CN106131877A - WiFi communication processing means, method and system - Google Patents
WiFi communication processing means, method and system Download PDFInfo
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- CN106131877A CN106131877A CN201610657104.9A CN201610657104A CN106131877A CN 106131877 A CN106131877 A CN 106131877A CN 201610657104 A CN201610657104 A CN 201610657104A CN 106131877 A CN106131877 A CN 106131877A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/08—Access point devices
- H04W88/10—Access point devices adapted for operation in multiple networks, e.g. multi-mode access points
Abstract
The present invention relates to a kind of WiFi communication processing means, method and system, WiFi communication processing means includes processing module and connects the first WiFi module of processing module, the second WiFi module and the 3rd WiFi module.The network access of the first frequency range of first network demand equipment is forwarded to the 3rd WiFi module by the first WiFi module by processing module, and by the second WiFi module, the network access of the second frequency range of the second network demand equipment is forwarded to the 3rd WiFi module, to connect wireless router by the 3rd WiFi module, thus access outer net.So, can support to be operated in two frequency ranges, the equipment for different frequency range provides wireless network to connect, compatible strong and low cost.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of WiFi communication processing means, method and system.
Background technology
WiFi (Wireless-Fidelity Wireless Fidelity) technology is as a kind of communication, and it uses increasingly
Extensively.
Traditional WiFi communication generally uses double WiFi module to realize, and one of them WiFi module is operated in STA
(Station work station) pattern, another WiFi module is operated in AP (Access Point access point) pattern, wherein, AP mould
The WiFi module of formula provides Wi-Fi hotspot to be used for connecting networked devices, with shared flow or cable network, the WiFi mould of STA mode
Block is used for connecting wireless router online so that in connection, the networked devices of ap mode WiFi module can access outer net.Existing
WiFi module can only operate in 5.8GHz frequency range or 2.4GHz frequency range, the most this traditional WiFi when using as ap mode
The communication mode same period only allows to be operated in a kind of frequency range, poor compatibility.
Summary of the invention
Based on this, it is necessary to for the problems referred to above, it is provided that a kind of permission is operated in two kinds of frequency ranges, strengthens compatible WiFi
Communication processing apparatus, method and system.
A kind of WiFi communication processing means, including processing module, the first WiFi module, the second WiFi module and the 3rd WiFi
Module, described first WiFi module, described second WiFi module and described 3rd WiFi module are all connected with described processing module；Institute
State the first WiFi module and be operated in the ap mode of the first frequency range, be used for connecting first network demand equipment, described 2nd WiFi mould
Block is operated in the ap mode of the second frequency range, and for connecting the second network demand equipment, described 3rd WiFi module is operated in STA mould
Formula, is used for connecting wireless router；
Described processing module by described first WiFi module by the net of the first frequency range of described first network demand equipment
Network accesses and is forwarded to described 3rd WiFi module, and by described second WiFi module by described second network demand equipment
The network of the second frequency range accesses and is forwarded to described 3rd WiFi module, to connect described without circuit by described 3rd WiFi module
By device.
Above-mentioned WiFi communication processing means, is operated in the first WiFi module of ap mode and can receive first network demand and set
The network of the first standby frequency range accesses, and is operated in the second WiFi module of ap mode and can receive the of the second network demand equipment
The network of two frequency ranges accesses；The network access of the first frequency range is forwarded to be operated in STA by processing module by the first WiFi module
3rd WiFi module of pattern, connects wireless router by the 3rd WiFi module so that the network of the first frequency range accesses successfully
Connect outer net；The network access of the second frequency range is forwarded to the 3rd WiFi module by the second WiFi module by processing module so that
The network of the second frequency range accesses and is successfully connected outer net.So, coordinating networking by three WIFI module, networking mode is simple, can
To support to be operated in two frequency ranges, the equipment for different frequency range provides wireless network to connect, compatible strong, and low cost.
A kind of WiFi communication processing method, comprises the steps:
Obtain configuration parameter and the configuration parameter of the second WiFi module of the first WiFi module；
Configuration parameter according to described first WiFi module judges whether the AP function of described first WiFi module opens；
If the AP function of described first WiFi module is opened, then start the AP service thread of described first WiFi module, with
The network making described first WiFi module receive the first frequency range accesses；
Configuration parameter according to described second WiFi module judges whether the AP function of described second WiFi module opens；
If the AP function of described second WiFi module is opened, then start the AP service thread of described second WiFi module, with
The network making described second WiFi module receive the second frequency range accesses；
The network of described first frequency range is accessed and is forwarded to described the by the AP service thread according to described first WiFi module
Three WiFi module, are forwarded to the 3rd according to the AP service thread of described second WiFi module by the network access of described second frequency range
WiFi module, to connect wireless router by described 3rd WiFi module.
A kind of WiFi communication processing system, including:
Parameter acquisition module, for obtaining configuration parameter and the configuration parameter of the second WiFi module of the first WiFi module；
First analyzes module, for judging described first WiFi module according to the configuration parameter of described first WiFi module
Whether AP function opens；
First thread starts module, for when the AP function of described first WiFi module is opened, starting described first
The AP service thread of WiFi module, so that the network that described first WiFi module receives the first frequency range accesses；
Second analyzes module, for judging described second WiFi module according to the configuration parameter of described second WiFi module
Whether AP function opens；
Second thread starts module, for when the AP function of described second WiFi module is opened, starting described second
The AP service thread of WiFi module, so that the network that described second WiFi module receives the second frequency range accesses；
Network accesses forwarding module, is used for the AP service thread according to described first WiFi module by described first frequency range
Network accesses and is forwarded to described 3rd WiFi module, according to the AP service thread of described second WiFi module by described second frequency range
Network access be forwarded to described 3rd WiFi module, with by described 3rd WiFi module connect wireless router.
Above-mentioned WiFi communication processing method and system, obtain the configuration parameter of the first WiFi module and the second WiFi module
After configuration parameter, judge according to the configuration parameter of the first WiFi module whether the AP function of the first WiFi module opens, if then
Start the AP service thread of the first WiFi module, so that the network that the first WiFi module receives the first frequency range accesses, according to second
The configuration parameter of WiFi module judges whether the AP function of the second WiFi module opens, if then starting the AP of the second WiFi module
Service thread, so that the network that the second WiFi module receives the second frequency range accesses；AP service thread according to the first WiFi module
With the AP service thread of the second WiFi module, respectively the network of the first frequency range is accessed and the network access of the second frequency range is forwarded to
3rd WiFi module, to connect wireless router by the 3rd WiFi module.So, can support to be operated in two frequency ranges, for
The equipment of different frequency range provides wireless network to connect, compatible strong.
Accompanying drawing explanation
Fig. 1 is the attachment structure figure of WiFi communication processing means in an embodiment；
Fig. 2 is that the configuration parameter in an embodiment arranges surface chart；
Fig. 3 is the flow chart of WiFi communication processing method in an embodiment；
Fig. 4 is the flow chart of WiFi communication processing method in another embodiment；
Fig. 5 is the AP service thread starting the first WiFi module in an embodiment, so that the first WiFi module receives first
The flow chart of the step that the network of frequency range accesses；
Fig. 6 is the structured flowchart of WiFi communication processing system in an embodiment；
Fig. 7 is the structured flowchart that in an embodiment, first thread starts module.
Detailed description of the invention
With reference to Fig. 1, the WiFi communication processing means in an embodiment, including processing module the 110, first WiFi module 130,
Second WiFi module 150 and the 3rd WiFi module 170, the first WiFi module the 130, second WiFi module 150 and the 3rd WiFi mould
Block 170 is all connected with processing module 110.First WiFi module 130 is operated in the ap mode of the first frequency range, is used for connecting first network
Demand equipment (not shown), the second WiFi module 150 is operated in the ap mode of the second frequency range, sets for connecting the second network demand
Standby (not shown), the 3rd WiFi module 170 is operated in STA mode, is used for connecting wireless router (not shown).
First network demand equipment and the second network demand equipment refer to can be to use the equipment of WiFi communication mode, such as hands
The interactive devices such as mechanical, electrical brain, flat board, Intelligent set top box, intelligent meeting machine, intelligent game computer.Wherein, specifically, the first frequency range
Differ with the second frequency range.Such as, in the present embodiment, the first frequency range is 2.4G Hz (hertz) frequency range, and the second frequency range is 5.8G
Hz frequency range.
The network of the first frequency range of first network demand equipment is accessed by processing module 110 by the first WiFi module 130
It is forwarded to the 3rd WiFi module 170, and by the second WiFi module 150 by the net of the second frequency range of the second network demand equipment
Network accesses and is forwarded to the 3rd WiFi module 170, to connect wireless router by the 3rd WiFi module 170.
In one embodiment, processing module 110 obtains the first WiFi module 130 and configuration of the second WiFi module 150 respectively
Parameter, judges the first WiFi module 130 respectively according to the configuration parameter of the first WiFi module 130 and the second WiFi module 150
Whether the AP function of AP function and the second WiFi module 150 opens.If the AP function of the first WiFi module 130 is opened, then start
The AP service thread of the first WiFi module 130, the first WiFi module 130 receives the net of the first frequency range of first network demand equipment
Network accesses；If the AP function of the second WiFi module 150 is opened, then start the AP service thread of the second WiFi module 150, second
WiFi module 150 receives the network of the second frequency range of the second network demand equipment and accesses.So, can be according to actual needs by joining
Put the configuration of parameter, be provided as the first WiFi module 130 and the second WiFi module 150 alternatively work of ap mode, or
Person works simultaneously, it is allowed to support that the network of the first frequency range and the second frequency range accesses simultaneously.
Processing module 110 is for the AP clothes of the AP service thread according to the first WiFi module 130 and the second WiFi module 150
Business thread, obtains the routing forwarding rule of the first WiFi module 130 and the routing forwarding rule of the second WiFi module 150 respectively,
According to the routing forwarding rule of the first WiFi module 130, the network access of the first frequency range is forwarded to the 3rd WiFi module 170, presses
The network access of the second frequency range is forwarded to the 3rd WiFi module 170, with logical by the routing forwarding rule according to the second WiFi module 150
Cross the 3rd WiFi module 170 and connect wireless router.So, by processing module 110 according to the routing forwarding rule specified, point
The network of the first WiFi module 130 and the second WiFi module 150 that not would operate in ap mode accesses and is forwarded to be operated in STA mould
3rd WiFi module 170 of formula, connects wireless router by the 3rd WiFi module 170, in order to connect upper first WiFi module
Second network demand equipment of the first network demand equipment of 130 and upper second WiFi module 150 of connection can be by this STA mould
3rd WiFi module 170 of formula accesses outer net, it is achieved many network interface cards network is shared.
Configuration parameter includes Wi-Fi hotspot state, SSID broadcast state, SSID name, secure cryptography mode and password.
Wherein, Wi-Fi hotspot state is for indicating whether the AP function of corresponding WiFi module opens, such as, and a WiFi mould
The Wi-Fi hotspot state of block 130 is set to enable, and the Wi-Fi hotspot state of the second WiFi module 150 is set to enable, then it represents that
The AP function of the first WiFi module 130 and the second WiFi module 150 is all opened.SSID name refers to the WiFi heat of corresponding WiFi module
Point title, for display so that the search of network demand equipment connects.SSID broadcast state for indicating the SSID name of correspondence is
No being in visible state, such as, the SSID broadcast state of the first WiFi module 130 is set to not enabled, then when a WiFi mould
When block 130 starts, network demand equipment is searched for less than the first WiFi module 130.Secure cryptography mode include open state and
Encrypted state, is used for indicating when connecting corresponding WiFi module the need of input password.Password refers to that corresponding WiFi module is in safety
Property cipher mode is connection password during encrypted state.
The configuration parameter of the first WiFi module 130 and the second WiFi module 150 can arrange interface by display, receives and makees
Obtain for arranging the instruction that arranges at interface.With reference to Fig. 2, it is the first WiFi module 130 and the second WiFi module in an embodiment
The configuration parameter of 150 arranges surface chart.
Being appreciated that in other embodiments, configuration parameter can also include other kinds of data.
The AP service thread of the first WiFi module 130 refers to start the execution flow process that the first WiFi module 130 has needed.Place
After reason module 110 starts the AP service thread of the first WiFi module 130, then complete the startup of the first WiFi module 130, AP service
Startup, the IP address of the first WiFi module 130 arranges, connects the IP of the first network demand equipment of the first WiFi module 130
Address distribution and the interpolation of routing forwarding rule.In like manner, the AP service thread of the second WiFi module 150 refers to start the 2nd WiFi
The execution flow process that module 150 has needed.
In one embodiment, processing module 110 is to run the processor of android system.Android system uses wide
General, by using the processor running android system so that WiFi communication processing means can apply to run Android
The intelligent interaction device of system, applied range.Being appreciated that in other embodiments, processing module 110 can also be to run
The processor of other types operating system.
First WiFi module the 130, second WiFi module 150 and the 3rd WiFi module 170 all include WiFi chip.WIFI core
Sheet includes supporting the chip of 2.4G Hz frequency range, supporting the chip of 5.8G Hz frequency range, support 2.4G Hz and two kinds of frequencies of 5.8G Hz
The chip of section.In the present embodiment, the WiFi chip of the first WiFi module 130 employing being operated in ap mode is 2.4G Hz frequency range
Chip, be operated in ap mode second WiFi module 150 use WiFi chip be 2.4G Hz and two kinds of frequency ranges of 5.8G Hz
Chip, being operated in the 3rd WiFi module 170 of STA mode can be the chip supporting 2.4G Hz frequency range, it is also possible to support
2.4G Hz and the chip of two kinds of frequency ranges of 5.8G Hz.
In one embodiment, processing module 110 is by USB (Universal Serial Bus USB (universal serial bus)) respectively
Connect the first WiFi module the 130, second WiFi module 150 and the 3rd WiFi module 170.USB supports hot plug, can i.e. insert i.e.
With, convenient disassembly, by using USB to connect, improves the assembling convenience of WiFi communication processing means.
In another embodiment, processing module 110 is by SDIO (Secure Digital Input and Output
Card secure digital input-output card) bus connects first WiFi module the 130, second WiFi module 150 and the 3rd WiFi respectively
Module 170.It is appreciated that in other embodiments, it is also possible to using other connected mode, such as, processing module 110 is passed through
USB connects the first WiFi module 130, connects the second WiFi module 150 and the 3rd WiFi module 170 by SDIO bus.
Above-mentioned WiFi communication processing means, the first WiFi module 130 being operated in ap mode can receive first network need
The network seeking the first frequency range of equipment accesses, and the second WiFi module 150 being operated in ap mode can receive the second network demand
The network of the second frequency range of equipment accesses；The network access of the first frequency range is turned by processing module 110 by the first WiFi module 130
Send to be operated in the 3rd WiFi module 170 of STA mode, connect wireless router by the 3rd WiFi module 170 so that first
The network of frequency range accesses and is successfully connected outer net；The network of the second frequency range is accessed by processing module 110 by the second WiFi module 150
It is forwarded to the 3rd WiFi module 170 so that the network of the second frequency range accesses and is successfully connected outer net.So, by three WIFI moulds
Block coordinates networking, and networking mode is simple, can support to be operated in two frequency ranges, and the equipment for different frequency range provides wireless network even
Connect, compatible strong, and low cost.
Above-mentioned WiFi communication processing means can apply to Android Set Top Box, Android game cartridge, Android intelligence
The Android intelligent interaction device complete machines such as TV, Android intelligent advisement player, Android meeting machine, Android intelligent education machine produce
Product.Such as, in a concrete application examples, CVTouch flat board uses WiFi communication processing means, and the first WiFi module 130 is operated in
2.4G Hz frequency range, the second WiFi module 150 is operated in 5.8G Hz frequency range.5.8G Hz frequency range is specifically designed to wireless screen transmission function,
It is set to not open by SSID broadcast state in the configuration parameter of the second WiFi module 150, the second of such 5.8GHz frequency range
WiFi module 150 is dedicated only to wireless screen transmission function, and configuration is then joined by the first WiFi module 130 for 2.4G Hz frequency range
The equipment of the incompatible 5.8GHz WiFi frequency ranges such as the SSID broadcast state in number is set on, such notebook computer all may be used
To search the first WiFi module 130 of 2.4GHz frequency range and to connect use, will not go to interfere with the special frequency range of 5.8GHz, protect
Demonstrate,prove the network stabilization of special function.
With reference to Fig. 3, the WiFi communication processing method in an embodiment, can apply to above-mentioned WiFi communication processing means
Processing module, comprises the steps.
S110: obtain configuration parameter and the configuration parameter of the second WiFi module of the first WiFi module.
Configuration parameter includes Wi-Fi hotspot state, SSID broadcast state, SSID name, secure cryptography mode and password.
Wherein, Wi-Fi hotspot state is for indicating whether the AP function of corresponding WiFi module opens, such as, and a WiFi mould
The Wi-Fi hotspot state of block is set to enable, and the Wi-Fi hotspot state of the second WiFi module is set to enable, then it represents that first
The AP function of WiFi module and the second WiFi module is all opened.SSID name refers to the Wi-Fi hotspot title of corresponding WiFi module, uses
In display so that the search of network demand equipment connects.SSID broadcast state is for indicating whether the SSID name of correspondence is in visible
State, such as, the SSID broadcast state of the first WiFi module is set to not enabled, then when the first WiFi module starts, outside
Network demand equipment search for less than the first WiFi module.Secure cryptography mode includes open state and encrypted state, is used for
The need of inputting password when instruction connects corresponding WiFi module.Password refer to corresponding WiFi module in secure cryptography mode for adding
Connection password during close state.
Being appreciated that in other embodiments, configuration parameter can also include other kinds of data.
S120: judge according to the configuration parameter of the first WiFi module whether the AP function of the first WiFi module opens.If so,
Then perform step S130.Otherwise, operation can not be performed, or perform step S140.
Configuration parameter according to the first WiFi module judges whether the AP function of the first WiFi module opens, and can be specifically
Judge that in the configuration parameter of the first WiFi module, whether Wi-Fi hotspot state is for enabling, if, then it represents that AP function is opened, otherwise
For being not turned on.
S130: start the AP service thread of the first WiFi module, so that the first WiFi module receives the network of the first frequency range
Access.
The network of the first frequency range accesses and is sent by the first network demand equipment connecting the first WiFi module.The present embodiment
In, the first frequency range is 2.4G Hz frequency range.The AP service thread of the first WiFi module refers to start what the first WiFi module had needed
Perform flow process so that the first WiFi module can receive the network of the first frequency range and access.Processing module starts the first WiFi module
AP service thread after, then complete the startup of the first WiFi module, the startup of AP service, the IP address of the first WiFi module sets
Put, connect the distribution of IP address and the interpolation of routing forwarding rule of the first network demand equipment of the first WiFi module.
S140: judge according to the configuration parameter of the second WiFi module whether the AP function of the second WiFi module opens.If so,
Then perform step S150, otherwise, operation can not be performed, or perform step S120.
Configuration parameter according to the second WiFi module judges whether the AP function of the second WiFi module opens, and can be specifically
Judge that in the configuration parameter of the second WiFi module, whether Wi-Fi hotspot state is for enabling, if, then it represents that AP function is opened, otherwise
For being not turned on.
S150: start the AP service thread of the second WiFi module, so that the second WiFi module receives the network of the second frequency range
Access.
The network of the second frequency range accesses and is sent by the second network demand equipment connecting the second WiFi module.The present embodiment
In, the second frequency range is 5.8G Hz frequency range.The AP service thread of the second WiFi module refers to start what the second WiFi module had needed
Perform flow process so that the second WiFi module can receive the network of the second frequency range and access.
Step S140 and step S120 are respectively used to judge whether the first WiFi module and the second WiFi module open AP merit
Can, can perform, as it is shown on figure 3, now, if the AP function that step S120 determines the first WiFi module is not opened, then simultaneously
Do not perform operation, if the AP function that step S140 determines the second WiFi module is not opened, the most do not perform operation；Step S140 with
Step S120 can also perform according to sequencing, and such as step S120 first carries out, and performs after step S140, as shown in Figure 4, and this
Time, if step S120 judges that the AP function obtaining the first WiFi module is not opened, then perform step S140；Can also is that step
S140 first carries out, and performs, now, if the AP function that step S140 determines the second WiFi module is not opened, then after step S120
Perform step S120.
S160: the network access of the first frequency range is forwarded to the 3rd WiFi mould according to the AP service thread of the first WiFi module
Block, is forwarded to the 3rd WiFi module, to pass through according to the AP service thread of the second WiFi module by the network access of the second frequency range
3rd WiFi module connects wireless router.
By the network of the first frequency range being accessed and the network of the second frequency range accesses and is forwarded to the 3rd WiFi module, by the
Three WiFi module connect wireless router, in order to connect the first network demand equipment of upper first WiFi module and connect upper second
Second network of WiFi module needs equipment can access outer net by the 3rd WiFi module of this STA mode, it is achieved many network interface cards net
Network is shared.
In one embodiment, with reference to Fig. 4, step S160 specifically includes step S161 and step S162.
S161: according to AP service thread and the AP service thread of the second WiFi module of the first WiFi module, obtain respectively
The routing forwarding rule of the first WiFi module and the routing forwarding rule of the second WiFi module.
S162: the network access of the first frequency range is forwarded to the 3rd WiFi according to the routing forwarding rule of the first WiFi module
Module, is forwarded to the 3rd WiFi module according to the routing forwarding rule of the second WiFi module by the network access of the second frequency range, with
Wireless router is connected by the 3rd WiFi module.
Above-mentioned WiFi communication processing method, obtains the configuration parameter of the first WiFi module and the configuration ginseng of the second WiFi module
After number, judge according to the configuration parameter of the first WiFi module whether the AP function of the first WiFi module opens, if then starting
The AP service thread of one WiFi module, so that the network that the first WiFi module receives the first frequency range accesses, according to the 2nd WiFi mould
The configuration parameter of block judges whether the AP function of the second WiFi module opens, if the AP then starting the second WiFi module services line
Journey, so that the network that the second WiFi module receives the second frequency range accesses；AP service thread and second according to the first WiFi module
The AP service thread of WiFi module, accesses the network of the first frequency range respectively and the network access of the second frequency range is forwarded to the 3rd
WiFi module, to connect wireless router by the 3rd WiFi module.So, can support to be operated in two frequency ranges, for difference
The equipment of frequency range provides wireless network to connect, compatible strong.
In one embodiment, with reference to Fig. 5, step S130 includes that step S131 is to step S137.
S131: generate the configuration file of the first WiFi module according to the configuration parameter of the first WiFi module.
After step S110 obtains configuration parameter, can generate configuration file according to the configuration parameter obtained, such as, one is real
Executing in example and specifically to generate configuration file under/data/misc/wifi catalogue, configuration file can be according to the first frequency range name.Example
As, the named hostapd_2g4.conf of configuration file of the first WiFi module, the configuration file of the second WiFi module can be named
Just distinguish for hostapd_5g8.conf, so two files of name and support the first WiFi module of 2.4GHz frequency range and prop up
Hold the configuration that the second WiFi module of 5.8GHz frequency range is corresponding when AP service starts.
S132: load the driver of the first WiFi module and specify the implementor name of the first WiFi module according to configuration file
Claim.
By loading the driver of the first WiFi module, processing module 110 can operate first by this driver
WiFi module.Specifically, configuration file includes ctrl_interface statement, such as: when load driver program, can basis
The title that ctrl_interface statement in configuration file is corresponding arranges device name corresponding during load driver, as
The device name that the second WiFi module that device name is ap2g4,5.8GHz that first WiFi module of 2.4GHz is corresponding is corresponding
For ap5g8.
S133: utilize configuration order and device name, arranges the IP address of the first WiFi module, and starts a WiFi mould
Block.
Configuration order refers to ifconfig order.Specifically, use ifconfig order that the IP ground of the first WiFi module is set
Location, and its state is set to up, thus start the first WiFi module.
S134: utilize configuration file and device name to start the AP service of the first WiFi module.
After step S131 to step S133, configuration file generates, the first WiFi module that device name is corresponding
Also have been turned on, the AP service of the first WiFi module can be started, hostapd order the most specifically can be used to coordinate configuration file
Start AP service.Now, if the SSID broadcast state in configuration parameter is for opening, then, now use network demand equipment
WiFi function just may search for the Wi-Fi hotspot of entitled corresponding SSID name.
S136: use pre-set programs and the preset configuration file start DHCP service corresponding with device name, for connecting
The first network demand equipment distribution IP address of the first WiFi module and DNS information.
Pre-set programs is dnsmasq program, and the preset configuration file corresponding with device name is dnsmasq.conf configuration
File.Specifically, in the present embodiment, with interface=ap2g4 and interface in dnsmasq.conf configuration file
Two statements of=ap5g8, ap2g4 and ap5g8 is respectively device name and the equipment of the second WiFi module of the first WiFi module
Title, such DHCP service can be to be connected to the first network demand equipment of the first WiFi module and be connected to the 2nd WiFi simultaneously
Second network demand equipment of module distributes corresponding IP address and DNS information.
S137: obtain the device name of the 3rd WiFi module, according to device name and the 3rd WiFi of the first WiFi module
The device name of module, adds the routing forwarding rule of the first WiFi module.
By adding the routing forwarding rule of the first WiFi module, in order to the first frequency range that the first WiFi module is received
Network accesses and is forwarded to the 3rd WiFi module so that connect outside the first network demand equipment of upper first WiFi module is able to access that
Net.The FORWARD rule that specifically iptables order can be used to be system adds configuration, it is achieved adding of routing forwarding rule
Add.In the present embodiment, step S137 can also be simultaneously according to the device name of the second WiFi module and setting of the 3rd WiFi module
Standby title adds the routing forwarding rule of the second WiFi module.
In the present embodiment, after step S136 and step S137 are positioned at step S134, it will be understood that in other embodiments
In, before step S136 and step S137 may be located at step S131, as long as the first WiFi module specified in step S132
Device name is identical with the device name of the first WiFi module used in step S136 and step S137, can ensure each step
Effective object identical.Additionally, the execution sequence of step S136 and step S137 can successively be exchanged, step i.e. can be first carried out
S136, it is also possible to first carry out step S1374, it is also possible to simultaneously perform step S136 and step S137.
In one embodiment, with reference to Fig. 5, before step S136, step S135 is also included.
S135: judge whether DHCP service has been started up；If it is not, then perform step S136.The most then can skip step
S136, directly performs step S137.
Owing to the first WiFi module and the second WiFi module may start simultaneously, or the second WiFi module is at a WiFi
Module starts before starting, and therefore, detects whether to have been started up DHCP service by step S135, the most just performs step
S136, it is ensured that only start a DHCP service, alleviate program burden.
Step S150 starts the AP service thread of the second WiFi module, so that the second WiFi module receives the net of the second frequency range
The concrete steps that network accesses are similar with the concrete steps of step S130, do not repeat at this.
With reference to Fig. 6, the WiFi communication processing system in an embodiment, analyze module including parameter acquisition module 210, first
220, first thread starts module the 230, second analysis module the 240, second thread and starts module 250 and network access forwarding module
260。
The configuration ginseng of the parameter acquisition module 210 configuration parameter and the second WiFi module for obtaining the first WiFi module
Number.
Configuration parameter includes Wi-Fi hotspot state, SSID broadcast state, SSID name, secure cryptography mode and password.
Being appreciated that in other embodiments, configuration parameter can also include other kinds of data.
First analyzes module 220 for judging the AP function of the first WiFi module according to the configuration parameter of the first WiFi module
Whether open.
Configuration parameter according to the first WiFi module judges whether the AP function of the first WiFi module opens, and can be specifically
Judge that in the configuration parameter of the first WiFi module, whether Wi-Fi hotspot state is for enabling, if, then it represents that AP function is opened, otherwise
For being not turned on.
First thread starts module 230 for when the AP function of the first WiFi module is opened, starting the first WiFi module
AP service thread so that the first WiFi module receive the first frequency range network access.
The network of the first frequency range accesses and is sent by the first network demand equipment connecting the first WiFi module.The present embodiment
In, the first frequency range is 2.4G Hz frequency range.
Second analyzes module 240 for judging the AP function of the second WiFi module according to the configuration parameter of the second WiFi module
Whether open.
Configuration parameter according to the second WiFi module judges whether the AP function of the second WiFi module opens, and can be specifically
Judge that in the configuration parameter of the second WiFi module, whether Wi-Fi hotspot state is for enabling, if, then it represents that AP function is opened, otherwise
For being not turned on.
Second thread starts module 250 for when the AP function of the second WiFi module is opened, starting the second WiFi module
AP service thread so that the second WiFi module receive the second frequency range network access.
The network of the second frequency range accesses and is sent by the second network demand equipment connecting the second WiFi module.The present embodiment
In, the second frequency range is 5.8G Hz frequency range.
First analysis module 220 and the second analysis module 240 are respectively used to judge the first WiFi module and the 2nd WiFi mould
Whether block opens AP function, can perform function simultaneously, it is also possible to perform according to sequencing, when performing according to sequencing,
The function of the first analysis module 220 can be first carried out, it is also possible to first carry out the function of the second analysis module 240.
Network accesses forwarding module 260 and is visited by the network of the first frequency range for the AP service thread according to the first WiFi module
Ask and be forwarded to the 3rd WiFi module, according to the AP service thread of the second WiFi module the network of the second frequency range accessed and be forwarded to the
Three WiFi module, to connect wireless router by the 3rd WiFi module.
Network accesses forwarding module 260 and is forwarded to by the network of the first frequency range accesses the network access with the second frequency range
3rd WiFi module, connects wireless router by the 3rd WiFi module, in order to connect the first network of upper first WiFi module
Second network of demand equipment and upper second WiFi module of connection needs equipment can be visited by the 3rd WiFi module of this STA mode
Ask outer net, it is achieved many network interface cards network is shared.
In one embodiment, network access forwarding module 260 specifically for: according to the AP service thread of the first WiFi module and
The AP service thread of the second WiFi module, obtains routing forwarding rule and the road of the second WiFi module of the first WiFi module respectively
By forwarding rule；According to the routing forwarding rule of the first WiFi module, the network access of the first frequency range is forwarded to the 3rd WiFi mould
Block, is forwarded to the 3rd WiFi module by the network access of the second frequency range, with logical according to the routing forwarding rule of the second WiFi module
Cross the 3rd WiFi module and connect wireless router.
Above-mentioned WiFi communication processing system, parameter acquisition module 210 obtains the configuration parameter and second of the first WiFi module
After the configuration parameter of WiFi module, first analyzes module 220 judges a WiFi mould according to the configuration parameter of the first WiFi module
Whether the AP function of block opens, if then first thread startup module 230 starts the AP service thread of the first WiFi module, so that
First WiFi module receives the network of the first frequency range and accesses, and second analyzes the module 240 configuration parameter according to the second WiFi module
Judge whether the AP function of the second WiFi module opens, if then the second thread startup module 250 starts the second WiFi module
AP service thread, so that the network that the second WiFi module receives the second frequency range accesses；Network accesses forwarding module 260 according to first
The network of the first frequency range is accessed and is forwarded to the 3rd WiFi module by the AP service thread of WiFi module, according to according to the second WiFi module
AP service thread the network of the second frequency range accessed be forwarded to the 3rd WiFi module, to connect wireless by the 3rd WiFi module
Router.So, can support to be operated in two frequency ranges, the equipment for different frequency range provides wireless network to connect, compatible strong.
In one embodiment, with reference to Fig. 7, first thread starts module 230 and includes file generating unit 231, drive load
Unit 232, IP address setting unit 233, AP service start unit 234, DHCP service start unit 236 and forwarding rule are added
Unit 237.
File generating unit 231 for generating the configuration literary composition of the first WiFi module according to the configuration parameter of the first WiFi module
Part.
Drive load unit 232 is for loading the driver of the first WiFi module and specifying first according to configuration file
The device name of WiFi module.
IP address setting unit 233 is used for utilizing configuration order and device name, arranges the IP address of the first WiFi module,
And start the first WiFi module.
AP service start unit 234 starts the AP service of the first WiFi module for utilizing configuration file and device name.
DHCP service start unit 236 is for using pre-set programs and the preset configuration file corresponding with device name to open
Dynamic DHCP service, distributes IP address and DNS information for connecting the first network demand equipment of the first WiFi module.
Rule adding device 237 is forwarded to be used for obtaining the device name of the 3rd WiFi module, according to the first WiFi module
Device name and the device name of the 3rd WiFi module, add the routing forwarding rule of the first WiFi module.
In one embodiment, first thread starts module 230 and also includes DHCP service analytic unit 235, for performing
Before the function of DHCP service start unit 236, it is judged that whether DHCP service has been started up, when DHCP service does not start,
Control to perform the function of DHCP service start unit 236.When DHCP service starts, can directly control to perform to forward rule to add
Add the function of unit 237.
Owing to the first WiFi module and the second WiFi module may start simultaneously, or the second WiFi module is at a WiFi
Module starts before starting, and therefore, detects whether to have been started up DHCP service by DHCP service analytic unit 235,
Perform the function of DHCP service start unit 236, it is ensured that only start a DHCP service, alleviate the burden of processing module.
The concrete cellular construction that second thread starts module 250 is similar with the cellular construction that first thread starts module 230,
Do not repeat at this.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, not to above-mentioned reality
The all possible combination of each technical characteristic executed in example is all described, but, as long as the combination of these technical characteristics is not deposited
In contradiction, all it is considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, but also
Can not therefore be construed as limiting the scope of the patent.It should be pointed out that, come for those of ordinary skill in the art
Saying, without departing from the inventive concept of the premise, it is also possible to make some deformation and improvement, these broadly fall into the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a WiFi communication processing means, it is characterised in that include processing module, the first WiFi module, the second WiFi module
With the 3rd WiFi module, described first WiFi module, described second WiFi module and described 3rd WiFi module are all connected with described
Processing module；Described first WiFi module is operated in the ap mode of the first frequency range, is used for connecting first network demand equipment, described
Second WiFi module is operated in the ap mode of the second frequency range, for connecting the second network demand equipment, described 3rd WiFi module
It is operated in STA mode, is used for connecting wireless router；
The network of the first frequency range of described first network demand equipment is visited by described processing module by described first WiFi module
Ask and be forwarded to described 3rd WiFi module, and by described second WiFi module by the second of described second network demand equipment
The network of frequency range accesses and is forwarded to described 3rd WiFi module, to connect described wireless routing by described 3rd WiFi module
Device.
WiFi communication processing means the most according to claim 1, it is characterised in that described processing module obtains described respectively
First WiFi module and the configuration parameter of described second WiFi module, according to described first WiFi module and described 2nd WiFi mould
The configuration parameter of block judges whether the AP function of described first WiFi module and the AP function of described second WiFi module are opened respectively
Open, if the AP function of described first WiFi module is opened, then start the AP service thread of described first WiFi module, described first
WiFi module receives the network of described first frequency range and accesses；If the AP function of described second WiFi module is opened, then start described
The AP service thread of the second WiFi module, described second WiFi module receives the network of described second frequency range and accesses；
Described processing module is for the AP clothes of the AP service thread according to described first WiFi module and described second WiFi module
Business thread, obtains the routing forwarding rule of regular and described second WiFi module of routing forwarding of described first WiFi module respectively
Then, according to the routing forwarding rule of described first WiFi module, the network access of described first frequency range is forwarded to the described 3rd
WiFi module, is forwarded to described according to the routing forwarding rule of described second WiFi module by the network access of described second frequency range
3rd WiFi module, to connect described wireless router by described 3rd WiFi module.
3. a WiFi communication processing method, it is characterised in that comprise the steps:
Obtain configuration parameter and the configuration parameter of the second WiFi module of the first WiFi module；
Configuration parameter according to described first WiFi module judges whether the AP function of described first WiFi module opens；
If the AP function of described first WiFi module is opened, then start the AP service thread of described first WiFi module, so that institute
State the first WiFi module and receive the network access of the first frequency range；
Configuration parameter according to described second WiFi module judges whether the AP function of described second WiFi module opens；
If the AP function of described second WiFi module is opened, then start the AP service thread of described second WiFi module, so that institute
State the second WiFi module and receive the network access of the second frequency range；
The network of described first frequency range is accessed and is forwarded to the described 3rd by the AP service thread according to described first WiFi module
WiFi module, is forwarded to the 3rd according to the AP service thread of described second WiFi module by the network access of described second frequency range
WiFi module, to connect wireless router by described 3rd WiFi module.
WiFi communication processing method the most according to claim 3, it is characterised in that described configuration parameter includes Wi-Fi hotspot
State, SSID broadcast state, SSID name, secure cryptography mode and password.
WiFi communication processing method the most according to claim 3, it is characterised in that described first WiFi module of described startup
AP service thread so that described first WiFi module receive the first frequency range network access step, including:
Configuration parameter according to described first WiFi module generates the configuration file of described first WiFi module；
Load the driver of described first WiFi module and specify setting of described first WiFi module according to described configuration file
Standby title；
Utilize configuration order and described device name, the IP address of described first WiFi module is set, and starts described first
WiFi module；
Described configuration file and described device name is utilized to start the AP service of described first WiFi module；
Use pre-set programs and the preset configuration file start DHCP service corresponding with described device name, for connecting described the
The first network demand equipment distribution IP address of one WiFi module and DNS information；
Obtain the device name of described 3rd WiFi module, according to the described device name and described of described first WiFi module
The device name of three WiFi module, adds the routing forwarding rule of described first WiFi module.
WiFi communication processing method the most according to claim 5, it is characterised in that described use pre-set programs and with institute
State the preset configuration file start DHCP service that device name is corresponding, for connecting the first network demand of described first WiFi module
Before the step of equipment distribution IP address and DNS information, further comprise the steps of:
Judge whether described DHCP service has been started up；
If it is not, then perform described use pre-set programs and the preset configuration file start DHCP corresponding with described device name clothes
Business, for connecting first network demand equipment distribution IP address and the step of DNS information of described first WiFi module.
7. a WiFi communication processing system, it is characterised in that including:
Parameter acquisition module, for obtaining configuration parameter and the configuration parameter of the second WiFi module of the first WiFi module；
First analyzes module, for judging the AP merit of described first WiFi module according to the configuration parameter of described first WiFi module
Can whether open；
First thread starts module, for when the AP function of described first WiFi module is opened, starting a described WiFi mould
The AP service thread of block, so that the network that described first WiFi module receives the first frequency range accesses；
Second analyzes module, for judging the AP merit of described second WiFi module according to the configuration parameter of described second WiFi module
Can whether open；
Second thread starts module, for when the AP function of described second WiFi module is opened, starting described 2nd WiFi mould
The AP service thread of block, so that the network that described second WiFi module receives the second frequency range accesses；
Network accesses forwarding module, is used for the AP service thread according to described first WiFi module by the network of described first frequency range
Access is forwarded to described 3rd WiFi module, according to the AP service thread of described second WiFi module by the net of described second frequency range
Network accesses and is forwarded to described 3rd WiFi module, to connect wireless router by described 3rd WiFi module.
WiFi communication processing system the most according to claim 7, it is characterised in that described configuration parameter includes Wi-Fi hotspot
State, SSID broadcast state, SSID name, secure cryptography mode and password.
WiFi communication processing system the most according to claim 7, it is characterised in that described first thread starts module bag
Include:
File generating unit, generates the configuration of described first WiFi module for the configuration parameter according to described first WiFi module
File；
Drive load unit, for loading the driver of described first WiFi module and specifying according to described configuration file described
The device name of the first WiFi module；
IP address setting unit, is used for utilizing configuration order and described device name, arranges the IP ground of described first WiFi module
Location, and start described first WiFi module；
AP services start unit, for utilizing described configuration file and described device name to start the AP of described first WiFi module
Service；
DHCP service start unit, for using pre-set programs and the preset configuration file start corresponding with described device name
DHCP service, for connecting first network demand equipment distribution IP address and the DNS information of described first WiFi module；
Forward rule adding device, for obtaining the device name of described 3rd WiFi module, according to described first WiFi module
Described device name and the device name of described 3rd WiFi module, add described first WiFi module routing forwarding rule
Then.
WiFi communication processing system the most according to claim 9, it is characterised in that described first thread starts module also
Including DHCP service analytic unit, for before performing the function of described DHCP service start unit, it is judged that described DHCP takes
Whether business has been started up, and when described DHCP service does not start, controls to perform the function of described DHCP service start unit.
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