Modularize enterprise bus integration method and device

Abstract

The invention discloses a modularize enterprise bus integration method and device. The method comprises the following steps that disposition nodes of applications are created in a web platform based on server information; the disposition nodes are divided into different clusters, and a load balancing strategy is configured in the web platform and issued to a load balancing server; according to attribute of a practical service, the service attribute is defined as a visual programming assembly in a visual programming device; and the programming assembly is disposed in the corresponding disposition node. A target service can be designed easily in the web management platform; a program satisfying the requirement can be designed via the visual programmer and issued to the disposition node by one click, and the workload and difficulty of disposition are both reduced; load balancing is set to improve the stability and availability of the service and reduce influence of a single-point fault onuse; the disposition nodes are monitored, and a problem can be located and solved timely; and access authentication is set to ensure the safety of data storage, transmission and access.

Description

technical field [0001] The present invention relates to, in particular, to a componentized enterprise bus integration method and device. Background technique [0002] ESB is the enterprise service bus (Enterprise Service Bus), which is the product of the combination of traditional middleware technology and XML, Web service and other technologies. It is used to realize the accurate, efficient and safe transmission of different messages and information of enterprise applications. The emergence of ESB has changed the traditional software architecture, and can provide solutions that are cheaper than traditional middleware products. communication and integration. [0003] Mule is a lightweight integration platform. Mule is not used to create point-to-point integration between multiple systems, services, APIs, or devices, but to intelligently manage message routing, data mapping, orchestration, and message routing between nodes. Delivered reliably and securely. [0004] MULE ES...

AI Technical Summary

Problems solved by technology

[0004] MULE ESB Community Edition has been componentized for various protocols, and the programming can be quickly realized through AnypointStudio drag-and-drop method, but in actual use, there are the following defects: AnypointStudio is evolved based on Eclipse, and its functions are strong, but it is too heavy. It is not practical, and after the programming is implemented, it cannot be automatically deployed to the corresponding nodes; it does not support distributed cluster deployment, and it does not support high availability; it cannot monitor the health status of nodes and service running status; there is no general data encryption or signature Solution, the published service has no access authentication control

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