Value-added service allocation method and value-added service system based on package

Abstract

This invention discloses a method for configuring increment services under a component structure and a system making service logic permanent, in which, the method includes: editing components separating from service logic, determining a limit state processor of the service logic based on the service executing logic to decide the component executing logic of said limited state processor to store the logic flow of the determined limited state processor and turn them to files, which can increase expansibility and adaptability of the increment service.

Description

technical field [0001] The invention relates to a persistence technology of value-added services, in particular to a component-based value-added service configuration method and a component-based value-added service system. Background technique [0002] Based on traditional communication networks, equipment providers often develop value-added services based on service-related structural modules. With the increase in business complexity, operators have increasing requirements for the openness of the development environment. The existing value-added Business development and configuration methods are increasingly difficult to meet customer needs. [0003] With the continuous development of next-generation networks and 3G, Parlay has gradually become the mainstream development technology for value-added services, but it is necessary to define a finite state machine (FSM, Finite State Machine) based on business logic. The more, the corresponding development efficiency is getting...

AI Technical Summary

Problems solved by technology

[0002] Based on traditional communication networks, equipment providers often develop value-added services based on service-related structural modules. With the increase in business complexity, operators have increasing requirements for the openness of the development environment. The existing value-added Business development and configuration methods are increasingly difficult to meet customer needs

[0003] With the continuous development of next-generation networks and 3G, Parlay has gradually become the mainstream development technology for value-added services, but it is necessary to define a finite state machine (FSM, Finite State Machine) based on business logic. The more, the corresponding development efficiency is getting lower and lower

[0004] In the process of realizing the present invention, the inventor found that in the process of developing business based on the finite state machine in the prior art, the finite state machine is closely coupled with the business function, so there are at least the following disadvantages: difficult code maintenance and poor system scalability

When developing a new business, it is impossible to separate the realized business functions from the existing business. Developers either redevelop or rely on code-level copying and modification. Due to the heavy workload, it is difficult to expand business development, and it takes time It is very long, and the workload in subsequent maintenance is also very large

[0005] Therefore, the development method of value-added services in the prior art can no longer adapt to the development of technology, it is difficult to realize the dynamic configuration of value-added business processes, and it will cause artificial changes to the internal configuration of value-added services, affecting the normality of the set business logic use

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