CN109800117A - A kind of DC automated testing method and system based on IPMI - Google Patents
A kind of DC automated testing method and system based on IPMI Download PDFInfo
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Abstract
The present invention provides a kind of DC automated testing method and system based on IPMI, and method carries out DC test to server to be measured using client computer；Client computer controls server B MC to be measured by IPMI order and carries out DC switching on and shutting down test；Step: server to be measured runs the first test script, after collecting server system and facility information to be measured, shutdown；Client computer runs the second test script；The power supply status of server to be measured is read in client computer circular flow IPMI order；Client computer judges whether server to be measured shuts down；If so, client computer boots up server to be measured by IPMI order after the first waiting period；The first test script is run after server booting to be measured and obtains server system and facility information to be measured, and is detected with information comparison is collected for the first time, is exported comparison result, is stored error message；Server to be measured judges that DC tests whether to complete；If it is not, then server shutdown to be measured；Return to booting step.
Description
Technical field
A kind of server testing field of the present invention, and in particular to DC automated testing method and system based on IPMI.
Background technique
DC test, exactly constantly does reboot operation to server, and DC test is that a reliability is surveyed in server test
Examination project.
Fatigue machine is also known as fatigue tester, refers to the machine that can test measurand fatigue by various methods,
It is applied to measurement metal earliest, the fatigue properties, fatigue life such as alloy material and structural member are stretched under normal temperature state, compressed,
But it is constantly improve with the continuous development of technology with research and development test specification, that testing fatigue is just gradually infiltrating through other each rows is each
Industry, in the server R & D design stage, testing fatigue already becomes an indispensable link.
Different from the testing fatigue of metal material etc., the testing fatigue of server is repeated using to machine
Electricity-power-off method tests its fatigue properties, and the method for testing fatigue of server is exactly to repeat to power on-power process.
Traditional server method for testing fatigue is divided to two kinds: manual test method and automatic method of testing.Manual test method needs
Tester repeats to power on-power process manually, because its low efficiency, labor intensive resource are big, has been eliminated；Automatic method of testing
It repeats to power on-power process using automatic fatigue tester, test process labor intensive resource is small, but there is intelligent journey
Spend low, the disadvantages of mode of operation is complicated.
Current server carries out largely using fatigue machine when DC switching on and shutting down test, operates relative complex and has certain wind
Danger can not accomplish largely to dispose carrying out DC test.
This is the deficiencies in the prior art, therefore, in view of the above-mentioned drawbacks in the prior art, provides a kind of DC based on IPMI
Automated testing method and system, are necessary.
Summary of the invention
It carries out largely using fatigue machine when DC switching on and shutting down are tested for the above-mentioned current server of the prior art, operation is opposite
It is complicated and have certain risk, it can not accomplish largely to dispose the defects for carrying out DC tests, the present invention provides a kind of based on IPMI's
DC automated testing method and system, to solve the above technical problems.
In a first aspect, a kind of DC automated testing method based on IPMI,
DC test is carried out to server to be measured using client computer；
Client computer carries out DC switching on and shutting down test by the BMC that IPMI order controls server to be measured.Server to be measured is not limited to one
Platform, a client computer are that more servers to be measured can control to carry out DC test.
Further, the specific steps are as follows:
S1. server to be measured runs the first test script；
S2. after the first test script collects server system and facility information to be measured, shutdown；
S3. client computer runs the second test script；
S4. the power supply status of server to be measured is read in client computer circular flow IPMI order；
S5. client computer judges whether server to be measured shuts down；
S6. if so, after the first waiting period, client computer boots up server to be measured by IPMI order；
S7. run the first test script after server to be measured booting and obtain server system and facility information to be measured, and with for the first time
Information comparison detection is collected, comparison result is exported, stores error message；
S8. server to be measured judges that DC tests whether to complete；
S9. if it is not, then server shutdown to be measured；Return step S4.
Further, in step S7, server to be measured obtains server system and facility information to be measured, believes with collecting for the first time
Whether breath Determination stores error message that is out-of-order, losing and report an error.The purpose of DC test is by constantly restarting behaviour
Make the reliability of testing service device, therefore the performance of server system and equipment is detected.
Further, in step S6, while client computer boots up server to be measured, by current DC test run time
Several and current time is recorded in log.Test log records the data in test in detail, looks into convenient for test analysis and failure
It looks for.
Further, in step S6, if server to be measured does not shut down, client computer judges whether server to be measured shuts down
Time-out；
If so, the second test script prompt error information and out of service of client computer, while test is recorded in error information
In log；
If it is not, then return step S4.Server shutdown time-out to be measured, then automatically exit from test, realize the intelligence of test, mention
High testing efficiency.
Further, it in step S9, if DC test is completed, prompts test to complete, outputs test result.It is mentioned by screen
Show that test is completed, outputs test result, it is intuitive and reliable.
Further, specific step is as follows by step S1:
S11., under the linux operating system that first test script is copied to server to be measured；
S12. server to be measured runs the first test script after obtaining test parameter；
Specific step is as follows by step S3:
S31., under the linux operating system that second test script is copied to client computer；
S32. client computer runs the second test script after obtaining test parameter.First test script is run by Transfer Parameters, can
Test pattern and testing time are set, realizes the versatility requirement of test, a variety of test pattern selections is such as can provide, can artificially repair
Change testing time；Second test script is run by Transfer Parameters, can set the information of test pattern, testing time and BMC, real
Existing versatility requirement such as can provide a variety of test pattern selections, can artificially modify testing time, can be by inputting the service to be measured
The information of the BMC of device selects multiple servers to be measured.
Further, the test parameter that server to be measured obtains includes test pattern and testing time；Test mode setting
For DC test；
The test parameter that client computer obtains includes BMC IP address, BMC username and password and the test time of server to be measured
Number.The Transfer Parameters of script are without being limited thereto, can pass through artificial settings.
Second aspect, the present invention provide a kind of DC automatization test system based on IPMI, comprising:
First test script running module runs the first test script for configuring server to be measured；
The shutdown of server first module to be measured, after configuring server collection system to be measured and facility information, shutdown；
Second test script running module runs the second test script for configuring client computer；
Server power supply state reading module to be measured reads server to be measured for configuring client computer circular flow IPMI order
Power supply status；
Server shutdown judgment module to be measured, judges whether server to be measured shuts down for configuring client computer；
Server starting module to be measured, for configuring client computer after the first waiting period, passing through when server shutdown
IPMI order boots up server to be measured；
Server info comparison module to be measured obtains system and facility information after server to be measured booting for configuring, and with head
Secondary collection information comparison detection, exports comparison result, stores error message；
Judgment module is completed in test, judges that DC tests whether to complete for configuring server to be measured；
The shutdown of server second module to be measured, for configuring server shutdown to be measured when DC test does not complete.
Further, further includes:
The overtime judgment module of server shutdown to be measured, for when server to be measured does not shut down, configuration client computer to judge clothes to be measured
Whether business device shuts down time-out；
Test, which reports an error, exits module, for when server to be measured shutdown time-out, configuration client computer prompt error information simultaneously to be exited, together
When error information is recorded in test log；
Output module is completed in test, is completed for when DC tests completion, configuring server prompts test to be measured, output test is tied
Fruit.
The beneficial effects of the present invention are,
The present invention realizes that server DC to be measured is tested by client computer, reduces requirement of the DC test to fatigue machine, reduces survey
Cost is tried, optimizes testing process and method, and a client computer can control the DC of more servers to be measured to test, and improve survey
Try efficiency；It tests whole process to record by test log, increases the analysis ability of abnormality, improve the same of testing efficiency
When, strengthen debug efficiency；And the present invention provides time-out and automatically exits from mechanism, realizes intelligent test.
In addition, design principle of the present invention is reliable, structure is simple, has very extensive application prospect.
It can be seen that compared with prior art, the present invention implementing with substantive distinguishing features outstanding and significant progress
Beneficial effect be also obvious.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, for those of ordinary skill in the art
Speech, without creative efforts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is the schematic flow chart of the method for one embodiment of the invention.
Fig. 2 is the schematic block diagram of the device of one embodiment of the invention.
In figure, the first test script running module of 1-；The 2- shutdown of server first module to be measured；The second test script of 3- fortune
Row module；4- server power supply state reading module to be measured；5- server shutdown judgment module to be measured；6- server booting to be measured
Module；7- server info comparison module to be measured；Judgment module is completed in 8- test；The 9- shutdown of server second module to be measured；10-
The overtime judgment module of server shutdown to be measured；11- test, which reports an error, exits module；Output module is completed in 12- test.
Specific embodiment
Technical solution in order to enable those skilled in the art to better understand the present invention, below in conjunction with of the invention real
The attached drawing in example is applied, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described implementation
Example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is common
Technical staff's every other embodiment obtained without making creative work, all should belong to protection of the present invention
Range.
Embodiment 1:
The present invention provides a kind of DC automated testing method based on IPMI, carries out DC survey to server to be measured using client computer
Examination；Client computer carries out DC switching on and shutting down test by the BMC that IPMI order controls server to be measured；As shown in Figure 1, specific steps are such as
Under:
S1. server to be measured runs the first test script；
S2. after the first test script collects server system and facility information to be measured, shutdown；
S3. client computer runs the second test script；
S4. the power supply status of server to be measured is read in client computer circular flow IPMI order；
S5. client computer judges whether server to be measured shuts down；
S6. if so, after the first waiting period, client computer boots up server to be measured by IPMI order；
If it is not, then client computer judges whether server to be measured shuts down time-out；
If so, the second test script prompt error information and out of service of client computer, while test is recorded in error information
In log；
If it is not, then return step S4；
S7. run the first test script after server to be measured booting and obtain server system and facility information to be measured, and with for the first time
Information comparison detection is collected, comparison result is exported, stores error message；
S8. server to be measured judges that DC tests whether to complete；
S9. if it is not, then server shutdown to be measured；Return step S4；
If so, prompt test is completed, output test result.
Embodiment 2:
The present invention provides a kind of DC automated testing method based on IPMI, the specific steps are as follows:
S1. server to be measured runs the first test script；Specific step is as follows:
S11., under the linux operating system that first test script SIT_REBOOT_TEST_LINUX is copied to server to be measured；
S12. server to be measured runs the first test script after obtaining test parameter；The test parameter that server to be measured obtains includes
Test pattern and testing time；Test mode setting is DC test, and test testing setup is 100 times；Execute following code: sh
SIT_REBOOT_TEST_LINUX.sh dc 100；
S2. after the first test script collects server system and facility information to be measured, shutdown；
S3. client computer runs the second test script；Specific step is as follows:
S31., under the linux operating system that second test script ipmi-dc-on.sh is copied to client computer；Determine client computer
Ipmitool kit is installed under linux operating system；
S32. client computer runs the second test script ipmi-dc-on.sh after obtaining test parameter；The test ginseng that client computer obtains
Number includes BMC IP address, server B MC username and password to be measured and the DC testing time of server to be measured；
S4. the power supply status of server to be measured is read in client computer circular flow IPMI order；
S5. client computer judges whether server to be measured shuts down；
S6. if so, client computer boots up server to be measured by IPMI order, and the first test script mentions after waiting 20s
Show current operating information, and current DC test run number and current time are recorded in log；
If it is not, then client computer judges whether server to be measured shuts down time-out；
If so, the second test script prompt error information and out of service of client computer, while test is recorded in error information
In log；Judge whether server to be measured shuts down time-out by reading the power supply status of server to be measured, until being switched on more than 10
Minute, server to be measured is still shutdown, is determined as server shutdown time-out to be measured, and the second test script prompts error information, and
Error information is recorded in test log, current DC testing time and current time are recorded in test log；
If it is not, then return step S4；
S7. run the first test script after server to be measured booting and obtain server system and facility information to be measured, and with for the first time
The error message that information comparison detects whether that storage is out-of-order, loses and report an error is collected, comparison result is exported, stores mistake letter
Breath；
S8. server to be measured judges that DC tests whether to complete；Judge that DC tests whether to complete to pass through current DC testing time and set
Fixed DC testing time compares progress；
S9. if it is not, then server shutdown to be measured；Return step S4；Return step S4 circulation executes DC test, until DC test time
Number, which executes, to be terminated or exception exits；
If so, prompt test is completed, output test result.
Embodiment 3:
As shown in Fig. 2, the present invention provides a kind of DC automatization test system based on IPMI, comprising:
First test script running module 1 runs the first test script for configuring server to be measured；
The shutdown of server first module 2 to be measured, after configuring server collection system to be measured and facility information, shutdown；
Second test script running module 3 runs the second test script for configuring client computer；
Server power supply state reading module 4 to be measured reads server to be measured for configuring client computer circular flow IPMI order
Power supply status；
Server shutdown judgment module 5 to be measured, judges whether server to be measured shuts down for configuring client computer；
Server starting module 6 to be measured, for configuring client computer after the first waiting period, passing through when server shutdown
IPMI order boots up server to be measured；
Server info comparison module 7 to be measured obtains system and facility information after server to be measured booting for configuring, and with head
Secondary collection information comparison detection, exports comparison result, stores error message；
Judgment module 8 is completed in test, judges that DC tests whether to complete for configuring server to be measured；
The shutdown of server second module 9 to be measured, for configuring server shutdown to be measured when DC test does not complete；
The overtime judgment module 10 of server shutdown to be measured, for when server to be measured does not shut down, configuration client computer to judge to be measured
Whether server shuts down time-out；
Test, which reports an error, exits module 11, and for working as server to be measured shutdown time-out, configuration client computer prompt error information is simultaneously exited,
Error information is recorded in test log simultaneously；
Output module 12 is completed in test, is completed for when DC tests completion, configuring server prompts test to be measured, output test
As a result.
Although by reference to attached drawing and combining the mode of preferred embodiment to the present invention have been described in detail, the present invention
It is not limited to this.Without departing from the spirit and substance of the premise in the present invention, those of ordinary skill in the art can be to the present invention
Embodiment carry out various equivalent modifications or substitutions, and these modifications or substitutions all should in covering scope of the invention/appoint
What those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, answer
It is included within the scope of the present invention.Therefore, protection scope of the present invention is answered described is with scope of protection of the claims
It is quasi-.
Claims (10)
1. a kind of DC automated testing method based on IPMI, which is characterized in that
DC test is carried out to server to be measured using client computer；
Client computer carries out DC switching on and shutting down test by the BMC that IPMI order controls server to be measured.
2. a kind of DC automated testing method based on IPMI as described in claim 1, which is characterized in that
Specific step is as follows:
S1. server to be measured runs the first test script；
S2. after the first test script collects server system and facility information to be measured, shutdown；
S3. client computer runs the second test script；
S4. the power supply status of server to be measured is read in client computer circular flow IPMI order；
S5. client computer judges whether server to be measured shuts down；
S6. if so, after the first waiting period, client computer boots up server to be measured by IPMI order；
S7. run the first test script after server to be measured booting and obtain server system and facility information to be measured, and with for the first time
Information comparison detection is collected, comparison result is exported, stores error message；
S8. server to be measured judges that DC tests whether to complete；
S9. if it is not, then server shutdown to be measured；Return step S4.
3. a kind of DC automated testing method based on IPMI as claimed in claim 2, which is characterized in that
In step S7, server to be measured obtains server system and facility information to be measured, is with information comparison detection is collected for the first time
The error message that no storage is out-of-order, loses and reports an error.
4. a kind of DC automated testing method based on IPMI as claimed in claim 2, which is characterized in that
In step S6, while client computer boots up server to be measured, by current DC test run number and current time
It is recorded in log.
5. a kind of DC automated testing method based on IPMI as claimed in claim 2, which is characterized in that
In step S6, if server to be measured does not shut down, client computer judges whether server to be measured shuts down time-out；
If so, the second test script prompt error information and out of service of client computer, while test is recorded in error information
In log；
If it is not, then return step S4.
6. a kind of DC automated testing method based on IPMI as claimed in claim 2, which is characterized in that
In step S9, if DC test is completed, prompts test to complete, output test result.
7. a kind of DC automated testing method based on IPMI as described in claim 1, which is characterized in that
Specific step is as follows by step S1:
S11., under the linux operating system that first test script is copied to server to be measured；
S12. server to be measured runs the first test script after obtaining test parameter；
Specific step is as follows by step S3:
S31., under the linux operating system that second test script is copied to client computer；
S32. client computer runs the second test script after obtaining test parameter.
8. a kind of DC automated testing method based on IPMI as claimed in claim 7, which is characterized in that
The test parameter that server to be measured obtains includes test pattern and testing time；Test mode setting is DC test；
The test parameter that client computer obtains includes BMC IP address, BMC username and password and the test time of server to be measured
Number.
9. a kind of DC automatization test system based on IPMI characterized by comprising
First test script running module (1) runs the first test script for configuring server to be measured；
Server first to be measured shuts down module (2), after configuring server collection system to be measured and facility information, shutdown；
Second test script running module (3) runs the second test script for configuring client computer；
Server power supply state reading module (4) to be measured reads service to be measured for configuring client computer circular flow IPMI order
The power supply status of device；
Server to be measured shuts down judgment module (5), judges whether server to be measured shuts down for configuring client computer；
Server starting module (6) to be measured, for configuring client computer after the first waiting period, leading to when server shutdown
IPMI order is crossed to boot up server to be measured；
Server info comparison module (7) to be measured obtains system and facility information for configuring after server to be measured is switched on, and with
Information comparison detection is collected for the first time, exports comparison result, stores error message；
Judgment module (8) are completed in test, judge that DC tests whether to complete for configuring server to be measured；
Server second to be measured shuts down module (9), for configuring server shutdown to be measured when DC test does not complete.
10. a kind of DC automatization test system based on IPMI as claimed in claim 9, which is characterized in that further include:
Server to be measured shuts down overtime judgment module (10), for when server to be measured does not shut down, configuration client computer judge to
Survey whether server shuts down time-out；
Test, which reports an error, exits module (11), for when server to be measured shutdown time-out, configuration client computer prompt error information simultaneously to be moved back
Out, while by error information it is recorded in test log；
Output module (12) are completed in test, are completed for when DC tests completion, configuring server prompts test to be measured, output is surveyed
Test result.
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Application publication date: 20190524 |