An interface parameter verification method and component

Abstract

The invention provides an interface parameter verification method and component. The method comprises the steps that a client defines parameters via a client end; an annotation analyzing module analyzes the parameters and sends analysis result data to a verification rule generating module; the verification rule generating module generates self-defined reference data type comparison rules according to the analysis result data; an annotation verification module searches for an attribute corresponding to each attribute of the comparison rules generated by the verification rule generating module in parameter objects and compares attribute values via the self-defined comparison rules; if no corresponding attribute is found or the corresponding attribute values are different, verification fails; otherwise, verification is successful. The interface parameter verification method can perform diversified implementation on frameworks based on multiple formats such as annotation, json, and xml, better support great dependency of parameters and support complex parameter types.

Description

technical field [0001] The invention relates to the technical field of interface inspection, in particular to an interface parameter inspection method and components. Background technique [0002] As we all know, as long as there is an interface, there will be parameters, but there will be parameter verification. For the business interface, the business code should be clear at a glance, with only business-related logical ideas, and there should not be a large number of if-ifs to verify parameters or data itself or some other processing, in order to enhance the readability of the code , Maintainability, the verification processing of interface parameters is very important. [0003] At present, many popular open source frameworks have their own parameter verification mechanism, such as struts2, spring mvc Validator mechanism, hibernate-validator, commons-validator, etc.; [0004] For many scenarios, these third-party components cannot meet our needs, such as parameter depend...

AI Technical Summary

Problems solved by technology

[0004] For many scenarios, these third-party components cannot meet our needs, such as parameter dependencies, etc.

They all simply provide the format of the verification parameter field, and these verifiers 2020 are stateful, resulting in poor verification performance

For some large amount of data operation processing, it seems very difficult

For the pursuit of high performance on the Internet platform, low-efficiency interfaces are often not applicable

Images