Internet communications engine (ICE) middleware based distributed application management framework and operation method

Abstract

The invention discloses an internet communications engine (ICE) middleware based distributed application management framework and an operation method and belongs to the field of network based distributed software technologies and enterprise information management softwares. The ICE middleware based distributed application management framework is characterized in that the framework comprises a user management interface AMGUI (201), an application management service program AMS (202), a registration service program Registry (203), a subscribe release data transmission service IceStorm (204) and a plurality of application management base class library AML (205) based distributed application programs, wherein the AMGUI, the AMS, the registration service program, the subscribe release data transmission service and the distributed application programs are respectively interconnected with an ICE bus. According to the internet communications engine (ICE) middleware based distributed application management framework and the operation method, the unified distribution, the unified parameter configuration and the unified condition monitoring operation of each distributed application are achieved, a data transmission mechanism provided by the ICE middleware can be fully used to perform communication, the system deployment is simplified, the maintenance workload is reduced, and the stability and expansibility of a system are improved.

Description

technical field [0001] The distributed application management framework and operation method based on ICE middleware provides an effective management mechanism for each application in the distributed software system, including parameter configuration, start-stop control, status monitoring and data transmission of each application. Background technique [0002] With the development of network technology and enterprise informatization, distributed application systems have been more and more widely used. Nowadays, with the rapid growth of enterprise information resources and frequent changes in business requirements, the development of application systems has become more and more complex. In order to meet the scalability, reliability and flexibility of the application system, and realize the complete integration among different hardware devices, software systems, network environments and database systems, many large-scale software systems currently adopt distributed architectur...

AI Technical Summary

Problems solved by technology

First of all, each application is independent, parameter configuration, etc. are set by each application independently, lacking a unified configuration interface, and system deployment is inconvenien

Images