Information transmission method and device based on APP modularization

Abstract

The invention provides an information transmission method and device based on APP modularization, and the method comprises the steps: determining any two business modules with mutual value transmission demands from a specified APP, and analyzing a to-be-transmitted information body based on the value transmission demands; adding an annotation to the information body, wherein the annotation comprises a transmission direction of the information body between any two service modules and information body related information; identifying the annotation by adopting a preset code generator, and generating an entity class containing the information body and the transmission direction of the information body according to an identification result; and caching the entity class to a preset bottom layermodule, and receiving an acquisition operation of an information acquisition party in any two service modules on a corresponding information body from the entity class of the preset bottom layer module according to the transmission direction of the information body. According to the embodiment of the invention, the annotation is added to the to-be-transmitted information body, so that the annotation can be identified by adopting the preset code generator, the to-be-transmitted information body is automatically generated in the bottom layer module, and the workload of manually generating the information body at the bottom layer is reduced.

Description

technical field [0001] The present invention relates to the technical field of data processing, in particular to an information transfer method and device based on APP componentization. Background technique [0002] For common APP software, with the continuous expansion of APP business, its programming paradigm will continue to change accordingly. In order to achieve rapid iterative development of APP software, a set of component-based development solutions is usually adopted. See Figure 1a Componentization is actually a series of parallel business modules that do not have direct interdependence. Although there are currently many component-based development solutions in the industry, there are various problems on the whole, especially in the aspect of value transfer between modules. Since there is no direct dependency between each module, it is necessary to transfer value data to the bottom layer, and each module depends on the bottom layer module. The industry usually adop...

AI Technical Summary

Problems solved by technology

If the value is manually transferred, the information used to store communication between modules in the underlying Common layer will increase exponentially with the number of modules. This will not only cause a large workload, but also a comparison for future maintenance. big cost

In addition, the existing method of transferring values ​​between modules has a single type, and only some basic types of values ​​can be transferred

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