CN103514082B - The method of testing of reflection computer equipment WEB energy efficiency - Google Patents
The method of testing of reflection computer equipment WEB energy efficiency Download PDFInfo
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- CN103514082B CN103514082B CN201210223398.6A CN201210223398A CN103514082B CN 103514082 B CN103514082 B CN 103514082B CN 201210223398 A CN201210223398 A CN 201210223398A CN 103514082 B CN103514082 B CN 103514082B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
Abstract
The present invention provides a kind of method of testing reflecting computer equipment WEB energy efficiency.First obtain computer equipment according to the method for the invention and run the operating rate of WEB energy efficiency test event, and obtain described computer equipment power during running described WEB energy efficiency test event, then, ratio based on described power and described operating rate determines reflection described computer equipment Energy Efficiency Ratio in WEB performance.Thereby, it is possible to reflect described computer equipment Energy Efficiency Ratio in WEB performance targetedly.
Description
Technical field
The present invention relates to a kind of energy efficiency test method, particularly relate to a kind of test reflecting computer equipment WEB energy efficiency
Method.
Background technology
Advocating green, low-carbon (LC) instantly, people focus more on input and output rate, the strictest control budget with become
This, therefore select the equipment with high energy efficiency ratio to become one of very important factor of people.Along with informationization from generation to generation deep
Entering, the efficiency of computer equipment is increasingly paid attention to by each side, specifically so that the power of computer equipment increases main body
Present: the power of the processor in computer equipment is being continuously increased.This is determined by manufacturing process, its internal transistor
More and more less, frequency is more and more higher, makes computer equipment while computing capability rapidly promotes, and its power increases frightened equally
People.
But, the requirement of each built-in system of server is relatively equalized by WEB application, and therefore, user is selecting meter
When calculating machine equipment as WEB server, in addition to type based on WEB application proposes certain requirement to single hardware, in addition it is also necessary to
Consider whether the cooperation between each hardware can possess higher Energy Efficiency Ratio.
Accordingly, it would be desirable to the WEB energy efficiency of computer equipment is tested, in order to solve the merit of used computer equipment
Rate consumes excessive problem.
Summary of the invention
The shortcoming of prior art in view of the above, it is an object of the invention to provide a kind of reflection computer equipment WEB
The method of testing of efficiency, with saves energy.
For achieving the above object and other relevant purposes, the present invention provides a kind of survey reflecting computer equipment WEB energy efficiency
Method for testing, it includes step: 1) obtains computer equipment and runs the operating rate of WEB energy efficiency test event, and obtains described
Computer equipment power during running described WEB energy efficiency test event；2) based on described power and described operating rate
Ratio determine reflection described computer equipment Energy Efficiency Ratio in WEB performance.
Preferably, the operating rate obtaining computer equipment operational energy efficiency test event in described step 1) includes: 1-
1) obtain computer equipment and run, because of acquired test instruction, the time that corresponding WEB energy efficiency test event is spent, with
And the data volume that described WEB energy efficiency test event is handled in running；1-2) based on described data volume with spent
The ratio of time obtains described computer equipment and runs the operating rate of described WEB energy efficiency test event.
Preferably, the operating rate obtaining computer equipment operational energy efficiency test event in described step 1) includes: 1-
A) computer equipment is made repeatedly to run same WEB energy efficiency test event based on acquired test instruction, and based on statistics institute
State computer equipment and run the time that described WEB energy efficiency test event is spent each time, obtain and run described WEB each time
The meansigma methods of the time that efficiency test project is spent；Based on statistics described efficiency test project institute in running each time
The data volume processed, obtains the meansigma methods running the data volume handled by described WEB energy efficiency test event each time；1-b) base
Meansigma methods in described data volume runs described WEB with the ratio being spent time taking meansigma methods to obtain described computer equipment
The operating rate of efficiency test project.
Preferably, described step 1) includes: run the survey of described WEB energy efficiency each time based on adding up described computer equipment
Power in examination Project Process, obtains the meansigma methods of described power.
Preferably, described step 2) including: the ratio of meansigma methods based on described power and described operating rate determines
Described computer equipment Energy Efficiency Ratio in WEB performance.
Preferably, make described computer equipment based on different test instruction repeated execution of steps 1) and 2), to obtain
State computer equipment and run the Energy Efficiency Ratio of different WEB energy efficiency test event；Described method also includes step 3): based on default fortune
The weight of each described WEB energy efficiency test event of row obtains the efficiency of the described WEB performance reflecting described computer equipment
Ratio.
Preferably, change the density of load of described computer equipment, and make described computer equipment be in identical load
Under intensity, based on the different corresponding described test events of test instruction operation, for performing step 1), step 2) and step
3).
Preferably, described WEB energy efficiency test event at least includes following one: tests described computer equipment and loads webpage
Test event, test described computer equipment response dynamics and the test event of static WEB request.
As it has been described above, the method for testing of the reflection computer equipment WEB energy efficiency of the present invention, have the advantages that energy
When enough operating rates based on described computer equipment operation WEB energy efficiency test event are with operation described WEB energy efficiency test event
The ratio of power determine the Energy Efficiency Ratio of WEB performance of described computer equipment, it is possible to reflect described calculating targetedly
Machine equipment Energy Efficiency Ratio in WEB performance.
Accompanying drawing explanation
Fig. 1 is shown as the flow process of a kind of embodiment of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention
Figure.
Fig. 2 is shown as the stream of another embodiment of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention
Cheng Tu.
Fig. 3 is shown as the stream of another embodiment of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention
Cheng Tu.
The method of testing of the reflection computer equipment WEB energy efficiency that Fig. 4 is shown as the present invention obtains described computer equipment
The structural representation of power during operation WEB energy efficiency test event.
Fig. 5 is shown as the stream of another embodiment of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention
Cheng Tu.
Fig. 6 is shown as the stream of another embodiment of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention
Cheng Tu.
Element numbers explanation
1 computer equipment
2 energy efficiency test system
21 WEB Performance Analysis Softwares
22 power measurings
S1 ~ S3, S11, S12, S13, S14, S15 step
Detailed description of the invention
Below by way of specific instantiation, embodiments of the present invention being described, those skilled in the art can be by this specification
Disclosed content understands other advantages and effect of the present invention easily.The present invention can also be by the most different concrete realities
The mode of executing is carried out or applies, the every details in this specification can also based on different viewpoints and application, without departing from
Various modification or change is carried out under the spirit of the present invention.
Fig. 1 is shown as the flow chart of the method for testing of the reflection computer equipment WEB energy efficiency of the present invention.Described reflection calculates
The method of testing of machine equipment WEB energy efficiency is mainly performed by energy efficiency test system, and described energy efficiency test system is mainly surveyed by efficiency
Test system performs, and described energy efficiency test system is the application module being arranged in computer equipment to be tested.Described calculating
Machine equipment is a kind of can to carry out massive values computation and various information processing automatically, at high speed according to the program being previously stored
Modernization intelligent electronic device, it includes but not limited to blade server, memory-type server, ordinary desktop computer, notes
This computer, tower server, rack-mount server, embedded device etc..
In step sl, described energy efficiency test system obtains the fortune of the WEB energy efficiency test event running on computer equipment
Scanning frequency rate, and obtain described computer equipment power during running described WEB energy efficiency test event.Wherein, described
WEB energy efficiency test event includes any test event that can test WEB performance, and it includes but not limited to: test described calculating
Machine equipment loads the test event of webpage, tests described computer equipment response dynamics and the test event of static WEB request, tool
Body ground, the described computer equipment of described test loads the test event of webpage and includes but not limited to browser；Described in described test
The test event of computer equipment response WEB request includes but not limited to: build WEB application in described computer equipment.
Specifically, the WEB energy efficiency test event during described energy efficiency test system obtains described computer equipment is when one section
In handled data volume, and ratio based on described data volume Yu described time period calculates the operation of described computer equipment
The operating rate of described WEB energy efficiency test event.
Such as, making described computer equipment operation browser to load webpage, the most described energy efficiency test system is at described meter
Calculate machine equipment to run and start to the t1 moment until obtaining data volume a loading webpage during t2 moment, and obtain in the t1 moment to t2
The power of the described computer equipment between the moment, and data volume a based on described loading webpage and described t2 moment with t1 time
The ratio of the difference carved obtains described arithmetic speed, then ratio based on described power Yu described arithmetic speed obtains efficiency
Ratio.
Preferably, as in figure 2 it is shown, obtain computer equipment in described step S1 to run the fortune of WEB energy efficiency test event
Scanning frequency rate includes: step S11 and step S12.
In step s 11, described energy efficiency test system obtains computer equipment and runs phase because of acquired test instruction
The time that the WEB energy efficiency test event answered is spent, and the number that described WEB energy efficiency test event is handled in running
According to amount.
Described computer equipment obtains the mode of test instruction and includes but not limited to: 1) pass through to test described in Network Capture to refer to
Order.Such as, the request etc. of WEB webpage in described computer equipment is accessed by Network Capture.2) human-computer interaction device is passed through
Obtain described test instruction.Such as, personnel pass through input through keyboard one network address, and click carriage return, and the most described computer equipment obtains
The test instruction of WEB request is sent to described network address.So that described computer equipment is based on acquired test instruction operation phase
The WEB energy efficiency test event answered, obtains described computer equipment for described energy efficiency test system and runs the survey of corresponding WEB energy efficiency
The time that examination project is spent, and the data volume that described WEB energy efficiency test event is handled in running.
In step s 12, described energy efficiency test system ratio based on described data volume with the time spent obtains
Described computer equipment runs the operating rate of described WEB energy efficiency test event.
Such as, personnel input Baidu's search homepage ground by keyboard to the address field of the IE browser of described computer equipment
Location, with to described computer equipment send test described computer equipment load Baidu search homepage instruction, described computer
Equipment runs IE browser based on acquired described test instruction and loads Baidu's search homepage, the most described energy efficiency test system
Obtain described computer equipment and load Baidu's search time of being spent of homepage and the data volume of Baidu's search homepage, then based on
The data volume of added contained network page adds contained network with completing this ratio loading the time spent to calculate described computer equipment
The operating rate of page.
And for example, described computer equipment obtains the WEB web-page requests that subscriber equipment A is sent, described computer equipment base
Sending corresponding WEB webpage in described WEB web-page requests, the most described energy efficiency test system obtains the data volume of described WEB webpage
And described computer equipment sends the time that described WEB webpage is spent, then data volume based on the WEB webpage sent with
Complete the ratio sending the time that described WEB webpage is spent to calculate the fortune of described computer equipment response WEB web-page requests
Scanning frequency rate.
Preferably, as it is shown on figure 3, obtain computer equipment in described step S1 to run the fortune of WEB energy efficiency test event
Scanning frequency rate includes: step S13, step S14.
In step s 13, described energy efficiency test system makes computer equipment repeatedly transport based on acquired test instruction
The same WEB energy efficiency test event of row, and run described WEB energy efficiency test event each time based on described computer equipment and spent
Time, obtain the meansigma methods running the time that described WEB energy efficiency test event is spent each time；Survey based on described efficiency
The data volume that examination project is handled in running each time, obtains and runs described WEB energy efficiency test event institute each time
The meansigma methods of the data volume processed.
Then, in step S14, described energy efficiency test system meansigma methods based on described data volume is time taking with spent
The ratio of meansigma methods obtains described computer equipment and runs the operating rate of described WEB energy efficiency test event.
Such as, described computer equipment is WEB server, and described computer equipment passes through Network Capture to 50 access
The request of WEB webpage E1, the most described computer equipment sends 50 response messages concurrently, and described energy efficiency test system is based on institute
State computer equipment and send the time that each webpage E1 is spent, calculate the time that transmission webpage E1 is spent each time
Meansigma methods is t1, and the data volume of the webpage E1 sent, and then, described energy efficiency test system tries to achieve described computer equipment
Run meansigma methods t1 of the time of the data volume/spent of webpage E1 described in the operating rate P1=of WEB service project.
And for example, described computer equipment sends webpage E2, the net accessed in this WEB server respectively to a WEB server
Page E3 and the request of webpage E4, described energy efficiency test system based on described computer equipment obtain respectively webpage E2, webpage E3 and
The time that webpage E4 is spent obtains and accesses time average t2 that this WEB server is spent each time, and based on loading
The data volume of webpage E2, webpage E3 and webpage E4 obtains the average loading data amount obtaining webpage each time, thus, obtains institute
State computer equipment and run operating rate P2=average loading data amount/time average t2 of browser project.
Meanwhile, described energy efficiency test system also performs step S15: obtain described computer equipment described in operation
Power during WEB energy efficiency test event.As shown in Figure 4, described energy efficiency test system 2 includes: is positioned at described computer and sets
The power measuring 22 that WEB Performance Analysis Software 21 in standby 1 is connected with described computer equipment 1.Described WEB performance evaluation
Software 21 is the application module in described computer equipment 1.Described power measuring 22 includes any to test described calculating
The instrument of machine equipment power during running described WEB energy efficiency test event.
Described energy efficiency test system obtains described computer equipment merit during running described WEB energy efficiency test event
The mode of rate includes but not limited to:
1) power of computer equipment 1 described in described power measuring 22 Real-time Collection, and the power gathered is provided
To described WEB Performance Analysis Software 21, described WEB Performance Analysis Software 21 is based on the test acquired in described computer equipment 1
Instruction obtains the power of described computer equipment.Such as, described WEB Performance Analysis Software 21 is based on 50 acquired access
The request of WEB webpage E1 obtains the described computer equipment 1 of described power measuring 22 sampling and runs 50 WEB energy efficiency simultaneously
Power during test event.
2) described computer equipment 1 gathers power based on the acquired test instruction described power measuring 22 of startup, institute
State power measuring 22 and the power gathered is supplied to described WEB Performance Analysis Software 21.
Preferably, described step S15 also includes: step S16(is unillustrated).
In step s 16, described energy efficiency test system is running described WEB energy efficiency based on the computer equipment repeatedly obtained
Power during test event, obtains described computer equipment putting down during running described WEB energy efficiency test event
All power.
Described energy efficiency test system repeatedly obtains at computer equipment during running described WEB energy efficiency test event
The mode of power includes but not limited to: 1) at described computer equipment based on once testing efficiency test project described in instruction operation
During, described WEB energy efficiency test system repeatedly obtains power.2) described energy efficiency test system is at described computer equipment repeatedly
During WEB energy efficiency test event described in same test instruction operation, repeatedly obtain its power.Then, described efficiency is surveyed
Test system obtains described computer equipment mean power during running described WEB energy efficiency test event.
Then, in step s 2, described energy efficiency test system ratio based on described power and described operating rate comes really
Surely described computer equipment Energy Efficiency Ratio in WEB performance is reflected.Wherein, described WEB performance refers to reflect described computer equipment
Be made up of system structure, instruction system, hardware, ability that many combined factors such as WEB energy efficiency test event configuration determine.
Such as, described energy efficiency test system obtains described computer equipment and loads the operating rate of webpage and described calculating
Machine equipment loads the power during webpage, the most described energy efficiency test system ratio based on described power Yu described operating rate
Determine reflection described computer equipment Energy Efficiency Ratio in WEB performance.
Preferably, described step S2 also includes that step S21(is unillustrated).
In the step s 21, described energy efficiency test system ratio based on described mean power and described operating rate takes
Obtain described computer equipment Energy Efficiency Ratio in WEB performance.
Such as, the operating rate of described energy efficiency test system acquirement operation browser, and based on power measuring repeatedly
The meansigma methods of power during the described computer equipment operation browser gathered, then meansigma methods based on power is fast with described operation
The ratio of rate obtains described computer equipment Energy Efficiency Ratio in WEB performance.
As a kind of preferred version, as it is shown in figure 5, make described computer equipment repeat based on different test instructions
Step S11, S12 and S2, to obtain the Energy Efficiency Ratio running each WEB energy efficiency test event, described method also includes step S3.
In step s3, described energy efficiency test system is based on default each described WEB energy efficiency test event of operation
Weight obtains the Energy Efficiency Ratio of the described WEB performance reflecting described computer equipment.
Such as, include when described test instruction: the webpage comprising web page address loads test instruction, accesses described computer
The solicited message of the WEB page in equipment, described computer equipment, according to the sequencing of acquired test instruction, runs successively
Sending the project of web data and load the project of web data, the most described energy efficiency test system obtains described computer successively
Energy Efficiency Ratio v1 of equipment publishing web page data, and load web data Energy Efficiency Ratio v2, then, described energy efficiency test system based on
The weights of the Energy Efficiency Ratio of the described computer equipment publishing web page data preset are 2, load the weights of the Energy Efficiency Ratio of web data
It is 3, tries to achieve and react Energy Efficiency Ratio P1=2*v1+3*v2 of the WEB performance of processor in described computer equipment.
It should be noted that it should be appreciated by those skilled in the art that above computer equipment performs multiple test instruction
Order is only for example, and the most described computer equipment is also based on multiple test instruction and runs corresponding WEB energy simultaneously
Effect test event, obtains operating rate and the operation of computing corresponding WEB energy efficiency test event for described energy efficiency test system
Power during described WEB energy efficiency test event.
Also, it should be noted it should be appreciated by those skilled in the art that the calculation of above-mentioned weight is only for example, true
On, any weight based on each default described WEB energy efficiency test event obtains the WEB reflecting described computer equipment
Within the mode of the Energy Efficiency Ratio of performance is all contained in the scope of the invention.
As another preferred version, as shown in Figure 6, described computer equipment is made to repeat to hold based on different test instructions
Row step S13, S14 and S2, to obtain the Energy Efficiency Ratio running each WEB energy efficiency test event, described energy efficiency test system continues
Continuous execution step S3.
Such as, the test instruction that described computer equipment gets successively includes: 50 access in described computer equipment
WEB webpage request and 20 load webpages tests instruction, described computer equipment run successively 50 WEB applications with send out
Sending 50 webpages, and 20 browsers of parallel running are to load each webpage, the most described energy efficiency test system is based on described
Computer equipment runs the time that described WEB energy efficiency test event is spent each time, obtains and runs described WEB energy each time
The meansigma methods of the time that effect test event is spent；Based on described efficiency test project in running each time handled
Data volume, obtains the meansigma methods running the data volume handled by described WEB energy efficiency test event each time, and based on described number
The test of described WEB energy efficiency is run with the ratio being spent time taking meansigma methods to obtain described computer equipment according to the meansigma methods of amount
The operating rate of project；Meanwhile, the described computer equipment of described energy efficiency test system acquirement is transported based on each test instruction
The power of the corresponding WEB energy efficiency test event of row；Then, described energy efficiency test system accesses in described computer equipment based on 50
WEB webpage request obtain Energy Efficiency Ratio be v3, based on 20 load webpages test instructions obtain corresponding Energy Efficiency Ratio be
V4, weight 5 that the most described energy efficiency test system runs browser based on default, the weight running WEB application are 2 to determine and take
The Energy Efficiency Ratio that must reflect the WEB performance of described computer equipment is 5*v3+2*v4.
As another kind of preferred version, change the density of load of described computer equipment, and make at described computer equipment
Under the identical density of load, based on the different corresponding described test events of test instruction operation, for step S1, step S2
With step S3.
Specifically, make described computer equipment run multiple WEB energy efficiency test event based on different test instructions simultaneously,
So that described energy efficiency test system performs step S1, S2 and S3.
Such as, make described computer equipment run 50 based on 50 test instructions loading different web pages to browse simultaneously
Device, in order to described energy efficiency test system is at described computer equipment under the density of load simultaneously running 50 browsers, holds
Row step S1, S2, and obtain operating rate and the same luck of described computer equipment of described computer equipment operation browser
The power of described 50 browsers of row, obtains described computer equipment Energy Efficiency Ratio K1 under this density of load with this；Then,
Make described computer equipment run 50 WEB applications based on 50 acquired WEB requests, in order to described efficiency test simultaneously
System is at described computer equipment under the density of load simultaneously running 50 WEB applications, performs step S1, S2, and obtains
Operating rate and the described computer equipment of described computer equipment operation WEB application run described 50 WEB applications simultaneously
Power, obtain described computer equipment Energy Efficiency Ratio K2 under this density of load with this；Then, described energy efficiency test system
Weight based on default Energy Efficiency Ratio K1 is a1, and the weight of Energy Efficiency Ratio K2 is a2, obtains the described computer equipment of reflection at this
Energy Efficiency Ratio K3=a1*K1+a2*K2 of the WEB performance under the density of load.
Then, make described computer equipment run 500 WEB energy efficiency based on 500 different tests instructions to survey simultaneously
Examination project, and obtain Energy Efficiency Ratio K4 of the WEB performance reflected under described computer equipment respective loads intensity；Make described computer
Equipment runs 5000 WEB energy efficiency test events based on 5000 different tests instructions simultaneously, and obtains the described meter of reflection
Energy Efficiency Ratio K5 of the WEB performance under calculation machine equipment respective loads intensity.Thus, beneficially user is based on to different computer equipments
The contrast of the WEB energy efficiency ratio under different loads intensity selects suitable computer equipment.
In sum, the method for testing of reflection computer equipment WEB energy efficiency of the present invention, set based on described computer
The operating rate of received shipment row WEB energy efficiency test event determines with the ratio of power when running described WEB energy efficiency test event
The Energy Efficiency Ratio of the WEB performance of described computer equipment, it is possible to reflect that described computer equipment is in WEB performance targetedly
Energy Efficiency Ratio；It addition, first make described computer equipment run multiple WEB energy efficiency test events, try to achieve the described computer of reflection and set
The standby Energy Efficiency Ratio under different loads intensity in WEB performance, then weight based on each default WEB energy efficiency test event is next
Determine the described computer equipment Energy Efficiency Ratio in WEB performance, it is possible to the handling characteristics for computer equipment determines computer
The Energy Efficiency Ratio of equipment, thus can facilitate user to select suitable computer equipment, to reach corresponding WEB performance requirement.Calculate
The Energy Efficiency Ratio of machine equipment reflects whether computer device power is used effectively, in order to staff is based on computer equipment merit
The utilization power of rate formulates corresponding energy-saving scheme, meanwhile, contributes to staff and selects the property of each assembly of computer equipment
Can, make the WEB performance of whole computer equipment reach optimum, also make staff based on computer equipment in different loads intensity
Under Energy Efficiency Ratio, select the relatively low computer equipment of power, to save the energy.So, the present invention effectively overcomes prior art
In various shortcoming and have high industrial utilization.
The principle of above-described embodiment only illustrative present invention and effect thereof, not for limiting the present invention.Any ripe
Above-described embodiment all can be modified under the spirit and the scope of the present invention or change by the personage knowing this technology.Cause
This, have usually intellectual such as complete with institute under technological thought without departing from disclosed spirit in art
All equivalences become are modified or change, and must be contained by the claim of the present invention.
Claims (6)
1. the method for testing reflecting computer equipment WEB energy efficiency, it is characterised in that include step:
1) obtain computer equipment and run operating rate and the power of WEB energy efficiency test event；
2) ratio based on described power and described operating rate determines reflection described computer equipment energy in WEB performance
Effect ratio；
Make described computer equipment based on different test instruction repeated execution of steps 1) and 2), to obtain described computer equipment
Run the Energy Efficiency Ratio of different WEB energy efficiency test event；
Described method also includes step 3): obtain based on the default weight running each described WEB energy efficiency test event
Reflect the Energy Efficiency Ratio of the described WEB performance of described computer equipment；
Change the density of load of described computer equipment, and make described computer equipment be under the identical density of load, based on
The corresponding described test event of different test instruction operations, for perform step 1), step 2) and step 3).
The method of testing of reflection computer equipment WEB energy efficiency the most according to claim 1, it is characterised in that in described step
Rapid 1) operating rate obtaining computer equipment operational energy efficiency test event in includes:
Obtain computer equipment and run, because of acquired test instruction, the time that corresponding WEB energy efficiency test event is spent,
And the data volume that described WEB energy efficiency test event is handled in running；
Ratio based on described data volume with the time spent obtains described computer equipment and runs the test of described WEB energy efficiency
The operating rate of project.
The method of testing of reflection computer equipment WEB energy efficiency the most according to claim 1, it is characterised in that in described step
Rapid 1) operating rate obtaining computer equipment operational energy efficiency test event in includes:
Computer equipment is made repeatedly to run same WEB energy efficiency test event based on acquired test instruction, based on statistics institute
State computer equipment and run the time that described WEB energy efficiency test event is spent each time, obtain and run described WEB each time
The meansigma methods of the time that efficiency test project is spent；Based on statistics described efficiency test project institute in running each time
The data volume processed, obtains the meansigma methods running the data volume handled by described WEB energy efficiency test event each time；
Meansigma methods based on described data volume is obtained the operation of described computer equipment with spending the ratio of time taking meansigma methods
The operating rate of described WEB energy efficiency test event.
4. according to the method for testing of described reflection computer equipment WEB energy efficiency arbitrary in claims 1 to 3, it is characterised in that
Described step 1) including:
Based on statistics described computer equipment power during running described WEB energy efficiency test event each time, obtain
The meansigma methods of described power.
The method of testing of reflection computer equipment WEB energy efficiency the most according to claim 4, it is characterised in that described step
2) including: the ratio of meansigma methods based on described power and described operating rate determines that described computer equipment is in WEB performance
On Energy Efficiency Ratio.
The method of testing of reflection computer equipment WEB energy efficiency the most according to claim 1, it is characterised in that described WEB energy
Effect test event at least includes following one: tests described computer equipment and loads the test event of webpage, tests described calculating
Machine equipment response dynamics and the test event of static WEB request.
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| CN105823924A (en) * | 2015-01-06 | 2016-08-03 | 上海宽带技术及应用工程研究中心 | Integrated cabinet server energy efficiency testing circuit and method |
| CN108733564B (en) * | 2018-05-18 | 2021-10-29 | 创新先进技术有限公司 | Browser performance testing method, device and equipment |
| CN114257529A (en) * | 2021-12-24 | 2022-03-29 | 深圳市欣博跃电子有限公司 | Network equipment stability testing method, device, equipment, system and medium |
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| PC服务器能效测量研究与应用实践;黄植勤等;《电信科学》;20111130;第111-118页 * |
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| CN103514082A (en) | 2014-01-15 |
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