Agent-free monitoring and managing method of data processing system

Abstract

The invention provides an agent-free monitoring and managing method of a data processing system, which comprises the following links: after starting a system, one monitoring thread is built up for every monitored computer; by adopting each monitoring thread, the monitored computer is conducted with windows management instrumentation (WMI) and an information processing center (IPC) connections at first; a data sheet in the WMI memory pool of the monitored computer is searched according to the preset monitoring information and to obtain information; a log file generated by the data processing progress of the monitored computer is accessed by every monitoring thread at a regular time through the IPC connection; the obtained monitoring information and the log file are displayed by every monitoring thread, the numerical values of the monitoring information and the log file are judged and analyzed; and if the state information is abnormal or exceeds a certain threshold, the alarm information is displayed. By adopting the agent-free monitoring and managing method, the ''agent-free'' monitoring method is realized; the monitoring system is configured and allocated on any one computer only no matter how large the network is; and the method of allocating and monitoring is simple and effective.

Description

technical field [0001] The invention relates to a monitoring method for a computer data processing system. Background technique [0002] For some processing systems with complex structures and functions, the performance requirements are high. The monitoring system cannot affect the performance of the nodes, and can open and close the data processing processes on all nodes. In addition, the monitoring of each processing node The requirements are different, and they are explained as follows according to the processing flow: [0003] 1) Data cache nodes. Receive external data to the buffer area through the network, and take out the data from the buffer area and send it to the next node. The receiving speed is required to be stable and smooth, and the fluctuation is small. It is required that the monitoring system can regularly monitor the network input and output speed of this node, as well as the status information of CPU, memory, and hard disk; [0004] 2) Data preprocessi...

AI Technical Summary

Problems solved by technology

[0009] from figure 1 It can be seen from the figure that when the "proxy" method is used to monitor a remote sensing data processing system, it cannot meet the monitoring requirements very well. The specific performance is as follows:

[0010] 1) Unable to meet the requirements that do not affect system performance

The agent program tends to run in the background with a lower priority and less resource consumption. Under normal circumstances, it has little impact on the computer, but when the system is under high load, it becomes sensitive to the activities of the "agent", which is easy to cause The performance of the system fluctuates. If the "agent" itself has defects, it will seriously affect the performance and lead to the failure of monitoring and management;

[0011] 2) Deployment, configuration, maintenance and upgrade difficulties

During upgrade and maintenance, if the type of monitoring information changes, the main monitoring and monitoring agents need to be modified at the same time, which takes a lot of time, poor flexibility, and high maintenance costs;

[0012] 3) The design of the monitoring system is more complicated

The complexity is mainly reflected in the design of the communication protocol between the main monitoring and the agent. The main monitoring needs to first connect the monitored target to the network, then encapsulate the monitoring and management instructions in a predetermined format, and finally send them to the agent through the network. After the agent receives the instruction , to analyze the command according to the predetermined protocol, after the command is executed, send a reply to the main monitor according to the protocol, because the whole monitor is often a short-term timing mechanism, so the network communication is frequent

[0013] The current data processing and monitoring system cannot meet the needs very well, and a targeted monitoring and management system needs to be designed

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