Data processing method and system for physical machine resource information

Abstract

The invention provides a data processing method and a data processing system for physical machine resource information. The method comprises the following steps of 1, acquiring the static information of physical machines and the dynamic information, which is represented in form of a current state value or an accumulated value at a current moment, of the physical machines; 2, re-acquiring the new dynamic information of the physical machines after 1 second, and subtracting the data of the dynamic information acquired in the previous second from data in the new dynamic information represented in form of an accumulated value to obtain information about resource utilization within a second; 3, creating a low-redundancy data table, wherein DTI is used for identifying data types, CI is used for identifying data positions, DRB is used for identifying subsequently-transmitted data items of the data, and DV is used for identifying a sequential arrangement result of values of the data items; 4, representing the static information, the new dynamic information and the information about resource utilization within a second by using the low-redundancy data table respectively, transmitting the low-redundancy data table to a destination node, repeating the steps, and acquiring the real-time resource information of an acquired node in real time by using the destination node.

Description

technical field [0001] The invention relates to the field of large-scale data processing with digital as the main transmission data, in particular to a data processing method and system for physical machine resource information. Background technique [0002] Scalability is one of the key challenges of large-scale software systems. For large-scale systems, network bandwidth is one of the main constraints on the scalability of their software systems. Therefore, optimizing the representation format of data transmitted within the software system can effectively reduce the amount of network transmission, thereby improving the scalability of the software system. [0003] Extensible Markup Language (XML) is a common language for data transmission and a widely used data transmission format. The use of XML can improve the independence between software. However, XML uses two tags (start tag and end tag) to define each data item, which greatly increases the redundant information of ...

AI Technical Summary

Problems solved by technology

The data represented by this method has much less redundant information than XML. However, for data that is mainly digital, the value of the data item and the ID of the data item occupy basically the same size, so the data represented by this method also has high redundancy

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