Message-oriented middleware transmission integration system based on Eucalyptus cloud platform

Abstract

The invention discloses a message-oriented middleware transmission integration system based on a Eucalyptus cloud platform. The outside of the system is related with a plurality of professional networks and integrated networks. The system comprises a gatekeeper, a safety member and a core member which are stored at an Eucalyptus cloud, wherein the gatekeeper is positioned at the outermost layer of the system, can be in closed, one-way and two-way states and is used for controlling communication feasibility between subsystems; the safety member is positioned between the gatekeeper and the core member and used for identity authentication; the core member is positioned at the innermost layer of the system. The message-oriented middleware transmission integration system is suitable for being used by Chinese people, is simple and convenient to operate and is safe, stable and reliable.

Description

technical field [0001] The invention relates to a message interaction middleware application technology in the field of cloud computing, which is used to connect data interaction and communication between multiple subsystems, and can provide security, stability and reliability guarantees. Background technique [0002] At present, with the application of cloud computing, especially SaaS, more and more widely, the system is getting bigger and bigger, how to form these systems into a large and stable system is an urgent problem to be solved. [0003] This technology of connecting multiple systems, eliminating technical differences between systems, and realizing communication and integration between them is called ESB (Enterprise Service Bus). Traditional ESB technology has the following problems: [0004] (1) Most ESBs cannot be used and customized on demand; [0005] (2) The vast majority of ESBs are foreign products. Although some are open source, the information and operati...

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Problems solved by technology

[0004] (1) Most ESBs cannot be used and customized on demand;

[0005] (2) The vast majority of ESBs are foreign products. Although some are open source, the information and operation interface are all in English, which is not suitable for Chinese people;

[0006] (3) Many ESB product description materials and help documents are scarce, and it is difficult to solve problems once encountered, and there is no technical support to communicate in language;

[0007] (4) Many ESBs are developed based on JBI (Java Business Integration, an integrated solution launched by SUN). With the acquisition of SUN, and JBI has not been widely recognized, the foundation of these ESBs is not solid enough;

[0008] (5) Some ESB products do not have a hot deployment function. If the newly added subsystem needs to be associated with other subsystems, the ESB needs to be restarted, and restarting the ESB will have a great impact on the existing running system;

[0009] (6) The performance of some ESB products drops greatly after proxying, such as ServiceMix, the time spent proxying Web Service is 2-6 times that of not proxying, which greatly reduces the overall work efficiency of the system

[0010] From the analysis of the above problems, the inventor realized that although there are many ESB products at present, there are hardly any ESB products that are really suitable for Chinese people. They always need to be improved in many ways, and a lot of manpower and material resources are required to study these products before they can basically be used. request, the case arises from

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