Information processing method and equipment

Abstract

The embodiment of the invention discloses an information processing method and equipment. The method comprises the steps that workflow request information is acquired based on the user behavior; whenthe driving type is the first driving type, key information corresponding to the workflow request information is generated and the key information is written in a first waiting queue through a first dispatcher, wherein the first driving type is timing driving, readjustment driving or parameter driving; the key information is read from the first waiting queue in order through a first event processor, a workflow instance is generated based on the key information and the workflow instance is written in a first issuing queue; the workflow instance is read from the first issuing queue through a first submitter to be transmitted to the corresponding execution node; and the corresponding dispatcher, the waiting queue, the event processor, the issuing queue and the submitter are pre-allocated forthe workflow of each driving type.

Description

technical field [0001] The present invention relates to information processing technology, in particular to an information processing method and equipment. Background technique [0002] In the prior art, workflow-driven requests generated based on user behavior can only be divided into two types: manual-driven and timing-driven; among them, workflow is the business process of a certain job and the business rules and interrelationships between various steps in it. abstract and general description. The two types of workflows share the same queue and use the same concurrency control system. When a workflow execution request is initiated, the two types of workflow instances enter the same waiting queue and wait for scheduling. The counting system of concurrency control will simultaneously accumulate the number of currently running workflow instances in the two ways to determine the number of currently running workflow instances in the waiting queue. Whether the workflow instan...

AI Technical Summary

Problems solved by technology

That is to say, when a timing-driven workflow instance is executed, a manual-driven workflow instance cannot be executed

[0003] The following problems may occur in the prior art when responding to the needs of large batches and multiple services: 1. The driving methods are not diverse enough. In addition to basic debugging (such as manual driving) and periodic scheduling (timing driving), users have many other various needs, and the existing technology cannot cover all scheduling needs

Unable to meet the timeliness requirements of different types of workflows

3. Different driver types correspond to the same concurrency control system, which makes different types of workflows interfere with each other

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