CN108874602A - It a kind of automatic setting and configures IMDT and collects the method and system of information - Google Patents
It a kind of automatic setting and configures IMDT and collects the method and system of information Download PDFInfo
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- CN108874602A CN108874602A CN201810616655.XA CN201810616655A CN108874602A CN 108874602 A CN108874602 A CN 108874602A CN 201810616655 A CN201810616655 A CN 201810616655A CN 108874602 A CN108874602 A CN 108874602A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/2205—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing using arrangements specific to the hardware being tested
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
- G06F11/3466—Performance evaluation by tracing or monitoring
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Abstract
The present invention provides one kind and is arranged and configures IMDT and collect the method and system of information automatically, includes the following steps：1. test machine controls machine and installs operating system, memory buffer tool is installed；The IP address of test machine control machine is set；2. obtaining the process number of test machine control machine；3. closing test machine defaults the performance being arranged automatically, test machine performance is reconfigured according to the process number that test machine controls machine, and memory buffer process is tied to test machine kernel；4. closing the performance of control machine default Automatic Optimal setting；5. generating journal file, the operation system information and memory size information of test machine control machine are obtained, and operation system information and memory size information are stored in journal file；6. generating test profile, test parameter is arranged according to the process number that test machine controls machine, and test parameter is stored in test profile and journal file；7. operation test；8. obtaining test result, and test result is stored in journal file.
Description
Technical field
The invention belongs to server testing fields, and in particular to one kind is arranged and configures IMDT and collect the side of information automatically
Method and system.
Background technique
With the continuous development of IT field technology, conventional information service and increasingly powerful cloud computing service are to service
The performance requirement of device is higher and higher.(Intel Memory Drive Technology is referred to as the memory actuation techniques of Intel
It IMDT is) that software definition memory (SDM) solution allows the expansion system memory except DRAM.
IMDT needs to build tester table when testing, and extensive work is needed in configuration parameter, and configuring parameter needs
Want whether careful control parameters setting succeeds, when in addition using more test machines in test, workload is superposition, this
A little work are complicated and cumbersome, and are easy to appear mistake.
This is the deficiencies in the prior art, therefore, in view of the above-mentioned drawbacks in the prior art, provides one kind and is arranged and matches automatically
It sets IMDT and collects the method and system of information, be necessary.
Summary of the invention
It is an object of the present invention to which parameter configuration work complexity and cumbersome defect when for above-mentioned IMDT test, provide
It a kind of automatic setting and configures IMDT and collects the method and system of information, to solve the above technical problems.
To achieve the above object, the present invention provides following technical scheme：
A kind of automatic setting and the method for configuring IMDT and collecting information, include the following steps：
Step S1. installs operating system in test machine and control machine, installs memory buffer tool in test machine；Setting test
The IP address of machine and control machine, and test machine and control machine network-in-dialing are set；
Step S2. obtains test machine and controls the process number of machine；
Step S3. closes the performance of test machine default Automatic Optimal setting, according to the process number weight of test machine and control machine
New configuration test machine performance, and memory buffer process is tied to test machine kernel；
Step S4. closes the performance of control machine default Automatic Optimal setting；
Step S5. generates journal file, obtains test machine and controls the operation system information and memory size information of machine,
And operation system information and memory size information are stored in journal file；
Step S6. generates test profile, test parameter is arranged according to the process number of test machine and control machine, and will survey
Try parameter deposit test profile and journal file；
Step S7. operation test；
Step S8. obtains test result, and test result is stored in journal file.
Further, specific step is as follows by step S3：
Step S31. closes the memory sub-page merging of test machine default Automatic Optimal setting, forced symmetric centralization, interrupts
Performance is arranged in weighing apparatus and dynamic debugging system；Close firewall；
Step S32. setting test machine CPU is in high performance mode, closes energy-saving mode；
Step S33. is arranged according to network connection number interrupts equilibrium, and interruption is tied to network according to network connection state
Service；
Memory buffer process is tied to test machine kernel according to test machine number of cores by step S34., and according to test machine
Number of cores and memory size setting test block size.Close the performance of test machine Automatic Optimal configuration, it is therefore an objective to reconfigure
These projects are optimal performance so that test machine CPU releases energy-saving mode；Interrupt release automatic equalization, and according to network
Connection status binding is interrupted；Suitable test machine kernel is bound to memory buffer process.
Further, step S4 further includes that setting control machine CPU is in high performance mode, closes energy-saving mode.Close control
The performance of machine Automatic Optimal configuration processed, it is therefore an objective to reconfigure test machine CPU and release energy-saving mode, be optimal performance.
Further, specific step is as follows by step S6：
Step S61. generates test profile；
Step S62. obtains test physics kernel number according to test machine process number, and test machine Thread Count, setting control is arranged
Machine Thread Count；
Step S63. generates bond parameter and command parameter, and bond parameter and command parameter are stored in test profile and day
Will file.Configuration file stores the parameter used when operation test for unified.
Further, step S7 specifically comprises the following steps：
Step S71. operation test；
Step S72. controls machine and logs in test machine, carries out memory cache read or write operation.
Further, the quantity of test machine is several.Control machine can simultaneously to the memory caches of more test machines into
Row read-write.
Further, memory buffer tool uses memcached tool.Memcached be a free open source code,
High-performance, distributed memory target cache system.It is suitable for the large scale deployment of the application program towards internet, and
Data are mainly directed towards the use-case of reading, and searcher is allowed to unload more expensive Database Systems.Memcached system is one
Key assignments storage in all memories, is usually presented any (character string, figure of result by data base call, API Calls or the page
Shape object) fritter (be less than 10k byte).Typical deployment unloads the most common small object reading before being included in Database Systems
It takes, to improve the query performance time, and allows lower cost, more flexible scalability.
The present invention gives following technical solution：
A kind of automatic setting and the system for configuring IMDT and collecting information, including
Environment creation module is tested, it is slow in test machine installation memory for installing operating system in test machine and control machine
Rush tool；Test machine is set and controls the IP address of machine, and test machine and control machine network-in-dialing are set；
Test machine and control machine information obtain module, for obtaining test machine and control machine process number；
Test machine setup module, for closing the performance of test machine default Automatic Optimal setting, according to test machine and control
The process number of machine reconfigures test machine performance, and memory buffer process is tied to test machine kernel；
Control machine setup module, for closing the performance of control machine default Automatic Optimal setting；
Journal file memory module, for generating journal file, obtain test machine and control the operation system information of machine with
And memory size information, and operation system information and memory size information are stored in journal file；
Test parameter configuration module is arranged for generating test profile according to the process number of test machine and control machine
Test parameter, and test parameter is stored in test profile and journal file；
Test starting module, for running test；
Test result obtains module, is stored in journal file for obtaining test result, and by test result.
Further, test machine setup module includes test machine default configuration closing unit, test machine cpu model setting list
Member, test machine interrupt setting unit and memory buffer process binding unit；
Test machine default configuration closing unit, merge for closing the memory sub-page that test machine default Automatic Optimal is arranged,
Forced symmetric centralization interrupts balanced and dynamic debugging system setting performance；Close firewall；
Test machine cpu model setting unit is in high performance mode for test machine CPU to be arranged, closes energy-saving mode；
Test machine interrupts setting unit, interrupts equilibrium for being arranged according to network connection number, and according to network connection state
Interruption is tied to network service；
Memory buffer process binding unit, for memory buffer process to be tied to test machine according to test machine number of cores
Kernel, and according to test machine number of cores and memory size setting test block size.Close the property of test machine Automatic Optimal configuration
It can, it is therefore an objective to reconfigure these projects, so that test machine CPU releases energy-saving mode, be optimal performance；Interrupt release is certainly
Dynamic equilibrium, and bound and interrupted according to network connection state；Suitable test machine kernel is bound to memory buffer process.
Further, test parameter configuration module includes that list is arranged in test profile generation unit, test parameter first
Member and the second setting unit of test parameter；
Test profile generation unit, for generating test profile；
The first setting unit of test parameter, for obtaining test physics kernel number, setting test according to test machine process number
Control machine Thread Count is arranged in machine Thread Count；
The second setting unit of test parameter, is deposited for generating bond parameter and command parameter, and by bond parameter and command parameter
Enter test profile and journal file.Configuration file stores the parameter used when operation test for unified.
Further, control machine setup module includes control machine default configuration closing unit and control machine cpu model setting
Unit；
Control machine default configuration closing unit, for closing the performance of control machine default Automatic Optimal setting；
Control machine cpu model setting unit is in high performance mode for control machine CPU to be arranged, closes energy-saving mode.It closes
Close the performance of control machine Automatic Optimal configuration, it is therefore an objective to reconfigure test machine CPU and release energy-saving mode, be optimal performance.
The beneficial effects of the present invention are：
In the driving test of this application memory, by automatic configuration and test, the mode of automatically collecting log, in batches into
Row setting.The problem of not only solving test configurations process very complicated in memory driving test, more provides a kind of batch and sets
The method for setting and collecting result, saves the testing time, improves testing efficiency, increases operability, it is often more important that batch
The method of amount operation can largely reduce the concrete operations of tester, save manpower.
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
Fig. 1 is flow chart of the method for the present invention；
Fig. 2 is system schematic of the invention；
Fig. 3 is journal file schematic diagram of the present invention；
Wherein, 1- tests environment creation module；2- test machine and control machine information obtain module；Mould is arranged in 3- test machine
Block；3.1- test machine default configuration closing unit；3.2- test machine cpu model setting unit；It is single that 3.3- test machine interrupts setting
Member；3.4- memory buffer process binding unit；4- controls machine setup module；4.1- controls machine default configuration closing unit；4.2-
Control machine cpu model setting unit；5- journal file memory module；6- test parameter configuration module；6.1- test profile
Generation unit；The first setting unit of 6.2- test parameter；The second setting unit of 6.3- test parameter；7- test starting module；8-
Test result obtains module.
Specific embodiment：
To enable the purpose of the present invention, feature, advantage more obvious and understandable, below in conjunction with of the invention specific
The technical solution in the present invention is clearly and completely described in attached drawing in embodiment.
Embodiment 1：
As shown in Figure 1, the present invention provides a kind of method for being arranged and configuring IMDT and collect information automatically, including walk as follows
Suddenly：
Step S1. installs operating system in test machine and control machine, installs memory buffer tool in test machine；Setting test
The IP address of machine and control machine, and test machine and control machine network-in-dialing are set；The quantity of test machine is several；
Step S2. obtains test machine and controls the process number of machine；
Step S3. closes the performance of test machine default Automatic Optimal setting, according to the process number weight of test machine and control machine
New configuration test machine performance, and memory buffer process is tied to test machine kernel；
Step S31. closes the memory sub-page merging of test machine default Automatic Optimal setting, forced symmetric centralization, interrupts
Performance is arranged in weighing apparatus and dynamic debugging system；Close firewall；
Step S32. setting test machine CPU is in high performance mode, closes energy-saving mode；
Step S33. is arranged according to network connection number interrupts equilibrium, and interruption is tied to network according to network connection state
Service；
Memory buffer process is tied to test machine kernel according to test machine number of cores by step S34., and according to test machine
Number of cores and memory size setting test block size；
Step S4. closes the performance of control machine default Automatic Optimal setting；Setting control machine CPU is in high performance mode,
Close energy-saving mode；
Step S5. generates journal file, obtains test machine and controls the operation system information and memory size information of machine,
And operation system information and memory size information are stored in journal file；
Step S6. generates test profile, test parameter is arranged according to the process number of test machine and control machine, and will survey
Try parameter deposit test profile and journal file；
Step S61. generates test profile；
Step S62. obtains test physics kernel number according to test machine process number, and test machine Thread Count, setting control is arranged
Machine Thread Count；
Step S63. generates bond parameter and command parameter, and bond parameter and command parameter are stored in test profile and day
Will file；
Step S7. operation test；Control machine logs in test machine, carries out memory cache read or write operation
Step S8. obtains test result, and test result is stored in journal file.
Embodiment 2：
As shown in Fig. 2, the present invention provides a kind of system for being arranged and configuring IMDT and collect information automatically, including：
Environment creation module 1 is tested, it is slow in test machine installation memory for installing operating system in test machine and control machine
Rush tool；Test machine is set and controls the IP address of machine, and test machine and control machine network-in-dialing are set；
Test machine and control machine information obtain module 2, for obtaining test machine and control machine process number；
Test machine setup module 3, for closing the performance of test machine default Automatic Optimal setting, according to test machine and control
The process number of machine reconfigures test machine performance, and memory buffer process is tied to test machine kernel；
Control machine setup module 4 closes the performance of control machine default Automatic Optimal setting；
Journal file memory module 5, for generating journal file, obtain test machine and control the operation system information of machine with
And memory size information, and operation system information and memory size information are stored in journal file；
Test parameter configuration module 6 is arranged for generating test profile according to the process number of test machine and control machine
Test parameter, and test parameter is stored in test profile and journal file；
Test starting module 7, for running test；
Test result obtains module 8, is stored in journal file for obtaining test result, and by test result；
Test machine setup module 3 includes test machine default configuration closing unit 3.1, test machine cpu model setting unit
3.2, test machine interrupts setting unit 3.3 and memory buffer process binding unit 3.4；
Test machine default configuration closing unit 3.1, the memory sub-page for closing test machine default Automatic Optimal setting close
And performance is arranged in forced symmetric centralization, interruption equilibrium and dynamic debugging system；Close firewall；
Test machine cpu model setting unit 3.2 is in high performance mode for test machine CPU to be arranged, closes energy saving mould
Formula；
Test machine interrupts setting unit 3.3, interrupts equilibrium for being arranged according to network connection number, and according to network connection shape
Interruption is tied to network service by state；
Memory buffer process binding unit 3.4, for memory buffer process to be tied to survey according to test machine number of cores
Test-run a machine kernel, and according to test machine number of cores and memory size setting test block size；
Test parameter configuration module 6 includes test profile generation unit 6.1, the first setting unit of test parameter 6.2
And the second setting unit of test parameter 6.3；
Test profile generation unit 6.1, for generating test profile；
The first setting unit of test parameter 6.2, for obtaining test physics kernel number according to test machine process number, setting is surveyed
Control machine Thread Count is arranged in test-run a machine Thread Count；
The second setting unit of test parameter 6.3, for generating bond parameter and command parameter, and by bond parameter and command parameter
It is stored in test profile and journal file；
Control machine setup module 4 includes control machine default configuration closing unit 4.1 and control machine cpu model setting unit
4.2；
Control machine default configuration closing unit 4.1, for closing the performance of control machine default Automatic Optimal setting；
Control machine cpu model setting unit 4.2 is in high performance mode for control machine CPU to be arranged, closes energy saving mould
Formula.
Embodiment 3：
The present invention provides a kind of method for being arranged and configuring IMDT and collect information automatically, includes the following steps：
Step S1. installs linux operating system in test machine and control machine, installs memory buffer tool in test machine
Memcached tool；Test machine is set and controls the IP address of machine, test machine IP address：192.168.4.2 with controlling machine IP
Location：192.168.4.1, and test machine and control machine network-in-dialing are set, test machine and control machine ping are logical；
Step S2. obtains test machine and controls the process number of machine；
Mc_cpus=`ssh $ MEMCACHED cat/proc/cpuinfo | grep processor | wc-l`
Ms_cpus=`ssh $ MEMASLAPD cat/proc/cpuinfo | grep processor | wc-l`
Step S3. closes the performance of test machine default Automatic Optimal setting, according to the process number weight of test machine and control machine
New configuration test machine performance, and memory buffer process is tied to test machine kernel；
Step S31. closes the memory sub-page merging of test machine default Automatic Optimal setting, forced symmetric centralization, interrupts
Performance is arranged in weighing apparatus and dynamic debugging system；
Close firewall；
rmmod ip_tables
Step S32. setting test machine CPU is in high performance mode, closes energy-saving mode；
cpupower frequency-set-g performance；cpupower set-b 0
Step S33. is arranged according to network connection number interrupts equilibrium, and interruption is tied to network according to network connection state
Service；
Memory buffer process is tied to test machine kernel according to test machine number of cores by step S34., and according to test machine
Number of cores and memory size setting test block size；
Step S4. closes the performance of control machine default Automatic Optimal setting；Setting control machine CPU is in high performance mode,
Close energy-saving mode；
Step S5. generates journal file,
# is arranged log and names
Log=results.`date+%F.%T`
Mono- task of ulimit-n 1048576# can at most open simultaneously 1048576 file
It obtains test machine and controls the operation system information and memory size information of machine, and by operation system information and interior
Deposit capacity information deposit journal file；
BWb=$ ((10*1024*1024*1024/8))
MAXops=$ ((BWb/VAL))
# tester table and control machine operations system information, memory size information etc..
Cmd=" uname-a；echo；free-g；echo；lscpu；echo；if[-x/usr/local/bin/
vsmpversion]；then vsmpversion-vvv；else echo'Running NATIVE'；fi；echo"
(echo"Max TPS possible:$MAXops"；echo)|tee-a$log
# inputs the CPU core number of tester table and control board, Thread Count etc. in log
cat<<EOF>>$log
mc_cpus$mc_cpus
mc_threads$mc_threads
mc_inst$mc_inst
ms_cpus$ms_cpus
ms_threads$ms_threads
ms_con$ms_con
EOF
(echo "===>>memcached system-"；ssh$MEMCACHED"$cmd")>>$log
(echo "===>>memaslap system-"；eval$cmd)>>$log
cat<<EOF>config
Step S6. generates test profile, test parameter is arranged according to the process number of test machine and control machine, and will survey
Try parameter deposit test profile and journal file；
Step S61. generates test profile；
Step S62. obtains test physics kernel number according to test machine process number, and test machine Thread Count, setting control is arranged
Machine Thread Count；
Step S63. generates bond parameter and command parameter, and bond parameter and command parameter are stored in test profile and day
Will file；
Step S7. operation test；Control machine logs in test machine, carries out memory cache read or write operation；
Step S8. obtains test result, and test result is stored in journal file；
(ssh$MEMCACHED free-m|grep Mem:；tail-100$log|grep"TotalStatistics"-A3
|grep"Total Statistics"-B5|tail-4|head-2|tac)|paste-d""---|tr-s”2>&1>>$
Log.mem# collects memory information
Done
Journal file is as shown in Figure 3.
The embodiment of the present invention be it is illustrative and not restrictive, above-described embodiment be only to aid in understanding the present invention, because
The present invention is not limited to the embodiments described in specific embodiment for this, all by those skilled in the art's technology according to the present invention
Other specific embodiments that scheme obtains, also belong to the scope of protection of the invention.
Claims (10)
1. a kind of method for being arranged and configuring IMDT and collect information automatically, which is characterized in that include the following steps：Step S1.
Operating system is installed in test machine and control machine, memory buffer tool is installed in test machine；Test machine is set and controls the IP of machine
Address, and test machine and control machine network-in-dialing are set；
Step S2. obtains test machine and controls the process number of machine；
Step S3. closes the performance of test machine default Automatic Optimal setting, is matched again according to the process number of test machine and control machine
Test machine performance is set, and memory buffer process is tied to test machine kernel；
Step S4. closes the performance of control machine default Automatic Optimal setting；
Step S5. generates journal file, obtains test machine and controls the operation system information and memory size information of machine, and will
Operation system information and memory size information are stored in journal file；
Step S6. generates test profile, test parameter is arranged according to the process number of test machine and control machine, and test is joined
Number deposit test profile and journal file；
Step S7. operation test；
Step S8. obtains test result, and test result is stored in journal file.
2. a kind of method for being arranged and configuring IMDT and collect information automatically as described in claim 1, which is characterized in that step
Specific step is as follows by S3：
Step S31. close test machine default Automatic Optimal setting mergings of memory sub-page, forced symmetric centralization, interrupt equilibrium with
And performance is arranged in dynamic debugging system；Close firewall；
Step S32. setting test machine CPU is in high performance mode, closes energy-saving mode；
Step S33. is arranged according to number of network connections interrupts equilibrium, and interruption is tied to network clothes according to network connection state
Business；
Memory buffer process is tied to test machine kernel according to test machine number of cores by step S34., and according to test machine kernel
Quantity and memory size setting test block size.
3. a kind of method for being arranged and configuring IMDT and collect information automatically as described in claim 1, which is characterized in that step
S4 further includes that setting control machine CPU is in high performance mode, closes energy-saving mode.
4. a kind of method for being arranged and configuring IMDT and collect information automatically as described in claim 1, which is characterized in that step
Specific step is as follows by S6：
Step S61. generates test profile；
Step S62. obtains test physics kernel number according to test machine process number, and test machine Thread Count is arranged, and control machine line is arranged
Number of passes；
Step S63. generates bond parameter and command parameter, and bond parameter and command parameter deposit test profile and log is literary
Part.
5. a kind of method for being arranged and configuring IMDT and collect information automatically as described in claim 1, which is characterized in that step
S7 specifically comprises the following steps：
Step S71. operation test；
Step S72. controls machine and logs in test machine, carries out memory cache read or write operation.
6. a kind of method for being arranged and configuring IMDT and collect information automatically as described in claim 1, which is characterized in that test
The quantity of machine is several.
7. a kind of system for being arranged and configuring IMDT and collect information automatically, which is characterized in that including：
It tests environment creation module (1), for installing operating system in test machine and control machine, memory buffer is installed in test machine
Tool；Test machine is set and controls the IP address of machine, and test machine and control machine network-in-dialing are set；
Test machine and control machine information obtain module (2), for obtaining test machine and control machine process number；
Test machine setup module (3), for closing the performance of test machine default Automatic Optimal setting, according to test machine and control machine
Process number reconfigure test machine performance, and memory buffer process is tied to test machine kernel；Control machine setup module
(4), for closing the performance of control machine default Automatic Optimal setting；
Journal file memory module (5), for generating journal file, obtain test machine and control machine operation system information and
Memory size information, and operation system information and memory size information are stored in journal file；
Test parameter configuration module (6) is arranged according to the process number of test machine and control machine and surveys for generating test profile
Parameter is tried, and test parameter is stored in test profile and journal file；
Test starting module (7), for running test；
Test result obtains module (8), is stored in journal file for obtaining test result, and by test result.
8. a kind of system for being arranged and configuring IMDT and collect information automatically as claimed in claim 7, which is characterized in that test
Machine setup module (3) includes test machine default configuration closing unit (3.1), test machine cpu model setting unit (3.2), test
Machine interrupts setting unit (3.3) and memory buffer process binding unit (3.4)；
Test machine default configuration closing unit (3.1), merge for closing the memory sub-page that test machine default Automatic Optimal is arranged,
Forced symmetric centralization interrupts balanced and dynamic debugging system setting performance；Close firewall；The setting of test machine cpu model is single
First (3.2) are in high performance mode for test machine CPU to be arranged, close energy-saving mode；
Test machine interrupts setting unit (3.3), interrupts equilibrium for being arranged according to network connection number, and according to network connection state
Interruption is tied to network service；
Memory buffer process binding unit (3.4), for memory buffer process to be tied to test according to test machine number of cores
Machine kernel, and according to test machine number of cores and memory size setting test block size.
9. a kind of system for being arranged and configuring IMDT and collect information automatically as claimed in claim 7, which is characterized in that test
Parameter configuration module (6) includes test profile generation unit (6.1), the first setting unit of test parameter (6.2) and surveys
It tries the second setting unit of parameter (6.3)；
Test profile generation unit (6.1), for generating test profile；
The first setting unit of test parameter (6.2), for obtaining test physics kernel number, setting test according to test machine process number
Control machine Thread Count is arranged in machine Thread Count；
The second setting unit of test parameter (6.3), is deposited for generating bond parameter and command parameter, and by bond parameter and command parameter
Enter test profile and journal file.
10. a kind of system for being arranged and configuring IMDT and collect information automatically as claimed in claim 7, which is characterized in that control
Machine setup module (4) processed includes control machine default configuration closing unit (4.1) and control machine cpu model setting unit (4.2)；
Control machine default configuration closing unit (4.1), for closing the performance of control machine default Automatic Optimal setting；Control machine
Cpu model setting unit (4.2) is in high performance mode for control machine CPU to be arranged, closes energy-saving mode.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110990237A (en) * | 2019-10-18 | 2020-04-10 | 苏州浪潮智能科技有限公司 | Information collection system, method and storage medium |
| CN114138578A (en) * | 2021-11-29 | 2022-03-04 | 苏州浪潮智能科技有限公司 | Server testing method and device |
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