CN104717236A - Equipment performance test method and device - Google Patents
Equipment performance test method and device Download PDFInfo
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- CN104717236A CN104717236A CN201310676302.6A CN201310676302A CN104717236A CN 104717236 A CN104717236 A CN 104717236A CN 201310676302 A CN201310676302 A CN 201310676302A CN 104717236 A CN104717236 A CN 104717236A
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Abstract
The invention discloses an equipment performance test method comprising the steps of determining the maximum value of the number of concurrent threads which can be increased currently according to regularly acquired data of each performance of a piece of tested equipment in a simulation test thread, selecting the smaller one of the maximum value and a preset concurrent thread single-step increased value to increase the test thread, used for simulation currently, of the tested equipment, and judging whether data of each performance of the tested equipment exceeds a preset performance threshold. On the premise of not making the tested equipment crash, the tested equipment can be adjusted in real time to achieve the highest performance, the bottleneck of a service system can be positioned in time, and system optimization can be conducted.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of equipment performance method of testing.The present invention also relates to a kind of equipment performance testing apparatus simultaneously
Background technology
The web application system of usual facing multiple users is being built and before reaching the standard grade, is needing to get its visit capacity that can carry, the performance index such as response speed, fault-tolerant ability.Generally carry out pressure test by performance testing tool, thus the performance index such as the running status of acquisition web application system and response time.
The Main Function of performance testing tool is by the actual services operation in simulated production environment, pressure load test is carried out to tested system, monitor the performance of tested system under different business, different pressures performance, find out potential performance bottleneck and carry out analyzing, optimizing.
Conventional system performance testing instrument, while simulant-client behavior, have recorded the performance index such as client concurrent request number, response delay.But under existing test condition, testing tool and operation system be distributed on different main frame, the host performance of operation system is by the monitoring of tripartite, the change of business Host Status directly can not feed back to test client, often there will be because client-requested is too much, web applied host machine take too high as cpu, linking number too much waits limited resources not enough and system overload is collapsed, main frame can only be restarted by hand, now tripartite's monitoring also can be affected, abnormal environmental information cannot be caused during navigation system collapse in time, runtime data etc., reproduce abnormal conditions sometimes and also seem more difficult.
As can be seen here, conventional system performance testing instrument, while simulant-client behavior, have recorded the performance index such as client concurrent request number, response delay.But under common test case; testing tool and operation system be distributed on different main frame; the host performance of operation system changes the monitoring by tripartite, and the change of business Host Status directly can not feed back to test client, often there will be some following problems:
(1) because client-requested is too much, the limited resources of web applied host machine are as too high in cpu takies, and linking number is too much, and make the collapse of web application system overload, can only restart main frame by hand.
(2) overload of system makes tripartite monitor also to be affected, and cannot cause abnormal environmental information, runtime data etc. during navigation system collapse in time,
(3) abnormal conditions are reproduced more difficult, and the reason of location and seizure exception and system bottleneck more complicated.
As can be seen here, testing equipment of the prior art cannot carry out dynamic conditioning according to pressure condition to the test condition of tested equipment in real time, and then the test data that the equipment that gets operates under full load condition.
Summary of the invention
Because deficiency of the prior art, the present invention proposes a kind of equipment performance method of testing, it is characterized in that, comprising:
The properties data of the tested equipment of testing equipment timing acquiring in simulation test thread;
Described testing equipment determines the maximum of current increasable concurrent thread quantity according to described properties data;
Described testing equipment selects a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increases the current test thread for simulating of described tested equipment according to described concurrent thread increment size;
Described testing equipment gathers described tested equipment and is simulating the properties data in the test thread increased, and judges whether described properties data exceed default performance threshold;
If not, the quantity of test thread is set to preset initial value by described testing equipment, and indicates described tested equipment to simulate described test thread.
Correspondingly, the invention allows for a kind of equipment performance testing apparatus, it is characterized in that, comprising:
Acquisition module, for the properties data of the tested equipment of timing acquiring in simulation test thread;
Determination module, for determining the maximum of current increasable concurrent thread quantity according to described properties data;
Selecting module, for selecting a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increasing the current test thread for simulating of described tested equipment according to described concurrent thread increment size;
Judge module, is simulating the properties data in the test thread increased for gathering described tested equipment, and is judging whether described properties data exceed default performance threshold;
If not, the quantity of test thread is set to preset initial value by described judge module, and indicates described tested equipment to simulate described test thread.
As can be seen here, by applying above technical scheme, the maximum of current increasable concurrent thread quantity is determined by the properties data of tested equipment in simulation test thread of timing acquiring, between maximum and default concurrent thread single step added value, selecting a less side to increase the current test thread for simulating of tested equipment, and judging whether the properties data of tested equipment exceed default performance threshold.Thus under making tested equipment that the prerequisite of collapsing not occur, the tested equipment of adjustment reaches peak performance in real time, and then timely location services system bottleneck, carry out system optimization.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of a kind of equipment performance method of testing that the present invention proposes;
Fig. 2 is composition and the structural representation of the test macro that the specific embodiment of the invention proposes;
Fig. 3 is a kind of equipment performance method of testing schematic flow sheet that the specific embodiment of the invention proposes;
Fig. 4 is the structural representation of a kind of equipment performance testing apparatus that the present invention proposes.
Embodiment
The test pressure situation of self cannot be got for solving tested equipment in prior art and with this, test condition is carried out to the problem of dynamic conditioning, propose a kind of web application system method for testing pressure controlled by remote monitoring herein, while test, the performance index of every limited resources of remote monitoring system under test (SUT), and collection result, the strategy of dynamic conditioning pressure test client and concurrency, under effective treatment state can being maintained to allow tested main frame, also the number of concurrent before and after system crash and operation system environmental data can be recorded to, achieve the Automatic Optimal of operation system.
As shown in Figure 1, be a kind of equipment performance method of testing that the present invention proposes, comprise the following steps:
S101, the properties data of the tested equipment of testing equipment timing acquiring in simulation test thread.
It should be noted that, in this step and S104, testing equipment is by according to the times of collection preset, and the properties data of tested equipment described in continuous acquisition also obtain the root mean square average of collection result, using described root mean square average as described properties data.
S102, described testing equipment determines the maximum of current increasable concurrent thread quantity according to described properties data.
Particularly, in this step, testing equipment is first according to Tadd=T*(Pmax-Pnns)/Pnns determines corresponding with described properties number maximumly to increase Thread Count valuation Tadd, T is current test number of threads, Pmax is the maximum corresponding with described properties number, and Pnns is the root mean square average corresponding with described properties number; Then maximumly the maximum of the minimum value in Thread Count valuation as the current increasable concurrent thread quantity of described tested equipment is increased using corresponding with described properties number.
S103, described testing equipment selects a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increases the current test thread for simulating of described tested equipment according to described concurrent thread increment size.
S104, described testing equipment gathers described tested equipment and is simulating the properties data in the test thread increased, and judges whether described properties data exceed default performance threshold.
S105, if not, the quantity of test thread is set to preset initial value by described testing equipment, and indicates described tested equipment to simulate described test thread.
With this step accordingly, if described testing equipment judges that the properties data of described tested equipment exceed default performance threshold, the quantity of test thread is set to preset maximum value by described testing equipment, and indicates described tested equipment to simulate described test thread.
In addition, after this step, testing equipment increases the current test thread for simulating of described tested equipment every the time of presetting, and the quantity of each test thread increased is described default concurrent thread single step added value.Thus the circularly-supercharged test realized tested equipment.
In order to set forth technological thought of the present invention further, now in conjunction with concrete application scenarios, technical scheme of the present invention is described.As shown in Figure 2, be the test macro that the specific embodiment of the invention proposes, do as one likes energy test client and Web Application Server agency composition, wherein form corresponding module with each as follows:
Performance test client:
(1) test case: the customer behavior modeling use-case of web application system realizes.
(2) pressure test unit: simulation test thread, calls test case and initiates request.
(3) con current control module: the strategy provided according to configuration and monitoring module, initialization test unit, controls p-wire number of passes, controls the supercharging of test thread;
(4) remote monitoring module: initiate remote performance index monitoring request, and realize pressure strategy algorithm;
(5) configuration module: configuration testing flow process, duration, single step boost line number of passes etc., and the threshold values of monitor control index.
(6) message-oriented middleware: realize the interface protocol between test client and service server and communication function.
Web application server proxy (system under test (SUT)):
(1) performance monitoring agency;
(2) operation system software.
Based on the above performance test flow process arranged as shown in Figure 3, comprising:
Step 1, according to configuration initialization starting pressure test cell, initialization remote monitoring module and performance monitoring agency;
Step 2, con current control module, from initial line number of passes, progressively increase, and each interval increased is see configuration module;
Step 3, timing remote performance gather n time, calculate each performance index mean value (performance index of limited resources are normalized to accounting, and for embodying the pressure condition of host performance, adopt root mean square average) according to acquisition index.
Step 4, according to pressure test Developing Tactics algorithm, calculate the concurrent thread number that once increases.
Step 5, con current control module increase concurrent thread, strengthen the pressure to web application system;
Step 6, again remote performance acquisition monitoring, if exceed performance threshold values, then need the test thread stopped according to policy calculation;
Step 7, repetition step 2-step 6, constantly adjust performance pressures, to find system pressure load maximum.And add up number of concurrent, time delay, success rate, each performance index of remote host.
Step 8, test terminate, and arrange client pressure test statistics, comprise concurrent, time delay, success rate, and far-end performance monitoring data.
Wherein, the detailed algorithm of pressure test strategy supercharging is as follows:
First, every initial value of pressure test analog subscriber is configured:
Initial testing Thread Count T
initand maximum of T
max, current p-wire number of passes T, single step concurrent growth configuration T
0, the case number C that once performs of single testthread
n, testthread cycle-index or lasting duration,
Then, configuration remote performance monitor control index threshold values, the performance index of limited resources are normalized to accounting according to resource restriction, such as:
The highest occupancy P of cpu
cpumax, the highest accounting of service line number of passes (web application thread/system user thread maximum * 100%) P
threadmax, internal memory uses maximum accounting (used_mem/tatle_mem) P
memmax, use linking number accounting (web application port linking number/consumer process number of files restriction) P
linkmax, network I/O use amount accounting P
niomax, disk I/O use amount accounting P
diomax.
Based on configuring numerical value above, specific algorithm is as follows:
The root mean square average computational methods of n the value of each performance index P are:
The concurrent request of the maximum increase of each performance index threshold values restriction is figured method Rp and is:
Maximumly increase the Thread Count valuation minimum value of result of calculation (the multiple index respectively):
T
add＝R
p×T/R
avg
The full test Thread Count T of single step supercharging
nextvalue algorithm is
T
next=min（T
0，T
add）。
For reaching above technical purpose, the invention also proposes a kind of equipment performance testing apparatus, as shown in Figure 4, comprising:
Acquisition module 410, for the properties data of the tested equipment of timing acquiring in simulation test thread;
Determination module 420, for determining the maximum of current increasable concurrent thread quantity according to described properties data;
Selecting module 430, for selecting a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increasing the current test thread for simulating of described tested equipment according to described concurrent thread increment size;
Judge module 440, is simulating the properties data in the test thread increased for gathering described tested equipment, and is judging whether described properties data exceed default performance threshold;
If not, the quantity of test thread is set to preset initial value by described judge module 440, and indicates described tested equipment to simulate described test thread.
In concrete application scenarios, also comprise: incremental modular, for at described judge module 440 quantity of test thread being set to preset initial value and indicating after described tested equipment simulates described test thread, increase the current test thread for simulating of described tested equipment every the time of presetting, the quantity of each test thread increased is described default concurrent thread single step added value.
In concrete application scenarios, described judge module 440, also for when judging that the properties data of described tested equipment exceed default performance threshold, the quantity of test thread being set to preset maximum value, and indicating described tested equipment to simulate described test thread.
In concrete application scenarios, described acquisition module 410 or described judge module 440 specifically for:
According to the times of collection preset, the properties data of tested equipment described in continuous acquisition also obtain the root mean square average of collection result, using described root mean square average as described properties data.
In concrete application scenarios, described determination module 420, specifically for:
According to T
add=T*(P
max-P
nns)/P
nnsdetermine corresponding with described properties number maximumly to increase Thread Count valuation T
add, T is current test number of threads, P
maxfor the maximum corresponding with described properties number, P
nnsfor the root mean square average corresponding with described properties number, and maximumly increase the maximum of the minimum value in Thread Count valuation as the current increasable concurrent thread quantity of described tested equipment using corresponding with described properties number.
By applying above technical scheme, the maximum of current increasable concurrent thread quantity is determined by the properties data of tested equipment in simulation test thread of timing acquiring, between maximum and default concurrent thread single step added value, selecting a less side to increase the current test thread for simulating of tested equipment, and judging whether the properties data of tested equipment exceed default performance threshold.Thus under making tested equipment that the prerequisite of collapsing not occur, the tested equipment of adjustment reaches peak performance in real time, and then timely location services system bottleneck, carry out system optimization.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention can by hardware implementing, and the mode that also can add necessary general hardware platform by software realizes.Based on such understanding, technical scheme of the present invention can embody with the form of software product, it (can be CD-ROM that this software product can be stored in a non-volatile memory medium, USB flash disk, portable hard drive etc.) in, comprise some instructions and perform each method implementing described in scene of the present invention in order to make a computer equipment (can be personal computer, server, or the network equipment etc.).
It will be appreciated by those skilled in the art that accompanying drawing is a schematic diagram preferably implementing scene, the module in accompanying drawing or flow process might not be that enforcement the present invention is necessary.
It will be appreciated by those skilled in the art that the module in the device implemented in scene can carry out being distributed in the device of enforcement scene according to implementing scene description, also can carry out respective change and being arranged in the one or more devices being different from this enforcement scene.The module of above-mentioned enforcement scene can merge into a module, also can split into multiple submodule further.
The invention described above sequence number, just to describing, does not represent the quality implementing scene.
Be only several concrete enforcement scene of the present invention above, but the present invention is not limited thereto, the changes that any person skilled in the art can think of all should fall into protection scope of the present invention.
Claims (10)
1. an equipment performance method of testing, is characterized in that, comprising:
The properties data of the tested equipment of testing equipment timing acquiring in simulation test thread;
Described testing equipment determines the maximum of current increasable concurrent thread quantity according to described properties data;
Described testing equipment selects a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increases the current test thread for simulating of described tested equipment according to described concurrent thread increment size;
Described testing equipment gathers described tested equipment and is simulating the properties data in the test thread increased, and judges whether described properties data exceed default performance threshold;
If not, the quantity of test thread is set to preset initial value by described testing equipment, and indicates described tested equipment to simulate described test thread.
2. the method for claim 1, is characterized in that, the quantity of test thread is set to preset initial value and indicates after described tested equipment simulates described test thread by described testing equipment, also comprises:
Described testing equipment increases the current test thread for simulating of described tested equipment every the time of presetting, and the quantity of each test thread increased is described default concurrent thread single step added value.
3. the method for claim 1, is characterized in that,
If described testing equipment judges that the properties data of described tested equipment exceed default performance threshold, the quantity of test thread is set to preset maximum value by described testing equipment, and indicates described tested equipment to simulate described test thread.
4. the method for claim 1, it is characterized in that, the properties data of the tested equipment of testing equipment timing acquiring in simulation test thread or described testing equipment gather described tested equipment and are simulating the properties data in the test thread increased, and are specially:
Described testing equipment is according to the times of collection preset, and the properties data of tested equipment described in continuous acquisition also obtain the root mean square average of collection result, using described root mean square average as described properties data.
5. method as claimed in claim 4, it is characterized in that, described testing equipment determines the maximum of current increasable concurrent thread quantity according to described properties data, is specially:
Described testing equipment is according to T
add=T*(P
max-P
nns)/P
nnsdetermine corresponding with described properties number maximumly to increase Thread Count valuation T
add, T is current test number of threads, P
maxfor the maximum corresponding with described properties number, P
nnsfor the root mean square average corresponding with described properties number;
Described testing equipment maximumly increases the maximum of the minimum value in Thread Count valuation as the current increasable concurrent thread quantity of described tested equipment using corresponding with described properties number.
6. an equipment performance testing apparatus, is characterized in that, comprising:
Acquisition module, for the properties data of the tested equipment of timing acquiring in simulation test thread;
Determination module, for determining the maximum of current increasable concurrent thread quantity according to described properties data;
Selecting module, for selecting a less side as concurrent thread increment size between described maximum and default concurrent thread single step added value, and increasing the current test thread for simulating of described tested equipment according to described concurrent thread increment size;
Judge module, is simulating the properties data in the test thread increased for gathering described tested equipment, and is judging whether described properties data exceed default performance threshold;
If not, the quantity of test thread is set to preset initial value by described judge module, and indicates described tested equipment to simulate described test thread.
7. device as claimed in claim 6, is characterized in that, also comprise:
Incremental modular, for at described judge module the quantity of test thread being set to preset initial value and indicating after described tested equipment simulates described test thread, increase the current test thread for simulating of described tested equipment every the time of presetting, the quantity of each test thread increased is described default concurrent thread single step added value.
8. device as claimed in claim 6, is characterized in that,
Described judge module, also for when judging that the properties data of described tested equipment exceed default performance threshold, being set to preset maximum value by the quantity of test thread, and indicating described tested equipment to simulate described test thread.
9. device as claimed in claim 6, is characterized in that, described acquisition module or described judge module specifically for:
According to the times of collection preset, the properties data of tested equipment described in continuous acquisition also obtain the root mean square average of collection result, using described root mean square average as described properties data.
10. device as claimed in claim 9, is characterized in that, described determination module, specifically for:
According to T
add=T*(P
max-P
nns)/P
nnsdetermine corresponding with described properties number maximumly to increase Thread Count valuation T
add, T is current test number of threads, P
maxfor the maximum corresponding with described properties number, P
nnsfor the root mean square average corresponding with described properties number, and maximumly increase the maximum of the minimum value in Thread Count valuation as the current increasable concurrent thread quantity of described tested equipment using corresponding with described properties number.
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