Tobacco logistics platform design method, system and device and storage medium

Abstract

The invention discloses a tobacco logistics platform design method, system and device and a computer readable storage medium, and the method comprises the steps: designing a plurality of independent micro services corresponding to business functions according to the business functions needed in a tobacco logistics process; and based on the micro-service architecture, integrating all micro-services to obtain the tobacco logistics platform of the micro-service architecture. According to the application, each business in a tobacco logistics link is abstracted and designed into each independent micro-service, so that the micro-services are completely independent from one another and can be independently developed, managed and flexibly and quickly expanded, and the tobacco logistics platform obtained by integrating all the micro-services is further improved, business functions required in the grass logistics process are designed from the three aspects of business, data and technology, and a business, data and technology micro-service architecture cluster is built, so that the platform is more flexible and configurable, and has the advantages of higher response speed, short development period and low system maintenance cost.

Description

technical field [0001] The invention relates to the field of logistics informatization construction, in particular to a tobacco logistics platform design method, system, device and computer-readable storage medium. Background technique [0002] With the increasing level of logistics specialization, logistics construction has gradually changed from enterprise logistics to supply chain logistics, and the logistics supply chain system has become an important manifestation of China Tobacco's overall competitiveness and comprehensive strength. However, supply chain logistics is a holistic, whole-process, all-element, high-level logistics, which requires a unified management mechanism and technical means to integrate and optimize the allocation of resources for each part of the logistics, eliminate isolated islands, clear bottlenecks, and achieve Supply logistics, production logistics, planning and dispatching, transportation operations, warehousing operations, and cost settlement...

AI Technical Summary

Problems solved by technology

The main problems include 1. Strong technical coupling: the coupling between modules is too high, if one of the functions is upgraded, other modules must be upgraded and deployed together

Using the existing technical architecture, the cost of future changes and transformations is high

2. Poor deployment flexibility: Deployment is cumbersome, and the client needs to be installed on each device that uses the system. Even if only a small place is modified, all users often need to redeploy. It is not easy to do continuous release, and it is not flexible to perform distributed deployment.

3. Difficulty in software upgrade: Due to the strong coupling of technology, when the software is upgraded, the entire service may need to be suspended

4. Poor system scalability: When user requests increase in large quantities, each layer must be expanded in turn. Since each layer is internally coupled, expansion will be difficult

5. Difficulty in operation and maintenance: It is difficult to analyze the impact of changes or upgrades, and any small modification may cause failures in the overall operation of a single application

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