Real-time data exchange model of cross-platform application system

Abstract

The invention discloses a real-time data exchange model of a cross-platform application system, belonging to the filed of computer application. The model utilizes an enterprise service bus (ESB) to construct a service interaction channel over an enterprise-class construction and each business system; the functions in the cross-platform application system are packaged to form service components through the WEBSERVICE technology; the function support of data exchange is provided by the service components to build a management module based on the ESB; the service components are edited and integrated to realize service component registration, service routing and data set processing and transmission; and a service blog module is utilized to record the specific conditions and contents of data exchange for further management and monitoring. Compared with the prior art, the data exchange model of the invention provides a cross-platform real-time data exchange scheme with stability and high efficiency for industrial application systems, and also provides an effective tool support for management and monitoring service shared by data exchange.

Description

technical field [0001] The invention relates to the field of computer applications, in particular to a cross-platform application system real-time data exchange model based on enterprise service bus ESB and WEBSERVICE technology. Background technique [0002] With the rapid development of computer network technology and the continuous deepening of information reform in industries and enterprises, business application systems are playing an increasingly important role in the daily management and business operations of enterprises and industries. It has become a reality for industry enterprises to have large-scale, complex organizational structure, and a large number of business application systems. The application system can better and more flexibly support a huge business model, and free a large number of staff from the original repetitive manual labor. Come out, improve labor productivity. However, an increasingly obvious problem is facing industry enterprises, especially ...

AI Technical Summary

Problems solved by technology

However, an increasingly obvious problem is facing industry enterprises, especially the management of industry enterprises: with the expansion of business scale, the boundaries between many businesses are gradually blurred, the connections between different businesses are deepening, and business processes have emerged. The need for integration requires each business application system to be able to achieve information sharing, data interaction, and collaborative operation. However, because different business application systems are developed based on different technology platforms, the inconsistency of the underlying platform technology determines the importance of each business application system. It cannot directly interact, and data exchange and sharing can only be realized by using database tools independent of each system, such as the more common intermediate database or intermediate data table methods. These methods have relatively prominent drawbacks. Information delay of one day or more; second, it is difficult to locate the problem, and it is very difficult to find the problem based on the data exchange of these methods, and it is difficult to determine the node where the problem occurs; third, the data exchange of these methods basically adopts inter-system The model of one-to-one development is built, which cannot be reused, resulting in serious repeated development and waste of manpower

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