Workflow static planning method based on process mode

Abstract

The invention discloses a workflow static planning method based on a process mode, belonging to the technical field of middleware. The method is realized in one computer by the following steps: 1, analyzing a service target and an application scene from input information of a user; 2, carrying out service target- process mode to find a process mode which is most suitable for the current service target and the application scene; 3, if the process mode obtained in the step 2 contains a service target, invoking a matcher to match the process mode to obtain complete workflow definition without containing the service target; 4, adapting a planned process definition list; 5, optimizing the process definition; and 6, deploying the workflow definition to a workflow execution engine and starting the workflow execution engine. By utilizing the planning method, the workflow definition meeting the requirement is automatically planned according to the information submitted by the user so as to reduce the modeling difficulty of the service process and realize the multiplexing of the service process.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for an improved way to manage work flows efficiently during production or other activities. It uses a special program called Workflow Stabilization (WFS). WFKS allow different stages of processing to stay consistently with each others' needs even if they have changed their own ways of doing things like adding new features into them. Additionally, it provides a mechanism where developers create customized templates from these processed data sources. Overall, this technology helps streamline management tasks while still maintaining high efficiency across various aspects such as productivity improvement, cost savings, etc., through dynamic programming techniques.

Problems solved by technology

This patented technical problem addressed by the inventor relates to improving automated task flow analysis capabilities within a company's environment without requiring manual input during development phases. Current solutions have limitations such as lacked efficiency due to their dependency upon human effort and limited functionality provided through programming languages like C/C++, Java® (Java), Protocol Buffers, etc., making them difficult to implement into new environments with more flexibility than previously possible.

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