CN102801746A - Method and system for sharing mobile terminal network - Google Patents

Abstract

The present invention provides a method and system for sharing a mobile terminal network. The method includes the following steps: the mobile terminal sets the current connection mode to adb mode, and outputs an adb mode signal to the computer; adb mode signal, configure the device parameters of adb mode and output a response signal; the mobile terminal judges whether a network connection has been made, if yes, the mobile terminal starts its own proxy settings and outputs a network connection signal, if not, the mobile terminal detects whether to receive To the network type connection signal, when receiving the network type connection signal, establish a network connection; the computer configures its own proxy settings, and transfers the network connection of the mobile terminal to the proxy port set by the computer. The method and system for sharing a mobile terminal network make the realization of network sharing relatively simple, and are convenient for users to use.

Description

A method and system for sharing a mobile terminal network

technical field

The invention belongs to the communication field, and in particular relates to a method and system for sharing a mobile terminal network.

Background technique

With the development of technology, most mobile terminals can realize the function of sharing the mobile terminal network connection with the computer. At present, the main implementation methods include Modem (dial-up networking) and Rndis (Romote Network Driver Interface Specification, virtual network card device) methods.

For the Modem mode, the mobile terminal is regarded as the Modem device of the computer, and the network sharing is realized through dial-up Internet access, but the driver of the computer needs to be configured, and the Modem device is virtualized when connecting with the mobile terminal, and the dial-up software is used at the same time, through the dial-up parameters Establish a network connection between the computer and the Modem device, and the mobile terminal needs to manage the connection control between the computer and the mobile terminal, and establish a network connection according to the command sent by the computer. Therefore, both the computer and the mobile terminal need to implement the functions of the virtual Modem device and the serial port communication mechanism according to the standard protocol. The workload is relatively large, and different logic needs to be implemented according to different Modems. The operation is more troublesome.

For the Rndis method, after the mobile terminal is connected to the computer, a virtual network card device is created on the computer, and the computer uses the network card device to realize the function of surfing the Internet through the mobile terminal, but this method also requires the computer's Rndis network card device driver, and the mobile terminal It is also necessary to implement the function of Rndis, and then establish a network connection of the network transmission control protocol to share the network to the computer. Although the steps of dial-up connection are not required, the portability is poor.

Contents of the invention

The present invention provides a method and system for sharing a mobile terminal network in order to solve the technical problem that the method for realizing shared network connection in the prior art is relatively complicated and has poor portability, so that the realization of network sharing is relatively simple, and it is convenient for users to use.

The present invention provides a method for sharing a mobile terminal network, the method comprising the following steps:

When the mobile terminal obtains the connection signal with the computer, the mobile terminal sets the current connection mode as adb mode, and outputs the adb mode signal to the computer;

According to the adb mode signal received, the computer configures the device parameters of the adb mode and outputs a response signal;

When obtaining the response signal of the computer, the mobile terminal judges whether the network connection has been carried out, if yes, the mobile terminal starts its own agent setting and outputs the network connection signal, if not, the mobile terminal detects whether the network type connection signal is received, when When a network type connection signal is received, establish a network connection and execute the steps of the mobile terminal starting its own proxy settings and outputting a network signal;

When receiving the network signal, the computer configures its own proxy settings, and transfers the network connection of the mobile terminal to the proxy port set by the computer.

The present invention also provides a system for sharing a mobile terminal network, the system includes a mobile terminal and a computer;

The mobile terminal is used to set the current connection mode to adb mode when the connection signal with the computer is obtained, output the adb mode signal, and when the response signal of the computer is obtained, judge whether the network connection has been performed, and if so, start the proxy setting And output the network signal;

The computer is used to configure the device parameters of the adb mode and output the response signal according to the received adb mode signal, and when the network signal is received, configure the proxy settings and transfer the network connection of the mobile terminal to the one set by the computer Proxy port.

It can be seen from the above-mentioned solution to realize network sharing that when the mobile terminal is in adb mode, the computer can identify the mobile terminal connected to it and respond to the mobile terminal. At the same time, the computer will also configure the device parameters in adb mode. When the mobile terminal After the terminal starts its own proxy setting, the computer can transfer the network connection of the mobile terminal to the proxy port set by the computer in the adb mode, thereby realizing network sharing of the mobile terminal. Since the proxy setting of the mobile terminal in adb mode is simple, the realization of network sharing is relatively simple, which is convenient for users to use.

Description of drawings

FIG. 1 is a flowchart of a first embodiment of a method for sharing a mobile terminal network according to the present invention;

FIG. 2 is a flowchart of a second embodiment of the method for sharing a mobile terminal network according to the present invention;

FIG. 3 is a schematic structural diagram of an embodiment of a system for sharing a mobile terminal network according to the present invention.

Detailed ways

In order to make the technical problems, technical solutions and beneficial effects solved by the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

Embodiments of the present invention provide a method and system for sharing a mobile terminal network, through which the sharing of the mobile terminal network can be realized. Referring to FIG. 3 , the system includes a mobile terminal 1 and a computer 2, and the mobile terminal 1 and the The computer 2 is connected.

Below first introduce the method that the present invention provides the shared mobile terminal network of the first embodiment, as shown in Figure 1, described method comprises the following steps:

Step S01, when the mobile terminal 1 obtains a connection signal with the computer 2, the mobile terminal 1 sets the current connection mode as the adb mode, and outputs the adb mode signal to the computer 2;

Step S02, the computer 2 configures the device parameters of the adb mode and outputs a response signal according to the received adb mode signal;

Step S03, when the response signal from the computer 2 is obtained, the mobile terminal 1 judges whether a network connection has been made, if yes, execute step S06, if not, execute step S04;

Step S04, the mobile terminal 1 detects whether a network type connection signal is received, if yes, execute step S05, if not, return to step S04;

Step S05, when receiving the network type connection signal, the mobile terminal 1 establishes a network connection, and executes step S06;

Step S06, the mobile terminal 1 starts its own proxy setting and outputs a network signal, and enters step S07;

Step S07 , when receiving the network signal, the computer 2 configures its own proxy settings, and transfers the network connection of the mobile terminal 1 to the proxy port set by the computer 2 .

In a specific implementation, the mobile terminal is an Android device, and Android is the name of the mobile terminal operating system. When the Android mobile terminal is in the adb (Android Debug Bridge, debugging bridge) mode, the computer 2 can identify the mobile terminal connected to it as an Android device.

It can be seen from the above scheme that when the mobile terminal 1 is in the adb mode, the computer 2 can identify the mobile terminal connected to it, so as to respond to the mobile terminal 1, and the computer 2 will also configure the device parameters of the adb mode. After the mobile terminal 1 starts its own proxy setting, the computer 2 can transfer the network connection of the mobile terminal to the proxy port provided by the computer in the adb mode, thereby realizing the network sharing of the mobile terminal. Since the proxy setting of the mobile terminal in adb mode is simple, the realization of network sharing is relatively simple, which is convenient for users to use.

In a specific implementation, in order to further simplify network sharing, step S07 specifically includes the following steps:

When receiving the network connection signal, the computer 2 sets the proxy port;

The computer 2 executes the adb forward command to transfer the network connection of the mobile terminal 1 to the proxy port.

Or step S07 is specifically:

When receiving the network connection signal, the computer 2 executes the adb forward command to transfer the network connection of the mobile terminal 1 to one of the ports;

Computer 2 will transfer the port with network connection to set the proxy port.

Since in the adb mode, the computer 2 can recognize the mobile terminal connected to it as an Android device, the adb forward command provided by the debugging bridge adb can transfer the network connection of the mobile terminal to the proxy port, thereby avoiding the underlying development The cumbersomeness and poor portability encountered by the Rndis driver simplifies the network connection.

In a specific implementation, the steps of the mobile terminal 1 starting its own proxy settings are specifically:

The mobile terminal 1 sets a network port, and monitors the transmission information of the network port.

As can be seen from the above scheme, the mobile terminal 1 sets the network port, and the proxy process will monitor the transmission information of the network port and transmit it, so that the proxy setting of the mobile terminal 1 is simple, and the development of the Rndis driver compatible with the computer 1 is avoided. .

In concrete implementation, network type comprises wifi network and GPRS network, when the network that mobile terminal 1 connects is wifi network or GPRS network, computer 2 just can share wherein any kind of network, and the network connection shared by Modem mode, It can only share the GPRS network, and the network connection shared by Rndis can only share the wifi network.

In specific implementation, in order to realize the switching of wifi network and GPRS network connection, step S05 is specifically: judge whether the network type connection signal is a wifi signal, if yes, set up wifi network connection, if not, set up GPRS network connection;

Or specifically: determine whether the network type connection signal is a GPRS signal, if yes, establish a GPRS network connection, if not, establish a wifi network connection.

It can be seen from this that when the type of network connection needs to be switched, only the network type of the mobile terminal 1 needs to be changed, and the mobile terminal 1 will obtain a network type connection signal corresponding to the network type and establish a network connection of the network type. At this time, the application of computer 2 will not be affected in any way, so that seamless switching between different types of networks such as GPRS and wifi can be realized.

In specific implementation, in order to realize the use of the mobile terminal shared network, the present invention also provides the method for sharing the mobile terminal network in the second embodiment, as shown in FIG. The difference of the method is that after step S07, the following steps are also included:

Step S08, the computer 2 obtains the data request signal;

Step S09, the computer 2 judges whether the data request signal needs to be forwarded to the proxy setting of the computer 2, if yes, execute step S10, if no, execute step S11;

Step S10, output to the network port of the mobile terminal through the proxy port, and execute step S12;

Step S11, transmitting a data request signal through other ports of the mobile terminal;

Step S12, the mobile terminal 1 obtains the feedback information corresponding to the data request signal through the network connection according to the received data request signal, and executes step S13;

Step S13, the mobile terminal 1 judges whether the feedback information needs to be forwarded to the proxy setting of the mobile terminal 1, if yes, execute step S14, if not, execute step S15;

Step S14, outputting the feedback information to the proxy port of the computer 2 through the network port.

Step S15 , transmitting the feedback information through other ports of the mobile terminal 1 .

In this embodiment, the above-mentioned steps are specifically, after the network sharing of the mobile terminal 1 is realized, an available website address that needs to be browsed can be input in the browser and searched. At this time, the computer 2 just obtains the data request signal, and then judges Whether the data request signal needs to be transmitted through the proxy port of the computer 2, if yes, it is output to the network port of the mobile terminal 1 through the proxy port, if not, other ports of the computer 2 are used for transmission. When the network port of the mobile terminal 1 receives the data request signal, the process of monitoring the network port obtains the data request signal, processes the data request signal through the network connection of the mobile terminal 1 and obtains the data corresponding to the data request signal Feedback information, the mobile terminal 1 outputs the feedback information to the agent port of the computer 2 through the network port of the mobile terminal 1, thereby realizing the use of the shared network.

In a specific implementation, in order to realize network sharing of mobile terminals, the present invention also provides a system for sharing a mobile terminal network in an embodiment, as shown in FIG. 3 , the system includes a mobile terminal 1 and a computer 2;

The mobile terminal 1 is used to set the current connection mode as adb mode when obtaining the connection signal with the computer 2, output the adb mode signal, and when obtaining the response signal from the computer, determine whether the network connection has been carried out, and if so, start Proxy settings and output network connection signals;

The computer 2 is used to configure the device parameters of the adb mode and output the response signal according to the received adb mode signal, and when receiving the network connection signal, configure the proxy settings and transfer the network connection of the mobile terminal to the computer. The proxy port to set.

It can be seen from the above scheme that when the mobile terminal 1 is in the adb mode, the computer 2 can identify the mobile terminal connected to it, so as to respond to the mobile terminal 1, and the computer 2 will also configure the device parameters of the adb mode. After the mobile terminal 1 starts its own proxy setting, the computer 2 can transfer the network connection of the mobile terminal to the proxy port provided by the computer in the adb mode, thereby realizing the network sharing of the mobile terminal. Since the proxy setting of the mobile terminal in adb mode is simple, the realization of network sharing is relatively simple, which is convenient for users to use.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. within range.

Claims (9)

1. A method for sharing a mobile terminal network, characterized in that said method comprises the following steps: When the mobile terminal obtains the connection signal with the computer, the mobile terminal sets the current connection mode as adb mode, and outputs the adb mode signal to the computer; According to the adb mode signal received, the computer configures the device parameters of the adb mode and outputs a response signal; When obtaining the response signal of the computer, the mobile terminal judges whether the network connection has been carried out, if yes, the mobile terminal starts its own agent setting and outputs the network connection signal, if not, the mobile terminal detects whether the network type connection signal is received, when When a network type connection signal is received, establish a network connection and execute the steps of the mobile terminal starting its own proxy settings and outputting a network signal; When receiving the network signal, the computer configures its own proxy settings, and transfers the network connection of the mobile terminal to the proxy port set by the computer. 2. The method according to claim 1, wherein when the network connection signal is received, the computer configures the proxy setting of its application program, and transfers the network connection of the mobile terminal to the computer. Set the proxy port, specifically: When a network connection signal is received, the computer sets the proxy port; The computer executes the adb forward command to transfer the network connection of the mobile terminal to the proxy port. 3. The method according to claim 1, wherein when the network connection signal is received, the computer configures proxy settings, and transfers the network connection of the mobile terminal to the proxy port set by the computer ,Specifically: When receiving the network connection signal, the computer executes the adb forward command to transfer the network connection of the mobile terminal to one of the ports; The computer will forward the port with the network connection to set the proxy port. 4. The method according to claim 1, characterized in that: said mobile terminal starts the step of setting its own proxy, specifically: The mobile terminal sets a network port, and monitors the transmission information of the network port. 5. The method according to claim 4, wherein when receiving the network connection signal, the computer configures the proxy setting of its application program, and transfers the network connection of the mobile terminal to the proxy set by the computer. After the port steps, the following steps are also included: The computer obtains the data request signal, and judges whether the data request signal needs to be forwarded to the proxy setting of the computer, if so, output to the network port of the mobile terminal through the proxy port; The mobile terminal obtains the feedback information corresponding to the data request signal through the network connection according to the received data request signal, and judges whether the feedback information needs to be forwarded to the proxy setting of the mobile terminal, and if so, output to The computer's proxy port. 6. The method according to claim 1, characterized in that: the network types include wifi network and GPRS network. 7. The method according to claim 6, characterized in that: when the network type connection signal is received, the step of establishing a network connection is specifically: Determine whether the network type connection signal is a wifi signal, if yes, establish a wifi network connection, if not, establish a GPRS network connection. 8. The method according to claim 6, characterized in that: when the network type connection signal is received, the step of establishing a network connection is specifically: Determine whether the network type connection signal is a GPRS signal, if yes, establish a GPRS network connection, if not, establish a wifi network connection. 9. A system for sharing a mobile terminal network, characterized in that: the system includes a mobile terminal and a computer; The mobile terminal is used to set the current connection mode to adb mode when the connection signal with the computer is obtained, output the adb mode signal, and when the response signal of the computer is obtained, judge whether the network connection has been performed, and if so, start the proxy setting And output the network connection signal; The computer is used to configure the device parameters of the adb mode and output the response signal according to the received adb mode signal, and when the network connection signal is received, configure the proxy settings and transfer the network connection of the mobile terminal to the computer set proxy port.

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