of the existing BOSS system. [0003] From another perspective, with the continuous rollout of 4G services, faster access speeds will generate more service usage records; at the same time, faster access speeds will also cause greater ...

AI Technical Summary

Problems solved by technology

[0004] The surge in business demand has brought about various problems, automatic connection and flexible switching between systems are not easy to achieve, and architecture changes have a greater impact on business construction, system synchronization, timeliness of system exception handling, and flexibility in business system expansion Sexual realization brings great difficulty

The deployment and switching efficiency of the system is not high, and the system flexibility is low

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