Front-end interface processing method and system

Abstract

The disclosure provides a front-end interface processing method and system, and designs a front-end interface processing system. The front-end interface processing system comprises a front-end interface processor for uniformly calling interfaces; by matching of a Model layer and a Service layer, alternative execution of calling and callback of multiple interfaces is implemented; then according toasynchronous callback processing, the interface processor can infinitely call and can be suitable for changes in any cases so as to implement one calling of multiple interfaces and avoid the code redundancy; and all parameters adopt an object parameter transfer mode, and a developer does not need to pay attention to a sequence of the parameters, and thus, the developer only needs to focus on a service logic. Meanwhile, the interface processor just carries out adaptive processing on the Service layer and the Model layer, and carries out calling on a Controller layer or other places where calling needs to be carried out, and thus, the front-end interface processing method and system can be used in a random project and a random system and are greatly convenient for the developer.

Description

technical field [0001] The present disclosure relates to the field of network interface communication, in particular to a front-end interface processing method and system. Background technique [0002] In the current web environment, the communication between the front end and the back end is usually in the form of an interface. Every time an operation is performed, the front end needs to initiate an Ajax request, call the interface provided by the back end, pass the parameters required by the back end operation, and then perform the corresponding operation in the corresponding callback function. It can be seen that the interface between the front end and the back end Communication will be very frequent. Interface communication calls and interfaces are generally used for inter-layer collaboration. The upper layer installs the function of this layer in the lower layer. This function is a callback, and the lower layer triggers a callback under certain conditions. For example...

AI Technical Summary

Problems solved by technology

The structure of one interface calling one callback is not universal, and there is code redundancy. The more frequent the front-end and back-end communication, the more redundancy; the parameters in the GET request are passed in one by one in order. In actual development, one The interface may have more than 10 or even more than 20 parameters. At this time, it is difficult to record the order of the parameters. Therefore, when there are too many interface parameters, it will take more time to check the parameters and reduce the development efficiency.

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