Rapid development method and business system based on network data and message-oriented middleware

Abstract

The invention provides a rapid development method and a business system based on network data and message-oriented middleware. The method comprises the following steps of adopting a network mirror image method for obtaining network data of focal point services, utilizing an analysis method for obtaining service data so as to form a new data source, and providing for other software and systems to consume and use through a uniform consumption way. Therefore, the difference of the focal point services existing in an actual service-oriented environment is shielded, consumers consume in the uniform way, only one consumption way needs to be supported under the simplest situation, and data of the focal point services to be mirrored in the systems can be obtained, so that the development and debugging cost required by the software consuming the data source is greatly reduced.

Description

technical field [0001] The invention relates to a software system, in particular to a rapid development method and a business system based on network data and message middleware. Background technique [0002] How to accelerate software development and business system launch in a networked and service-oriented environment is a very difficult but very important issue. There is no good solution yet. [0003] On the one hand, software systems have been evolving toward service-oriented and micro-service-oriented. This is an inevitable trend brought about by the development of pursuing specialization, decoupling functions, and improving efficiency. At the same time, this change also brings benefits such as better maintainability and higher availability. On the other hand, the current vigorous development of virtualization technology and container technology has accelerated this trend: services are divided into smaller and smaller pieces, and each service becomes lighter and eas...

AI Technical Summary

Problems solved by technology

Therefore, developing a software or system used in a networked and service-oriented environment is often very complicated: it is necessary to sort out and understand how to obtain the required data sources, and then it is necessary to integrate or develop a large number of general or non-general data acquisition modules , and then there is the inevitable inter-system joint debugging of a large number of cases

As the system goes online, complex data source support increases the difficulty and cost of maintenance

[0008] 2) Data is continuously generated, but there is no effective interface provided to external third parties

So this development process can be very slow and time-consuming

At the same time, this transformation largely affects existing data sources.

[0009] 3) The problem of matching data processing capabilities

This greatly increases the complexity and reliability of developing software

[0010] 4) Side effects of data source usage

Obviously, this solution is costly first, and there is always a difference between the simulated data and the real environment, and it is still unavoidable that the system will run in the real environment in the future.

[0011] 5) Contradiction brought about by data source dependency

Even if this change is backward compatible and does not affect previous use, if the software or system that consumes these data sources does not make corresponding changes for development, it will generally not be able to obtain the advantages brought by upstream service upgrades

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