Docking adaption method and device among multiple systems, and electronic equipment

Abstract

The invention relates to the technical field of the communication, and especially relates to docking adaption method and device among multiple systems, a computer readable storage medium, and electronic equipment. Multiple systems comprise an active docking system and an active docking adaption node thereof, a passive docking system, and a passive docking adaption node thereof; the active dockingsystem and the active docking adaption node are mutually connected through an internal communication way, and the passive docking system and the corresponding passive docking adaption node thereof aremutually communicated through the internal communication way; the method comprises the following steps: establishing a transmission layer protocol connection channel between the active docking adaption node and the corresponding passive docking adaption node according to configuration information; acquiring an interface request data packet generated by the active docking system; sending the interface request data packet to the corresponding passive docking system through the transmission layer protocol connection channel. On the one hand, the system docking operation can be simplified, on theother hand, the docking among multiple systems can be conveniently realized, and the horizontal expansion of the system is convenient.

Description

technical field [0001] The present disclosure relates to the technical field of multi-system communication, and in particular, to a multi-system docking adaptation method, a multi-system docking adaptation device, and a computer-readable storage medium for implementing the multi-system docking adaptation method and Electronic equipment. Background technique [0002] With the development of Internet technology, the division of functions and responsibilities of information systems is becoming more and more detailed. When dealing with a business, multiple systems often need to cooperate. Each system implements different functions, has different responsibilities, and realizes collaboration and division of labor. In the actual implementation process, different systems have different functions and responsibilities, resulting in different possible implementation methods and / or different external interfaces. The realization of collaboration and division of labor among multiple syst...

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Problems solved by technology

[0004] However, there are certain defects and disadvantages in the above-mentioned multi-system communication method, for example: 1) The connection between A and B systems needs to introduce a new communication node Q1 as a bridge, and the bridge node Q1 needs to be connected to the A system node at the same time And B system nodes, when introducing a new system C for docking, it is also necessary to introduce a new bridging node Q2, and so on, when there are many docking systems, more bridging nodes need to be introduced, and the system The topology is more complex

2) When the implementation methods of the two systems A and B are roughly the same, when the UDP protocol is used for internal communication, the data information is transferred between the two systems A and B in the form of UDP packets, and the data transmission path is based on the routing table. After configuration, when there are many docking systems, the configuration of the routing table is more complicated; in addition, if the routing configuration of the UDP protocol is not properly configured, the data packet information will be cyclically routed among multiple systems, which will easily lead to information flooding

3) For multiple systems that have already been docked, when introducing a new system, there are many and complicated nodes and configurations that need to be added and modified, which is not conducive to the horizontal expansion of the system

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