CN103095850A - Method and system sharing network through computer for mobile terminal - Google Patents
Method and system sharing network through computer for mobile terminal Download PDFInfo
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Abstract
The invention discloses a method and a system sharing a network through a computer for a mobile terminal. The mobile terminal is provided with an application terminal sharing the network with the computer, and the method of sharing the network through the computer for the mobile terminal comprises steps as below: building communication port mapping of the application terminal and the mobile terminal, transmitting data between the communication ports of the application terminal and the mobile terminal, setting the communication port mapping of the mobile terminal and the computer through an android debug bridge (ADB) and transmitting data through the mobile terminal and the internet. The method and the system sharing the network through the computer for the mobile terminal share network resources of the computers connected in the network through the computer, the computer is fast in web surfing and good in stability, by utilizing the advantages of the computer a cell phone can obtain stable and fast network resources, and a user can obtain high-speed web surfing experience.
Description
Technical field
The present invention relates to communication technique field, especially a kind of mobile terminal is by the method and system of computer shared network.
Background technology
Because domestic wireless network development is ripe not enough, the popularity rate of wireless router is not high.China also is in the developing stage of cable network, and a lot of users do not have wireless network and wireless network card, only have cable network.Especially in family, generally all there is no wireless network, only have the desktop computer can wiring logging-on function.In the situation that present domestic flow rate are also higher, people often like free wifi, and do not like opening the GPRS service.
The ratio that accounts for the online total amount along with mobile device is more and more higher, and the demand of mobile device online is increasing.The online channel that increases from many aspects mobile device has become present urgent problem.At present dull free wifi wireless network can not satisfy online demand that people are growing.
Summary of the invention
Purpose of the present invention overcomes the deficiencies in the prior art exactly, provides a kind of a kind of mobile terminal that can pass through the computer internet of networking to pass through the method and system of computer shared network.Because computer is most by wiring logging-on function, so mobile terminal can obtain the experience of surfing the Net faster.
In order to achieve the above object, adopt following technical scheme:
A kind of mobile terminal is by the method for computer shared network, and described mobile terminal is provided with the application terminal with the computer shared network, comprises the following steps:
Step 1: set up the PORT COM mapping of application terminal and mobile terminal, the transmission of data between the PORT COM of application terminal and mobile terminal;
Step 2: set the PORT COM mapping of mobile terminal and computer by ADB, the transmission of data between mobile terminal and the Internet.
Further, described step 1 comprises the following steps:
Set the first tcp port and first udp port of application terminal and mobile terminal communication;
Packet to the first tcp port and first udp port of the fire compartment wall re-direction applications terminal by mobile terminal.
Further, data to the first tcp port and first udp port of described fire compartment wall re-direction applications terminal by mobile terminal comprise the following steps:
The Transmission Control Protocol packet of application terminal is redirected to the first tcp port;
The udp data bag of application terminal is redirected to the first udp port.
Further, described step 2 comprises the following steps:
Set the second tcp port of mobile terminal and the 3rd tcp port of computer by ADB, set up the port mapping of described the second tcp port and described the 3rd tcp port;
The transmission of data between mobile terminal and computer by the second tcp port and the 3rd tcp port;
Manage server the transmission of data between computer and the Internet by generation of computers.
Further, described step 2 is further comprising the steps of:
Mobile terminal sends the domain name mapping request of application terminal to the dns server of computer.
A kind of mobile terminal is by the system of computer shared network, and described mobile terminal is provided with the application terminal with the computer shared network, comprising:
Be located at the first transport module of mobile terminal, be used for setting up the PORT COM mapping of application terminal and mobile terminal, the transmission of data between the PORT COM of application terminal and mobile terminal;
Be located at the second transport module of computer, be used for setting by ADB the PORT COM mapping of mobile terminal and computer, the transmission of data between mobile terminal and the Internet.
Further, described the first transport module comprises port unit and redirected unit, and described port unit is set the first tcp port and first udp port of itself and application terminal communication; The fire compartment wall of described redirected unit by mobile terminal is redirected to the first tcp port with the Transmission Control Protocol packet of application terminal, and the udp data bag of application terminal is redirected to the first udp port.
Further, described the second transport module is set respectively the tcp port of the first transport module and the second transport module communication by ADB, by acting server forwarding data between computer and the Internet.
Further, described the first transport module also comprises buffer unit, is used for the temporary data that receive from the first tcp port.
Further, described mobile terminal is the mobile terminal that Android operating system is installed.
Compared with prior art, beneficial effect of the present invention is:
Most computers is by wiring logging-on function, and the speed of wiring logging-on function is fast, and good stability, mobile phone be by the network of Sharing computer, can obtain stable and Internet resources fast, and the user obtains the experience of high speed Internet access.
The forwarding rule of utilizing fire compartment wall is sent to the data of handset program in computer, and the computer interconnection network is sent to mobile phone with the reply data of network.Can improve the stability of online by the wired connection of ADB.
Description of drawings
Fig. 1 is that mobile terminal of the present invention is by the flow chart of steps of the method for computer shared network;
Fig. 2 is the concrete steps flow chart of Fig. 1 step S10;
Fig. 3 is the concrete steps flow chart of Fig. 2 step S102;
Fig. 4 is the concrete steps flow chart of Fig. 1 step S20;
Fig. 5 is that mobile terminal of the present invention is by the structured flowchart of the system of computer shared network.
Diagram: the 1-the first transport module; 11-port unit; 12-redirected unit; 13-buffer unit;
The 2-the second transport module; 3-acting server.
Embodiment
Describe the present invention in detail below in conjunction with accompanying drawing and specific implementation method, be used for explaining the present invention in schematic enforcement of the present invention and explanation, but not as a limitation of the invention.
The full name of ADB is Android Debug Bridge, and the Chinese meaning is the debugging bridge.Can conveniently in Eclipse debug Android (Android) program by DDMS by ADB.ADB can direct control management Android simulator or real Android equipment.Its major function has: upload between port mapping, computer and the equipment of the shell of operational outfit (order line), management simulation device or equipment or download file, local apk software be mounted to simulator or Android equipment etc.
See also Fig. 1, it is the flow chart of steps that mobile terminal of the present invention passes through the method for computer shared network, and it comprises the following steps:
S10: set up the PORT COM mapping of handset program and mobile phone, the transmission of data between the PORT COM of handset program and mobile phone.
S20: set the PORT COM mapping of mobile phone and computer by ADB, the transmission of data between mobile phone and the Internet.
From step S10 and step S20 as can be known, the handset program in mobile phone is when for example browser is attempted by the computer connecting Internet.The networking request is transferred to the PORT COM that has set, and is sent at last the Internet.The Internet sends the reply data of networking request to mobile phone, thereby realizes that mobile phone passes through computer internet.The ADB wired connection, network speed is stable, and the interference that is subject to is little, and network speed is stable, and user's experience is high.
Particularly, in step S10, handset program is housed in mobile phone, this handset program has function of surfing the Net.When handset program is not networked by method of the present invention, normal connecting wireless network.When handset program carries out combined network communication by method of the present invention, need to set the PORT COM mapping of handset program and mobile phone, set the PORT COM mapping of mobile phone and computer.By setting the PORT COM mapping, the package forward of handset program to the Internet, is fed back to handset program with the packet of the Internet, realize that handset program passes through the purpose of computer shared network.See also Fig. 2, set up the PORT COM mapping and mainly realize by following steps:
S101: the first tcp port and the first udp port of setting handset program and mobile communication.Described the first tcp port and the first udp port are for the data that receive handset program.Described data comprise packet and domain name mapping request.Can control data through the first tcp port and the first udp port by monitoring the first tcp port and the first udp port, allow the packet of handset program or networking request transfer to computer, and the reply data that returns from the Internet of receiving computer.
S102: packet to the first tcp port and first udp port of the fire compartment wall re-direction applications terminal by mobile terminal.Particularly, by the ports-settings of step S101, set up handset program to the communication connection of mobile phone.Data retransmission to the first tcp port of handset program or the first udp port are forwarded to the 3rd tcp port of computer at the second tcp port by mobile phone, realized the transmission of data from handset program to computer.See also Fig. 3, the Packet Generation of handset program to mobile communication port mainly comprises the following steps:
S1021: the fire compartment wall by Android operating system is redirected to the first tcp port with the Transmission Control Protocol packet of handset program.Utilize the IPTABLES fire compartment wall that carries in the kernel of Android operating system of mobile phone, destination address with handset program, and be redirected to the first tcp port of monitoring for the packet of going out of Transmission Control Protocol commonly used, realized the transmission of Transmission Control Protocol packet from application program to the mobile phone PORT COM.Described Transmission Control Protocol port is 80 or 443 or other port.
S1022: the fire compartment wall by Android operating system is redirected to the first udp port with the udp data bag of handset program.With step S1021 in like manner, utilizing the IPTABLES fire compartment wall is that 53 udp data bag is redirected to the first udp port with target port.
The execution of described step S1021 and step S1022 does not have strict sequencing, can be execution relation in parallel yet.In actual applications, tend to first occur a UDP and be redirected, one or many TCP is redirected, and also may not have UDP to forward.
Particularly, in step S20, the ADB that Android provides connects, and sets up the tcp port of a computer to the mapping of the tcp port of mobile phone.After setting up this port mapping, the data of mobile phone can be transferred to computer.Computer forwards the data to physical network card, then forwards the data to the Internet.See also Fig. 4, computer forward the data to the Internet from mobile phone and mainly comprises the following steps:
S201: set the second tcp port of mobile terminal and the 3rd tcp port of computer by ADB, set up the port mapping of described the second tcp port and described the 3rd tcp port.Utilize the ADB that Android provides to connect, set up the tcp port of a computer to the mapping of the tcp port of mobile phone.The tcp port that defines described mobile phone is the second tcp port, and the tcp port of described computer is the 3rd tcp port.By the second tcp port and the 3rd tcp port, can realize the exchanges data of mobile phone and computer.
S202: the data of the handset program of mobile phone transfer to the Internet by computer.The 3rd tcp port at computer receives from the data of the second tcp port or the reply data that the Internet returns is sent to the second tcp port.Computer receives the data that the second tcp port forwards, and sends a socks5 request to generation of computers reason server, request linking objective address.The acting server connecting Internet, behind the Internet, the data of mobile phone are sent to computer and are sent to the destination server of the Internet by acting server again on connecting.Then, the destination server of the Internet is sent to acting server with reply data, then is sent to mobile phone by the PORT COM of mobile phone and computer, arrives at last handset program.
See also Fig. 5, it is that mobile terminal of the present invention is by the structured flowchart of the system of computer shared network.Described mobile phone is provided with the cell phone software with the computer shared network.Native system comprises the first transport module 1 of being located at mobile phone and the second transport module 2 of being located at computer.
Described the first transport module 1 is used for setting up the PORT COM mapping of handset program and mobile phone, the transmission of data between the PORT COM of handset program and mobile phone.The first transport module 1 comprises port unit 11 and redirected unit 12.Described port unit 11 is set the first tcp port and first udp port of itself and handset program communication.The IPTABLES fire compartment wall of described redirected unit 12 by Android system is redirected to the first tcp port with the Transmission Control Protocol packet of handset program, and the udp data bag of handset program is redirected to the first udp port.IPTABLES is the fire compartment wall that the linux kernel carries.Can create a router rule by this fire compartment wall, the all-network communication all is transferred to the PORT COM of mobile phone.The data of handset program all can be forwarded to the PORT COM of mobile phone by setting the first tcp port and the first udp port.For example, with destination address rather than the reserved address of mobile phone and be that the packet of going out of Transmission Control Protocol commonly used is redirected to the first tcp port that the first transport module 1 is monitored.The port of described Transmission Control Protocol is 80 or 443 etc.Be the first udp port that 53 udp data bag is redirected to the first transport module with target port.
Described the second transport module 2 is used for setting by ADB the PORT COM mapping of mobile phone and computer, the transmission of data between mobile phone and the Internet.Described the second transport module 2 is set respectively the tcp port of the first transport module 1 and the second transport module 2 communications by ADB, by being located at generation of computers reason server 3 forwarding data between computer and the Internet.Connect by ADB, set the second tcp port of the first transport module 1, set the 3rd tcp port of the second transport module 2, the mapping of setting up the second tcp port and the 3rd tcp port.The second transport module 2 sends data to acting server 3, is forwarded to the Internet by acting server 3.For example, when handset program was attempted the access the Internet, data were transferred to the first tcp port of the first transport module 1.After the first transport module 1 obtains the destination address of handset program access, send virtual linkage to the second transport module 2 by the second tcp port and the 3rd tcp port.After the second transport module 2 receives virtual linkages, send a socks5 request to acting server, request linking objective address, before not completing connection, the data that temporary first tcp port of buffer unit 13 of the first transport module 1 receives.Behind the linking objective address, the first transport module 1 is sent to acting server 3 with buffer unit 13 temporary data by the second transport module 2.Then, the first transport module 1 sends the Internet passively the reply data of returning and transfers to handset program.So just complete handset program and shared the network of Net-connected computer by computer.
Handset program is when resolving domain name, data are sent to the first udp port of the first transport module 1, be sent to again the 3rd tcp port of the second transport module 2 by the second tcp port of the first transport module 1, and then be forwarded to the local dns server that arranges of computer, and will reply from transmission path and issue the first transport module 1.
Further, described mobile phone is the smart mobile phone that Android operating system is installed.
The above technical scheme that the embodiment of the present invention is provided is described in detail, used specific case herein principle and the execution mode of the embodiment of the present invention are set forth, the explanation of above embodiment is only applicable to help to understand the principle of the embodiment of the present invention; Simultaneously, for one of ordinary skill in the art, according to the embodiment of the present invention, all will change on embodiment and range of application, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. a mobile terminal is by the method for computer shared network, and described mobile terminal is provided with the application terminal with the computer shared network, it is characterized in that, comprises the following steps:
Step 1: set up the PORT COM mapping of application terminal and mobile terminal, the transmission of data between the PORT COM of application terminal and mobile terminal;
Step 2: set the PORT COM mapping of mobile terminal and computer by ADB, the transmission of data between mobile terminal and the Internet.
2. mobile terminal according to claim 1 by the method for computer shared network, is characterized in that, step 1 comprises the following steps:
Set the first tcp port and first udp port of application terminal and mobile terminal communication;
Packet to the first tcp port and first udp port of the fire compartment wall re-direction applications terminal by mobile terminal.
3. the method for mobile terminal according to claim 2 by the computer shared network, is characterized in that, data to the first tcp port and first udp port of described fire compartment wall re-direction applications terminal by mobile terminal comprise the following steps:
The Transmission Control Protocol packet of application terminal is redirected to the first tcp port;
The udp data bag of application terminal is redirected to the first udp port.
4. mobile terminal according to claim 1 by the method for computer shared network, is characterized in that, step 2 comprises the following steps:
Set the second tcp port of mobile terminal and the 3rd tcp port of computer by ADB, set up the port mapping of described the second tcp port and described the 3rd tcp port;
The transmission of data between mobile terminal and computer by the second tcp port and the 3rd tcp port;
Manage server the transmission of data between computer and the Internet by generation of computers.
5. mobile terminal according to claim 4 by the method for computer shared network, is characterized in that, described step 2 is further comprising the steps of:
Mobile terminal sends the domain name mapping request of application terminal to the dns server of computer.
6. a mobile terminal is by the system of computer shared network, and described mobile terminal is provided with the application terminal with the computer shared network, it is characterized in that, comprising:
Be located at the first transport module of mobile terminal, be used for setting up the PORT COM mapping of application terminal and mobile terminal, the transmission of data between the PORT COM of application terminal and mobile terminal;
Be located at the second transport module of computer, be used for setting by ADB the PORT COM mapping of mobile terminal and computer, the transmission of data between mobile terminal and the Internet.
7. mobile terminal according to claim 6 is by the system of computer shared network, it is characterized in that: described the first transport module comprises port unit and redirected unit, and described port unit is set the first tcp port and first udp port of itself and application terminal communication; The fire compartment wall of described redirected unit by mobile terminal is redirected to the first tcp port with the Transmission Control Protocol packet of application terminal, and the udp data bag of application terminal is redirected to the first udp port.
8. mobile terminal according to claim 6 is by the system of computer shared network, it is characterized in that: described the second transport module is set respectively the tcp port of the first transport module and the second transport module communication by ADB, by acting server forwarding data between computer and the Internet.
9. mobile terminal according to claim 6 is by the system of computer shared network, and it is characterized in that: described the first transport module also comprises buffer unit, is used for the temporary data that receive from the first tcp port.
10. according to claim 7-9 described mobile terminals of arbitrary claim are by the system of computer shared network, and it is characterized in that: described mobile terminal is the mobile terminal that Android operating system is installed.
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| CN105450585A (en) * | 2014-07-24 | 2016-03-30 | 阿里巴巴集团控股有限公司 | Information transmission method and device |
| CN105450585B (en) * | 2014-07-24 | 2019-10-01 | 阿里巴巴集团控股有限公司 | A kind of information transferring method and device |
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| CN110850964A (en) * | 2019-10-12 | 2020-02-28 | 重庆爱奇艺智能科技有限公司 | Method, device and system for remotely inputting VR equipment |
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