Synchronism detection control method and system

Abstract

The invention relates to a synchronism detection control method and system, wherein the method comprises the following steps of: adding a synchronous command of a preset format in a test program in advance and presetting a self-synchronous signal and a to-be-measured partner device requiring interoperability test for a device to be measured; when the synchronous command of the device to be measured in the test program is run, sending a preset command for test pause to the processor of the device to be measured so that test of the test program is paused, and sending the preset self-synchronous signal in a shared file of a host end in communicating junction with the device to be measured; when the self-synchronous signal is sent to the host end, periodically monitoring whether the synchronous signal of the to-be-measured partner device requiring interoperability test exists in the shared file; when the synchronous signal of the to-be-measured partner device requiring interoperability test is monitored, notifying the processor of the device to be measured to continuously run the test program of the device to be measured. The synchronism detection control method and system are utilized to efficiently control the synchronous interoperability test of the device to be measured.

Description

technical field [0001] The invention relates to a synchronous test control method and system. Background technique [0002] In the storage server (Storage Server) configuration, VGA (Video Graphics Array, Video Graphics Array) graphics card is generally not configured, so various information can only be displayed through the serial port, which requires an external Host PC (host side) As a platform for serial port output. At the same time, due to the requirement of system stability, the storage servers adopt redundant design and use the hot backup mechanism. When one of the servers fails, the backup server will automatically enter the running state to ensure that the system services will not be interrupted. , to avoid major losses. [0003] Therefore, in the current test process, it is necessary to perform a synchronous interactive test on the two servers. Due to human factors, etc., the test programs of the two machines to be tested cannot be completely synchronized. Beca...

AI Technical Summary

Problems solved by technology

[0003] Therefore, in the current test process, it is necessary to perform a synchronous interactive test on the two servers. Due to human factors, etc., the test programs of the two machines to be tested cannot be completely synchronized. Because the test program is not synchronized, the test result is judged as unqualified (FAIL). For example, the message sender has never received the signal feedback from the message receiver, which causes the test command response to timeout, etc. In the actual production test, this situation will cause serious problems. The waste and low production efficiency will seriously affect the achievement of shipments

Images