Policy mode-based logistics management method and device, terminal equipment and storage medium

Abstract

The invention discloses a logistics management method and device based on a strategy mode, terminal equipment and a storage medium. The logistics management method is applied to logistics operation management between an OMS system and a warehouse system, and the logistics management method comprises the following steps: obtaining logistics information of each e-commerce platform through a base class interface configured in the OMS system; matching and inheriting a subclass interface of the base class interface and used for operating logistics information; and calling the warehouse system through the matched subclass interface to operate the logistics information by adopting a corresponding operation method. Logistics management is achieved between an OMS system and a warehouse system according to a strategy mode, so the use of multiple condition judgment is avoided, codes in a logistics software program can be simplified, the use of a memory is reduced, and convenience is provided for subsequent function adding, for example, other functions need to be added continuously later, development or maintenance or optimization is very convenient, the decoupling performance is very high, and the expansibility is good.

Description

technical field [0001] The present invention relates to the technical field of logistics management, in particular to a logistics management method, device, terminal equipment and storage medium based on a strategy model. Background technique [0002] In the development process of logistics management, it may be encountered that multiple algorithms or strategies are required to realize a certain function. We will use different algorithms to complete this function according to different conditions and scenarios. Generally speaking, when encountering this situation, we usually write different algorithms into a class, and provide multiple methods in the class, and each method corresponds to a specific implementation. When the client calls, it will judge and select a specific algorithm through conditions such as if else. If there is a new algorithm requirement that needs to be added, the source code of the encapsulation algorithm needs to be modified, and the client code needs ...

AI Technical Summary

Problems solved by technology

If there is a new algorithm requirement that needs to be added, the source code of the encapsulation algorithm needs to be modified, and the client code needs to be changed when the client changes the algorithm. In this way, every time there is a new requirement, the algorithm class and the calling code of the client must be continuously modified. Doesn't it seem very troublesome, but also bloated and difficult to maintain

[0003] That is to say, the existing technology uses the if...else method to judge which interface to enter according to the incoming method value, and then perform business logic processing, which is fine for lightweight business, but for a large number of customers In other words, the coupling degree of the code is too high, and later maintenance becomes more difficult, which does not conform to the principle of opening and closing

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