CN102185733A - Network card testing method and system - Google Patents
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Abstract
The invention discloses a network card testing method and a network card testing system. The network card testing method comprises the following steps of: setting Internet protocol (IP) addresses of a controller and at least one end to be tested to belong to the same network segment, wherein the controller is connected with the end to be tested by a switch; and running a network card testing program of the controller to automatically test the network card performance of the end to be tested. In the method and the system, the controller simultaneously performs performance testing on a plurality of network cards connected with the switch so as to reduce the workload of a tester and save the testing time.
Description
Technical field
The present invention relates to compunication, be specifically related to a kind of network card testing method and system, relate in particular to a kind of method of testing and system that can test a plurality of network interface cards automatically simultaneously.
Background technology
Network interface card is one of hardware of computer indispensability, is the critical point, first road of compunication, and the performance of network interface card has determined to receive and transmit the quality of communication service.The performance test of network interface card is the important leverage before the brand computer communication services.
In the method for existing test network interface card, all network interface card machines to be measured all are connected on the same switch, the tester must be on all machines to be tested installation testing instrument or script carry out test, length consuming time, tester's task is heavy.
Existing network interface card method for testing performance mainly contains and comprises three parts: the detection of network interface card general utility functions, network interface card Performance Detection and network interface card Detection of Stability.
Existing network interface card method for testing performance owing to do not have corresponding test script or instrument to use, has caused the tester to pay supernumerary worker's cost in the functional testing process of generality, has increased the testing complex degree, and the testing time is obviously increased.
In network interface card Performance Detection process, owing to be artificial calculate throughput, the metering time is often inaccurate, has so just caused the inaccurate of test result.In the performance test process, if relate to the network card performance testing more than three, just must calculate the time and the response data of three nodes simultaneously, because neither one writes down result's instrument automatically, this has increased tester's workload undoubtedly, must wait for that an EOT goes to carry out afterwards next one test again.And adopt dedicated hardware testing equipment, high cost to become the misgivings that general enterprise is selected.
The stability test of existing network interface card is generally ordered by ping and is finished, and the data traffic that the ping order produces is very little usually, can't cause limit load to network interface card, and the true stability of network interface card can't embody like this.The second method of existing network interface card stability test mainly causes network interface card pressure by file transfer, this method of testing can produce pressure to network interface card to a certain extent, but can not continue to produce pressure to network interface card, in order to address this problem, after the tester must treat manually that a file transfer finishes, then transmit next file again, even and so do not reach a kind of lasting pressure yet, also increased tester's amount of labour.
Summary of the invention
The technical problem to be solved in the present invention is to have increased tester's the amount of labour at not carrying out a plurality of network interface card tests in the prior art simultaneously, and long defective of test process time, and a kind of network card testing method and system are provided.
The technical solution adopted for the present invention to solve the technical problems is:
The invention provides a kind of network card testing method, comprise step:
S1, the IP address that control end and at least one end to be tested be set are the same network segment, and described control end is connected by switch with described end to be tested;
The network interface card test program of S2, the described control end of operation is with the network interface card performance of the described end to be tested of automatic test.
In the network card testing method of the present invention, step S2 comprises:
S21, operational network testing tool, the IP address of selecting to add all or part of described end to be tested is tested, and the size that sends packet is set and the number of times that repeats to send packet is set, and calculates packet loss;
S22, operation network card performance testing program, the IP address of selecting to add all or part of described end to be tested is tested, and generates the test result and the preservation of network interface card performance in the selected end to be tested;
S23, operation network interface card pressure test program, the IP address of selecting to add all or part of described end to be tested is tested, and generates the pressure test result and also preserves.
In the network card testing method of the present invention, step S22 specifically comprises:
Move described network card performance testing program, the IP address of selecting to add all or part of described end to be tested is tested, operation network card performance testing script file;
The relevant parameter of the described network card performance testing script file of operation is set, and the generation test assignment is also tested;
Generate the network card performance testing result and the preservation of selected at least one described end to be tested.
In the network card testing method of the present invention, under different operating system, move described network card performance testing program and preserve test result.
In the network card testing method of the present invention, step S23 specifically comprises:
Operation network interface card pressure test program, the IP address of selecting to add all or part of described end to be tested is tested, and calls network interface card pressure test script file;
Be provided with and send packet size, host-host protocol and testing time, generate test assignment and test according to described network interface card pressure test script file;
Generate network interface card pressure test result and preservation.
The present invention also provides a kind of network card test system, comprises control end, switch and at least one end to be tested, and described control end and described end to be tested all are equipped with network interface card, and described control end is connected by described switch with described end to be tested; Network interface card in described control end and the described end to be tested is set to same network segment IP address; The network interface card testing equipment also is housed on the described control end, is used for testing automatically the network interface card performance of described end to be tested.
In the network card test system of the present invention, described network interface card testing equipment comprises:
Select network interface card module to be tested, be used to select to add the IP address of all or part of described end to be tested;
The packet loss test module is used for the operational network testing tool, the size that sends packet is set and the number of times that repeats to send packet is set, and calculates packet loss;
The network card performance testing module is used for the test result of moving the network card performance testing program and preserving selected end network interface card performance to be tested;
Network interface card pressure test module is used to move network interface card pressure test program, and preserves the pressure test result.
In the network card test system of the present invention, described network card performance testing module comprises:
The first test script unit is used to move the network card performance testing script file;
First task generates and test cell, is used for being provided with according to actual needs the relevant parameter of described network card performance testing script file, generates test assignment and carries out network card performance testing;
First test result output unit is used to generate the network card performance testing parameter of selected at least one described end to be tested and preserve.
In the network card test system of the present invention, test result is moved and preserved to described network card performance testing module under different operating system.
In the network card test system of the present invention, described network interface card pressure test module comprises:
The second test script unit is used to call network interface card pressure test script file;
Second task generates and test cell, is used to be provided with send packet size, host-host protocol and testing time, generates test assignment and tests according to described network interface card pressure test script file;
Second test result output unit is used to generate the network interface card pressure test result of selected at least one described end to be tested and preserve.
The beneficial effect that the present invention produces is: simultaneously a plurality of network interface cards that are connected with switch are tested automatically by control end, reduced tester's workload, saved the testing time.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the structural representation one of preferred embodiment network interface card testing apparatus of the present invention;
Fig. 2 is the structural representation two of preferred embodiment network interface card testing apparatus of the present invention;
Fig. 3 is the structural representation three of preferred embodiment network interface card testing apparatus of the present invention;
Fig. 4 is the flow chart of preferred embodiment network card testing method of the present invention;
Fig. 5 is the particular flow sheet of network card testing method among Fig. 4;
Fig. 6 is the particular flow sheet of network card testing method among Fig. 5.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
As shown in Figure 1, preferred embodiment network card test system of the present invention, comprise control end 10, switch 20 and at least one end to be tested, end to be tested can be for a plurality of, in Fig. 1 end 30a to be tested, end 30b to be tested ... end 30n to be tested, wherein each end to be tested all is equipped with one or more network interface card.Control end 10 is equipped with network interface card 11, and control end 10 and end to be tested communicate to connect by switch 20; The network interface card 11 of control end 10 and the network interface card in the end to be tested are set to same network segment IP address; Network interface card testing equipment 12 also is housed on the control end 10, is used for testing automatically the network interface card performance of end to be tested.Owing to be the pattern that adopts client/service end, calorie requirement is tested simultaneously also and can conveniently be solved more even throw the net, only need corresponding increase client (being end to be tested), other settings can be finished at server (being control end 10) simultaneously, improve the efficient of test, also reduced cost of labor.
Before end to be tested, to carry out the structured testing of network interface card at the installation network interface card earlier, check whether each element welding is firm on the network interface card, whether pcb board or element have breakage, scuffing, and whether network interface card structurally can normally cooperate with associated members such as cabinet, mainboard, cables.
To be installed to end to be tested through the preliminary qualified network interface card of structured testing, again the connected mode of end to be tested according to Fig. 1 is connected on the switch 20, switch 20 need be selected gigabit or 10,000,000,000 switches (annotate: switch ports themselves transmission rate can not less than the network interface card theoretical transmission rate) for use according to the network interface card theoretical transmission rate, control end 10 is connected on the switch 20 equally, and it is same network segment IP address and consistent communication protocol that all network interface cards are set.The identical operations system is installed, as windows or linux on control end 10 and end to be measured.Enter end operating system installation network interface card to be measured and drive, whether test can normal mounting and do not report an error.Detect the chipset of network interface card, whether the parameters of network interface card is identical with its specification representation with function.
Further, as shown in Figure 2, network interface card testing equipment 12 comprises: select network interface card module 121 to be tested, packet loss test module 122, network card performance testing module 123 and network interface card pressure test module 124.Wherein, select network interface card module 121 to be tested, be used to select to add the IP address of all or part of end to be tested, test with network interface card to selected end to be tested; Packet loss test module 122, be used for the operational network testing tool, as use the PingTester testing tool, can be provided with and send the packet size is 32-32000byte, automatically send the packet that varies in size, but retest 1,000,000 times, and calculate packet loss, in the test process if packet loss is preferable test result less than 1% all the time.Network card performance testing module 123, be used for selecting the test result moving the network card performance testing program and preserve selected end network interface card performance to be tested, test result comprises availability, response time, network utilization and network throughput etc., can carry out network card performance testing respectively in windows and linux system.Network interface card pressure test module 124 is used for selecting operation network interface card pressure test program, and preserves the pressure test result.Network interface card testing equipment 12 is a kind of testing tool of automation, can finish test by simple setting from parcel to big bag, solved the frequent manual operations of tester, saved tester's workload and time, avoided the tester because inadvertent has been forgotten the test of some parameter.
Further, as shown in Figure 3, in the preferred embodiment network card test system of the present invention, network card performance testing module 123 is patterned testing tool, comprises that the first test script unit 1231, first task generate and the test cell 1232 and first test result output unit 1233.Wherein, the first test script unit 1231 is used to move the network card performance testing script file; First task generates and test cell 1232, be used for being provided with according to actual needs the relevant parameter of network card performance testing script file, generate test assignment and carry out network card performance testing, by the network instrument of giving out a contract for a project automatically, the packets that can be constantly test lead be sent different sizes be tested; First test result output unit 1233 is used to generate the network card performance testing parameter of selected at least one end to be tested and preserve.Adopt graphical test in the network card performance testing module 123, be convenient to the tester and in time find the problem that exists in the test process, test script is handled automatically and is calculated, and has increased the science of test result, has avoided the artificial error that is produced of calculating of tester.
Further, test result can be moved and preserve to network card performance testing module 123 under different operating system.As in the Windows system, carrying out network card performance testing, at control end 10 and end to be tested windows server2003 operating system is installed, and dispose identical communication protocol and same network segment IP address, the size and the transmitting time that send packet are set, control end 10 operation network card performance testing modules 123, move first test script file, first task generates and test cell 1232 generates test assignment and carries out network card performance testing according to being provided with, first task generates and test cell 1232 will calculate the performance parameter of selected all or part of end network interface card to be tested automatically, comprises availability, response time, network utilization and network throughput.
In linux system, carry out network card performance testing, network card performance testing is divided into control end 10 and end to be tested equally under the linux system, control end 10 is a network interface card performance wscript.exe operation end, connection mode is identical with performance test connection mode under the windows system, dispose identical communication protocol and same network segment IP address, parameters such as the size that sends packet and transmitting time are set, control end 10 operation network card performance testing modules 123, move first test script file, first task generates and test cell 1232 is provided with the generation test assignment and carries out network card performance testing according to parameter, first task generates and test cell 1232 will calculate the performance parameter of selected all or part of end network interface card to be tested automatically, comprises availability, response time, network utilization and network throughput.
Further, as shown in Figure 3, in the preferred embodiment network card test system of the present invention, network interface card pressure test module 124 comprises that the second test script unit 1241, second task generate and the test cell 1242 and second test result output unit 1243.Wherein, the second test script unit 1241 is used to call network interface card pressure test script file; Second task generates and test cell 1242, be used to be provided with transmission packet size, host-host protocol and testing time etc., as can the transfer files size being set to 1,000,000 bytes, can the network interface card pressure test time be set to 24 hours or 48 hours, adopt and the network card performance testing module 123 identical networks mode of giving out a contract for a project automatically, generate test assignment and test according to network interface card pressure test script file, in the test process, guarantee the test script fault-free, phenomenon such as operating system do not have blue screen, restart; Second test result output unit 1243 is used to generate the network interface card pressure test result of selected at least one end to be tested and preserves, parameters such as test result will detail record network interface card transmission delay, packet loss.By adopting and the network card performance testing module 123 identical networks mode of giving out a contract for a project automatically, treat test lead constantly and send the packet that varies in size, because the adjustability of the continuation of giving out a contract for a project and the size of giving out a contract for a project, can be as required the pressure of network interface card be adjusted to maximum, the stability of network interface card embodies to greatest extent.This instrument adopts automation mechanism of giving out a contract for a project, and does not need the people to intervene for going, and has reduced tester's workload, has saved the testing time.
Preferred embodiment of the present invention also provides network card testing method, as shown in Figure 4, mainly comprises step:
S1, the procotol that control end and at least one end to be tested are set and IP address, control end is connected by switch with end to be tested, and the IP address of control end and end to be tested is the same network segment; Owing to be the pattern that adopts client/service end, calorie requirement is tested simultaneously also and can conveniently be solved more even throw the net, only need corresponding increase client (being end to be tested), other settings can be finished at server (being control end 10) simultaneously, improved the efficient of test, also less cost of labor.
The network interface card test program of S2, operation control end is with the network interface card performance of automatic test end to be tested.
Before end to be tested, to carry out the structured testing of network interface card at the installation network interface card earlier, check whether each element welding is firm on the network interface card, whether pcb board or element have breakage, scuffing, and whether network interface card structurally can normally cooperate with associated members such as cabinet, mainboard, cables.
To be installed to end to be tested through the preliminary qualified network interface card of structured testing, again end to be tested is connected on the switch, switch need be selected gigabit or 10,000,000,000 switches (annotate: switch ports themselves transmission rate can not less than the network interface card theoretical transmission rate) for use according to the network interface card theoretical transmission rate, control end is connected on the switch equally, and it is same network segment IP address and consistent communication protocol that all network interface cards are set.The identical operations system is installed, as windows or linux on control end and end to be measured.Enter end operating system installation network interface card to be measured and drive, whether test can normal mounting and do not report an error.Detect the chipset of network interface card, whether the parameters of network interface card is identical with its specification representation with function.
Further, in the preferred embodiment network card testing method of the present invention, as shown in Figure 5, Fig. 5 has comprised the concrete steps of step S2 among Fig. 4, comprising:
S21, operational network testing tool, the IP address of selecting to add all or part of end to be tested is tested, and the size that sends packet is set and the number of times that repeats to send packet is set, and calculates packet loss; As use the PingTester testing tool, can be provided with and send the packet parameter, send the packet that varies in size automatically from 32-32000byte, but retest 1,000,000 times, and the calculating packet loss, in the test process if packet loss be preferable test result less than 1% all the time.
S22, operation network card performance testing program, the IP address of selecting to add all or part of end to be tested is tested, and generates the test result and the preservation of network interface card performance in the selected end to be tested; Can in windows and linux system, carry out network card performance testing respectively.
S23, selection operation network interface card pressure test program, the IP address of selecting to add all or part of end to be tested is tested, and generates the pressure test result and also preserves.Carry out the network interface card pressure test and can use the network card performance testing program, carry out the parameter setting as required and get final product.
The network interface card test program is a kind of graphics test program of automation, can finish test by simple setting from parcel to big bag, solved the frequent manual operations of tester, saved tester's workload and time, avoided the tester because inadvertent has been forgotten the test of some parameter.
Further, in the preferred embodiment network card testing method of the present invention, as shown in Figure 6, Fig. 6 has comprised the concrete steps of step S22 among Fig. 5, specifically comprises:
S221, operation network card performance testing program, the IP address of selecting to add all or part of end to be tested is tested, operation network card performance testing script file;
S222, the relevant parameter of operation network card performance testing script file is set, generates test assignment and also test; It is 1,000,000 bytes that the transfer files size is set, and host-host protocol is selected TCP, gives out a contract for a project automatically by network, test lead is sent different big or small packets automatic continuously and tests.
S223, the network card performance testing result who generates selected at least one end to be tested and preservation.Test result comprises availability, response time, network utilization and network throughput etc.Adopt graphical test in the network card performance testing program, be convenient to the tester and in time find the problem that exists in the test process, the network card performance testing script is handled automatically and is calculated, and has increased the science of test result, has avoided the artificial error that is produced of calculating of tester.
Further, in the preferred embodiment network card testing method of the present invention, under different operating system, move the network card performance testing program and preserve test result.As in the Windows system, carrying out network card performance testing, at control end and end to be tested windows server2003 operating system is installed, and dispose identical communication protocol and same network segment IP address, the size and the transmitting time that send packet are set, control end operation network card performance testing program, operation network card performance testing script file, the relevant parameter of operation network card performance testing script file is set, the generation test assignment is also tested, to calculate the performance parameter of selected all or part of end network interface card to be tested automatically simultaneously, comprise availability, response time, network utilization and network throughput.
Further, in the preferred embodiment network card testing method of the present invention, as shown in Figure 6, comprised the concrete steps of step S23 among Fig. 5 among Fig. 6, having comprised:
S231, operation network interface card pressure test program, the IP address of selecting to add all or part of end to be tested is tested, and calls network interface card pressure test script file;
S232, be provided with and send packet size and testing time, generate test assignment and test according to network interface card pressure test script file; As can the transfer files size being set to 1,000,000 bytes, can the network interface card pressure test time be set to 24 hours or 48 hours, adopt the network identical mode of giving out a contract for a project automatically with the network card performance testing program, generate test assignment and test according to network interface card pressure test script file, in the test process, guarantee the test script fault-free, phenomenon such as operating system do not have blue screen, restart;
S233, generate network interface card pressure test result and preserve, parameters such as test result will detail record network interface card transmission delay, packet loss.By adopting the network mode of giving out a contract for a project automatically, treat test lead constantly and send the packet that varies in size, because the adjustability of the continuation of giving out a contract for a project and the size of giving out a contract for a project, can be as required the pressure of network interface card be adjusted to maximum, the stability of network interface card embodies to greatest extent; Adopt the automation mechanism of giving out a contract for a project, do not need the people to intervene, reduced tester's workload, saved the testing time for going.
Should be understood that, for those of ordinary skills, can be improved according to the above description or conversion, and all these improvement and conversion all should belong to the protection range of claims of the present invention.
Claims (10)
1. a network card testing method is characterized in that, comprises step:
S1, the IP address that control end and at least one end to be tested be set are the same network segment, and described control end is connected by switch with described end to be tested;
The network interface card test program of S2, the described control end of operation is with the network interface card performance of the described end to be tested of automatic test.
2. network card testing method according to claim 1 is characterized in that step S2 comprises:
S21, operational network testing tool, the IP address of selecting to add all or part of described end to be tested is tested, and the size that sends packet is set and the number of times that repeats to send packet is set, and calculates packet loss;
S22, operation network card performance testing program, the IP address of selecting to add all or part of described end to be tested is tested, and generates the test result and the preservation of network interface card performance in the selected end to be tested;
S23, operation network interface card pressure test program, the IP address of selecting to add all or part of described end to be tested is tested, and generates the pressure test result and also preserves.
3. network card testing method according to claim 2 is characterized in that step S22 specifically comprises:
Move described network card performance testing program, the IP address of selecting to add all or part of described end to be tested is tested, operation network card performance testing script file;
The relevant parameter of the described network card performance testing script file of operation is set, and the generation test assignment is also tested;
Generate the network card performance testing result and the preservation of selected at least one described end to be tested.
4. network card testing method according to claim 3 is characterized in that, moves described network card performance testing program and preserve test result under different operating system.
5. network card testing method according to claim 2 is characterized in that step S23 specifically comprises:
Operation network interface card pressure test program, the IP address of selecting to add all or part of described end to be tested is tested, and calls network interface card pressure test script file;
Be provided with and send packet size, host-host protocol and testing time, generate test assignment and test according to described network interface card pressure test script file;
Generate network interface card pressure test result and preservation.
6. a network card test system is characterized in that, comprises control end, switch and at least one end to be tested, and described control end and described end to be tested all are equipped with network interface card, and described control end is connected by described switch with described end to be tested; Network interface card in described control end and the described end to be tested is set to same network segment IP address; The network interface card testing equipment also is housed on the described control end, is used for testing automatically the network interface card performance of described end to be tested.
7. network card test system according to claim 6 is characterized in that, described network interface card testing equipment comprises:
Select network interface card module to be tested, be used to select to add the IP address of all or part of described end to be tested;
The packet loss test module is used for the operational network testing tool, the size that sends packet is set and the number of times that repeats to send packet is set, and calculates packet loss;
The network card performance testing module is used for the test result of moving the network card performance testing program and preserving selected end network interface card performance to be tested;
Network interface card pressure test module is used to move network interface card pressure test program, and preserves the pressure test result.
8. network card test system according to claim 7 is characterized in that, described network card performance testing module comprises:
The first test script unit is used to move the network card performance testing script file;
First task generates and test cell, is used for being provided with according to actual needs the relevant parameter of described network card performance testing script file, generates test assignment and carries out network card performance testing;
First test result output unit is used to generate the network card performance testing parameter of selected at least one described end to be tested and preserve.
9. network card test system according to claim 8 is characterized in that, test result is moved and preserved to described network card performance testing module under different operating system.
10. network card test system according to claim 7 is characterized in that, described network interface card pressure test module comprises:
The second test script unit is used to call network interface card pressure test script file;
Second task generates and test cell, is used to be provided with send packet size, host-host protocol and testing time, generates test assignment and tests according to described network interface card pressure test script file;
Second test result output unit is used to generate the network interface card pressure test result of selected at least one described end to be tested and preserve.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1431595A (en) * | 2002-11-29 | 2003-07-23 | 威盛电子股份有限公司 | Automatic main board test system and methods |
| CN1848873A (en) * | 2005-04-15 | 2006-10-18 | 鸿富锦精密工业（深圳）有限公司 | Modulator-demodulator testing system and method |
| CN101118513A (en) * | 2006-08-03 | 2008-02-06 | 鸿富锦精密工业（深圳）有限公司 | Board testing system and method |
| CN101210952A (en) * | 2006-12-27 | 2008-07-02 | 中茂电子(深圳)有限公司 | Multi-test point semiconductor test machine station automated setting method |
| CN101847118A (en) * | 2009-03-24 | 2010-09-29 | 迈普通信技术股份有限公司 | Automatic test system |
-
2011
- 2011-04-13 CN CN201110092637.4A patent/CN102185733B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1431595A (en) * | 2002-11-29 | 2003-07-23 | 威盛电子股份有限公司 | Automatic main board test system and methods |
| CN1848873A (en) * | 2005-04-15 | 2006-10-18 | 鸿富锦精密工业（深圳）有限公司 | Modulator-demodulator testing system and method |
| CN101118513A (en) * | 2006-08-03 | 2008-02-06 | 鸿富锦精密工业（深圳）有限公司 | Board testing system and method |
| CN101210952A (en) * | 2006-12-27 | 2008-07-02 | 中茂电子(深圳)有限公司 | Multi-test point semiconductor test machine station automated setting method |
| CN101847118A (en) * | 2009-03-24 | 2010-09-29 | 迈普通信技术股份有限公司 | Automatic test system |
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