A method and device for data interaction of network nodes

Abstract

Embodiments of the present invention provide a data interaction method and device for network nodes. The method includes: calling pre-configured middleware, the middleware storing pre-configured node information of each network node; According to the trigger action of the specified network node, the first node information of the specified network node is obtained; according to the first node information and the second node information of the service party network node of the service party corresponding to the sender of the data request, the The path between the business network node and the specified network node, and perform data interaction with the data request receiver corresponding to the specified network node according to the path, the data request, and the network address identifier of the data request sender . The apparatus performs the method described above. The method and device provided by the embodiments of the present invention can efficiently realize data interaction between a data receiver and a data sender.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of data processing, and in particular to a data interaction method and device for network nodes. Background technique [0002] In an enterprise network, cascaded network nodes are usually set up. For example, a first-level network node is connected to multiple second-level network nodes, and each second-level network node is connected to multiple third-level network nodes. Network nodes at all levels below the first-level network node use the unified network address of the first-level network node to exchange data with the business party. In the prior art, if the business party wants to perform data interaction with the third-level network node C1, it needs Programmers know the cascading relationship among the third-level network node C1, the second-level network node associated with C1, and the first-level network node associated with C1, and analyze C1, the second-level network no...

AI Technical Summary

Problems solved by technology

[0002] In an enterprise network, cascaded network nodes are usually set up. For example, a first-level network node is connected to multiple second-level network nodes, and each second-level network node is connected to multiple third-level network nodes. Network nodes at all levels below the first-level network node use the unified network address of the first-level network node to exchange data with the business party. In the prior art, if the business party wants to perform data interaction with the third-level network node C1, it needs Programmers know the cascading relationship among the third-level network node C1, the second-level network node associated with C1, and the first-level network node associated with C1, and analyze C1, the second-level network node associated with C1 by writing a large number of programs. The communication protocol between the first-level network node and the first-level network node associated with C1, so as to realize the data interaction between the business party and the third-level network node C1. It is not difficult to see that the above-mentioned prior art consumes a lot of manpower. low efficiency

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