Diskless system test data collection method, system, terminal and storage medium

Abstract

The invention provides a diskless system test data collection method, a system, a terminal and a storage medium. The method comprises the steps of accessing a management server and all diskless systemtest machines to the same local area network; mounting a file system general directory of the management server to each test machine; and synchronously updating the test data of each test machine through the general directory and storing the test data to the management server. According to the invention, real-time collection of the test data of the batch diskless system test machines can be realized, the data collection efficiency is improved, problem positioning and repairing of the test machines are facilitated, and the stability of the system and the server is ensured.

Description

technical field [0001] The invention relates to the technical field of server testing, in particular to a diskless system testing data acquisition method, system, terminal and storage medium. Background technique [0002] In the current field of server technology, the use of diskless systems is becoming more and more common, especially in areas such as development, testing, and production. When testing the diskless system, the log is stored and saved basically by connecting the notebook and the server through a serial cable. This method of obtaining test data easily takes up a lot of manpower, and some data under the system cannot be obtained. And a serial cable + a notebook can only get the data of one machine, which takes up a lot of resources. The diskless system is easy to use, concise, and easy to operate. It greatly reduces the space of the hard disk and is easy to maintain. However, there are also situations where some data are not easy to save. Due to the characteri...

AI Technical Summary

Problems solved by technology

When testing the diskless system, the log is stored and saved basically by connecting the notebook and the server through a serial cable. This method of obtaining test data easily takes up a lot of manpower, and some data under the system cannot be obtained. And one serial cable + one notebook can only get the data of one machine, which takes up a lot of resources

The diskless system is easy to use, concise, and easy to operate. It greatly reduces the space of the hard disk and is easy to maintain. However, there are also situations where some data are not easy to save. Due to the characteristics of the diskless system, after the system restarts, all settings and The data is restored to the initialization state. For problems that occur during testing or use, especially in the downtime state, there is no data log to save, which will cause the loss of test data, which is not conducive to problem location and repair

And because all the data is cleared after the diskless system is restarted, the remote log collection method commonly used in the disk-based system is no longer applicable to the data collection of the diskless system because it cannot achieve the level of data synchronization

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