Method for detecting IP addresses and physical addresses

Abstract

A method for detecting the network association site and the physical address, which includes the following steps: (a) for each testing unit installed in one machine server, one testing the servo to receive the unit from the test to the test unit and andWhen a internet association site request containing a solid address, it associates and transmits a network association site until the test unit;When the start -up request of the measuring unit, the transfer of the boot configuration information is transmitted until the test to the test;When the judgment result is, the test servo will set the network associated address assigned by the network to a static network association site.

Description

technical field [0001] The present invention relates to a method for detecting an Internet Protocol address and a physical address, in particular to a method for detecting an Internet Protocol address and a physical address of each unit under test of a rack server A method of detecting Internet Protocol addresses and physical addresses of addresses. Background technique [0002] The rack-mounted server saves the storage space of the host by placing several hosts horizontally in the chassis for unified management and control. The main advantage of saving space is that it is convenient for centralized maintenance and management, so that the cost of hosting in the computer room is also lower. [0003] In the past, whether it is to perform remote control or test each unit under test (unitunder test, referred to as UUT) inserted in a rack server, it is necessary to first obtain the Media Access Control (MAC) of each unit under test. , referred to as MAC) address (that is, physi...

AI Technical Summary

Problems solved by technology

[0003] In the past, whether it is to perform remote control or test each unit under test (unitunder test, referred to as UUT) inserted in a rack server, it is necessary to first obtain the Media Access Control (MAC) of each unit under test. , referred to as MAC) address (that is, physical address) and Internet Protocol (Internet Protocol, referred to as IP) address, however, when assigning the above information, if the unit under test inserted in the rack server For models not produced by the company to which the person is assigned, it is impossible to accurately assign the relevant information of the unit under test corresponding to the model not produced by the company to which the person is assigned. Therefore, for testers, rack servers are like A black box, which units to be tested and how many units to be tested are inserted in the rack server are unknown, and the physical address corresponding to each unit to be tested is also unknown

[0004] Testers may have to actually disassemble each unit under test installed in the rack server, and then query the physical address corresponding to each unit under test, and manually record the address corresponding to each unit under test. Finally, the unit under test can be tested according to the unit under test’s physical address and the IP address of the Internet protocol. , may also damage the unit under test

Another method is to use commercially available software such as NMAP to scan the IP addresses of all the units under test inserted in the rack server. The IP addresses obtained by this method have not been verified. , so the accuracy is not high, so it is necessary to find a solution

Images