Field drive software design method based on micro service

Abstract

The invention provides a field drive software design method based on micro service, which comprises the following steps of: 1, demand investigation: combing business models in combination with business demands in a demand arrangement process; 2, dividing the fields: carding and dividing the business fields according to the business models, distinguishing the business fields, and making a detailed design drawing for the business models of the business fields one by one; 3, business modeling: creating a domain model of a domain layer according to the detailed design drawing, namely converting a business model into a business code, and storing a domain model data object in a base layer; 4, model testing: verifying domain model functions through unit testing; and 5, system development: completing interface design, realizing development of an interface layer and an application layer according to interface requirements, and setting an expansion layer with function expansion according to business conditions.

Description

technical field [0001] The invention relates to a microservice-based domain-driven software design method, belonging to the technical field of software system design. Background technique [0002] In the 21st century, the information industry has been booming. Almost all information services are inseparable from software systems. With the in-depth development of the Internet and the addition of a large number of end users, information technology has also evolved from stand-alone services to distributed services. . Software is the carrier of informatization. With the development of distributed systems, businesses have become more and more complex. How to design a system architecture that can cope with continuous evolution and iteration has become more and more urgent. [0003] Most of today's software design methods are still based on data-driven design, that is, analyzing and processing business from the perspective of data. In terms of data-driven design ideas, business f...

AI Technical Summary

Problems solved by technology

However, due to the inability to control the software business logic and the lack of a complete expansion system, it is impossible to iterate software products stably

Each iterative upgrade process is likely to cause the butterfly effect, and it is easy to implicate other functions and cause a large number of accidents, thus affecting the overall stability of the software product

[0006] The function adjustment is very involved: in the process of data-driven development, not only is it easy to cause the butterfly effect, but it will also lead to modifying one part and implicating the whole body

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