Method for automatically generating software system interaction framework based on multi-party communication protocol

Abstract

The invention provides a method for automatically generating a software system interaction framework based on a multi-party communication protocol, and belongs to the computer field. Considering that the combined interaction process of a plurality of software systems with one another in traditional modeling is unlikely to guarantee complete intercommunication of all systems, the invention provides the method for automatically generating an interaction framework of the interaction process of a plurality of participating software systems with one another based on the multi-party communication protocol. The method specifically comprises the steps of firstly, establishing a communication protocol which is capable of completely expressing the interaction process of a plurality of systems with one another through communication activities and migration relations; and secondly, traversing all the communication activities in the communication protocol and orderly establishing the communication activities and the migration relations in each software system, and simplifying empty activities. The method provided by the invention is capable of effectively improving the design and development efficiency of the interaction process of a plurality of software systems in the traditional molding and guaranteeing correct operation of each software system in the multi-party interaction.

Description

technical field [0001] The invention belongs to the field of computers, and mainly focuses on improving the correctness and high-efficiency development of activity design of multiple software system interaction processes in traditional modeling. Background technique [0002] In the field of traditional modeling, it is difficult to express the combined interaction process of multiple systems. There are two main difficulties: [0003] The first difficulty lies in the need to establish a large amount of interaction information between multiple systems, and there is a potential risk of missing some interactions when describing the combined interaction of multiple systems; [0004] The second difficulty is that a highly complex software system often needs to contain multiple subsystems to interact with other external systems, and these software systems and the subsystems they contain are often developed and maintained by different development teams. It is difficult for teams to...

AI Technical Summary

Problems solved by technology

[0003]The first difficulty lies in the need to establish a large amount of interactive information between multiple systems, and when describing the combined interaction of multiple systems, there is a potential risk of missing some interactions;

[0004]The second difficulty is that a highly complex software system often needs to contain multiple subsystems to interact with other external systems, and these software systems and the Subsystems are often developed and maintained by different development teams. It is difficult for development teams to effectively communicate the complex interac

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