Native and JS interactive message processing method

Abstract

The invention discloses a native and JS (JavaScript) interactive message processing method, which is characterized by comprising the following steps of: formulating a message mapping table L; creating a native management module N, and creating a first method and a second method; creating a sub-module M1, a sub-module M2 and a sub-module M3 for processing the message, respectively inheriting the sub-module M1, the sub-module M2 and the sub-module M3 from the native management module N, and internally implementing the second method; and enabling the JS message sending module to send the first message to the native management module N, enabling the native management module N to find the corresponding sub-module M1 in the message mapping table L according to the message name of the first message, and enabling the sub-module M1 to call a second method implemented by the sub-module M1 for processing. Therefore, the native and JS interactive message processing method can reduce calling processes, reduce code redundancy, can be reused and expanded, reduces research and development time cost and bandwidth loss, and improves code operation efficiency.

Description

technical field [0001] The invention relates to the technical field of multi-language joint development, in particular to a message processing method for interaction between native and JS. Background technique [0002] At present, using multi-language development is a common development method. Many applications are no longer developed in a single language, but use the strengths of each language to shorten development time and improve development efficiency. However, in the process of multi-language development, multi-language interaction is a very important part, but often technicians ignore the processing method during the interaction process, resulting in confusion in the structure level, messages sent multiple times or messages not received during the interaction process, etc. problem, and it is difficult to troubleshoot, thus failing to achieve the original intention of shortening R&D time and improving R&D efficiency. At this time, an interactive message processing met...

AI Technical Summary

Problems solved by technology

However, in the process of multi-language development, multi-language interaction is a very important part, but often technicians ignore the processing method during the interaction process, resulting in confusion in the structure level, messages sent multiple times or messages not received during the interaction process, etc. problem, and it is difficult to troubleshoot, thus failing to achieve the original intention of shortening R&D time and improving R&D efficiency. At this time, an interactive message processing method is urgently needed to solve this problem

[0003] As a multi-language development client, in the existing interaction mode, there are problems such as unsmooth interaction, complicated message sending process, and too many call levels, and the problem of different processing for the same message in different modules has high redundancy in the processing code. In turn, network bandwidth is increased, visual display and response speed are reduced, and equipment heats up. In terms of code management, redundant codes refer to each other and call each other, which is prone to circular references and even bad experience of application crashes.

Images