CN101441595B - Load monitoring apparatus and test structure and load monitoring method and test method thereof - Google Patents
Load monitoring apparatus and test structure and load monitoring method and test method thereof Download PDFInfo
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- CN101441595B CN101441595B CN2007101934371A CN200710193437A CN101441595B CN 101441595 B CN101441595 B CN 101441595B CN 2007101934371 A CN2007101934371 A CN 2007101934371A CN 200710193437 A CN200710193437 A CN 200710193437A CN 101441595 B CN101441595 B CN 101441595B
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Abstract
The invention discloses a load monitoring device, which comprises an acquisition module, an analysis module and a control module. The acquisition module is connected with an operation system, and is used for reading instant status information in the operation system; the analysis module is connected with the acquisition module, and is used for classifying and arranging the instant status information to acquire a parameter difference value which adjusts the operation system and estimate an adjustment difference value which can be accepted by a testing tool; and the control module is connected with the analysis module and the testing tool, and is used for directly operating the testing tool according to the adjustment difference value obtained from the analysis module, or adjusting the prior parameter setting of the testing tool according to the adjustment difference value obtained from the analysis module, thereby changing testing load of the operation system. The load monitoring device can instantly interact with an operation system to be tested.
Description
Technical field
The invention relates to a kind of load monitoring apparatus, and particularly relevant for the interaction mechanism between a kind of testing tool and server OS, by obtaining the variation of each equipment in the server, immediately adjust the load monitoring apparatus of operating system testing load according to this.
Background technology
For server is worked better, need to get rid of the various faults (bug) in the software running process on the operating system, this is the indispensable work of test process.Usually adopt special testing tool to finish test job at present.Traditional testing tool mostly is to have under the situation of various loads in operating system, certain test parameter is set comes it is tested.
But, many different operating systems often adopt different operating system, and different operating system often has different loads when moving identical software, therefore if testing tool is set identical test parameter to different operating system, then may cause test result inaccurate.
The TaiWan, China patent No. is that the patent of invention of TW-1256561 has proposed a kind of information platform test environment robotization set-up method.The method can be applicable to information platform, and this information platform is to be controlled by a specific operating system, and when carrying out a test procedure on information platform, provides the test environment of a robotization to build at operating system and put function.This information platform test environment robotization set-up method comprises following steps at least: build parameter database in advance, prestore multiple different test procedure required setup parameter when carrying out under the multiple different operating system in this parameter database; Carry out a test procedure designated program, in order to allow the user be used for from multiple different test procedure, specifying a required test procedure; Carry out an operating system identification program, in order to the classification of this operating system of identification; Carry out a parameter and ask for program, come from parameter database, to ask for out the setup parameter of one group of correspondence in order to operating system classification and the specified test procedure of test procedure designated program that is picked out according to this operating system identification program; Carry out a test environment setting program, in order to the setup parameter value that the foundation parameter program of asking for is asked for the test environment that operating system provided is set, allowed the specified test procedure of test procedure designated module in the test environment under the operating system, carry out by this.
Above-mentioned information platform test environment robotization set-up method is when testing, and the test procedure of selecting according to the user, and the operating system that picks out are selected suitable setup parameter, and set test environment according to this from parameter database.But also there is following defective in the method:
Test load can not be after setting test environment in time with operating system in each equipment, technology alteration and respective change.The software that moves because of conversion as operating system causes the operating system CPU usage to rise or decline, the method can self-adaptation not be adjusted the test load of testing tool, and then it is excessive or too small and cause system overload or the long problem of transformation period test load change amount to occur, thereby may influence the test effect.
Summary of the invention
One of purpose of the present invention is providing a kind of load monitoring apparatus exactly, when solving in the prior art Test Operating System duty testing tool can't with the shortcoming of operating system immediate interactive to be measured.
A further object of the present invention is providing a kind of proving installation, when this proving installation can change in the load of operating system, regulates the parameter value that testing tool is tested operating system immediately.
Another purpose of the present invention is providing a kind of load monitoring method, and this load monitoring method can dynamically be adjusted the test load of operating system by the control testing tool.
Another object of the present invention is providing a kind of method of testing, when the load that this method of testing can be worked as operating system changes, by testing tool the duty of operating system is tested immediately.
The present invention proposes a kind of load monitoring apparatus, and in order to dynamically to adjust the test load of operating system by the control testing tool, this load monitoring apparatus comprises acquisition module, analysis module and control module.Acquisition module is connected in operating system, in order to status information instant in the read operation system.Analysis module is connected in acquisition module, in order to receive instant status information in the operating system that acquisition module reads, instant status information is classified and put in order, obtain the parameter difference score value that to regulate operating system, and estimate the acceptable adjustment difference of testing tool.Control module is connected in analysis module and testing tool, directly testing tool is operated or adjusted the original parameter setting of testing tool in order to the adjustment difference that draws according to analysis module, change the test load of operating system according to the adjustment difference that analysis module draws.
According to the described load monitoring apparatus of embodiments of the invention, wherein this load monitoring apparatus also comprises the analysis on configuration module, and the analysis on configuration module links to each other with analysis module, in order to import and to store the parameter adjustment rule of testing tool to operating system.This analysis on configuration module also comprises the threshold value storage unit, the threshold value storage unit is in order to the threshold value of each device element utilization rate in the threshold value of input and storage test that testing tool adopted regulation or the operating system etc., makes analysis module obtain the parameter difference score value that must regulate operating system according to status information instant in threshold value and the operating system.This analysis on configuration module also comprises the step value storage unit, and the step value storage unit is in order to the step value of input and storage testing tool parameter change amount, so that testing tool progressively changes its parameter setting.
The present invention reintroduces a kind of proving installation, and this proving installation comprises operating system, testing tool and load monitoring apparatus.Testing tool is connected with operating system, is used for the duty of operating system is tested.Load monitoring apparatus is connected in operating system and testing tool, in order to monitor operating system and the instant parameter value of adjusting the testing tool of Test Operating System.Wherein load monitoring apparatus comprises acquisition module, analysis module and control module.Acquisition module is connected in operating system, in order to status information instant in the read operation system.Analysis module is connected in acquisition module, in order to receive instant status information in the operating system that acquisition module reads, instant status information is classified and put in order, obtain the parameter difference score value that to regulate operating system, and estimate the acceptable adjustment difference of testing tool.Control module is connected in analysis module and testing tool, directly testing tool is operated or adjusted the original parameter setting of testing tool in order to the adjustment difference that draws according to analysis module, change the test load of operating system according to the adjustment difference that analysis module draws.
The present invention proposes a kind of load monitoring method again, and in order to dynamically to adjust the test load of operating system by the control testing tool, this load monitoring method may further comprise the steps.At first, instant status information in the read operation system.Secondly, instant status information is classified and put in order, obtain the parameter difference score value that to regulate operating system, and estimate the acceptable adjustment difference of testing tool.Then, testing tool is operated or adjusted the original parameter setting of testing tool, change the test load of operating system according to the adjustment difference that draws according to the adjustment difference that draws.
The present invention proposes a kind of method of testing in addition, in order to dynamically to adjust the test load of operating system by the control testing tool, and the duty of operating system tested immediately, this method of testing may further comprise the steps: at first, the load monitoring apparatus of difference attended operation system and testing tool is set.Secondly, instant status information in the read operation system.Then, instant status information is classified and put in order, obtain the parameter difference score value that to regulate operating system, and estimate the acceptable adjustment difference of testing tool.Then, testing tool is operated or adjusted the original parameter setting of testing tool, change the test load of operating system according to the adjustment difference that draws according to the adjustment difference that draws.At last, the duty of Test Operating System.
The present invention is because of having adopted load monitoring apparatus, therefore can be in because of operating system the hardware platform of the operating platform of each equipment, technology alteration and operating system change the load that makes operating system when changing, immediately adjust the parameter setting of testing tool, have interaction mechanism with operating system to be measured, testing tool is tested the duty of operating system more accurately.And the tester can set threshold value and step value as required, makes test job more flexible and can be not long because of excessive or too small system overload or the transformation period of causing of parameter change amount.
For above-mentioned and other purposes, feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and conjunction with figs. are described in detail below.
Description of drawings
Fig. 1 is the Organization Chart of a load monitoring apparatus of the embodiment of the invention.
Fig. 2 is the Organization Chart of a kind of load monitoring apparatus of another embodiment of the present invention.
Fig. 3 is the Organization Chart of a test structure of the embodiment of the invention.
Fig. 4 is the work synoptic diagram of an analysis module of the embodiment of the invention.
Fig. 5 is the process flow diagram of a kind of load monitoring method of the embodiment of the invention.
Fig. 6 is the process flow diagram of a kind of load monitoring method of another embodiment of the present invention.
Fig. 7 is the process flow diagram of a method of testing of the embodiment of the invention.
Embodiment
See also Fig. 1, it is the Organization Chart of a kind of load monitoring apparatus of the embodiment of the invention.
The load monitoring apparatus 101 of present embodiment, change the load that makes operating system when changing in order to the hardware platform of each equipment, technology alteration and operating system in because of operating system, immediately adjust the parameter setting of testing tool, testing tool is tested the duty of operating system more accurately.It comprises acquisition module 103, analysis module 107 and control module 109.Acquisition module 103 is connected in operating system, in order to status information instant in the read operation system.Promptly see through the operating system of operating system to be measured or a plurality of information that the application program interface obtains equipment in the operating system, for example: central processing unit is in the relevant informations such as flow process amount of the output/input data of the use amount of the use amount of the per second operand of user's state, system state, not busy stagnate state and output/go into waiting status or frequency, entity stores device and surplus, virtual memory and surplus, block device.Analysis module 107 is connected in acquisition module 103, in order to receive instant status information in the operating system that acquisition module 103 reads, instant status information is classified and put in order, obtain the parameter difference score value that to regulate operating system, and estimate the acceptable adjustment difference of testing tool.Control module 109 is connected in analysis module 107, directly testing tool is operated or adjusted the original parameter setting of testing tool in order to the adjustment difference that draws according to analysis module 107, change the test load of operating system according to the adjustment difference that analysis module draws.Method of adjustment is changed user configured interface in the testing tool, its output with analysis module 107 is docked, directly testing tool is operated by tester testing tool parameter value of setting and the adjustment difference that analysis module 107 draws, thereby change is to the test load of operating system.Perhaps, the adjustment difference that control module 109 also can utilize analysis module 107 to draw is carried out correspondence to the configuration file (configuration file) of testing tool and is changed, thereby changes the test load of testing tool to operating system.Be not only to be confined to above-mentioned two kinds of methods of adjustment herein, can also adopt additive method that the parameter of testing tool is adjusted equally, enumerate no longer one by one here.
See also Fig. 2, it is the Organization Chart of a kind of load monitoring apparatus of another embodiment of the present invention.
The load monitoring apparatus 101 of present embodiment, change the load that makes operating system when changing in order to the hardware platform of each equipment, technology alteration and operating system in because of operating system, immediately adjust the parameter setting of testing tool, testing tool is tested the duty of operating system more accurately.It comprises acquisition module 103, analysis on configuration module 205, analysis module 107 and control module 109.Acquisition module 103 is connected in operating system, in order to status information instant in the read operation system.Promptly see through the operating system of operating system to be measured or a plurality of information that the application program interface obtains equipment in the operating system, for example: central processing unit is in the relevant informations such as flow process amount of the output/input data of the use amount of the use amount of the per second operand of user's state, system state, not busy stagnate state and output/go into waiting status or frequency, entity stores device and surplus, virtual memory and surplus, block device.Analysis on configuration module 205 is connected in analysis module 107, in order to import and to store the parameter adjustment rule of testing tool to operating system.This analysis on configuration module 205 also comprises threshold value storage unit 211, threshold value storage unit 211 is in order to the threshold value of each device element utilization rate in the threshold value of input and storage test that testing tool adopted regulation or the operating system etc., makes analysis module 107 obtain the parameter difference score value that must regulate operating system according to status information instant in threshold value and the operating system.This analysis on configuration module also comprises step value storage unit 213, and step value storage unit 213 is in order to the step value of input and storage testing tool parameter change amount, so that testing tool progressively changes its parameter setting.Adopt step value can avoid excessive or too small system's overload or the transformation period of causing of test load change amount long.Analysis module 107 is connected in acquisition module 103 and analysis on configuration module 205, in order to receive instant status information in the operating system to be measured that acquisition module 103 reads, instant status information is classified and put in order, and with analysis on configuration module 205 in the storage threshold value compare, obtain the parameter difference score value that to regulate operating system, estimate the acceptable adjustment difference of testing tool, and will adjust difference and pass to control module 109.The parameter difference score value here is two different differences with adjusting difference, as suppose threshold value be set at operating system CPU usage 80%, be that testing tool should be under 80% the situation duty of operating system to be tested in the CPU usage of operating system, and the utilization rate of supposition current operation system CPU is 60%, and then this moment, the parameter difference score value was 20% the utilization rate that the CPU of operating system need adjust.Analysis module 205 estimates the acceptable adjustment difference of testing tool according to 20% utilization rate of the CPU needs adjustment of operating system, promptly satisfies the difference that the testing tool parameter is provided with requirement.Control module 109 is connected in analysis module 107 and testing tool, in order to the adjustment difference that draws according to analysis module 107 testing tool is carried out parameter adjustment, and the test load of itself and operating system is complementary.Method of adjustment is changed user configured interface in the testing tool, its output with analysis module 107 is docked, directly testing tool is operated by tester testing tool parameter value of setting and the adjustment difference that analysis module 107 draws, thereby change is to the test load of operating system.Perhaps, the adjustment difference that control module 109 also can utilize analysis module 107 to draw is carried out correspondence to the configuration file (configuration file) of testing tool and is changed, thereby changes the test load of testing tool to operating system.Be not only to be confined to above-mentioned two kinds of methods of adjustment herein, can also adopt additive method that the parameter of testing tool is adjusted equally, enumerate no longer one by one here.
See also Fig. 3, it is the Organization Chart of a kind of test structure of the embodiment of the invention.
The test structure 300 of present embodiment comprises operating system 301, testing tool 303 and load monitoring apparatus 101.Operating system 301 can be as various operating systems such as Linux and Windows.Testing tool 303 is connected with operating system 301, is used for the duty of operating system 301 is tested.Load monitoring apparatus 101 is connected in operating system 301 and testing tool 303, in order to monitor operating system 301 and the instant test load of adjusting testing tool 303.
The structure of the load monitoring apparatus 101 in this test structure 300 is identical with aforesaid load monitoring apparatus 101, herein repeated description no longer.
See also Fig. 4, it is the work synoptic diagram of an analysis module of the embodiment of the invention.
The analysis module 107 of present embodiment comprises computing unit 401 and estimates unit 403.After computing unit 401 receives status information instant in the operating systems such as CPU information, memorizer information, I/O interface information, status information is put in order and analyzed, and, calculate the parameter difference score value that operating systems such as CPU information gap score value, memorizer information difference value, I/O interface information gap score value need be adjusted according to the predefined test order of tester.Estimate unit 403 and receive the parameter difference score value that computing unit 401 calculates, and requirement is set, estimate the acceptable adjustment difference of testing tool according to the parameter of testing tool.
See also Fig. 5, it is the process flow diagram of a kind of load monitoring method of the embodiment of the invention.
The load monitoring method of present embodiment is in order to dynamically to adjust the test load of operating system by the control testing tool.
S501 reads instant status information.Promptly see through the operating system of operating system to be measured or a plurality of information that the application program interface obtains equipment in the operating system, for example: central processing unit is in the relevant informations such as flow process amount of the output/input data of the use amount of the use amount of the per second operand of user's state, system state, not busy stagnate state and output/go into waiting status or frequency, entity stores device and surplus, virtual memory and surplus, block device.
S503 obtains the parameter difference score value according to status information, and estimation obtains the acceptable adjustment difference of testing tool.This parameter difference score value is the acquisition of comparing by status information instant in the operating system and the predefined test order of tester.
S505 adjusts the parameter setting of testing tool according to adjusting difference, and the test load of itself and operating system is complementary.Method of adjustment is changed user configured interface in the testing tool, it is docked with the output of analysis module, directly testing tool is operated by tester testing tool parameter value of setting and the adjustment difference that analysis module draws, thereby change is to the test load of operating system.Perhaps, the adjustment difference that control module also can utilize analysis module to draw is carried out correspondence to the configuration file (configuration file) of testing tool and is changed, thereby changes the test load of testing tool to operating system.Be not only to be confined to above-mentioned two kinds of methods of adjustment herein, can also adopt additive method that the parameter of testing tool is adjusted equally, enumerate no longer one by one here.
See also Fig. 6, it is the process flow diagram of a kind of load monitoring method of another embodiment of the present invention.
S601 reads instant status information.Promptly see through the operating system of operating system to be measured or a plurality of information that the application program interface obtains equipment in the operating system, for example: central processing unit is in the relevant informations such as flow process amount of the output/input data of the use amount of the use amount of the per second operand of user's state, system state, not busy stagnate state and output/go into waiting status or frequency, entity stores device and surplus, virtual memory and surplus, block device.
S603 classifies instant status information and puts in order, obtains the parameter difference score value that must regulate operating system.
S605 in conjunction with threshold value, calculates the adjustment difference.Behind the parameter difference score value that obtains to regulate server,, estimate the adjustment difference that is met testing tool in conjunction with the threshold value of each device element utilization rate in the threshold value of the test regulation that testing tool adopted or the operating system etc.
S607 progressively regulates the parameter value of testing tool according to step value.Progressively adjust the parameter value of testing tool according to adjusting difference and predefined step value, the test load of itself and server is complementary.Adopt step value can avoid excessive or too small system's overload or the transformation period of causing of test load change amount long.
See also Fig. 7, it is the process flow diagram of a kind of method of testing of the embodiment of the invention.
The method of testing of present embodiment when changing in order to the load when operating system, is tested the duty of operating system immediately by testing tool.
S701 is provided with load monitoring apparatus.Load monitoring apparatus is attended operation system and testing tool respectively, in order to dynamically to adjust the test load of operating system by the control testing tool.
S703 reads instant status information.Promptly see through the operating system of operating system to be measured or a plurality of information that the application program interface obtains equipment in the operating system, for example: central processing unit is in the relevant informations such as flow process amount of the output/input data of the use amount of the use amount of the per second operand of user's state, system state, not busy stagnate state and output/go into waiting status or frequency, entity stores device and surplus, virtual memory and surplus, block device.
S705 classifies instant status information and puts in order, obtains the parameter difference score value that must regulate operating system.
S707 in conjunction with threshold value, calculates the adjustment difference.Behind the parameter difference score value that obtains to regulate server,, estimate the adjustment difference that is met testing tool in conjunction with the threshold value of each device element utilization rate in the threshold value of the test regulation that testing tool adopted or the operating system etc.
S709 progressively regulates the parameter value of testing tool according to step value.Progressively adjust the parameter value of testing tool according to adjusting difference and predefined step value, the test load of itself and server is complementary.Adopt step value can avoid excessive or too small system's overload or the transformation period of causing of test load change amount long.
S711, the duty of Test Operating System.After the parameter value adjustment of testing tool is intact, the duty of operating system is tested by testing tool.
The present invention is because of having adopted load monitoring apparatus, therefore can be in because of operating system the hardware platform of the operating platform of each equipment, technology alteration and operating system change the load that makes operating system when changing, immediately adjust the parameter setting of testing tool, make the parameter setting of testing tool and the load matched of operating system, have interaction mechanism with operating system to be measured, testing tool is tested the duty of operating system more accurately.And the tester can set threshold value and step value as required, makes test job more flexible and can be not long because of excessive or too small system overload or the transformation period of causing of parameter change amount.
Claims (14)
1. load monitoring apparatus, in order to dynamically to adjust the test load of an operating system by controlling a testing tool, this load monitoring apparatus comprises:
One acquisition module is connected in this operating system, in order to read status information instant in this operating system;
One analysis module, be connected in this acquisition module, in order to receive instant status information in this operating system that this acquisition module reads, instant status information is classified and put in order, obtain the parameter difference score value that to regulate this operating system, and estimate the acceptable adjustment difference of this testing tool; And
One control module, be connected in this analysis module and this testing tool, directly this testing tool is operated or adjusted the original parameter setting of this testing tool in order to the adjustment difference that draws according to this analysis module, change the test load of this operating system according to the adjustment difference that this analysis module draws.
2. load monitoring apparatus as claimed in claim 1, it is characterized in that, this load monitoring apparatus also comprises an analysis on configuration module, and this analysis on configuration module links to each other with this analysis module, in order to import and to store the parameter adjustment rule of this testing tool to this operating system.
3. load monitoring apparatus as claimed in claim 2, it is characterized in that, this analysis on configuration module comprises a threshold value storage unit, in order to input and store the threshold value of each device element utilization rate in the threshold value of the test regulation that this testing tool adopts or the operating system, make this analysis module obtain the parameter difference score value that to regulate this operating system according to status information instant in threshold value and this operating system.
4. load monitoring apparatus as claimed in claim 2 is characterized in that, this analysis on configuration module also comprises a step value storage unit, in order to import and to store the step value of this testing tool parameter change amount, so that this testing tool progressively changes its parameter setting.
5. proving installation, this proving installation comprises:
One operating system;
One testing tool is connected with this operating system, is used for the duty of this operating system is tested; And
One load monitoring apparatus is connected in this operating system and this testing tool, and in order to monitor this operating system and the instant parameter value of adjusting this testing tool of this operating system of test, this load monitoring apparatus comprises:
One acquisition module is connected in this operating system, in order to read status information instant in this operating system;
One analysis module, be connected in this acquisition module, in order to receive instant status information in this operating system that this acquisition module reads, instant status information is classified and put in order, obtain the parameter difference score value that to regulate this operating system, and estimate the acceptable adjustment difference of this testing tool; And
One control module, be connected in this analysis module and this testing tool, directly this testing tool is operated or adjusted the original parameter setting of this testing tool in order to the adjustment difference that draws according to this analysis module, change the test load of this operating system according to the adjustment difference that this analysis module draws.
6. proving installation as claimed in claim 5 is characterized in that, this load monitoring apparatus also comprises an analysis on configuration module, and this analysis on configuration module links to each other with this analysis module, in order to import and to store the parameter adjustment rule of this testing tool to this operating system.
7. proving installation as claimed in claim 6, it is characterized in that, this analysis on configuration module comprises a threshold value storage unit, in order to input and store the threshold value of each device element utilization rate in the threshold value of the test regulation that this testing tool adopts or the operating system, make this analysis module obtain the parameter difference score value that to regulate this operating system according to status information instant in threshold value and this operating system.
8. proving installation as claimed in claim 6 is characterized in that, this analysis on configuration module also comprises a step value storage unit, in order to import and to store the step value of this testing tool parameter change amount, so that this testing tool progressively changes its parameter setting.
9. load monitoring method, in order to dynamically to adjust the test load of an operating system by controlling a testing tool, this load monitoring method may further comprise the steps:
Read instant status information in this operating system;
Instant status information is classified and put in order, obtain the parameter difference score value that to regulate this operating system, and estimate the acceptable adjustment difference of this testing tool; And
This testing tool is operated or adjusted the original parameter setting of this testing tool according to the adjustment difference that draws, change the test load of this operating system according to the adjustment difference that draws.
10. load monitoring method as claimed in claim 9 is characterized in that, this method also comprises:
After instant status information being classified and put in order,, calculate the parameter difference score value that to regulate this operating system in conjunction with the threshold value of each device element utilization rate in the threshold value of test that this testing tool adopted regulation or the operating system.
11. load monitoring method as claimed in claim 9 is characterized in that, after obtaining the acceptable adjustment difference of this testing tool, progressively changes its parameter value in conjunction with the step value of this testing tool parameter change amount.
12. a method of testing in order to dynamically adjusting the test load of an operating system by controlling a testing tool, and is tested immediately to the duty of this operating system, this method of testing may further comprise the steps:
A load monitoring apparatus that connects this operating system and this testing tool respectively is set;
Read instant status information in this operating system;
Instant status information is classified and put in order, obtain the parameter difference score value that to regulate this operating system, and estimate the acceptable adjustment difference of this testing tool;
This testing tool is operated or adjusted the original parameter setting of this testing tool according to the adjustment difference that draws, change the test load of this operating system according to the adjustment difference that draws;
Test the duty of this operating system.
13. method of testing as claimed in claim 12 is characterized in that, this method also comprises:
After instant status information being classified and put in order,, calculate the parameter difference score value that to regulate this operating system in conjunction with the threshold value of each device element utilization rate in the threshold value of test that this testing tool adopted regulation or the operating system.
14. method of testing as claimed in claim 12 is characterized in that, after obtaining the acceptable adjustment difference of this testing tool, progressively changes its parameter value in conjunction with the step value of this testing tool parameter change amount.
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| CN2007101934371A CN101441595B (en) | 2007-11-21 | 2007-11-21 | Load monitoring apparatus and test structure and load monitoring method and test method thereof |
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| CN102752132A (en) * | 2012-06-06 | 2012-10-24 | 北京像素软件科技股份有限公司 | Method, device and system for performing remote real-time monitoring on server |
| CN112486738B (en) * | 2019-09-12 | 2022-04-26 | 阿里巴巴集团控股有限公司 | Load testing method and device, electronic equipment and computer readable storage medium |
| CN112214368B (en) * | 2020-10-23 | 2022-06-14 | 英业达科技有限公司 | Dynamic load control system and method thereof |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6430594B1 (en) * | 1997-02-17 | 2002-08-06 | Nec Corporation | Real-time operating system and a task management system therefor |
| CN1508683A (en) * | 2002-12-17 | 2004-06-30 | 深圳市中兴通讯股份有限公司 | Method for detecting occupied rate of CPU in multi-task real-time operation system |
| CN101073016A (en) * | 2004-12-09 | 2007-11-14 | 株式会社爱德万测试 | Method and system for performing installation and configuration management of tester instrument modules |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6430594B1 (en) * | 1997-02-17 | 2002-08-06 | Nec Corporation | Real-time operating system and a task management system therefor |
| CN1508683A (en) * | 2002-12-17 | 2004-06-30 | 深圳市中兴通讯股份有限公司 | Method for detecting occupied rate of CPU in multi-task real-time operation system |
| CN101073016A (en) * | 2004-12-09 | 2007-11-14 | 株式会社爱德万测试 | Method and system for performing installation and configuration management of tester instrument modules |
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