5G message orchestration method and orchestration tool box based on component capability

Abstract

The invention provides a 5G message orchestration method and an orchestration toolbox based on component capability. The method comprises the following steps: abstracting resources of a 5G platform into a plurality of atomic components, and storing the atomic components on a component shelf; selecting a template from a template center, and selecting at least one atomic component from the component shelf and adding the atomic component into the template; and arranging at least one atomic component in the selected template through an engine panel, performing attribute setting on the at least one atomic component through a setting panel, and generating a 5G message. 5G message resources are packaged into an independent component by introducing the component capability, the northbound can flexibly support the flexible arrangement and organization of 5G messages, the service scene requirement of quick response of agile iteration is met, a standardized atomic power interface can be formed in the southbound to be connected with a message resource entity, and the resource utilization efficiency of a 5G message platform is improved.

Description

technical field [0001] The present invention relates to the technical field of 5G message composition, and in particular to a component capability-based 5G message composition method and a composition toolbox. Background technique [0002] With the upgrading of the new communication experience of 5G news, the demand for 5G news scenarios is also increasing day by day, and the traditional news development model can no longer meet the diverse needs of users. Users customize messages through the waterfall software program development method, ordinary business personnel cannot carry out program development, and the problems of long development cycle and high threshold can no longer meet the needs of users for rapid business innovation. [0003] At the same time, with the continuous increase and iteration of business functions and requirements, the amount of code maintained by the message management system will also increase, and the program will become more and more bloated. The...

AI Technical Summary

Problems solved by technology

[0006] 1. Enterprise users manage and operate through the SMS application system of B / S mode, and need to manually produce various pictures, videos or texts, and need to prepare materials, design styles, and adjust formats by themselves. This method is cumbersome and inconvenient to users

[0007] 2. Traditional message development has a high threshold. In order to adapt message templates to various SMS gateway interfaces, developers usually need to learn low-level interaction instructions and prefabricate the docking process and interface specifications, file specifications, and interface specifications corresponding to various business models;

[0008] 3. The atomic message capability is assembled on the unified message platform, but it is not packaged into a visual, draggable, and arrangeable operation panel. Changes in message content still need to be adjusted by modifying the coding method, resulting in a long service launch cycle and it is difficult to adapt to flexible changes. User Scenario Requirements

[0009] The existing technical solution provides a message application client system for maintaining SMS data, and the content of the message depends on the solidified message template. The type of template is single, and it is difficult to meet the needs of users in diverse scenarios, and various resource elements in the template are limited. Due to the resource capabilities provided by various messaging platforms, once users find it difficult for the platform to flexibly handle business needs, the user's sense of trust in the existing platform will also decrease

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