High-performance and high-availability cloud networking gateway implementation method, medium and terminal

Abstract

The invention provides a high-performance and high-availability cloud networking gateway implementation method which comprises the following steps: classifying signaling gateways according to functions, wherein categories include superior signaling gateway service used for representing server functions in a platform cascading process and subordinate signaling gateway service used for representingclient functions in the platform cascading process; performing mirror image deployment on the superior signaling gateway service and the subordinate signaling gateway service in a preset position; when signaling route management is carried out, selecting a corresponding category from the mirror image deployment according to the type of the signaling route, providing a corresponding signaling gateway service, and realizing dynamic allocation of resources by carrying out one-to-one management on the signaling gateway service and the signaling route; according to the invention, the signaling gateway is split according to functions, and the creation of the signaling gateway service is bound with the signaling route; along with the addition and deletion of the signaling route, the correspondingsignaling gateway service is dynamically expanded and shrunk, thereby achieving the purpose of dynamically allocating and releasing system resources.

Description

technical field [0001] The invention relates to the fields of computer and communication, in particular to a method, medium and terminal for realizing a high-performance and high-availability cloud-based networking gateway. Background technique [0002] The platform cascading service, also known as the signaling gateway, is mainly responsible for the processing of inter-platform signaling, including the authentication of identity information between platforms, the sharing of resources, the sending and receiving of signaling such as control. When the platform is cascaded, there is a distinction between the upper-level platform and the lower-level platform, and the C / S architecture is adopted. The lower-level platform acts as a client to actively register with the upper-level platform, share resource information, and respond to resource control signaling from the upper-level platform; the upper-level platform As the server side, it is responsible for identifying the registrati...

AI Technical Summary

Problems solved by technology

In this mode, a signaling gateway service is cascaded with multiple platforms at the same time, and will serve as the upper-level platform and lower-level platform at the same time. Multiple cascaded links share resources such as memory and processors, and there is a serious coupling relationship; any level The processing exception caused by the illegal signaling received by the cascade link will affect the operation stability of the entire signaling gateway, which in turn will affect the operation status of other cascade links

First, the signaling security route can be dynamically added and deleted according to the change of the docking platform. However, the traditional signaling network cannot dynamically increase and recycle system resources according to the change of the signaling security route.

The number of resources shared between each cascade link is very different, and the required system resources are also very different. Traditional signaling gateways cannot dynamically apply for resources for different signaling gateways.

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