Asynchronous request method based on hybrid mode cross-platform application

Abstract

The invention discloses an asynchronous request method based on mixed mode cross-platform application. When mobile application layers obtain remote page information through different mobile platforms, a JS library is established between the mobile application layers and the mobile platforms, and interaction between pages and the mobile application layers is achieved. The asynchronous method specifically includes the steps that the application layers send out request instructions and continue conducting other operations, the request instructions are needed remote page information, page structures for the needed remote page information are formed after the JS library receives the instructions, parameters are formed by data of the needed remote page information, an ID of a callback method is generated and maintained for the needed remote page information, and meanwhile a corresponding relation of the ID of the callback method is generated. According to the method, the remote pages are creatively split into the page structures and the data, so that when the mobile application layers obtain the remote page information, only the data need to be obtained, the page structures do not need to be obtained, asynchronous calling between the application layers and the remote pages is achieved, and operating efficiency of the application layers is improved.

Description

technical field [0001] The invention relates to an asynchronous request method based on a hybrid mode cross-platform application, belonging to the technical field of virtualization. Background technique [0002] With the development of the mobile Internet, smart mobile terminals such as mobile phones and tablet computers have become important carriers of information. Under the trend of mobilization, traditional services have begun to gradually expand to mobile services, and the demand for mobilization of enterprise application systems has also increased. . [0003] At present, the mobile application development of power grid business is in the one-to-one construction and development mode, which leads to the current situation that the mobile platform of an enterprise is small, numerous and complex. [0004] The one-to-one construction and development model, due to different manufacturers, leads to completely inconsistent technical architecture and standards, difficult centra...

AI Technical Summary

Problems solved by technology

[0003] At present, the mobile application development of power grid business is in a one-to-one construction and development mode, which leads to the status quo of small, multiple and miscellaneous mobile platforms in an enterprise

[0004] The one-to-one construction and development model, due to different manufacturers, leads to completely inconsistent technical architecture and standards, difficulty in centralized management and control, and great risks in information security. It will also lead to long development cycles and serious repeated development problems, resulting in construction Great waste of investment

[0005] The mobile application construction of each business system lacks unified management and control means, and information security and management risks are high

[0006] At the same time, in the existing technology, the information acquisition between the application layer and the remote page resources is a synchronous relationship, that is, after the application layer sends a request instruction, the application layer cannot perform other operations until the required information is returned from the remote page, which greatly occupies the application resources. layer effectiveness

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