CN107634877A - Wireless router full load test system and method - Google Patents
Wireless router full load test system and method Download PDFInfo
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- CN107634877A CN107634877A CN201710812345.0A CN201710812345A CN107634877A CN 107634877 A CN107634877 A CN 107634877A CN 201710812345 A CN201710812345 A CN 201710812345A CN 107634877 A CN107634877 A CN 107634877A
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Abstract
The invention discloses a kind of wireless router full load test system and method, the wireless router full load test system includes power supply, first wireless router and the second wireless router, also include control device and monitoring device, control device and the first wireless router, second wireless router communicates to connect, control device is used to set first network test module to send the first test data to the second wireless router by first interface with full load state respectively, control device is additionally operable to set the second network test module to receive the first test data by second interface respectively, monitoring device communicates to connect with the first wireless router, monitoring device is used to monitor working condition of first wireless router under full load state.The present invention carries out more wireless router full load tests simultaneously, is also applied only to an external control devices, reaches the effect for saving computer resource and cost of human resources.
Description
Technical field
The present invention relates to wireless device test field, more particularly to a kind of wireless router full load test system and side
Method.
Background technology
Wireless router full load test method is that wireless router connects two computers, pacifies on computer at present
Equipped with network testing software, sent by setting one computer of network testing software to send test data by routeing to another
Platform computer.If wireless router is double frequency router, need to match somebody with somebody a computer for each frequency range, if likewise, simultaneously
The full load test of more routers is carried out, then will be applied to more computer resources accordingly, while is also required to more
Human resources.
The content of the invention
The technical problem to be solved in the present invention is to overcome wireless router full load test in the prior art to take meter
The defects of calculation machine resource and more human resources, there is provided a kind of wireless router full load test system and method.
The present invention is that solve above-mentioned technical problem by following technical proposals：
A kind of wireless router full load test system, the wireless router full load test system include power supply, the
One wireless router and the second wireless router, first wireless router include first network test module, and described second
Wireless router includes the second network test module, and first wireless router includes an at least first interface, and described second
Wireless router includes an at least second interface, and the first interface is identical with the quantity of the second interface, and described first connects
Mouth and the interface that the second interface is the first frequency range, the power supply are first wireless router, the second wireless routing
Device is powered, and a first interface of first wireless router passes sequentially through the first radio frequency line, the first attenuator and second is penetrated
Frequency line electrically connects with a second interface of second wireless router；
The wireless router full load test system also includes control device and monitoring device, the control device and institute
The first wireless router, the communication connection of the second wireless router are stated, the control device is used to set the first network to test
Module sends the first test data with full load state by the first interface to second wireless router respectively, described
Control device is additionally operable to set the second network test module to receive the first test number by the second interface respectively
According to the monitoring device communicates to connect with first wireless router, and the monitoring device is wireless for monitoring described first
Working condition of the router under full load state.
It is preferred that the first network test module includes first network setup module and the first Iperf modules, described
One network settings module is used for the first setting command and the second setting command for receiving the control device, and described first sets life
The IP address for setting first wireless router is made, second setting command is used to set first wireless routing
The service mode of first frequency range of device is wireless access dot pattern；
The first Iperf modules are used for the 5th setting command for receiving the control device, the 5th setting command
For set the first Iperf modules to be connected to the IP address of second wireless router and set parallel task number,
Length of testing speech.
It is preferred that the 5th setting command is additionally operable to set window size, the listening port of the first Iperf modules
The interval time of value and Bandwidth Report.
It is preferred that the second network test module includes the second network settings module and the 2nd Iperf modules, described
Two network settings modules are used for the 3rd setting command and the 4th setting command for receiving the control device, and the described 3rd sets life
Make the IP address for setting second wireless router, the IP address of second wireless router and described first wireless
The IP address of router is different and in the same network segment, and the 4th setting command is used to set second wireless router
The service mode of first frequency range be client mode；
The 2nd Iperf modules are used for the 6th setting command for receiving the control device, the 6th setting command
It is server mode and receiving port value for setting the 2nd Iperf modules, the receiving port value and the monitoring
Port value is identical；
And/or the 6th setting command is additionally operable to set window size.
It is preferred that the wireless router full load test system also includes the 3rd wireless router, the described 3rd is wireless
Router includes the 3rd network test module, and first wireless router also includes at least one the 3rd interface, the 3rd nothing
Line router includes at least one the 4th interface, and the 3rd interface is identical with the 4th interface quantity, the 3rd interface with
4th interface is the interface of the second frequency range, and the 3rd interface of first wireless router passes sequentially through the 3rd and penetrated
Frequency line, the second attenuator and the 4th radio frequency line electrically connect with the 4th interface of the 3rd wireless router, the control
Equipment communicates to connect with the 3rd wireless router；The control device is additionally operable to set the first network test module point
The second test data is not sent to the 3rd wireless router with full load state by the 3rd interface, the control is set
It is standby to be additionally operable to set the 3rd network test module respectively by the second test data described in the 4th interface；
And/or the 3rd network test module includes the 3rd network settings module and the 3rd Iperf modules, described
Three network settings modules are used for the 7th setting command and the 8th setting command for receiving the control device, and the described 7th sets life
Make the IP address for setting the 3rd wireless router, the IP address of the 3rd wireless router and described first wireless
The IP address of router, the IP address of second wireless router are different and in the same network segment, and the described 8th is set
It is client mode to order for setting the service mode of second frequency range of the 3rd wireless router, the described 3rd
Iperf modules are used for the 9th setting command for receiving the control device, and the 9th setting command is used to set the described 3rd
Iperf modules are server mode；
And/or the 9th setting command is additionally operable to set window size.
A kind of wireless router full load test method, the wireless router full load test method are based on wireless routing
Device full load test system realizes that the wireless router full load test system includes power supply, the first wireless router, second
Wireless router, control device and monitoring device, first wireless router include an at least first interface, second nothing
Line router includes an at least second interface, and the first interface is identical with the quantity of the second interface, the first interface
It is the interface of the first frequency range with the second interface, the power supply is first wireless router, the second wireless router
Power supply, a first interface of first wireless router pass sequentially through the first radio frequency line, the first attenuator and the second radio frequency
Line electrically connects with a second interface of second wireless router, the control device and first wireless router,
Second wireless router communicates to connect, and the monitoring device communicates to connect with first wireless router；The wireless routing
Device full load test method includes：
S1, using the control device first wireless router is set respectively by the first interface with full load
State sends the first test data to second wireless router；
S2, set using the control device described in second wireless router received by the second interface respectively
First test data；
S3, working condition of first wireless router under full load state is monitored using the monitoring device.
It is preferred that first wireless router also includes the first Iperf modules, the wireless router full load test
Method also includes：
S4, the IP address using control device setting first wireless router, set described first without circuit
Service mode by first frequency range of device is wireless access dot pattern；
S5, the first Iperf modules are set using the control device to be connected to the IP of second wireless router
Address and setting parallel task number, length of testing speech.
It is preferred that step S6 also includes：
Window size, listening port value and the Bandwidth Report of the first Iperf modules are set using the control device
Interval time.
It is preferred that second wireless router also includes the 2nd Iperf modules, the wireless router full load test
Method also includes：
S7, the IP address using control device setting second wireless router, second wireless router
IP address and first wireless router IP address it is different and in the same network segment；
S8, the service mode of first frequency range for setting using the control device second wireless router are visitor
Family end pattern；
S9, the 2nd Iperf modules are set using the control device to be server mode and receiving port value, institute
It is identical with the listening port value to state receiving port value；
And/or step S9 also includes：
Using the control device, window size is set.
It is preferred that the wireless router full load test system also includes the 3rd wireless router, described first is wireless
Router also includes at least one the 3rd interface, and the 3rd wireless router includes at least one the 4th interface, the 3rd interface
It is identical with the 4th interface quantity, the 3rd interface and the interface that the 4th interface is the second frequency range, described first
One the 3rd interface of wireless router passes sequentially through the 3rd radio frequency line, the second attenuator and the 4th radio frequency line and the 3rd nothing
The 4th interface electrical connection of line router, the control device communicate to connect with the 3rd wireless router；The nothing
Line router full load test method also includes：
S10, using the control device first wireless router is set respectively by the 3rd interface with completely negative
Load state sends the second test data to the 3rd wireless router；
S11, using the control device the 3rd network test module is set to pass through the 4th interface respectively
Second test data；
And/or the 3rd wireless router also includes the 3rd Iperf modules, the wireless router full load test
Method also includes：
S12, the IP address using control device setting the 3rd wireless router, the 3rd wireless router
IP address and the IP address of first wireless router, the IP address of second wireless router it is different and same
In the individual network segment；
S13, the service mode of second frequency range for setting using the control device the 3rd wireless router are
Client mode, it is server mode to set the 3rd Iperf modules；
And/or the step S13 also includes setting window size.
The positive effect of the present invention is：The present invention, will by the Embedded Web test module in wireless router
First wireless router is connected by radio frequency line and attenuator with the second wireless router, is only set by an outside control
It is standby that network parameter setting is carried out to more wireless routers such as computer so that the first wireless router and the second wireless router
Network connection is established, realizes that test data is transmitted between the first wireless router and the second wireless routing, carries out full load test,
Test process is applied only to an external control devices, if tested likewise, carrying out more wireless router full loads simultaneously,
Also an external control devices is applied only to, reaches the effect for saving computer resource and cost of human resources.
Brief description of the drawings
Fig. 1 is the structural representation of the wireless router full load test system of the embodiment of the present invention 1.
Fig. 2 is the structural representation of the wireless router full load test system of the embodiment of the present invention 2.
Fig. 3 is the flow chart of the wireless router full load test method of the embodiment of the present invention 3.
Fig. 4 is the flow chart of the wireless router full load test method of the embodiment of the present invention 4.
Fig. 5 is the flow chart of the wireless router full load test method of the embodiment of the present invention 5.
Embodiment
The present invention is further illustrated below by the mode of embodiment, but does not therefore limit the present invention to described reality
Apply among a scope.
Embodiment 1
The present embodiment provides a kind of wireless router full load test system, as shown in figure 1, the wireless router is completely negative
Carrying test system includes power supply 1, the first wireless router 2 and the second wireless router 3, and first wireless router 2 includes
First network test module 21 and at least a first interface 22, second wireless router 3 include the second network test module
31 and at least one second interface 32, the first interface 22 is identical with the quantity of the second interface 32, the first interface 22
It is the interface of the first frequency range with the second interface 32, the power supply 1 is first wireless router 2, second without circuit
Powered by device 3, a first interface 22 of first wireless router 2 passes sequentially through the first radio frequency line 5, the first attenuator 4
Electrically connected with the second radio frequency line 6 with a second interface 32 of second wireless router 3；
The wireless router full load test system also includes control device 7 and monitoring device 8, the control device 7
Communicated to connect with first wireless router 2, the second wireless router 3, the control device 7 is used to set first net
Network test module 21 sends first to second wireless router 3 with full load state by the first interface 22 respectively and surveyed
Data are tried, the control device 7 is additionally operable to set the second network test module 31 to connect by the second interface 32 respectively
First test data is received, the monitoring device 8 is communicated to connect with first wireless router 2, and the monitoring device 8 is used
In working condition of monitoring first wireless router 2 under full load state.
The control device 7 and the monitoring device 8 can be same equipment, or distinct device, such as to
The data connection of router is monitored, then control device 7 and monitoring device 8 can be same computer, pass through calculating
Machine respectively to the network settings of two wireless routers after, the connection of computer and two routers is disconnected, first without circuit
Test data, computer are independently sent to the second wireless router in a manner of full load to the second wireless router from device can
Communicated to connect with the first wireless router, it is possible to which the network connection and data for monitoring the first wireless router send situation；Such as
The power consumption situation of router is monitored, then monitoring device can be power analyzer.The present embodiment is doubled as by a computer
Monitoring plus control device or a computer add a power analyzer to realize wireless router as monitoring plus control device
Full load test.
The first network test module 21 includes the Iperf modules 212 of first network setup module 211 and the first, described
First setting command and second setting command of the first network setup module 211 for receiving the control device 7, described first
Setting command is used for the IP address for setting first wireless router 2, and second setting command is used to set described first
The service mode of first frequency range of wireless router 2 is wireless access dot pattern；
The first Iperf modules 212 are used for the 5th setting command for receiving the control device 7, and the described 5th is set
Order for setting the first Iperf modules 212 to be connected to the IP address of second wireless router 3 and set parallel
Number of tasks, length of testing speech, window size, the interval time of listening port value and Bandwidth Report.
It is preferred that the second network test module 31 includes the second network settings module 311 and the 2nd Iperf modules
312, the second network settings module 311 is used for the 3rd setting command and the 4th setting command for receiving the control device 7,
IP address of 3rd setting command for setting second wireless router 3, the IP of second wireless router 3
Location is different with the IP address of first wireless router 2 and in the same network segment, and the 4th setting command is used to set
The service mode of first frequency range of second wireless router 3 is client mode；
The 2nd Iperf modules 312 are used for the 6th setting command for receiving the control device 7, and the described 6th is set
It is server mode and receiving port value to order for setting the 2nd Iperf modules 312, the receiving port value and institute
It is identical to state listening port value, the 6th setting command is additionally operable to set window size.
The present embodiment provides a kind of test system for testing wireless router one-segment, and the of the first wireless router
One interface is identical with the second interface frequency range of the second wireless router, and first interface passes through radio frequency line and attenuator with second interface
Electrical connection, if the first wireless router and the second wireless router include multiple same band ports, connected mode is same as the
The connected mode of one interface and second interface.The IP address of the first wireless router is logged in by control device such as computer, is repaiied
Changing its IP address is：192.168.1.1, its service mode (service mode) is arranged to WAP (AP) pattern,
The IP address of the second wireless router is logged in by control device such as computer, changing its IP address is：192.168.1.2, will
Its service mode (service mode) is arranged to client (Station) pattern；Telnet on computer is run, is passed through
Telnet sends test setting order to the second wireless router, and the second wireless router of setting is server mode, receiving terminal
Mouth value is 5002, and test window size is 256k, and specific instructions are：iperf–s–w 256k–p 5002；Sent by Telnet
The first wireless router is given in test setting order, sets the first wireless router to be connected to the second wireless router, port value is
5002, test window size is 256k, and specific instructions are：iperf–c 192.168.1.2–w 256k–p 5002–P 8–t
864000–i 10；It is 8 to set parallel task number so that the first wireless router is operated in full load state, and the testing time is set
It it was 10 days for 864000 seconds, the working condition of test 10 days, it is 10 seconds to set test report interval time, is supervised by computer
Survey the connection state information of the first wireless routing.
The present embodiment is led to the first wireless router by the Embedded Web test module in first and second wireless router
Cross radio frequency line and attenuator to connect with the second wireless router, only by an external control devices such as computer to two
Wireless router carries out network parameter setting so that and the first wireless router and the second wireless router establish network connection, the
Realize that test data transmission carries out full load test between one wireless router and the second wireless routing.Test process is applied only to
One external control devices, reach the effect for saving computer resource and cost of human resources.
Embodiment 2
The present embodiment provides a kind of wireless router full load test system, compared with Example 1 compared with, as shown in Fig. 2 its
Difference is, in addition to the 3rd wireless router 4, and the 3rd wireless router 4 includes the 3rd network test module 41, described
First wireless router 2 also includes at least one the 3rd interface 23, and the 3rd wireless router 4 includes at least one the 4th interface
42, the 3rd interface 23 is identical with the quantity of the 4th interface 42, and the 3rd interface 23 is with the 4th interface 42
The interface of second frequency range, the 3rd interface 23 of first wireless router 2 pass sequentially through the 3rd radio frequency line 10, second declined
Subtract the radio frequency line 11 of device 9 and the 4th to electrically connect with the 4th interface 42 of the 3rd wireless router 4, the control device 7
Communicated to connect with the 3rd wireless router 4；The control device 7 is additionally operable to set the first network test module 21 respectively to lead to
Cross the 3rd interface 23 and second test data is sent to the 3rd wireless router 4 with full load state, the control is set
Standby 7 are additionally operable to set the 3rd network test module 41 to receive the second test number by the 4th interface 42 respectively
According to；
The 3rd network test module 41 also includes the 3rd network settings module 411 and the 3rd Iperf modules 412, institute
State the 3rd network settings module 411 and be used to receiving the 7th setting command and the 8th setting command of the control device 7, described the
Seven setting commands are used for the IP address for setting the 3rd wireless router 4, the IP address of the 3rd wireless router 4 and institute
State the equal difference of IP address, the IP address of second wireless router 3 of the first wireless router 2 and in the same network segment,
8th setting command is used to set the service mode of second frequency range of the 3rd wireless router 4 to be client mould
Formula, the 3rd Iperf modules 412 are used for the 9th setting command for receiving the control device 7, and the 9th setting command is used
It is server mode in setting the 3rd Iperf modules 412；9th setting command is additionally operable to set window size.
The present embodiment provides the test system of dual-band radio router, and the first wireless router includes the first frequency range
With the second frequency range, the second wireless router includes the first band ports, and the 3rd wireless router includes the second band ports, and first
Wireless router electrically connects with the second wireless router and the 3rd wireless router with band ports respectively, and connected mode is the same as the 1st
First and second interface connected mode in embodiment.The set-up mode of first wireless router and the second wireless router and embodiment 1
It is identical.The IP address of the 3rd wireless router is logged in by control device such as computer, changing its IP address is：
192.168.1.3, its service mode (service mode) is arranged to client (Station) pattern；Run on computer
Telnet, test setting order is sent to the 3rd wireless router by Telnet, it is server to set the 3rd wireless router
Pattern, test window size are 256k, and specific instructions are：iperf–s–w 256k；Second frequency range of the first wireless router connects
It is to send test setting order to the first wireless router by Telnet to connect test setting order, sets the first wireless router
The 3rd wireless router is connected to, test window size is 256k, and specific instructions are：iperf–c 192.168.1.3–w
256k–P 8–t 864000–i 10；It is 8 to set parallel task number so that the first wireless router is operated in full load state,
Testing time is arranged to 864000 seconds as 10 days, the working condition of test 10 days, and it is 10 seconds to set test report interval time,
Pass through the connection state information of the wireless routing of computer monitoring first.
The present embodiment is by the Embedded Web test module in first, second and third wireless router, by the first wireless router
Connected respectively by radio frequency line and attenuator with second, third wireless router, only by an external control devices such as
Computer carries out network parameter setting to three wireless routers so that the first wireless router is wireless with second, third respectively
Router establishes network connection, realizes that test data is transmitted between the first wireless router and second, third wireless routing, carries out
Full load is tested.Test process is applied only to an external control devices, reaches and saves computer resource and cost of human resources
Effect.
Embodiment 3
The present embodiment provides a kind of wireless router full load test method, as shown in figure 3, the wireless router is completely negative
Carry method of testing to realize based on wireless router full load test system, the wireless router full load test system includes electricity
Source, the first wireless router, the second wireless router, control device and monitoring device, first wireless router are included extremely
A few first interface, second wireless router include an at least second interface, the first interface and the second interface
Quantity it is identical, the first interface and the second interface are the interface of the first frequency range, and the power supply is first nothing
Line router, the power supply of the second wireless router, a first interface of first wireless router pass sequentially through the first radio frequency
Line, the first attenuator and the second radio frequency line are electrically connected with a second interface of second wireless router, and the control is set
It is standby to be communicated to connect with first wireless router, the second wireless router, the monitoring device and first wireless routing
Device communicates to connect；The wireless router full load test method includes：
Step 101, set using the control device first wireless router respectively by the first interface with
Full load state sends the first test data to second wireless router；
Step 102, using the control device second wireless router is set to be connect respectively by the second interface
Receive first test data；
Step 103, work shape of first wireless router under full load state is monitored using the monitoring device
State.
Embodiment 4
The present embodiment compared with Example 3, as shown in figure 4, its difference is that the first network test module includes the
One Iperf modules, the step 101 include：
Step 1011, the IP address using control device setting first wireless router, set described first
The service mode of first frequency range of wireless router is wireless access dot pattern；
Step 1012, using the control device the first Iperf modules are set to be connected to second wireless routing
The IP address of device and when the interval of parallel task number, length of testing speech, window size, listening port value and Bandwidth Report is set
Between.
Preferably, the step 102 includes：
Step 1021, the IP address using control device setting second wireless router, described second is wireless
The IP address of router is different with the IP address of first wireless router and in the same network segment, sets second nothing
The service mode of first frequency range of line router is client mode；
Step 1022, using the control device the 2nd Iperf modules are set for server mode, receiving port value
It is identical with the listening port value with setting window size, the receiving port value.
Embodiment 3 and 4 is by the Embedded Web test module in first and second wireless router, by the first wireless router
Connected by radio frequency line and attenuator with the second wireless router, only by an external control devices such as computer to two
Platform wireless router carries out network parameter setting so that and the first wireless router and the second wireless router establish network connection,
Realize that test data transmission carries out full load test between first wireless router and the second wireless routing.Test process is only applied
To an external control devices, reach the effect for saving computer resource and cost of human resources.
Embodiment 5
The present embodiment provides a kind of wireless router full load test method, as shown in figure 5, compared with Example 4, its area
It is not, the wireless router full load test system also includes the 3rd wireless router, and first wireless router is also
Including at least one the 3rd interface, the 3rd wireless router includes at least one the 4th interface, the 3rd interface and described the
Four interface quantities are identical, the 3rd interface and the interface that the 4th interface is the second frequency range, first wireless routing
One the 3rd interface of device passes sequentially through the 3rd radio frequency line, the second attenuator and the 4th radio frequency line and the 3rd wireless router
The electrical connection of the 4th interface, the control device and the 3rd wireless router communicate to connect；The wireless router
Full load test method also includes：
First wireless router is set respectively by the 3rd interface with full load shape using the control device
State sends the second test data to the 3rd wireless router；
The 3rd network test module is set respectively by described in the 4th interface using the control device
Second test data；
It is described to be set using the control device and/or the 3rd wireless router also includes the 3rd Iperf modules
The 3rd network test module described in the 4th interface the step of the second test data respectively by including：
Step 1041, the IP address using control device setting the 3rd wireless router, the described 3rd is wireless
The IP address of router and the IP address of first wireless router, the IP address of second wireless router it is different and
In the same network segment, the service mode for setting second frequency range of the 3rd wireless router is client mode；
Step 1042, the 3rd Iperf modules are set for server mode using the control device and window is set
Mouth size.
The present embodiment is by the Embedded Web test module in first, second and third wireless router, by the first wireless router
Connected respectively by radio frequency line and attenuator with second, third wireless router, only by an external control devices such as
Computer carries out network parameter setting to three wireless routers so that the first wireless router is wireless with second, third respectively
Router establishes network connection, realizes that test data is transmitted between the first wireless router and second, third wireless routing, carries out
Full load is tested.Test process is applied only to an external control devices, reaches and saves computer resource and cost of human resources
Effect.
Although the embodiment of the present invention is the foregoing described, it will be appreciated by those of skill in the art that this is only
For example, protection scope of the present invention is to be defined by the appended claims.Those skilled in the art without departing substantially from
On the premise of the principle and essence of the present invention, various changes or modifications can be made to these embodiments, but these changes and
Modification each falls within protection scope of the present invention.
Claims (10)
- A kind of 1. wireless router full load test system, it is characterised in that the wireless router full load test system bag Power supply, the first wireless router and the second wireless router are included, first wireless router includes first network test module, Second wireless router includes the second network test module, and first wireless router includes an at least first interface, Second wireless router includes an at least second interface, and the first interface is identical with the quantity of the second interface, institute The interface that first interface and the second interface are the first frequency range is stated, the power supply is first wireless router, second Wireless router is powered, and a first interface of first wireless router passes sequentially through the first radio frequency line, the first attenuator Electrically connected with the second radio frequency line with a second interface of second wireless router；The wireless router full load test system also includes control device and monitoring device, the control device and described the One wireless router, the communication connection of the second wireless router, the control device are used to set the first network test module The first test data, the control are sent to second wireless router with full load state by the first interface respectively Equipment is additionally operable to set the second network test module to receive first test data, institute by the second interface respectively State monitoring device to communicate to connect with first wireless router, the monitoring device is used to monitor first wireless router Working condition under full load state.
- 2. wireless router full load test system as claimed in claim 1, it is characterised in that the first network tests mould Block includes first network setup module and the first Iperf modules, and the first network setup module is set for receiving the control Standby the first setting command and the second setting command, first setting command are used for the IP for setting first wireless router Address, second setting command are used to set the service mode of first frequency range of first wireless router to be wireless Access point mode；The first Iperf modules are used for the 5th setting command for receiving the control device, and the 5th setting command is used for Set the first Iperf modules to be connected to the IP address of second wireless router and parallel task number, test are set Duration.
- 3. wireless router full load test system as claimed in claim 2, it is characterised in that the 5th setting command is also For setting the window sizes of the first Iperf modules, listening port value and the interval time of Bandwidth Report.
- 4. wireless router full load test system as claimed in claim 3, it is characterised in that the second wireless test mould Block also includes the second network settings module and the 2nd Iperf modules, and the second network settings module is used to receive the control 3rd setting command of equipment and the 4th setting command, the 3rd setting command are used to set second wireless router The IP address of IP address, the IP address of second wireless router and first wireless router is different and in same net In section, the 4th setting command is used to set the service mode of first frequency range of second wireless router to be client End pattern；The 2nd Iperf modules are used for the 6th setting command for receiving the control device, and the 6th setting command is used for It is server mode and receiving port value to set the 2nd Iperf modules, the receiving port value and the listening port It is worth identical；And/or the 6th setting command is additionally operable to set window size.
- 5. wireless router full load test system as claimed in claim 1, it is characterised in that the wireless router is completely negative Carrying test system also includes the 3rd wireless router, and the 3rd wireless router includes the 3rd network test module, and described the One wireless router also includes at least one the 3rd interface, and the 3rd wireless router includes at least one the 4th interface, and described Three interfaces are identical with the 4th interface quantity, the 3rd interface and the interface that the 4th interface is the second frequency range, institute State the first wireless router the 3rd interface pass sequentially through the 3rd radio frequency line, the second attenuator and the 4th radio frequency line with it is described The 4th interface electrical connection of 3rd wireless router, the control device communicate to connect with the 3rd wireless router； The control device be additionally operable to set the first network test module respectively by the 3rd interface with full load state to 3rd wireless router sends the second test data, and the control device is additionally operable to set the 3rd network test module Pass through the second test data described in the 4th interface respectively；And/or the 3rd wireless router also includes the 3rd network settings module and the 3rd Iperf modules, the 3rd net Network setup module is used for the 7th setting command and the 8th setting command for receiving the control device, and the 7th setting command is used In the IP address for setting the 3rd wireless router, the IP address of the 3rd wireless router and first wireless routing The IP address of device, the IP address of second wireless router are different and in the same network segment, the 8th setting command The service mode of second frequency range for setting the 3rd wireless router is client mode, the 3rd Iperf Module is used for the 9th setting command for receiving the control device, and the 9th setting command is used to set the 3rd Iperf Module is server mode；And/or the 9th setting command is additionally operable to set window size.
- A kind of 6. wireless router full load test method, it is characterised in that the wireless router full load test method base Realized in wireless router full load test system, the wireless router full load test system includes power supply, first wireless Router, the second wireless router, control device and monitoring device, first wireless router connect including at least 1 first Mouthful, second wireless router includes an at least second interface, and the first interface is identical with the quantity of the second interface, The first interface and the second interface are the interface of the first frequency range, and the power supply is first wireless router, the Two wireless routers are powered, and a first interface of first wireless router passes sequentially through the first radio frequency line, the first decay Device and the second radio frequency line electrically connect with a second interface of second wireless router, the control device and described first Wireless router, the communication connection of the second wireless router, the monitoring device communicate to connect with first wireless router；Institute Stating wireless router full load test method includes：S1, using the control device first wireless router is set respectively by the first interface with full load state The first test data is sent to second wireless router；S2, set second wireless router to pass through the second interface respectively using the control device to receive described first Test data；S3, working condition of first wireless router under full load state is monitored using the monitoring device.
- 7. wireless router full load test method as claimed in claim 6, it is characterised in that the first network tests mould Block includes the first Iperf modules, and the step S1 includes：S11, the IP address using control device setting first wireless router, set first wireless router The service mode of first frequency range be wireless access dot pattern；S12, the first Iperf modules are set using the control device to be connected to the IP address of second wireless router And parallel task number, length of testing speech are set.
- 8. wireless router full load test method as claimed in claim 7, it is characterised in that step S12 also includes：Set using the control device between window size, listening port value and the Bandwidth Report of the first Iperf modules Every the time.
- 9. wireless router full load test method as claimed in claim 8, it is characterised in that second wireless router Also include the 2nd Iperf modules, the step S2 includes：S21, the IP address using control device setting second wireless router, the IP of second wireless router Address is different with the IP address of first wireless router and in the same network segment, sets second wireless router The service mode of first frequency range is client mode；S22, the 2nd Iperf modules are set using the control device to be server mode and receiving port value, it is described Receiving port value is identical with the listening port value；And/or step S22 also includes：Using the control device, window size is set.
- 10. wireless router full load test method as claimed in claim 6, it is characterised in that the wireless router is expired Load testing system also includes the 3rd wireless router, and first wireless router also includes at least one the 3rd interface, described 3rd wireless router includes at least one the 4th interface, and the 3rd interface is identical with the 4th interface quantity, and the described 3rd Interface passes sequentially through with the interface that the 4th interface is the second frequency range, the 3rd interface of first wireless router 3rd radio frequency line, the second attenuator and the 4th radio frequency line electrically connect with the 4th interface of the 3rd wireless router, institute Control device is stated to communicate to connect with the 3rd wireless router；The wireless router full load test method also includes：S4, using the control device first wireless router is set respectively by the 3rd interface with full load state The second test data is sent to the 3rd wireless router；S5, set using the control device the 3rd network test module respectively by described in the 4th interface the Two test datas；And/or the 3rd wireless router also includes the 3rd Iperf modules, the step S5 includes：S51, the IP address using control device setting the 3rd wireless router, the IP of the 3rd wireless router The IP address of address and first wireless router, the IP address of second wireless router are different and in same net In section；S52, the service mode of second frequency range for setting using the control device the 3rd wireless router are client End pattern, it is server mode to set the 3rd Iperf modules；And/or the step S52 also includes setting window size.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710812345.0A CN107634877A (en) | 2017-09-11 | 2017-09-11 | Wireless router full load test system and method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710812345.0A CN107634877A (en) | 2017-09-11 | 2017-09-11 | Wireless router full load test system and method |
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| CN107634877A true CN107634877A (en) | 2018-01-26 |
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Cited By (1)
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| CN110572839A (en) * | 2019-09-06 | 2019-12-13 | Oppo（重庆）智能科技有限公司 | Test method and test system |
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