Business function calling method and system

Abstract

The invention is applicable to the technical field of computers, and provides a business function calling method and system. The calling method comprises the following steps: when a business calling instruction transmitted by a front-end system is received, acquiring an interface number in the business calling instruction; running a business logic module corresponding to the interface number, and calling a business script module through the business logic module, so as to realize a business function, wherein the business logic module is a business logic management module written based on a C++ language, and used for managing a plurality of business script modules; the business script module is a business function module written based on a scripting language; and the interface number is a number in a management middleware and used for accessing to an interface of the business logic module. The business function calling method and system provided by the invention can call the business function through the business logic module written in the scripting language, which is beneficial to reducing the business development difficulty and improving the business development efficiency.

Description

technical field [0001] The invention belongs to the technical field of computers, and in particular relates to a calling method and system for business functions. Background technique [0002] KCBP (Kingdom Core Business Platform, referred to as KCBP) is an intermediate layer between commercial applications and operating systems, providing a flexible and easy-to-use platform for solving large-scale and complex clustered applications in a distributed environment. In order to facilitate users to develop business applications, KCBP provides a set of development libraries, users can call API functions in their own business systems to realize their required business functions. In the prior art, a user writes a business logic module LBM (LoadableBusinessModule) in C++ language to complete a specific business function, and a business function is a business logic module. The business logic module is deployed on the server side, and can be dynamically loaded or unloaded without inte...

AI Technical Summary

Problems solved by technology

However, due to the complexity of C++ syntax and high learning costs, the development efficiency of business logic modules is low, debugging is difficult, the program defect rate is high, and the portability of the developed business logic modules is poor. Compiler for specialized development, testing, and deployment

To sum up, the development of existing business logic modules written in C++ language is difficult, which is not conducive to the realization of business function calls

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