Design And Implementation Of Process Platform Supporting Control Logic And Display Dynamically Generated

In today's world,informatization has become the general trend of economic and social development.While enj oying the information explosion,we are also considering allowing computers and networks to participate more in daily life and work.More and more people are working and completing through the use of computers and networks.At the same time,various types of information systems are increasingly used in business processes.Various online office tools have greatly improved office efficiency and are more convenient for the people.Workflow and process platforms are developed following this trend.This paper focuses on the process platform,and is committed to designing and implementing a process platform that supports control logic and display dynamically generated.Starting from the process platform function itself,we will develop a process platform that can process design,process deployment,process execution,process monitoring,and data archiving.At the same time,from the perspective of process design and optimization,through the mining and analysis of process logs and business data,process bottlenecks will be found to provide direction for process optimization.This topic will also focus on the dynamic generation of page display logic corresponding to control logic.On the one hand,componentized storage and automatic construction are used to reconstruct page generation logic,so that the process platform can support complex business scenarios,which does not rely on the process designer's mastery of the front-end development technology.On the other hand,it realizes the decoupling of the control logic and the page display logic,making the update of the control logic independent of the display logic and simplifying the deployment process.Such characteristics are extremely practical.In order to design and implement the process platform,this paper first expounds the research background and significance of the topic,and introduces the related technologies involved in the design and implementation process.Then it analyzes the typical business scenarios and overall requirements of the process platform that supports control logic and display dynamically generated,abstracts the functional requirements and non-functional requirements.Then it analyzes the key technical problems of the system,mainly including;control logic and page display.The dynamic generation scheme uses componentized storage and automatic construction to reconstruct the page generation logic.Based on the critical path process bottleneck mining method,the workflow is abstracted and modeled,which is used to mine the process model and finally gainthe execution bottleneck of the process.With the solution of the key problems,this paper carries out the overall design of the process platform,dividing the process platform into four sub-platforms according to the function,and gives the module division,interface design of each sub-platform and iteractions with typical scenarios.Through the design of class diagram and related interface implementation,key algorithm implementation,typical scene description,etc.,the detailed design and implementation of the process platform is systematically expounded.Finally,by deploying the system and making integration test and result analysis,we prove that the overall design and implementation of the process platform is feasible and reasonable.