Node-pluggable trigger implementation method and computer readable storage medium

Abstract

The invention relates to a method for implementing a trigger with pluggable nodes, which comprises the following steps that: the operation logic of the trigger is divided into two parts, namely common capability and node capability, the common capability comprises the core execution logic of the trigger and the general execution logic of each action node, and the node capability comprises the specific execution logic for executing each action node; respectively creating corresponding engines according to a core execution logic included in the common capability of the trigger and each general execution logic; and respectively creating corresponding action nodes according to each specific execution logic included in the trigger node capability. In the invention, the common capability is formed by extracting the core execution logic of the trigger and the general execution logic of each action node, and the node capability is formed by the specific execution logic of each action node, so that the specific node capability of the trigger is separated from the common capability, and no direct functional coupling exists between the nodes; the function of a certain node does not depend on the functions of other nodes, so that the node can be independently developed, independently online and independently used.

Description

technical field [0001] The invention belongs to the technical field of industrial Internet platforms, and relates to a trigger implementation method and a computer-readable storage medium for pluggable nodes. Background technique [0002] Industrial Internet platforms need to use a large number of triggers for data flow configuration and business orchestration. However, due to the diverse business demands of enterprises, it is necessary to allow triggers to automatically perform various tasks, and in triggers, they will be converted into corresponding nodes that perform various actions. As the number of developed nodes increases, if there is a coupling relationship between each node, the efficiency of developing new nodes will be reduced, and the customer enterprise will have to wait for a long time. Moreover, frequent modification of a highly coupled system may affect the functions that have been implemented, resulting in system instability. At the same time, enterprises ...

AI Technical Summary

Problems solved by technology

As the development of nodes increases, if there is a coupling relationship between each node, the efficiency of developing new nodes will be reduced, and the customer enterprise will have to wait for a long time

Moreover, frequent modification of a highly coupled system may affect the functions that have been implemented, resulting in system instability

At the same time, enterprises have demands for customized nodes. If there is coupling between node functions, it is difficult to develop independent customized nodes for enterprises.

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