An implementation method of an agile and efficient layered server-side interface architecture

Abstract

The invention discloses an interface architecture of an agile efficient layering server side. The interface architecture comprises a request distribution layer and a service processing layer. The request distribution layer receives the request of the client side; the service processing layer comprises multiple actions, and the service processing layer specifically processes the services through at least one of the actions according to the request of the client side, generates the result of the final uniform simple protocol and returns back the result to the client side. The request distribution layer comprises a servlet scheduler and an action caller, wherein the servlet scheduler receives the client side request, and calls a Get processing function / Post processing function to process the request according to the request protocol type; and the action caller is injected into the servlet scheduler, and is in charge of requesting for matching with each action in the service processing layer, and distributing and calling the actions. With the adoption of the interface architecture of the server side, the problems of low efficiency and internal memory consumption caused by repeatedly creating objects by different requests are solved, and the interface architecture provided by the invention is convenient in logical processing and excellent in response efficiency.

Description

technical field [0001] The invention relates to a software architecture, in particular to an implementation method of an agile and efficient layered server-side interface architecture. Background technique [0002] With the development of the mobile Internet, mobile terminal application software emerges in an endless stream, and more and more begin to rely on the server side for personalized information storage, acquisition and interaction, so as to realize the information security, continuity and shareability of the overall service , easy integration and high availability. [0003] Based on the above background, the server-side software, which is the information support of the terminal software, began to interact with the terminal software through the development and opening of external interfaces to build an information response platform. The traditional server-side interface development has the following problems: [0004] 1. Solutions that focus on the protocol layer h...

AI Technical Summary

Problems solved by technology

[0016] 1. The overall processing performance is not ideal

Struts2 encapsulates each request protocol into an independent object; each request needs to create a new action to do logic processing to achieve thread safety; integrate various types of return results; extensive use of proxies, regular expressions, reflections, etc. technology, although very powerful and easy to develop, but at the expense of operational efficiency

[0017] 2. The overall organizational structure is relatively complex and bloated, with many and complicated configuration files, which is inconvenient to organize and cumbersome to maintain

[0018] 3. Too much encapsulation of the underlying protocol is not convenient for efficient and flexible protocol extension

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