CN105450542A

CN105450542A - Data-processing method and first electronic device

Info

Publication number: CN105450542A
Application number: CN201410416086.6A
Authority: CN
Inventors: 沙泽锡
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-08-21
Filing date: 2014-08-21
Publication date: 2016-03-30
Anticipated expiration: 2034-08-21
Also published as: CN105450542B

Abstract

The embodiment of the invention discloses a data-processing method applied to a first electronic device. The data-processing method comprises steps of: receiving sub data information transmitted from a second electronic device; generating first feedback information according to the received sub data information and transmitting the first feedback information to the second electronic device in order that the second electronic device transmit a next piece of sub data information; receiving the next piece of sub data information transmitted from the second electronic device, wherein the next piece of sub data information is transmitted by the second electronic device to the first electronic device according to the first feedback information; after K pieces of sub data information are received, acquiring network communication state information communicating with a third electronic device, and transmitting the K pieces of sub data information to the third electronic device according to the network communication state information. The embodiment of the invention discloses the first electronic device.

Description

A kind of data processing method and the first electronic equipment

Technical field

The present invention relates to data processing technique, particularly relate to a kind of data processing method and the first electronic equipment.

Background technology

Network becomes a part indispensable in leisure in the present age, amusement and study already, such as, the online storage service that Internet firm releases, the file management facilities such as can provide the storage of file, access, backup to user, share so that user learning, work; And no matter user wherever, only need be connected to internet by electronic equipment, just can realize the management to the file stored in the Internet and editor.But data message is uploaded to the speed of network very slowly by electronic equipment by existing user, has had a strong impact on Consumer's Experience.

Summary of the invention

For solving the technical problem of existing existence, the embodiment of the present invention provides a kind of data processing method and the first electronic equipment.

Technical scheme of the present invention is achieved in that and embodiments provides a kind of data processing method, be applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; Described method comprises:

Receive the subdata information that described second electronic equipment sends;

Subdata information according to receiving generates the first feedback information, and described first feedback information is sent to described second electronic equipment, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

After receiving K sub-data message, obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, described K sub-data message is sent in described 3rd electronic equipment; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

The embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; Described first electronic equipment comprises:

Receiver module, for receiving the subdata information that described second electronic equipment sends;

First sending module, for generating the first feedback information according to the subdata information received, and is sent to described second electronic equipment by described first feedback information, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Accordingly, described receiver module, also for receiving the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Acquisition module, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

In the technical scheme of the embodiment of the present invention, after the first electronic equipment receives subdata information, the first feedback information is sent to the second electronic equipment, next son data message is sent fast according to described first feedback information to make described second electronic equipment, so, second electronic equipment is sent in advance in data message fast cache to the first electronic equipment of the 3rd electronic equipment, subsequently, described data message is sent to the 3rd electronic equipment according to network state information by described first electronic equipment again, therefore, the embodiment of the present invention can the Consumer's Experience of user of lifting operation second electronic equipment.

Accompanying drawing explanation

Fig. 1 is the realization flow schematic diagram one of embodiment of the present invention data processing method;

Fig. 2 is the realization flow schematic diagram two of embodiment of the present invention data processing method;

Fig. 3 is the realization flow schematic diagram three of embodiment of the present invention data processing method;

Fig. 4 is the realization flow schematic diagram four of embodiment of the present invention data processing method;

Fig. 5 is the realization flow schematic diagram five of embodiment of the present invention data processing method;

Fig. 6 is the structural representation one of the embodiment of the present invention first electronic equipment;

Fig. 7 is the structural representation two of the embodiment of the present invention first electronic equipment;

Fig. 8 is the structural representation three of the embodiment of the present invention first electronic equipment;

Fig. 9 is the structural representation four of the embodiment of the present invention first electronic equipment.

Embodiment

In order to more at large understand feature of the present invention and technology contents, below in conjunction with accompanying drawing, realization of the present invention is described in detail, the use of appended accompanying drawing explanation only for reference, is not used for limiting the present invention.

Embodiment one

Fig. 1 is the realization flow schematic diagram one of embodiment of the present invention data processing method; Data processing method in this example is applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 1, described method comprises:

Step 101: receive the subdata information that described second electronic equipment sends;

In the embodiment of the present invention, first electronic equipment is specially router, second electronic equipment is specially personal computer (PC, PersonalComputer), and the 3rd electronic equipment is in the Internet, any electronic equipment that the data in PC can be uploaded to self by router; Particularly, described 3rd electronic equipment is for providing the electronic equipment of memory function, if the electronic equipment of support net dish function.

In the embodiment of the present invention, when described second electronic equipment, also namely the data message of self is uploaded in described 3rd electronic equipment by the pre-pass network of PC, and when the data volume of the described data message uploaded in advance is larger, described data message is divided into N number of subdata information by described second electronic equipment, and successively to described first electronic equipment, also namely router sends subdata information, so that described N number of subdata information is sent to described 3rd electronic equipment by router; Particularly, described PC sends first sub-data message in N number of subdata information to router, and subsequently, described router receives first sub-data message in described N number of subdata information.

Step 102: the subdata information according to receiving generates the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

In the embodiment of the present invention, when described first electronic equipment, also, after namely router receives first sub-data message in described N number of subdata information, described router generates the first feedback information according to described first subdata information, and described first feedback information is sent to the second electronic equipment; Wherein, described first feedback information is a deceptive information, for informing that first sub-data message in N number of subdata information described in PC has been sent to the 3rd electronic equipment, object makes described PC send the second subdata information in described N number of subdata information to described router, so, PC can be made fast the data message being uploaded to the 3rd electronic equipment to be in advance sent to router, to promote Consumer's Experience.

Here, in prior art, when after first sub-data message that router receives in described N number of subdata information of PC transmission, described router can obtain the network state information carrying out with described 3rd electronic equipment communicating, now, when the network carrying out communicating with described 3rd electronic equipment is unimpeded, described router to send first sub-data message in described N number of subdata information to described 3rd electronic equipment according to described network state information, described 3rd electronic equipment sends feedback information to described router after receiving first sub-data message in described N number of subdata information, and then the information that router has been sent to described 3rd electronic equipment according to feedback information to described PC first the sub-data message fed back in described N number of subdata information sends success message, continue to make described PC to send next son data message, the second subdata information namely in described N number of subdata information, so, when PC often sends a sub-data message to described router, after described router all needs that subdata information is sent to the 3rd electronic equipment, success message is sent again to described PC feedback information, and then send next son data message after making described PC receive information transmission success message, circulate successively, till N number of subdata information is all sent, in the process, when the network state of carrying out communicating with described 3rd electronic equipment is not good, or when PC uses other Internet resources by described router, the speed that PC can be made to upload to the 3rd electronic equipment is very slow, affects Consumer's Experience, and in the embodiment of the present invention, after router receives first sub-data message in described N number of subdata information again, the first feedback information is directly sent to PC, described first feedback information is a deceptive information, namely inform that first sub-data message in N number of subdata information described in PC has been sent to the deceptive information of the 3rd electronic equipment, so, next son data message is sent after making described PC receive described first feedback information, the embodiment of the present invention in this manner, after router receives each subdata information, no matter whether subdata information is sent to the 3rd electronic equipment, described router all can send a deceptive information to described PC, to inform that PC subdata information has been sent to the 3rd electronic equipment, circulate according to this, till N number of subdata information is all sent to router, wherein, router is after receiving the arbitrary subdata information in N number of subdata information, while sending deceptive information to PC, obtain the network communication status information of carrying out with the 3rd electronic equipment communicating, according to described network communication status information, under suitable network state, subdata information is sent to the 3rd electronic equipment, or, router is after receiving any several subdata information in N number of subdata information, obtain the network communication status information of carrying out with the 3rd electronic equipment communicating, according to described network communication status information, under suitable network state, subdata information is sent to the 3rd electronic equipment, therefore, PC can be uploaded to the data message buffer memory of the 3rd electronic equipment to router by the embodiment of the present invention fast in advance, promotes Consumer's Experience.

Step 103.: receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Step 104: after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, and is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

In inventive embodiments, router can after receiving first sub-data message in N number of subdata information, with regard to obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, then determine when first sub-data message to be sent to the 3rd electronic equipment according to network communication status information; Or, router can after receiving any several subdata information in N number of subdata information, obtain the network communication status information of carrying out with described 3rd electronic equipment communicating again, determine when subdata information to be sent to the 3rd electronic equipment successively according to network communication status information; Or, router can also after N number of subdata information all receives, obtain the network state information carrying out with the 3rd electronic equipment communicating again, then determine when N number of subdata information to be sent to the 3rd electronic equipment successively according to described communicate status information.In actual applications, can routers arrange as the case may be, any one to realize in above-mentioned three kinds of modes, but, no matter which kind of mode, the object of router is all that buffer memory to self subdata information is sent to the 3rd electronic equipment, finally to realize data message to be uploaded to the 3rd electronic equipment by PC object by router.

Embodiment of the present invention data processing method, after the first electronic equipment receives subdata information, the first feedback information is sent to the second electronic equipment, next son data message is sent fast according to described first feedback information to make described second electronic equipment, so, second electronic equipment is sent in advance in data message fast cache to the first electronic equipment of the 3rd electronic equipment, subsequently, described data message is sent to the 3rd electronic equipment according to network state information by described first electronic equipment again, therefore, the embodiment of the present invention can the Consumer's Experience of user of lifting operation second electronic equipment.

Embodiment two

Fig. 2 is the realization flow schematic diagram two of embodiment of the present invention data processing method; Data processing method in this example is applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 2, described method comprises:

Step 201: the attribute information and the first instruction that receive described second electronic equipment transmission;

In the embodiment of the present invention, when M the second electronic equipment shares first electronic equipment to M the 3rd electronic equipment uploading data information, also when namely M PC shares a router to M the 3rd electronic equipment uploading data information, now, in order to can distinguish in the router M PC separately buffer memory to the data message of self, router needs for each PC creates a particular memory location, wherein, router can adopt the mode of username and password to be the memory cell that PC creates that corresponds to self in the router, therefore, router receives attribute information and first instruction of PC transmission, according to described first instruction be PC create memory cell, PC is sent to the data information memory of router in the memory cell of self, wherein, described attribute information comprises username information and encrypted message, particularly, when PC by router to net dish information upload time, PC can be sent to router using from the username information in net dish and encrypted message as attribute information, make router as a buffer memory intermediary of net dish, when router receive PC be sent to the data message of net dish in advance time, by data message buffer memory in memory cell corresponding to this PC in self, so, when treating that the network communication status communicated with net dish allows, described router according to username information corresponding to PC and encrypted message to net dish uploading data information, to realize data message to be uploaded to net dish by PC object by router.Here, when router has created a memory cell according to username information corresponding to PC and encrypted message and PC is uploaded to the data message buffer memory so far memory cell of net dish in advance, now, router can send feedback information to PC, with inform data message that PC is uploaded to net dish in advance buffer memory to self, namely, in router, the operator of PC waits for that data message is uploaded to net dish by router.

Step 202: according to described first instruction be described attribute information create memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; When receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Step 203: receive the subdata information that described second electronic equipment sends;

In the embodiment of the present invention, router receives the subdata information that PC sends, and is stored in memory cell by subdata information, and described memory cell is the memory cell corresponding with the attribute information of PC.

It should be noted that the process of step 201 and step 203 can be carried out simultaneously, namely router can receive attribute information that PC sends, the first instruction and subdata information simultaneously; Subsequently, be described attribute information establishment memory cell according to described first instruction, so that subdata information is stored in memory cell.

Step 204: the subdata information according to receiving generates the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Step 205: receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Step 206: after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, and is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

Embodiment three

Fig. 3 is the realization flow schematic diagram three of embodiment of the present invention data processing method; Data processing method in this example is applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 3, described method comprises:

Step 301: the attribute information and the first instruction that receive described second electronic equipment transmission;

Step 302: according to described first instruction be described attribute information create memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; When receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Step 303: receive the subdata information that described second electronic equipment sends;

It should be noted that the process of step 301 and step 303 can be carried out simultaneously, namely router can receive attribute information that PC sends, the first instruction and subdata information simultaneously; Subsequently, be described attribute information establishment memory cell according to described first instruction, so that subdata information is stored in memory cell.

Step 304: obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Or, obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, simultaneously, generate the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

In the embodiment of the present invention, when described first electronic equipment, also after namely router receives first sub-data message in described N number of subdata information, described router obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, now, if network communication status is not good, when first sub-data message that namely described router can not be received is sent to the 3rd electronic equipment, described router generates the first feedback information, and described first feedback information is sent to the second electronic equipment; Or, when described first electronic equipment, also after namely router receives first sub-data message in described N number of subdata information, described router obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, now, if network communication status is good, when first sub-data message that namely described router can be received is sent to the 3rd electronic equipment, described router also generates the first feedback information, and described first feedback information is sent to the second electronic equipment; That is, regardless of network communication status, the first subdata information that also namely no matter whether described router can be received is sent to the 3rd electronic equipment, and described router all generates the first feedback information, and described first feedback information is sent to the second electronic equipment; Wherein, described first feedback information is a deceptive information, for informing that first sub-data message in N number of subdata information described in PC has been sent to the 3rd electronic equipment, object makes described PC send the second subdata information in described N number of subdata information to described router, so, PC can be made fast the data message being uploaded to the 3rd electronic equipment to be in advance sent to router, to promote Consumer's Experience.

In the embodiment of the present invention, after router acquisition carries out with described 3rd electronic equipment the network communication status information communicated, when determining that network communication status is good, first sub-data message can be sent to the 3rd electronic equipment by described router immediately, that is.The subdata information received, when receiving subdata information, also determining that network state is good, can be sent to the 3rd electronic equipment by router in this example immediately.

Step 305: receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Step 306: after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, and is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

Embodiment four

Fig. 4 is the realization flow schematic diagram four of embodiment of the present invention data processing method; Data processing method in this example is applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 4, described method comprises:

Step 401: the attribute information and the first instruction that receive described second electronic equipment transmission;

Step 402: according to described first instruction be described attribute information create memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; When receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Step 403: receive the subdata information that described second electronic equipment sends;

It should be noted that the process of step 401 and step 403 can be carried out simultaneously, namely router can receive attribute information that PC sends, the first instruction and subdata information simultaneously; Subsequently, be described attribute information establishment memory cell according to described first instruction, so that subdata information is stored in memory cell.

Step 404: obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Step 405: receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Step 406: after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, and is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Step 407: when described N number of subdata information is not all stored in described memory cell, generate the first routing instruction, obtains the first path indication information corresponding to described N number of subdata information according to described first routing instruction to described second electronic equipment;

In the embodiment of the present invention, when the N number of subdata information being uploaded to the 3rd electronic equipment in advance is not all sent to router by PC, and user pre-pass 3rd electronic equipment obtain described N number of subdata information time, or, the N number of subdata information being uploaded to net dish in advance is not all sent to router by PC, and the pre-pass net of user is examined and seized and is got described N number of subdata information, described N number of subdata information is obtained as early as possible in order to enable user, in the case, described router generates the first routing instruction, and according to described first routing instruction to described second electronic equipment, also namely PC obtains the first path indication information corresponding to described N number of subdata information, wherein, described first path indication information can be a link, so, can when described N number of subdata information be also uploaded to the 3rd electronic equipment or net dish, other users just can be made to get described N number of subdata information according to described first path indication information, therefore, be user-friendly to, and then lifting Consumer's Experience.

Step 408: the first corresponding for the subdata information got path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described first path indication information to described second electronic equipment.

Embodiment five

Fig. 5 is the realization flow schematic diagram five of embodiment of the present invention data processing method; Data processing method in this example is applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 5, described method comprises:

Step 501: the attribute information and the first instruction that receive described second electronic equipment transmission;

Step 502: according to described first instruction be described attribute information create memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; When receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Step 503: receive the subdata information that described second electronic equipment sends;

It should be noted that the process of step 501 and step 503 can be carried out simultaneously, namely router can receive attribute information that PC sends, the first instruction and subdata information simultaneously; Subsequently, be described attribute information establishment memory cell according to described first instruction, so that subdata information is stored in memory cell.

Step 504: obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment, send next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Step 505: receive the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Step 506: after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, and is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Step 507: when described N number of subdata information is all stored in described memory cell, generate the second path indication information that described N number of subdata information is corresponding;

In the embodiment of the present invention, when the N number of subdata information being uploaded to the 3rd electronic equipment in advance is all sent to router by PC, and user pre-pass 3rd electronic equipment obtain described N number of subdata information time, or, the N number of subdata information being uploaded to net dish in advance is all sent to router by PC, and the pre-pass net of user is examined and seized and is got described N number of subdata information, described N number of subdata information is obtained as early as possible in order to enable user, in the case, described router generates the second path indication information, and described second path indication information is sent to the 3rd electronic equipment, wherein, described second path indication information can be a link, so, can when described N number of subdata information be also uploaded to the 3rd electronic equipment or net dish, other users just can be made to get described N number of subdata information according to described second path indication information, therefore, be user-friendly to, and then lifting Consumer's Experience.

Step 508: described second path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described second path indication information to described first electronic equipment.

In embodiments of the present invention, router can after receiving first sub-data message in N number of subdata information, with regard to obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, then determine when first sub-data message to be sent to the 3rd electronic equipment according to network communication status information; Or, router can after receiving any several subdata information in N number of subdata information, obtain the network communication status information of carrying out with described 3rd electronic equipment communicating again, determine when subdata information to be sent to the 3rd electronic equipment successively according to network communication status information; Or, router can also after N number of subdata information all receives, obtain the network state information carrying out with the 3rd electronic equipment communicating again, then determine when N number of subdata information to be sent to the 3rd electronic equipment successively according to described communicate status information.In actual applications, can routers arrange as the case may be, any one to realize in above-mentioned three kinds of modes, but, no matter which kind of mode, the object of router is all that buffer memory to self subdata information is sent to the 3rd electronic equipment, finally to realize data message to be uploaded to the 3rd electronic equipment by PC object by router.

Embodiment of the present invention data processing method, after the first electronic equipment receives subdata information, the first feedback information is sent to the second electronic equipment, next son data message is sent fast according to described first feedback information to make described second electronic equipment, so, second electronic equipment is sent in advance in data message fast cache to the first electronic equipment of the 3rd electronic equipment, subsequently, described data message is sent to the 3rd electronic equipment according to network state information by described first electronic equipment again, therefore, the embodiment of the present invention can promote the Consumer's Experience of the user of use second electronic equipment.

Embodiment six

For realizing the method described in embodiment one, the embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 6, described first electronic equipment comprises:

Receiver module 61, for receiving the subdata information that described second electronic equipment sends;

First sending module 62, for generating the first feedback information according to the subdata information received, and is sent to described second electronic equipment by described first feedback information, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Accordingly, described receiver module 61, also for receiving the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Acquisition module 63, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N.

It will be appreciated by those skilled in the art that the practical function of each module in the first electronic equipment of the embodiment of the present invention can refer to the associated description of aforementioned control method and understands.The function of each module in the first electronic equipment of the embodiment of the present invention realizes by the program run on processor, also realizes by concrete logical circuit.

Embodiment seven

For realizing the method described in embodiment two, the embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 7, described first electronic equipment comprises:

Receiver module 71, for receiving the subdata information that described second electronic equipment sends;

First sending module 72, for generating the first feedback information according to the subdata information received, and is sent to described second electronic equipment by described first feedback information, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Accordingly, described receiver module 71, also for receiving the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Acquisition module 73, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Preferably, described first electronic equipment also comprises: memory module 74; Wherein,

Described receiver module 71, also for receiving attribute information and first instruction of described second electronic equipment transmission;

Described memory module 74, for according to described first instruction being described attribute information establishment memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; Also for when receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell.

Embodiment eight

For realizing the method described in embodiment three, the embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; Described first electronic equipment comprises:

Acquisition module, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Preferably, described first electronic equipment also comprises: memory module; Wherein,

Described receiver module, also for receiving attribute information and first instruction of described second electronic equipment transmission;

Described memory module, for according to described first instruction being described attribute information establishment memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; Also for when receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Preferably, described first sending module, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment; Or, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, simultaneously, generate the first feedback information, and described first feedback information is sent to described second electronic equipment.

The structural representation of the first electronic equipment described in the embodiment of the present invention is identical with the structural representation of the first electronic equipment described in embodiment seven, repeats no more.

Embodiment nine

For realizing the method described in embodiment four, the embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 8, described first electronic equipment comprises:

Receiver module 81, for receiving the subdata information that described second electronic equipment sends;

First sending module 82, for generating the first feedback information according to the subdata information received, and is sent to described second electronic equipment by described first feedback information, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Accordingly, described receiver module 81, also for receiving the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Acquisition module 83, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Preferably, described first electronic equipment also comprises: memory module 84; Wherein,

Described receiver module 81, also for receiving attribute information and first instruction of described second electronic equipment transmission;

Described memory module 84, for according to described first instruction being described attribute information establishment memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; Also for when receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Preferably, described first sending module 82, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment; Or, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, simultaneously, generate the first feedback information, and described first feedback information is sent to described second electronic equipment;

Preferably, described first electronic equipment also comprises:

Directive generation module 85, for when described N number of subdata information is not all stored in described memory cell, generate the first routing instruction, obtain the first path indication information corresponding to described N number of subdata information according to described first routing instruction to described second electronic equipment;

Second sending module 86, for the first corresponding for the subdata got information path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described first path indication information to described second electronic equipment.

Embodiment ten

For realizing the method described in embodiment five, the embodiment of the present invention additionally provides a kind of first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; As shown in Figure 9, described first electronic equipment comprises:

Receiver module 91, for receiving the subdata information that described second electronic equipment sends;

First sending module 92, for generating the first feedback information according to the subdata information received, and is sent to described second electronic equipment by described first feedback information, sends next son data message to make described second electronic equipment; Described first feedback information has been sent to the information of the 3rd electronic equipment for characterizing subdata information, so that data message is sent to the first electronic equipment by described second electronic equipment fast;

Accordingly, described receiver module 91, also for receiving the next son data message that described second electronic equipment sends; Wherein, next son data message is the data message that described second electronic equipment sends to described second electronic equipment according to described first feedback information;

Acquisition module 93, for after receiving K sub-data message, obtains the network communication status information of carrying out with described 3rd electronic equipment communicating, is sent in described 3rd electronic equipment according to described network communication status information by described K sub-data message; Wherein, K is more than or equal to the positive integer that 1 is less than or equal to N;

Preferably, described first electronic equipment also comprises: memory module 94; Wherein,

Described receiver module 91, also for receiving attribute information and first instruction of described second electronic equipment transmission;

Described memory module 94, for according to described first instruction being described attribute information establishment memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; Also for when receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell;

Preferably, described first sending module 92, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment; Or, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, simultaneously, generate the first feedback information, and described first feedback information is sent to described second electronic equipment;

Preferably, described first electronic equipment also comprises:

Information generating module 95, for when described N number of subdata information is all stored in described memory cell, generates the second path indication information that described N number of subdata information is corresponding;

3rd sending module 96, for described second path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described second path indication information to described first electronic equipment.

Between technical scheme described in the embodiment of the present invention, when not conflicting, can combination in any.

In several embodiment provided by the present invention, should be understood that, disclosed method and electronic equipment, can realize by another way.Apparatus embodiments described above is only schematic, such as, the division of described module, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple module or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.In addition, the coupling each other of shown or discussed each part or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.

The above-mentioned module illustrated as separating component can or may not be physically separates, and the parts as module display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.

In addition, each functional module in various embodiments of the present invention can all be integrated in second processing unit, also can be each module individually as a unit, also can two or more module integrations in a unit; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.

Claims

1. a data processing method, be applied in the first electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; Described method comprises:

2. method according to claim 1, is characterized in that, before the subdata information that described second electronic equipment of described reception sends, described method also comprises:

Receive attribute information and first instruction of described second electronic equipment transmission;

According to described first instruction be described attribute information create memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message;

When receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell.

3. method according to claim 2, is characterized in that, the subdata information that described basis receives generates the first feedback information, and described first feedback information is sent to described second electronic equipment, comprising:

Obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment.

4. according to the method in claim 2 or 3, it is characterized in that, the subdata information that described basis receives generates the first feedback information, and described first feedback information is sent to described second electronic equipment, comprising:

Obtain the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, meanwhile, generate the first feedback information, and described first feedback information is sent to described second electronic equipment.

5. according to the method in claim 2 or 3, it is characterized in that, described method also comprises:

When described N number of subdata information is not all stored in described memory cell, generate the first routing instruction, obtain the first path indication information corresponding to described N number of subdata information according to described first routing instruction to described second electronic equipment;

The first corresponding for the subdata information got path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described first path indication information to described second electronic equipment.

6. according to the method in claim 2 or 3, it is characterized in that, described method also comprises:

When described N number of subdata information is all stored in described memory cell, generate the second path indication information that described N number of subdata information is corresponding;

Described second path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described second path indication information to described first electronic equipment.

7. an electronic equipment, described first electronic equipment can make the second electronic equipment be communicated with the 3rd electronic equipment by self, and by the data message in described second electronic equipment by self being sent in described 3rd electronic equipment, described data message comprises N number of subdata information, wherein, described N be more than or equal to 1 positive integer; Described first electronic equipment comprises:

8. the first electronic equipment according to claim 7, is characterized in that, described first electronic equipment also comprises: memory module; Wherein,

Described memory module, for according to described first instruction being described attribute information establishment memory cell; For storing, described second electronic equipment sends described memory cell, the K corresponding with a described attribute information data message; Also for when receiving the arbitrary subdata information in described N number of subdata information, the arbitrary subdata information in described N number of subdata information is stored in described memory cell.

9. the first electronic equipment according to claim 8, it is characterized in that, described first sending module, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, when failing subdata information to be sent to described 3rd electronic equipment according to described network communication status information, generate the first feedback information, and described first feedback information is sent to described second electronic equipment.

10. the first electronic equipment according to claim 8 or claim 9, it is characterized in that, described first sending module, also for obtaining the network communication status information of carrying out with described 3rd electronic equipment communicating, according to described network communication status information, subdata information is sent to described 3rd electronic equipment, meanwhile, generate the first feedback information, and described first feedback information is sent to described second electronic equipment.

11. the first electronic equipments according to claim 8 or claim 9, it is characterized in that, described first electronic equipment also comprises:

Directive generation module, for when described N number of subdata information is not all stored in described memory cell, generate the first routing instruction, obtain the first path indication information corresponding to described N number of subdata information according to described first routing instruction to described second electronic equipment;

Second sending module, for the first corresponding for the subdata got information path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described first path indication information to described second electronic equipment.

12. the first electronic equipments according to claim 8 or claim 9, it is characterized in that, described first electronic equipment also comprises:

Information generating module, for when described N number of subdata information is all stored in described memory cell, generates the second path indication information that described N number of subdata information is corresponding;

3rd sending module, for described second path indication information is sent to the 3rd electronic equipment, so that described 3rd electronic equipment obtains described N number of subdata information according to described second path indication information to described first electronic equipment.