Automatic test method and system for performance of arm's linux server

Abstract

The present invention provides an automatic testing method and system for efficacy of a Linux server of an ARM. The method comprises the following steps: a. presetting original codes of a plurality types of efficacy testing programs built in a Linux server of an ARM; b. according to the original codes of the plurality types of efficacy testing programs contained in the Linux server of the ARM, generating a dialog list by using a dialog suite, and providing a testing program corresponding to to-be-tested content selected by a user; c. acquiring information of a hardware apparatus of the Linux server of the ARM; d. performing cross compilation according the original codes of the efficacy testing programs and the hardware information to obtain a testing program of the Linux server of the ARM; e. according to a preset number of times, cyclically executing the compiled testing program; and f. generating a testing result report of the compiled testing program. By means of the above steps, the method is capable of automating execution of the efficacy testing program applicable to the Linux system on the Linux server of the ARM.

Description

technical field [0001] The invention relates to an automatic performance testing method and system of an ARM Linux server. Background technique [0002] In computers, benchmark refers to when a computer executes a program, a set of programs or other operations to evaluate the relative performance of the object to be evaluated. Computer performance is generally expressed in terms of the amount of work a computer system can perform under specified time and resource usage conditions. "Good" computer performance may include one or more of the following: 1. Fast response time 2. High throughput (speed at which jobs are processed) 3. Resource utilization. 4. High availability of a computer system or application 5. Fast (or high compression rate) data compression and decompression 6. High bandwidth or fast data transfer time The "performance" you get is actually the same as the performance mentioned in other contexts, and the performance refers to "how well can the computer do th...

AI Technical Summary

Problems solved by technology

On Linux servers based on ARM (Advanced RISC Machines), the compatibility of the above packages may cause problems. Although they are all used in Linux systems, some programs may have the following difficulties when used on ARMbase machines : 1. Cross-compilation may be required. Before the source code is compiled on the ARM architecture, it may need to be cross-compiled with an emulator before it can be used on an ARM architecture machine.

2. The configuration file of the software does not support the ARM architecture, and there may be incompatibilities in compilation depending on the design of the ARM system SOC (system on chip, system chip) by different manufacturers.

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