WO2017054456A1 - A method and device for network communications - Google Patents

Abstract

Disclosed in the present invention is a method for network communications, comprising: a first proxy of a first communicating party establishing a first and second peer-to-peer (P2P) traversal connection with a second proxy of a second communicating party and a third proxy of a third communicating party, respectively; displaying a first window and second window on the display screen of the first communicating party, wherein the first window displays a first operable object of the second communicating party via the first P2P traversal connection; when an instruction to copy or move the first operable object in the first window to the second window is detected, the first operable object of the second communicating party being sent to the third communicating party. Further provided in the present invention is a device.

Description

Network communication method and device

[Technical Field]

The present invention relates to communication technologies, and in particular, to a network communication method and device.

 【Background technique】

P2P (Peer to Peer, Peer-to-Peer Networking technology leverages the power of each computer in the network to provide services to each other. Each computer in a P2P network environment can act as both a requester for a network service and a request for other computers to provide resources and services.

In the prior art, when a user needs to transfer resources from one server to another, the user must first log in to the first server on one client, download the resources to be transmitted to the client, and then The customer service device on the station logs in to the second server, and then uploads the resource to the second server. Thus, when the resources are exchanged, the operation steps are cumbersome and the operation experience is poor, which is not conducive to efficient resource transmission.

 [Summary of the Invention]

The technical problem to be solved by the present invention is to provide a network communication method and device, which can solve the problem that the operation steps are cumbersome when exchanging resources between different server terminals in the prior art.

In order to solve the above technical problem, a technical solution adopted by the present invention is: a network communication method, including:

The first agent of the first communication party establishes a first and second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively;

Displaying a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed by the first P2P penetration connection in the first window ;

Sending a first operable object of the second communicating party to the first when detecting an instruction to copy or move the first operable object in the first window into the second window Three communication parties.

The sending the first operable object of the second communication party to the third communication party includes:

Transmitting the acquisition manner of the first operable object to the third communication party by using the second P2P penetration connection, so that the third proxy of the third communication party and the second communication party A third P2P penetration connection is established between the two agents, and the first operable object of the second communication party is sent to the third communication party through the third P2P penetration connection.

The first window is a display interface of the first application of the first communication party, and the second window is a display interface of the second application of the first communication party;

The step of sending the acquiring manner of the first operable object to the third communicating party by using the second P2P penetration connection includes:

Obtaining, by the second application of the first communication party, the acquiring manner of the first operable object, and sending the third operable object to the third application of the third communication party by using the second P2P penetration connection, the third The third application of the communication party receives the acquisition manner of the first operable object and sends it to the fourth application of the third communication party;

The step of transmitting the first operable object of the second communication party to the third communication party through the third P2P penetration connection comprises:

The fourth application of the third communication party sends a request for acquiring the first operable object to the fifth application of the second communication party by using the third P2P penetration connection;

The fifth application of the second communication party receives the acquisition request sent by the fourth application of the third communication party, and connects the first operable object through the third P2P through the connection request a fourth application sent to the third communication party;

The fourth application of the third communication party receives and stores the first operable object.

The step of the fourth application of the third communication party sending a request for acquiring the first operable object to the fifth application of the second communication party by using the third P2P penetration connection includes:

Transmitting a first protocol-based acquisition request from the fourth application of the third communication party to an acquisition request based on the second protocol;

Sending, by the third agent of the third communication party, the second protocol based acquisition request to the second agent of the second communication party;

The fifth application of the second communication party receives the acquisition request sent by the fourth application of the third communication party, and connects the first operable object through the third P2P through the connection request The step of sending the fourth application to the third communication party includes:

Receiving, by the second agent of the second communication party, the acquisition request based on the second protocol;

Transmitting a second protocol-based acquisition request from the second agent of the second communication party to a third protocol-based acquisition request;

The fifth application of the second communication party receives the third protocol-based acquisition request, and sends the first operable object based on the third protocol in response to the third protocol-based acquisition request;

Converting the first operable object based on the third protocol from the fifth application of the second communicating party to the first operable object based on the second protocol;

Sending, by the second agent of the second communication party, the first operable object based on the second protocol to a third agent of the third communication party;

The third agent of the third communication party receives the first operable object based on the second protocol;

Converting the first operable object based on the second protocol from the third agent of the third communicating party to the first operable object based on the first protocol;

The fourth application of the third communication party receives the first operable object based on the first protocol.

The step of converting the first protocol-based acquisition request of the fourth application from the third communication party to the second protocol-based acquisition request includes:

The fourth application of the third communication party sends the first protocol-based acquisition request to the first loopback port of the third communication party;

The sixth application of the third communication party obtains the first protocol-based acquisition request from the first loopback port and converts to the second protocol-based acquisition request, and the second protocol-based acquisition request Obtaining a second proxy requesting to be sent to the second correspondent party;

The step of converting the first operable object based on the second protocol from the third agent of the third communicating party to the first operable object based on the first protocol comprises:

The third agent of the third communication party sends the first operable object based on the second protocol to the sixth application of the third communication party, and the sixth application applies the second protocol based Translating the first operable object into the second loopback port of the third communicator based on the first operable object of the first protocol;

The step of receiving, by the fourth application of the third communication party, the first operable object based on the first protocol comprises:

The fourth application of the third communication party receives the first operable object based on the first protocol from a second loopback port of the third communication party.

The second agent of the second communication party accesses the second communication party and the first loopback port and the second loopback port used by the third communication party when accessing the second communication party Binding, and the access mode of the second communication party that is bound to the first loopback port and the second loopback port by managing the second communication party and the third communication party The server sends to the third agent of the third communicating party.

The first protocol is a TCP protocol, the second protocol is a UDP protocol, and the third protocol is a TCP protocol.

When the fourth application of the third communication party receives the first operable object, the progress of receiving the first operable object is further fed back to the second application of the first communication party by using the third application.

Wherein, when detecting an instruction to copy or move the first operable object in the first window into the second window, the second window requests the first window to operate the first window The manner of acquiring the object, the method for triggering the first window to be sent in response to the request sent by the second window to read the first operable object, and sending the first operable object to the first Two windows.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a communication method, including:

The first agent of the first communication party establishes a first and second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively;

Displaying a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed by the first P2P penetration connection in the first window ;

When detecting an instruction to copy or move the first operable object in the first window into the second window, the first communication party will connect the first through a second P2P through connection The obtaining manner of the operable object is sent to the third communicating party, so that the third communicating party acquires the first operable object from the second communicating party according to the acquiring manner.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a communication method, including:

The second agent of the second communication party establishes a first P2P penetration connection with the first agent of the first communication party;

The first operable object of the second communication party is displayed in the first window of the first communication party through the first P2P penetration connection;

When the second communication party receives the request for acquiring the first operable object sent by the third communication party, the second communication direction sends the first operable object to the third communication party, The request for acquiring the first operable object is sent by the third communication party to the second communication party according to the acquiring manner of the first operable object, and the acquiring of the first operable object The first proxy and the first communication party are configured by the first communication party when the first communication party detects an instruction to copy or move the first operable object in the first window into the second window. A second P2P penetration connection between the third agents of the three communicating parties is sent to the third communicating party.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a communication method, including:

The third agent of the third communication party establishes a second P2P penetration connection with the first agent of the first communication party;

The third communication party receives the acquisition manner of the first operable object by using the second P2P penetration connection, and sends a request for acquiring the first operable object to the second communication party according to the obtaining manner, where The obtaining manner of the first operable object is when the first communication party detects an instruction to copy or move the first operable object in the first window into the second window, and wears through the second P2P Transmitting to the third communication party, the first P2P penetration connection between the first agent of the first communication party and the second agent of the second communication party is displayed in the first window The first operable object in the second communication party;

The third communication party receives the first operable object sent by the second communication party in response to the request to acquire the first operable object.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide an apparatus, including:

a processor and a network communication circuit, wherein the processor is connected to the network communication circuit;

The processor is configured to run a first proxy to establish a first and a second P2P penetration connection with the second proxy of the second communication party and the third proxy of the third communication party by the network communication circuit, respectively;

The processor is further configured to run a first window to display the first operable object of the second communication party by using the first P2P penetration connection;

The processor is further configured to run a second window to: when the first operable object in the first window is detected to be copied or moved to an instruction in the second window, the first The manner of acquiring the operation object is sent to the third communication party through the second P2P penetration connection.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide an apparatus, including:

a processor and a network communication circuit, wherein the processor is connected to the network communication circuit;

The processor is configured to run a second proxy to establish a first P2P penetration connection with the first agent of the first communication party by using the network communication circuit;

The processor is further configured to run a fifth application to display the first operable object in the first window of the first communication party through the first P2P penetration connection, and receive the third communication party through the network communication circuit Transmitting a request to acquire the first operable object, and transmitting, by the network communication circuit, the first operable object to the third communication party in response to the request, wherein the acquiring the first The request of the operation object is sent by the third communication party to the fifth application according to the acquisition manner of the first operable object, and the acquiring manner of the first operable object is that the first communication party detects When copying or moving the first operable object in the first window to an instruction in the second window, between the first agent of the first communication party and the third agent of the third communication party Transmitting, by the second P2P, the third communication party;

The second agent is independent of the fifth application.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide an apparatus, including:

a processor and a network communication circuit, wherein the processor is connected to the network communication circuit;

The processor is configured to run a third proxy to establish a second P2P penetration connection with the first agent of the first communication party through the communication network circuit;

The processor is further configured to run a third application, to receive, by using the second P2P penetration connection, an acquisition manner of the first operable object sent by the first communication party, where the acquiring manner of the first operable object is the When the first communication party detects an instruction to copy or move the first operable object in the first window to the second window, and sends the second P2P through the second P2P through the connection, Displaying the first one of the second communication parties by the first P2P penetration connection between the first agent of the first communication party and the second agent of the second communication party in the first window Operational object

The processor is further configured to run a fourth application, to receive an acquisition manner of the first operable object from the third application, and send, by using the network communication circuit, an acquisition location to the second communication party according to the acquiring manner Determining, by the network communication circuit, a first operable object that is sent by the second communication party in response to the request;

The third agent is independent of the third application and the fourth application.

The beneficial effects of the present invention are: different from the prior art, the first communication party establishes a P2P penetration connection with the second communication party and the third communication party respectively through the independently running agent program, and the first communication party can access the first party as the client. The resources provided by the two servers of the second party and the third party. Displaying, in a first window of the first communicating party, a first operable object of the second communicating party, by copying or moving the first operable object to the second window in the first communicating party, the first operable object is from the first The two communicating parties are sent to the third communicating party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

 [Description of the Drawings]

1 is a flow chart of a first embodiment of a network communication method of the present invention;

2 is a flow chart of a second embodiment of the network communication method of the present invention;

Figure 3 is a flow chart showing a third embodiment of the network communication method of the present invention;

4 is a flow chart showing a fourth embodiment of the network communication method of the present invention;

Figure 5 is a flow chart showing a fifth embodiment of the network communication method of the present invention;

Figure 6 is a flowchart of a sixth embodiment of the network communication method of the present invention;

Figure 7 is a flowchart of a seventh embodiment of the network communication method of the present invention;

Figure 8 is a schematic illustration of a first embodiment of the apparatus of the present invention;

Figure 9 is a schematic illustration of a second embodiment of the apparatus of the present invention;

Figure 10 is a schematic illustration of a third embodiment of the apparatus of the present invention.

【detailed description】

The invention will now be described in detail in conjunction with the drawings and embodiments.

As shown in FIG. 1, the first embodiment of the network communication method of the present invention includes:

S101. The first agent of the first communication party establishes a first and a second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively.

The first agent, the second agent, and the third agent are all independently running programs, and are a bridge and an intermediary for P2P penetration between the programs of the machine and other devices. Of course, it can also be understood as a communication interface. The first agent, the second agent, and the third agent can be called by the native program to establish a P2P penetration connection with the agent on the other device, and provide data distribution and reception for the native application.

The first communication party, the second communication party and the third communication party may be in different intranets; or one of the communication parties is in the internal network, the other two communication parties are on the public network; or one of the communication parties is on the public network, and the other communication party is on the public network, and the other The second communication party is in the internal network.

S102. Display a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed in the first window by the first P2P penetration connection.

It can be understood that the first window is a display interface of the first application of the first communication party, and the second window is a display interface of the second application of the first communication party. The first agent is independent of the first application and the second application. The first application and the second application may be a browser side or an FTP client. The first application is configured to display resources provided by the second communication party through the first P2P penetration connection, and the second application is configured to display resources provided by the third communication party through the second P2P penetration connection. The first communication party serves as a client to simultaneously view the resources provided by the two servers, that is, the second communication party and the third communication party.

It can be understood that the first operable object is a resource provided by the second communication party, and the resource may be several files, folders or a combination of the two.

S103. When detecting an instruction to copy or move the first operable object in the first window to the second window, send the first operable object of the second communication party to the third communication party.

It can be understood that when the first operable object in the first window is not detected to be copied or moved to the second window, or there is an object copied or moved to the second window, but the object is not from the first window, the first window And the content displayed in the second window remains unchanged.

Through the implementation of the foregoing embodiment, the first communication party establishes a P2P penetration connection with the second communication party and the third communication party respectively through the independently running agent, and the first communication party can access the second communication party and the third as the client. The resources provided by the two servers of the communicating party. Displaying, in a first window of the first communicating party, a first operable object of the second communicating party, by copying or moving the first operable object to the second window in the first communicating party, the first operable object is from the first The two communicating parties are sent to the third communicating party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

Referring to FIG. 2, a second embodiment of the network communication method of the present invention, based on the first embodiment of the network communication method of the present invention, the step of transmitting the first operable object of the second communication party to the third communication party includes:

S201. When detecting an instruction to copy or move the first operable object in the first window to the second window, the second window requests the first window to acquire the first operable object.

S202. The first window responds to the request sent by the second window to read the acquiring manner of the first operable object and sends the acquiring manner of the first operable object to the second window.

It can be understood that the manner of obtaining the first operable object includes the name of the first operable object, the storage path, and the access manner of the second communication party.

S203. The first communication party sends the acquiring manner of the first operable object to the third communicating party by using the second P2P penetration connection.

S204. A third P2P penetration connection is established between the third agent of the third communication party and the second agent of the second communication party.

S205. The third communication party sends a request for acquiring the first operable object to the second communication party by using the third P2P penetration connection.

S206. The second communication party sends the first operable object to the third communication party through the third P2P penetration connection in response to the request.

With the implementation of the above embodiment, the P2P is established between the second communication party and the third communication party as the server by copying or moving the first operable object in the first window to the second window in the first communication party. The connection is penetrated, and the first operable object is transmitted through the P2P penetration connection, and the operation is simple and the transmission process does not occupy the network resources of the first communication party.

Referring to FIG. 3, a third embodiment of the network communication method of the present invention, based on the second embodiment of the network communication method of the present invention, includes:

S301. The second application of the first communication party acquires the acquisition manner of the first operable object and sends it to the third application of the third communication party through the second P2P penetration connection.

The third application is a server program for providing resources for client access, and the second application of the first communication party accesses the third application of the third communication party through the second P2P penetration connection.

S302. The third application of the third communication party receives the acquisition manner of the first operable object and sends it to the fourth application of the third communication party.

The fourth application is a client program, configured to access the second communication party according to the acquiring manner of the first operable object and request to acquire the first operable object.

S303. Establish a third P2P penetration connection between the third agent of the third communication party and the second agent of the second communication party.

S304. The fourth application of the third communication party sends a request for acquiring the first operable object to the fifth application of the second communication party by using the third P2P penetration connection.

S305. The fifth application of the second communication party receives the acquisition request sent by the fourth application of the third communication party, and sends the first operable object to the third communication party through the third P2P penetration connection in response to the acquisition request. Four applications.

The fifth application is a server program for providing resources for client access, and the first application of the first communication party accesses the fifth application of the second communication party through the first P2P penetration connection. When the fourth application of the third communication party accesses the second communication party, the fifth application also provides resources to it.

S306. The fourth application of the third communication party receives and stores the first operable object.

The fourth application stores the first operable object according to a storage path of resources of the third communication party displayed in the second window when the first operable object is moved or copied from the first window of the first communication party to the second window. The storage path is sent by the third application to the fourth application.

It can be understood that the third agent of the third communicating party is independent of the third application and the fourth application, and the second agent of the second communicating party is independent of the fifth application. Since the transmission of resources between the second communication party and the third communication party is not necessarily unidirectional, the second communication party may further include a client program for accessing the third communication party and requesting acquisition of resources therefrom.

After the P2P penetration connection is established between the second communication party as the server and the third communication party as the client, the third communication party requests the second communication party through the fourth application of the client program. The first operable object transmits the first operable object through the P2P through connection. In the process of transmitting the first operable object by the third communication party in the second communication direction, the second communication party acts as the server and the third communication party acts as the client.

In an embodiment of the network communication method of the present invention, when the fourth application of the third communication party receives the first operable object, the process of receiving the first operable object is further fed back to the first communication party by using the third application. The second application, and the second window of the first communication party displays the progress of receiving the first operable object.

It can be understood that the progress of the first communication party showing that the first operable object is received can be displayed through the progress bar.

Referring to FIG. 4, a fourth embodiment of the network communication method of the present invention, based on the third embodiment of the network communication method of the present invention, includes:

S401. The fourth application of the third communication party sends the acquisition request based on the first protocol to the first loopback port of the third communication party.

S402. The sixth application of the third communication party obtains the acquisition request based on the first protocol from the first loopback port and converts the request to the second protocol based acquisition request, and sends the second protocol based acquisition request to the second communication party. The second agent.

The third agent is independent of the sixth application, and the sixth application is a conversion program for mutually converting access data based on different protocols.

S403. Send, by the third agent of the third communication party, the acquisition request based on the second protocol to the second agent of the second communication party.

S404. The second agent of the second communication party receives the acquisition request based on the second protocol.

S405. Convert a second protocol-based acquisition request from the second agent of the second communication party to a third protocol-based acquisition request.

S406. The fifth application of the second communication party receives the acquisition request based on the third protocol, and sends the first operable object based on the third protocol in response to the third protocol-based acquisition request.

The second agent is independent of the fifth application, and the fifth application is a service program.

S407. Convert a third protocol-based first operable object from the fifth application of the second communication party to a first operable object based on the second protocol.

S408. Send, by the second agent of the second communication party, the first operable object based on the second protocol to the third agent of the third communication party.

S409. The third agent of the third communication party receives the first operable object based on the second protocol.

S410. The third agent of the third communication party sends the first operable object based on the second protocol to the sixth application of the third communication party.

S411. The sixth application converts the first operable object based on the second protocol into a second loopback port based on the first operable object of the first protocol and sent to the third communication party.

S412. The fourth application of the third communication party receives the first operable object based on the first protocol from the second loopback port of the third communication party.

It can be understood that the first protocol is a protocol that can be identified and used by the fourth application, and the second protocol is a protocol that can be supported by the P2P penetrating connection. Since the P2P penetrating connection does not support direct transmission of the access data based on the first protocol, It needs to be converted into access data based on the second protocol. The third protocol is a protocol that can be identified and used by the fifth application. Since the P2P penetration connection does not support direct transmission of access data based on the third protocol, it needs to be converted. The access data based on the second protocol becomes the access data based on the third protocol and is retransmitted to the fifth application.

It can be understood that the loopback port is a virtual port on the device, and the address range is 127.0.0.1 to 127.255.255.254, and the acquisition request or the first operable object sent to the loopback port does not pass through the external network interface.

Through the implementation of the foregoing embodiment, the P2P penetration connection is not established between the devices of the same intranet through the independently running agent, and the network transmission service based on different protocols can be in the P2P by mutually converting the access data based on different protocols. Use under penetration.

In an embodiment of the network communication method of the present invention, the second agent of the second communication party accesses the second communication party and the first loopback port and the second loopback used by the third communication party when accessing the second communication party The port is bound, and the bounded second communication party access mode and the first loopback port and the second loopback port are sent to the third communication party by the server managing the second communication party and the third communication party. proxy.

In an embodiment of the network communication method of the present invention, the first protocol is a TCP protocol, the second protocol is a UDP protocol, and the third protocol is a TCP protocol.

In other embodiments of the network communication method of the present invention, the third protocol may also be a DCCP protocol or an SCTP protocol RTP protocol.

As shown in FIG. 5, a fifth embodiment of the network communication method of the present invention includes:

S501. The first agent of the first communication party establishes a first and a second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively.

S502. Display a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed in the first window by the first P2P penetration connection.

The first window is a display interface of the first application of the first communication party, and the second window is a display interface of the second application of the first communication party. The first agent is independent of the first application and the second application. The first application and the second application may be a browser side or an FTP client. The first application is configured to display resources provided by the second communication party through the first P2P penetration connection, and the second application is configured to display resources provided by the third communication party through the second P2P penetration connection. The first communication party serves as a client to simultaneously view the resources provided by the two servers, that is, the second communication party and the third communication party.

S503, when detecting that the first operable object in the first window is copied or moved to the second window, the first communication party sends the acquiring manner of the first operable object to the third communicating party by using the second P2P through connection, So that the third communication party acquires the first operable object from the second communication party according to the acquisition manner.

It can be understood that when the first operable object in the first window is not detected to be copied or moved to the second window, the content displayed by the first window and the second window remains unchanged.

Through the implementation of the foregoing embodiment, the first communication party establishes a P2P penetration connection with the second communication party and the third communication party respectively through the independently running agent, and the first communication party can access the second communication party and the third as the client. The resources provided by the two servers of the communicating party. Displaying, in a first window of the first communicating party, a first operable object of the second communicating party, by copying or moving the first operable object to the second window in the first communicating party, the first operable object is from the first The two communicating parties are sent to the third communicating party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

Referring to FIG. 6, a sixth embodiment of the network communication method of the present invention includes:

S601. The second agent of the second communication party establishes a first P2P penetration connection with the first agent of the first communication party.

S602. The first operable object of the second communication party is displayed in the first window of the first communication party by using the first P2P penetration connection.

S603. The second proxy of the second communication party establishes a third P2P penetration connection with the third proxy of the third communication party.

S604. The second communication party receives, by using the third P2P penetration connection, a request for acquiring the first operable object sent by the third communication party.

The request for acquiring the first operable object is that the third communicating party obtains, according to the acquiring manner of the first operable object, that the first communicating party detects that the first operable object in the first window is copied or moved to the second window. The instruction is sent to the third communication party through a second P2P penetration connection between the first agent of the first communication party and the third agent of the third communication party.

S605. The second communication party sends the first operable object to the third communication party through the third P2P penetration connection in response to the request.

Through the implementation of the foregoing embodiment, the second communication party establishes a P2P penetration connection with the first communication party and the third communication party respectively through the independently running agent, and the first communication party can access the second communication party and the third as the client. The resources provided by the two servers of the communicating party. The first operable object of the second communicating party may be displayed in the first window of the first communicating party, and the first operable object is copied or moved to the second window in the first communicating party Transmitted from the second communicating party to the third communicating party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

Referring to FIG. 7, a seventh embodiment of the network communication method of the present invention includes:

S701. The third agent of the third communication party establishes a second P2P penetration connection with the first agent of the first communication party.

S702. The third communication party obtains an acquisition manner of the first operable object by using the second P2P penetration connection.

The first operable object is obtained by the first communication party detecting the copying or moving the first operable object in the first window to the second window, and connecting to the third communication through the second P2P through the connection The first P2P penetration connection between the first agent of the first communication party and the second agent of the second communication party in the first window is displayed by the party, and the first operable object in the second communication party is displayed.

S703. The third agent of the third communication party establishes a third P2P penetration connection with the second agent of the second communication party.

S704. The third agent of the third communication party sends a request for acquiring the first operable object to the second agent of the second communication party by using the third P2P penetration connection.

S705. The third communication party receives the first operable object sent by the second communication party in response to the request for acquiring the first operable object.

Through the implementation of the foregoing embodiment, the third communication party establishes a P2P penetration connection with the first communication party and the second communication party respectively by the independently running agent, and the first communication party can access the second communication party and the third as the client. The resources provided by the two servers of the communicating party. Displaying, in a first window of the first communicating party, a first operable object of the second communicating party, by copying or moving the first operable object to the second window in the first communicating party, the first operable object is from the first The two communicating parties are sent to the third communicating party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

Referring to FIG. 8, a first embodiment of the device of the present invention includes a processor and a network communication circuit, and the processor is connected to a network communication circuit;

The processor is configured to run the first proxy 11 to establish first and second P2P penetration connections with the second proxy of the second communication party and the third proxy of the third communication party respectively through the network communication circuit;

The processor is further configured to run the first window 12 to display the first operable object of the second communication party through the first P2P penetration connection. It will be appreciated that the first operable object is displayed within the first window 12 in the manner of FIG.

The processor is further configured to run the second window 13 to detect when the first operable object in the first window 12 is copied or moved to the instruction in the second window 13 to pass the first operable object through the first The two P2P penetration connection is sent to the third communication party, so that the third communication party acquires the first operable object from the second communication party according to the acquisition manner.

It can be understood that the first window 12 is a display interface of a first application (not shown), and the second window 13 is a display interface of a second application (not shown). The first agent is independent of the first application and the second application. The first application and the second application may be a browser side or an FTP client. The first application is configured to display resources provided by the second communication party through the first P2P penetration connection, and the second application is configured to display resources provided by the third communication party through the second P2P penetration connection. The device as a client simultaneously views the two servers, that is, the resources provided by the second communication party and the third communication party.

The first agent 11 is independent of the first application and the second application.

Through the implementation of the foregoing embodiment, the device establishes a P2P penetration connection with the second communication party and the third communication party respectively through the independently running agent, and simultaneously accesses the second communication party and the third communication party as the client. Resources provided by the end. Displaying a first operable object of the second communicating party in the first window, and transmitting the first operable object from the second communicating party to the third communicating party by copying or moving the first operable object to the second window . That is, the resource transmission between different server ends is realized by copying or moving operations on the device as a client, and the operation is simple.

Referring to FIG. 9, a second embodiment of the device of the present invention includes a processor and a network communication circuit, and the processor is connected to a network communication circuit.

The processor is configured to run the second agent 21 to establish a first P2P through connection between the first communication agent and the first agent of the first communication party.

The processor is further configured to run the fifth application 22 to display the first operable object in the first window of the first communication party through the first P2P penetration connection, and receive the acquisition sent by the third communication party through the network communication circuit a first operable object request, and transmitting the first operable object to the third communication party through the network communication circuit in response to the request, wherein the request to acquire the first operable object is the third communication party acquiring according to the first operable object The manner of obtaining the first operable object sent by the first application 22 is when the first communication party detects an instruction to copy or move the first operable object in the first window to the second window, by using the first A second P2P penetration connection between the first agent of the communicating party and the third agent of the third communicating party is sent to the third communicating party.

The second agent 21 is independent of the fifth application 22.

Through the implementation of the foregoing embodiment, the device establishes a P2P penetration connection with the first communication party through the independently running agent, and provides resources to the first communication party as a server. The first operable object of the first communication party displays the first operable object of the device, and the device sends the first operable object by the operation of copying or moving the first operable object to the second window by the first communication party. To the third party. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

Referring to FIG. 10, a third embodiment of the device of the present invention includes a processor and a network communication circuit, and the processor is connected to the network communication circuit.

The processor is operative to run the third agent 31 to establish a second P2P through connection between the communication network circuit and the first agent of the first correspondent.

The processor is further configured to run the third application 32, to receive, by the second P2P penetration connection, an acquisition manner of the first operable object sent by the first communication party, where the first operable object is acquired by the first communication party. When the first operable object in the first window is copied or moved to the instruction in the second window, the second P2P through the connection is sent to the third communication party, and the first window passes through the first communication party. A first P2P penetration connection between an agent and a second agent of the second communication party displays the first operable object of the second communication party.

The processor is further configured to run the fourth application 33 to receive the acquisition manner of the first operable object from the third application 32, and send a request for acquiring the first operable object to the second communication party through the network communication circuit according to the obtaining manner, And receiving, by the network communication circuit, the first operable object sent by the second communication party in response to the request.

The third agent 31 is independent of the third application 32 and the fourth application 33.

Through the implementation of the foregoing embodiment, the device establishes a P2P penetration connection with the first communication party through the independently running agent, and provides resources to the first communication party as a server. The device receives the acquisition manner of the first operable object from the first communication party by requesting the first communication party to copy or move the first operable object to the second window, and requests the second communication party to obtain the first Operable objects. That is, the resource transmission between different servers is realized by copying or moving operations on the client, and the operation is simple.

The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are directly or indirectly applied to other related technologies. The fields are all included in the scope of patent protection of the present invention.

Claims (15)

A network communication method, including: The first agent of the first communication party establishes a first and second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively; Displaying a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed by the first P2P penetration connection in the first window ; Sending a first operable object of the second communicating party to the first when detecting an instruction to copy or move the first operable object in the first window into the second window Three communication parties. The method of claim 1 wherein The sending the first operable object of the second communication party to the third communication party includes: Transmitting the acquisition manner of the first operable object to the third communication party by using the second P2P penetration connection, so that the third proxy of the third communication party and the second communication party A third P2P penetration connection is established between the two agents, and the first operable object of the second communication party is sent to the third communication party through the third P2P penetration connection. The method of claim 2, wherein The first window is a display interface of the first application of the first communication party, and the second window is a display interface of the second application of the first communication party; The step of sending the acquiring manner of the first operable object to the third communicating party by using the second P2P penetration connection includes: Obtaining, by the second application of the first communication party, the acquiring manner of the first operable object, and sending the third operable object to the third application of the third communication party by using the second P2P penetration connection, the third The third application of the communication party receives the acquisition manner of the first operable object and sends it to the fourth application of the third communication party; The step of transmitting the first operable object of the second communication party to the third communication party through the third P2P penetration connection comprises: The fourth application of the third communication party sends a request for acquiring the first operable object to the fifth application of the second communication party by using the third P2P penetration connection; The fifth application of the second communication party receives the acquisition request sent by the fourth application of the third communication party, and connects the first operable object through the third P2P through the connection request a fourth application sent to the third communication party; The fourth application of the third communication party receives and stores the first operable object. The method of claim 3, wherein The step of the fourth application of the third communication party sending a request for acquiring the first operable object to the fifth application of the second communication party by using the third P2P penetration connection comprises: Transmitting a first protocol-based acquisition request from the fourth application of the third communication party to an acquisition request based on the second protocol; Sending, by the third agent of the third communication party, the second protocol based acquisition request to the second agent of the second communication party; The fifth application of the second communication party receives the acquisition request sent by the fourth application of the third communication party, and connects the first operable object through the third P2P through the connection request The step of sending the fourth application to the third communication party includes: Receiving, by the second agent of the second communication party, the acquisition request based on the second protocol; Transmitting a second protocol-based acquisition request from the second agent of the second communication party to a third protocol-based acquisition request; The fifth application of the second communication party receives the third protocol-based acquisition request, and sends the first operable object based on the third protocol in response to the third protocol-based acquisition request; Converting the first operable object based on the third protocol from the fifth application of the second communicating party to the first operable object based on the second protocol; Sending, by the second agent of the second communication party, the first operable object based on the second protocol to a third agent of the third communication party; The third agent of the third communication party receives the first operable object based on the second protocol; Converting the first operable object based on the second protocol from the third agent of the third communicating party to the first operable object based on the first protocol; The fourth application of the third communication party receives the first operable object based on the first protocol. The method of claim 4, wherein The step of converting the first protocol-based acquisition request of the fourth application from the third communication party to the acquisition request based on the second protocol includes: The fourth application of the third communication party sends the first protocol-based acquisition request to the first loopback port of the third communication party; The sixth application of the third communication party obtains the first protocol-based acquisition request from the first loopback port and converts to the second protocol-based acquisition request, and the second protocol-based acquisition request Obtaining a second proxy requesting to be sent to the second correspondent party; The step of converting the first operable object based on the second protocol from the third agent of the third communicating party to the first operable object based on the first protocol comprises: The third agent of the third communication party sends the first operable object based on the second protocol to the sixth application of the third communication party, and the sixth application applies the second protocol based Translating the first operable object into the second loopback port of the third communicator based on the first operable object of the first protocol; The step of receiving, by the fourth application of the third communication party, the first operable object based on the first protocol comprises: The fourth application of the third communication party receives the first operable object based on the first protocol from a second loopback port of the third communication party. The method of claim 5, wherein The second agent of the second communication party binds the access mode of the second communication party to the first loopback port and the second loopback port used by the third communication party when accessing the second communication party And the access mode of the bound second communication party and the first loopback port and the second loopback port are used to manage the server of the second communication party and the third communication party A third agent sent to the third communicating party. The method of claim 5, wherein The first protocol is a TCP protocol, the second protocol is a UDP protocol, and the third protocol is a TCP protocol. The method of claim 3, wherein When the fourth application of the third communication party receives the first operable object, the progress of receiving the first operable object is further fed back to the second application of the first communication party by using the third application. The method of claim 2, wherein The second window requests the first window to request the first operable object when an instruction to copy or move the first operable object in the first window into the second window is detected Obtaining a method for triggering the first window to read the first operable object in response to the request sent by the second window, and sending the first operable object to the second window . A communication method, including: The first agent of the first communication party establishes a first and second P2P penetration connection with the second agent of the second communication party and the third agent of the third communication party, respectively; Displaying a first window and a second window in a display screen of the first communication party, wherein the first operable object in the second communication party is displayed by the first P2P penetration connection in the first window ; When detecting an instruction to copy or move the first operable object in the first window into the second window, the first communication party will connect the first through a second P2P through connection The obtaining manner of the operable object is sent to the third communicating party, so that the third communicating party acquires the first operable object from the second communicating party according to the acquiring manner. A communication method, including: The second agent of the second communication party establishes a first P2P penetration connection with the first agent of the first communication party; The first operable object of the second communication party is displayed in the first window of the first communication party through the first P2P penetration connection; When the second communication party receives the request for acquiring the first operable object sent by the third communication party, the second communication direction sends the first operable object to the third communication party, The request for acquiring the first operable object is sent by the third communication party to the second communication party according to the acquiring manner of the first operable object, and the acquiring of the first operable object The first proxy and the first communication party are configured by the first communication party when the first communication party detects an instruction to copy or move the first operable object in the first window into the second window. A second P2P penetration connection between the third agents of the three communicating parties is sent to the third communicating party. A communication method, including: The third agent of the third communication party establishes a second P2P penetration connection with the first agent of the first communication party; The third communication party receives the acquisition manner of the first operable object by using the second P2P penetration connection, and sends a request for acquiring the first operable object to the second communication party according to the obtaining manner, where The obtaining manner of the first operable object is when the first communication party detects an instruction to copy or move the first operable object in the first window into the second window, and wears through the second P2P Transmitting to the third communication party, the first P2P penetration connection between the first agent of the first communication party and the second agent of the second communication party is displayed in the first window The first operable object in the second communication party; The third communication party receives the first operable object sent by the second communication party in response to the request to acquire the first operable object. A device comprising: a processor and a network communication circuit, wherein the processor is connected to the network communication circuit; The processor is configured to run a first proxy to establish a first and a second P2P penetration connection with the second proxy of the second communication party and the third proxy of the third communication party by the network communication circuit, respectively; The processor is further configured to run a first window to display the first operable object of the second communication party by using the first P2P penetration connection; The processor is further configured to run a second window to: when the first operable object in the first window is detected to be copied or moved to an instruction in the second window, the first The manner of acquiring the operation object is sent to the third communication party through the second P2P penetration connection. A device comprising: a processor and a network communication circuit, wherein the processor is connected to the network communication circuit; The processor is configured to run a second proxy to establish a first P2P penetration connection with the first agent of the first communication party by using the network communication circuit; The processor is further configured to run a fifth application to display the first operable object in the first window of the first communication party through the first P2P penetration connection, and receive the third communication party through the network communication circuit Transmitting a request to acquire the first operable object, and transmitting, by the network communication circuit, the first operable object to the third communication party in response to the request, wherein the acquiring the first The request of the operation object is sent by the third communication party to the fifth application according to the acquisition manner of the first operable object, and the acquiring manner of the first operable object is that the first communication party detects When copying or moving the first operable object in the first window to an instruction in the second window, between the first agent of the first communication party and the third agent of the third communication party Transmitting, by the second P2P, the third communication party; The second agent is independent of the fifth application. A device comprising: a processor and a network communication circuit, wherein the processor is connected to the network communication circuit; The processor is configured to run a third proxy to establish a second P2P penetration connection with the first agent of the first communication party through the communication network circuit; The processor is further configured to run a third application, to receive, by using the second P2P penetration connection, an acquisition manner of the first operable object sent by the first communication party, where the acquiring manner of the first operable object is the When the first communication party detects an instruction to copy or move the first operable object in the first window to the second window, and sends the second P2P through the second P2P through the connection, Displaying the first one of the second communication parties by the first P2P penetration connection between the first agent of the first communication party and the second agent of the second communication party in the first window Operational object The processor is further configured to run a fourth application, to receive an acquisition manner of the first operable object from the third application, and send, by using the network communication circuit, an acquisition location to the second communication party according to the acquiring manner Determining, by the network communication circuit, a first operable object that is sent by the second communication party in response to the request; The third agent is independent of the third application and the fourth application.