Application method for asynchronous distributed column object request agent system

Abstract

The invention provides an application method for an asynchronous distributed column object request agent system. The application method comprises the following steps that: a first sub system receives a message which is in accordance with a name of naming service; a Gate transmits a request to a software bus; the software bus reads request information, makes pile information which is registered in the bus be matched with the request information and transmits the request message to a request agency; the request agency fills agency tracking information into a stack according to request data and transmits the message to a local service unit if requesting for local system service; if requesting for other system data, the request agency is required to find out the naming service of a second sub system according to locally cached naming information and sends the naming service to the Gate of the second sub system for processing the message; the Gate of the second sub system receives the request message; the service unit receives the request message and makes the message enter a queue to be processed of the service; a dispatcher is reminded of dispatching the service unit to run the request; and the service unit runs the request so as to acquire a response message, wherein the response message comprises an agency tracking stack; and the response message is transmitted to a request unit of the message according to the tracking stack of the message.

Description

Technical field [0001] The invention relates to an application method of an asynchronous distributed column object request proxy system, which belongs to the field of distributed network monitoring systems. Background technique [0002] With the rapid development and expansion of computer networks and telecommunication networks, people have higher and higher requirements for network security and reliability. Network monitoring systems can allow users to effectively monitor and allocate limited network resources. The traditional network monitoring system adopts a centralized operation mode, and the central server is responsible for unified monitoring and management of the entire network. In this mode, a large amount of monitoring or management information transmission will consume network bandwidth, and the central server is often overloaded, which seriously affects the operating efficiency of the monitoring system. This kind of system structure is relatively simple, but the scal...

AI Technical Summary

Problems solved by technology

[0004] However, the architecture of the distributed hierarchical monitoring system is relatively complex, and all servers in the system need to call each other. This first requires a distributed request agent system that can respond asynchronously to meet the requirements of hierarchical calls. At the same time, traditional monitoring Data is transferred using objects, which cannot effectively utilize the existing bandwidth, so the transmission of the monitoring data itself also needs a method that can more efficiently utilize the existing network bandwidth

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