CN105471998A

CN105471998A - Method and device for synchronizing application data in multiple terminals

Info

Publication number: CN105471998A
Application number: CN201510882287.XA
Authority: CN
Inventors: 陈克昊
Original assignee: Netease Media Technology Beijing Co Ltd
Current assignee: Netease Media Technology Beijing Co Ltd
Priority date: 2015-12-03
Filing date: 2015-12-03
Publication date: 2016-04-06

Abstract

The embodiment of the invention provides a method and device for synchronizing application data in multiple terminals. The method comprises the steps: logging in an application in the first terminal according to log-in information; responding to a data input operation of a user, and detecting a first group of data inputted in the application of the first terminal; and transmitting the first group of detected data, so as to synchronize the first group of data in the application, logging according to the log-in information, of a second terminal.

Description

A kind of method and apparatus for synchronous applications data in multiple terminal

Technical field

Embodiments of the present invention relate to the communications field, and more specifically, embodiments of the present invention relate to the method and apparatus for synchronous applications data in multiple terminal.

Background technology

This part embodiments of the present invention be intended to for stating in claims provide background or context.Description is not herein because be included in just admit it is prior art in this part.

In order to meet the different needs, increasing user has multiple terminal equipment, such as panel computer, smart mobile phone etc. now.If multiple terminals of this user are provided with same application, and user has logged in this application with same log-on message in multiple terminal, after a terminal inputs data wherein, manually need send data to server, and receive data by other-end request server, thus carry out data syn-chronization in multiple terminal.

But this mode can not the data of this application in the multiple terminal of real-time synchronization, can not meet many scenes demand of user.Such as, user has logged in certain chat application on mobile phone and panel computer simultaneously, be not sent to server when have input partial data in the application on panel computer, now need to leave panel computer and do other things, the data that panel computer inputs then cannot, at mobile phone terminal real-time synchronization, need user to re-enter one time again in the application of mobile phone.User can be made like this to carry out repeatedly repetitive operation, extend user and use time needed for this application over multiple terminals, significantly reduce operating efficiency.

Summary of the invention

Because data over multiple terminals in prior art can not real-time synchronization, for the data inputted in a terminal wherein, if be not sent to server and need to continue at another terminal relay to carry out this data entry operation, then need to re-enter in this another terminal, user is made to carry out repeatedly repetitive operation, extend user and use time needed for this application over multiple terminals, significantly reduce operating efficiency.

Therefore in the prior art, the method complex operation of synchronous applications data in multiple terminal and inefficiency, this is very bothersome process.

For this reason, be starved of a kind of method and apparatus of synchronous applications data in multiple terminal of improvement, to be reduced at the process of synchronous applications data in multiple terminal, to reduce the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency.

In the present context, embodiments of the present invention are expected to provide a kind of method and apparatus for synchronous applications data in multiple terminal.

In the first aspect of embodiment of the present invention, provide a kind of method for synchronous applications data in multiple terminal, comprising: according to log-on message, in first terminal, log in described application; In response to the data entry operation of user, detect the first group of data inputted in the application of described first terminal; Send described first group of data of detecting, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

In the second aspect of embodiment of the present invention, provide a kind of method for synchronous applications data in multiple terminal, comprising: according to log-on message, in the second terminal, log in described application; Logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.

According to the method for synchronous applications data in multiple terminal in above-mentioned execution mode of the present invention, wherein said second terminal receives described first group of data and comprises: after described first group of data are sent to server, the described first group of data of described server transmission by described first terminal, described second terminal receives described first group of data from described server, with synchronous described first group of data in the application of described second terminal; Or described second terminal directly receives described first group of data from described first terminal, with synchronous described first group of data in the application of described second terminal.

According to the method for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein said second terminal receives described first group of data and comprises: in response to the reception request of user or according to predetermined time, and described second terminal receives described first group of data.

According to the method for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, also comprise: in response to the data entry operation of user, detect the second group of data inputted in the application of described second terminal; Send described second group of data to described first terminal, or send described second group of data to server described second group of data are sent to described first terminal by described server, with synchronous described second group of data in the application of described first terminal.

According to the method for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein, detect the second group of data inputted in the application of described second terminal to comprise: the size detecting described second group of data; And send described second group of data and comprise: when detecting that the size of described second group of data is less than predetermined threshold, described second group of data are stored in the local cache of described second terminal; When detecting that the size of described second group of data reaches described predetermined threshold, send the described second group of data detected; And empty the local cache of described second terminal.

According to the method for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein, the described first group of data of described second terminal reception comprise: described second terminal is received in the application of described first terminal the temporal information inputting described first group of data; Detect the second group of data inputted in the application of described second terminal to comprise: detect the temporal information inputting described second group of data in the application of described second terminal; Described method also comprises: according to temporal information and the temporal information of described second group of data that detects of the described first group of data received, in the application of described second terminal display synchronous after described first group of data and described second group of data.

According to a third aspect of the invention we, provide a kind of device for synchronous applications data in multiple terminal, comprising: the first login module, be configured to according to log-on message, in first terminal, log in described application; First detection module, is configured to the data entry operation in response to user, detects the first group of data inputted in the application of described first terminal; And first sending module, be configured to send the described first group of data detected, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

According to the device for synchronous applications data in multiple terminal in above-mentioned execution mode of the present invention, wherein, described first detection module is configured to: the size detecting described first group of data; And described first sending module comprises: the first memory module, be configured to when detecting that the size of described first group of data is less than predetermined threshold, described first group of data are stored in the local cache of described first terminal; First sends submodule, is configured to when detecting that the size of described first group of data reaches described predetermined threshold, sends the described first group of data detected; And first empties module, be configured to the local cache emptying described first terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein said first sending module is configured to: the described first group of data detected are sent to server, with by described server described first group of data are sent to described second terminal and in the application of described second terminal synchronous described first group of data; Maybe the described first group of data detected directly are sent to described second terminal, with synchronous described first group of data in the application of described second terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein said first sending module is configured to: in response to the synchronization request of user or according to predetermined time, sends the described first group of data detected.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, also comprise: the first receiver module, be configured to, in described second terminal, the second group of data inputted in the application of described second terminal are sent to server, after described second group of data are sent to described first terminal by described server, or after described second group of data are directly sent to described first terminal by described second terminal, receive and in the application of described first terminal synchronous described second group of data.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein, described first detection module is configured to: detect the temporal information inputting described first group of data in the application of described first terminal; Described first receiver module is configured to: be received in the temporal information inputting described second group of data in the application of described second terminal; And described device also comprises: the first display module, be configured to the temporal information according to the described first group of data detected and the temporal information of described second group of data that receives, in the application in described first terminal display synchronous after described first group of data and described second group of data.

According to a forth aspect of the invention, provide a kind of device for synchronous applications data in multiple terminal, comprising: the second login module, be configured to according to log-on message, in the second terminal, log in described application; Second receiver module, be configured to logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned execution mode of the present invention, wherein said second receiver module is configured to: after described first group of data are sent to server, the described first group of data of described server transmission by described first terminal, described second terminal receives described first group of data from described server, with synchronous described first group of data in the application of described second terminal; Or described second terminal directly receives described first group of data from described first terminal, with synchronous described first group of data in the application of described second terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein said second receiver module is configured to: in response to the reception request of user or according to predetermined time, receives described first group of data in the second terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, also comprise: the second detection module, be configured to the data entry operation in response to user, detect the second group of data inputted in the application of described second terminal; Second sending module, be configured to send described second group of data to described first terminal, or send described second group of data to server described second group of data are sent to described first terminal by described server, with synchronous described second group of data in the application of described first terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein, described second detection module is configured to: the size detecting described second group of data; And described second sending module comprises: the second memory module, be configured to when detecting that the size of described second group of data is less than predetermined threshold, described second group of data are stored in the local cache of described second terminal; Second sends submodule, is configured to when detecting that the size of described second group of data reaches described predetermined threshold, sends the described second group of data detected; And second empties module, be configured to the local cache emptying described second terminal.

According to the device for synchronous applications data in multiple terminal in above-mentioned arbitrary execution mode of the present invention, wherein, described second receiver module is configured to: be received in the application of described first terminal the temporal information inputting described first group of data in the second terminal; Described second detection module is configured to: detect the temporal information inputting described second group of data in the application of described second terminal; Described device also comprises: the second display module, be configured to the temporal information according to the described first group of data received and the temporal information of described second group of data that detects, in the application of described second terminal display synchronous after described first group of data and described second group of data.

According to an exemplary embodiment of the present invention for the method and apparatus of synchronous applications data in multiple terminal, can in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved; By detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

Accompanying drawing explanation

By reference to accompanying drawing reading detailed description hereafter, above-mentioned and other objects of exemplary embodiment of the invention, feature and advantage will become easy to understand.In the accompanying drawings, show some execution modes of the present invention by way of example, and not by way of limitation, wherein:

Figure 1A and 1B schematically shows the application scenarios according to embodiment of the present invention;

Fig. 2 schematically shows the schematic flow sheet of the method for synchronous applications data in multiple terminal according to embodiment of the present invention;

Fig. 3 schematically shows the schematic flow sheet of the method for synchronous applications data in multiple terminal according to another execution mode of the present invention;

Fig. 4 schematically shows the schematic diagram of the device of synchronous applications data in multiple terminal according to embodiment of the present invention;

Fig. 5 schematically shows the schematic diagram of the device of synchronous applications data in multiple terminal according to another execution mode of the present invention; And

Fig. 6 schematically shows the schematic diagram of the device of synchronous applications data in multiple terminal according to another execution mode of the present invention; And

Fig. 7 schematically shows the program product for synchronous applications data in multiple terminal according to embodiment of the present invention.

In the accompanying drawings, identical or corresponding label represents identical or corresponding part.

Embodiment

Below with reference to some illustrative embodiments, principle of the present invention and spirit are described.Should be appreciated that providing these execution modes is only used to enable those skilled in the art understand better and then realize the present invention, and not limit the scope of the invention by any way.On the contrary, provide these execution modes to be to make the disclosure more thorough and complete, and the scope of the present disclosure intactly can be conveyed to those skilled in the art.

One skilled in the art will appreciate that embodiments of the present invention can be implemented as a kind of system, device, equipment, method or computer program.Therefore, the disclosure can be implemented as following form, that is: hardware, completely software (comprising firmware, resident software, microcode etc.) completely, or the form that hardware and software combines.

According to the embodiment of the present invention, a kind of method and apparatus for synchronous applications data in multiple terminal is proposed.

In this article, it is to be appreciated that any number of elements in accompanying drawing is all unrestricted for example, and any name is all only for distinguishing, and does not have any limitation.

Below with reference to some representative embodiments of the present invention, explaination principle of the present invention and spirit in detail.

summary of the invention

The present inventor finds, when logging in application in first terminal, by inputting data and the data that measure of the Data Concurrent censorship detecting this input in first terminal, when logging in this application according to same log-on message in the second terminal, the data detected in first terminal are sent to the second terminal, can in the application of the second terminal these data synchronous.Alternatively, when the size of data inputted in first terminal is greater than certain threshold value, just data are sent.In addition, the data detected can be sent to server, then issue the second terminal by server at first terminal, also can directly be sent to the second terminal from first terminal.Like this, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency.

After describing general principle of the present invention, lower mask body introduces various non-limiting embodiment of the present invention.

application scenarios overview

First with reference to Figure 1A and Figure 1B, be the application scenarios of synchronous applications data in multiple terminal according to embodiment of the present invention.As shown in Figure 1A and 1B, there is multiple terminal, as terminal A, B and C, terminal A, B and C have installed same application.When logging in this application by log-on message and input data in terminal A, the Data Concurrent detecting this input gives this data.Work as other-end, such as terminal B also logs in this application by same log-on message, and so terminal B then can receive the described data of self terminal A.In like manner, when terminal C logs in this application by same log-on message, also can receive the data of self terminal A.Alternatively, terminal A can send data to server, then receives data by terminal B or terminal C from server, and as shown in Figure 1A, data also can be directly sent to terminal B or terminal C by terminal A, as shown in Figure 1B.

It will be understood by those skilled in the art that the schematic diagram shown in Figure 1A and 1B is only the example that embodiments of the present invention can be achieved wherein.The scope of application of embodiment of the present invention is unrestricted.

illustrative methods

Below in conjunction with the application scenarios of Figure 1A and 1B, be described with reference to Figure 2 the method for synchronous applications data in multiple terminal according to exemplary embodiment of the invention.It should be noted that above-mentioned application scenarios is only that embodiments of the present invention are unrestricted in this regard for the ease of understanding spirit of the present invention and principle and illustrating.On the contrary, embodiments of the present invention can be applied to applicable any scene.

Fig. 2 schematically shows the schematic flow sheet of the method 200 of synchronous applications data in multiple terminal according to embodiment of the present invention.As shown in Figure 2, the method can comprise:

S201, according to log-on message, in first terminal, log in described application.

In the execution mode that some are possible, the terminal that the embodiment of the present invention provides can be any existing, research and develop or the smart mobile phone, non intelligent mobile phone, panel computer, personal computer, intelligent TV set etc. of in the future research and development.Described terminal can be passed through wired mode (such as, coaxial cable) and communicate with server or other-end, also can (such as, bluetooth or WLAN (wireless local area network)) communicate with server or other-end to wirelessly.In the execution mode that some are possible, described terminal can be provided with operating system, i.e. the computer program of management and computer for controlling hardware and software resource, the smart machine operating system comprising Android Android, IOS and will occur future.

In the execution mode that some are possible, log-on message can be the account information that user is used for logging in described application, as mailbox number, cell-phone number, micro-signal, ID card No. etc.In some applications, this application can be logged in by same log-on message in multiple terminal simultaneously.

S202, data entry operation in response to user, detect the first group of data inputted in the application of described first terminal.

In the execution mode that some are possible, first group of data of input detected in the application in first terminal can be user want to send to the content of other contact persons in application all or part of.Such as, if user wishes the data sending 100 characters to contact person " Wang ", when inputting front 50 characters, just 50 characters inputted can be detected, can certainly detect again after 100 characters all input.Alternatively, follow-up editor can be carried out to first group of data of input detected in the application in first terminal, and then send to contact person " Wang ".Alternatively, one predetermined threshold can be set, when user inputs first group of data in first terminal, detect first group of data, also detect simultaneously these first group of data size and compared with this predetermined threshold, only have and just send when the size of data detected reaches this predetermined threshold, to save Internet resources.

S203, send described first group of data of detecting, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

In the execution mode that some are possible, step S202 comprises the size detecting described first group of data; And step S203 comprises: when detecting that the size of described first group of data is less than predetermined threshold, described first group of data are stored in the local cache of described first terminal; When detecting that the size of described first group of data reaches described predetermined threshold, send the described first group of data detected; And empty the local cache of described first terminal.In order to save Internet resources, a predetermined threshold such as X can be set ₀, when user inputs first group of data in first terminal, detect first group of data, also detect simultaneously these first group of data size X and with this predetermined threshold X ₀compare, for first group of data of different size, take different subsequent treatment.Such as, when the size X of the first group of data detected is less than this predetermined threshold X ₀time, first do not send, but by this first group of data storing in the local cache of first terminal, user continues input subsequently, the size X ' of the first group of data inputted in first terminal as user reaches this predetermined threshold X ₀time, then send these detected first group of data and empty local cache.Like this, can not only in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved.

In the execution mode that some are possible, step S203 comprises: the described first group of data detected are sent to server, with by described server described first group of data are sent to described second terminal and in the application of described second terminal synchronous described first group of data; Maybe the described first group of data detected directly are sent to described second terminal, with synchronous described first group of data in the application of described second terminal.As shown in Figure 1A, when first group of data of input being detected in the application at terminal A, detected first group of data can be sent to server, then by server, first group of data be sent to terminal B or terminal C, to carry out data syn-chronization.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application at terminal A, detected first group of data directly can be sent to terminal B or terminal C, to carry out data syn-chronization.

In the execution mode that some are possible, by detecting and sending first group of data from first terminal, data syn-chronization is realized to be received by the second terminal, can be carry out data syn-chronization in the first terminal logged in by same log-on message and the second terminal, instead of carry out data syn-chronization between the different contact persons of application.That is, these first group of data can be the data not yet sending to object contact person, but inputted by user and allow to carry out the data of follow-up editor, it can be only visible for the user corresponding to this log-on message, and not yet visible for object contact person.Such as, if user wishes the data sending 100 characters to contact person " Wang ", when inputting 100 characters and detect in terminal A, by detect 100 characters by server or be directly sent to terminal B, to carry out data syn-chronization in terminal B, user can edit these 100 characters in terminal A or terminal B, now, user corresponding to the same log-on message that these 100 characters only use for registration terminal A and terminal B is visible, and is sightless for object contact person " Wang ".Alternatively, user can edit data on terminal A or terminal B, then the data after editor are sent to contact person " Wang ", and at this moment, data are only visible for " Wang ".

In the execution mode that some are possible, step S203 comprises: in response to the synchronization request of user or according to predetermined time, sends the described first group of data detected.Alternatively, can according to the user-defined time, in such as every 20 seconds, send the first group of data detected, also by user by synchronization request, such as, can click " synchronously " option in application, send the first group of data detected.

In the execution mode that some are possible, method 200 also comprises: in described second terminal, the second group of data inputted in the application of described second terminal are sent to server, after described second group of data are sent to described first terminal by described server, or after described second group of data are directly sent to described first terminal by described second terminal, receive and in the application of described first terminal synchronous described second group of data.For Figure 1A and Figure 1B, after detecting that the first group of Data Concurrent inputted in the application at terminal A gives these first group of data, if after terminal B or terminal C has also logged in this application by same log-on message, then in terminal B or terminal C these first group of data synchronous; In like manner, when inputting after second group of Data Concurrent give these second group of data in terminal B or terminal C, terminal A can receive these second group of data and in the application of terminal A these second group of data synchronous.Alternatively, second group of data can be sent to server by terminal B or terminal C, then by server, second group of data is sent to terminal A, and as shown in Figure 1A, second group of data also directly can be sent to terminal A by terminal B or terminal C, as shown in Figure 1B.

In the execution mode that some are possible, detect the first group of data inputted in the application of described first terminal and comprise: detect the temporal information inputting described first group of data in the application of described first terminal; Receive and in the application of described first terminal synchronously described second group of data comprise: be received in the temporal information inputting described second group of data in the application of described second terminal; And described method 200 also comprises: according to temporal information and the temporal information of described second group of data that receives of the described first group of data detected, in the application in described first terminal display synchronous after described first group of data and described second group of data.Still for Figure 1A and Figure 1B, when detect input first group of data in application at terminal A time, detect the temporal information of these first group of data of input, such as simultaneously, input temporal information when first group of data first character, last character or any character, such as 10: 20: 15, in like manner, also detect the temporal information of these second group of data of input when inputting second group of data in terminal B simultaneously, terminal A, from server or when directly receiving these second group of data from terminal B, receives the temporal information of these second group of data of input, such as 10: 20: 20 simultaneously, when in each terminal during synchrodata, can synchronously from the data of all terminals, comprise coming first group of data of self terminal A and carry out second group of data of self terminal B, when the data that each terminal demonstration is synchronous, can carry out sorting and showing according to the temporal information (10: 20: 20) of the temporal information of first group of data (10: 20: 15) and second group of data, such as, the first group of data carrying out self terminal A are presented at the upper part of the display interface of each terminal, and the second group of data carrying out self terminal B are presented at the lower part of the display interface of each terminal.Like this, by detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

Like this, according to an exemplary embodiment of the present invention for synchronous applications data in multiple terminal method can in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved; By detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

illustrative methods

Below in conjunction with the application scenarios of Figure 1A and 1B, be described with reference to Figure 3 the method for synchronous applications data in multiple terminal according to another illustrative embodiments of the present invention.

Fig. 3 schematically shows the schematic flow sheet of the method 300 of synchronous applications data in multiple terminal according to embodiment of the present invention.As shown in Figure 3, the method can comprise:

S301, according to log-on message, in the second terminal, log in described application.

S302, logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.As shown in Figure 1A, after log in application by same log-on message in terminal A, when first group of data of input being detected in the application of terminal A, detected first group of data can be sent to server, first group of data is received from server again, to carry out data syn-chronization by terminal B.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application at terminal A, detected first group of data directly can be sent to terminal B, receive first group of data by terminal B, to carry out data syn-chronization.

In the execution mode that some are possible, first group of data of input detected in the application in first terminal can be user want to send to the content of other contact persons in application all or part of.Such as, if user wishes the data sending 100 characters to contact person " Wang ", when inputting front 50 characters, just 50 characters inputted can be detected, can certainly detect again after 100 characters all input.Alternatively, follow-up editor can be carried out to first group of data of input detected in the application in first terminal, and then send to contact person " Wang ".

In the execution mode that some are possible, detecting and sending after first group of data of first terminal, receive these first group of data by the second terminal and realize data syn-chronization, can be carry out data syn-chronization in the first terminal logged in by same log-on message and the second terminal, instead of carry out data syn-chronization between the different contact persons of application.That is, these first group of data that second terminal receives can be the data not yet sending to object contact person, but inputted by user and allow to carry out the data of follow-up editor, it can be only visible for the user corresponding to this log-on message, and not yet visible for object contact person.Such as, if user wishes the data sending 100 characters to contact person " Wang ", input in terminal A and detect 100 characters and by 100 characters detecting by server or after being directly sent to terminal B, receive these 100 characters by terminal B and carry out data syn-chronization, user can edit these 100 characters in terminal A or terminal B, now, user corresponding to the same log-on message that these 100 characters only use for registration terminal A and terminal B is visible, and is sightless for object contact person " Wang ".Alternatively, user can edit data on terminal A or terminal B, then the data after editor are sent to contact person " Wang ", and at this moment, data are only visible for " Wang ".

In the execution mode that some are possible, step S302 comprises: after described first group of data are sent to server, the described first group of data of described server transmission by described first terminal, described second terminal receives described first group of data from described server, with synchronous described first group of data in the application of described second terminal; Or described second terminal directly receives described first group of data from described first terminal, with synchronous described first group of data in the application of described second terminal.As shown in Figure 1A, when first group of data of input being detected in the application at terminal A, detected first group of data can be sent to server, then receive first group of data by terminal B or terminal C from server, to carry out data syn-chronization.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application at terminal A, detected first group of data directly can be sent to terminal B or terminal C, directly first group of data is received from terminal A, to carry out data syn-chronization by terminal B or terminal C.

In the execution mode that some are possible, wherein step S302 comprises: in response to the reception request of user or according to predetermined time, and described second terminal receives described first group of data.Alternatively, the second terminal according to the user-defined time, in such as every 20 seconds, can receive first group of data, also by user by synchronization request, such as, can click " synchronously " option in application, receive first group of data.

In the execution mode that some are possible, method 300 also comprises: in response to the data entry operation of user, detects the second group of data inputted in the application of described second terminal; Send described second group of data to described first terminal, or send described second group of data to server described second group of data are sent to described first terminal by described server, with synchronous described second group of data in the application of described first terminal.For Figure 1A and Figure 1B, after detecting that the first group of Data Concurrent inputted in the application at terminal A gives these first group of data, if after terminal B or terminal C has also logged in this application by same log-on message, then in terminal B or terminal C these first group of data synchronous; In like manner, when inputting second group of data in terminal B or terminal C, detecting this second group of Data Concurrent and giving these second group of data to terminal A, with these second group of data synchronous in the application of terminal A.Alternatively, second group of data can be sent to server by terminal B or terminal C, then by server, second group of data is sent to terminal A, and as shown in Figure 1A, second group of data also directly can be sent to terminal A by terminal B or terminal C, as shown in Figure 1B.

In the execution mode that some are possible, step S301 comprises: the size detecting described second group of data; And step S302 comprises: when detecting that the size of described second group of data is less than predetermined threshold, described second group of data are stored in the local cache of described second terminal; When detecting that the size of described second group of data reaches described predetermined threshold, send the described second group of data detected; And empty the local cache of described second terminal.In order to save Internet resources, a predetermined threshold such as Y can be set ₀, when user inputs second group of data in the second terminal, detect second group of data, also detect simultaneously these second group of data size Y and with this predetermined threshold Y ₀compare, for second group of data of different size, take different subsequent treatment.Such as, when the size Y of the second group of data detected is less than this predetermined threshold Y ₀time, first do not send, but by this second group of data storing in the local cache of the second terminal, user continues input subsequently, the size Y ' of the second group of data inputted in the second terminal as user reaches this predetermined threshold Y ₀time, then send these detected second group of data and empty local cache.Like this, can not only in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved.

In the execution mode that some are possible, described second terminal receives described first group of data and comprises: described second terminal is received in the application of described first terminal the temporal information inputting described first group of data; Detect the second group of data inputted in the application of described second terminal to comprise: detect the temporal information inputting described second group of data in the application of described second terminal; Described method 300 also comprises: according to temporal information and the temporal information of described second group of data that detects of the described first group of data received, in the application of described second terminal display synchronous after described first group of data and described second group of data.Still for Figure 1A and Figure 1B, when detect input second group of data in application at terminal B time, detect the temporal information of these second group of data of input, such as simultaneously, input temporal information when second group of data first character, last character or any character, such as 10: 20: 20, in like manner, also detect the temporal information of these first group of data of input when inputting first group of data in terminal A simultaneously, terminal B, from server or when directly receiving these first group of data from terminal A, receives the temporal information of these first group of data of input, such as 10: 20: 15 simultaneously, when in each terminal during synchrodata, can synchronously from the data of all terminals, comprise coming first group of data of self terminal A and carry out second group of data of self terminal B, when the data that each terminal demonstration is synchronous, can carry out sorting and showing according to the temporal information (10: 20: 20) of the temporal information of first group of data (10: 20: 15) and second group of data, such as, the first group of data carrying out self terminal A are presented at the upper part of the display interface of each terminal, and the second group of data carrying out self terminal B are presented at the lower part of the display interface of each terminal.Like this, by detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

example devices

After the method describing exemplary embodiment of the invention, next, the schematic diagram being applied in the device of synchronous applications data in multiple terminal according to exemplary embodiment of the invention is described with reference to Figure 4.

Fig. 4 schematically shows the schematic diagram of the device 400 being applied in synchronous applications data in multiple terminal according to embodiment of the present invention.As shown in Figure 4, this device 400 comprises the first login module 401, first detection module 402 and the first sending module 403.

In device 400, the first login module 401 is configured to according to log-on message, logs in described application in first terminal.

In device 400, first detection module 402 is configured to the data entry operation in response to user, detects the first group of data inputted in the application of described first terminal.

In the execution mode that some are possible, first group of data of input detected in the application of first detection module 402 in first terminal can be user want to send to the content of other contact persons in application all or part of.Such as, if user wishes the data sending 100 characters to contact person " Wang ", when inputting front 50 characters, first detection module 402 just can detect 50 characters inputted, and can certainly detect after 100 characters all input again.Alternatively, follow-up editor can be carried out to first group of data of input detected in the application of first detection module 402 in first terminal, and then send to contact person " Wang ".Alternatively, one predetermined threshold can be set, when user inputs first group of data in first terminal, first detection module 402 detects first group of data, also detect simultaneously these first group of data size and compared with this predetermined threshold, only have and just send when the size of data detected reaches this predetermined threshold, to save Internet resources.

In device 400, the first sending module 403 is configured to send the described first group of data detected, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

In the execution mode that some are possible, described first detection module 402 is configured to the size detecting described first group of data; And described first sending module 403 comprises: the first memory module 403A, be configured to when detecting that the size of described first group of data is less than predetermined threshold, described first group of data are stored in the local cache of described first terminal; First sends submodule 403B, is configured to when detecting that the size of described first group of data reaches described predetermined threshold, sends the described first group of data detected; And first empties module 403C, be configured to the local cache emptying described first terminal.In order to save Internet resources, a predetermined threshold such as X can be set ₀, when user inputs first group of data in first terminal, first detection module 402 detects first group of data, also detect simultaneously these first group of data size X and with this predetermined threshold X ₀compare, for first group of data of different size, take different subsequent treatment.Such as, the size X of the first group of data detected when first detection module 402 is less than this predetermined threshold X ₀time, first do not send, but by the first memory module 403A by this first group of data storing in the local cache of first terminal, user can continue input subsequently, and the size X ' of the first group of data inputted in first terminal as user reaches this predetermined threshold X ₀time, then first send submodule 403B send detected by these first group of data and first empty module 403C and empty local cache.Like this, can not only in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved.

In the execution mode that some are possible, described first sending module 403 is configured to: the described first group of data detected are sent to server, with by described server described first group of data are sent to described second terminal and in the application of described second terminal synchronous described first group of data; Maybe the described first group of data detected directly are sent to described second terminal, with synchronous described first group of data in the application of described second terminal.As shown in Figure 1A, when first group of data of input being detected in the application of first detection module 402 at terminal A, detected first group of data can be sent to server by the first sending module 403, then by server, first group of data is sent to terminal B or terminal C, to carry out data syn-chronization.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application of first detection module 402 at terminal A, detected first group of data can be directly sent to terminal B or terminal C, to carry out data syn-chronization by the first sending module 403.

In the execution mode that some are possible, described first sending module 403 is configured to: in response to the synchronization request of user or according to predetermined time, sends the described first group of data detected.Alternatively, the first sending module 403 can according to the user-defined time, such as every 20 seconds, send the first group of data detected, also by user by synchronization request, such as, can click " synchronously " option in application, send the first group of data detected.

In the execution mode that some are possible, device 400 also comprises: the first receiver module 404, be configured to, in described second terminal, the second group of data inputted in the application of described second terminal are sent to server, after described second group of data are sent to described first terminal by described server, or after described second group of data are directly sent to described first terminal by described second terminal, receive and in the application of described first terminal synchronous described second group of data.For Figure 1A and Figure 1B, when the first group of data inputted in the application that first detection module 402 detects at terminal A and after the first sending module 403 sends these first group of data, if after terminal B or terminal C has also logged in this application by same log-on message, then in terminal B or terminal C these first group of data synchronous; In like manner, when inputting after second group of Data Concurrent give these second group of data in terminal B or terminal C, the first receiver module 404 can receive these second group of data and in the application of terminal A these second group of data synchronous.Alternatively, second group of data can be sent to server by terminal B or terminal C, then by server, second group of data is sent to terminal A, and as shown in Figure 1A, second group of data also directly can be sent to terminal A by terminal B or terminal C, as shown in Figure 1B.

In the execution mode that some are possible, first detection module 402 is configured to: detect the temporal information inputting described first group of data in the application of described first terminal; Described first receiver module 404 is configured to: be received in the temporal information inputting described second group of data in the application of described second terminal; And described device 400 also comprises: the first display module 405, be configured to the temporal information according to the described first group of data detected and the temporal information of described second group of data that receives, in the application in described first terminal display synchronous after described first group of data and described second group of data.Still for Figure 1A and Figure 1B, when inputting first group of data in the application that first detection module 402 detects at terminal A, detect the temporal information of these first group of data of input simultaneously, such as, input temporal information when first group of data first character, last character or any character, such as 10: 20: 15, in like manner, also detect the temporal information of these second group of data of input when inputting second group of data in terminal B simultaneously, first receiver module 404, from server or when directly receiving these second group of data from terminal B, receives the temporal information of these second group of data of input, such as 10: 20: 20 simultaneously, when in each terminal during synchrodata, can synchronously from the data of all terminals, comprise coming first group of data of self terminal A and carry out second group of data of self terminal B, when the data that each terminal demonstration is synchronous, first display module 405 can carry out sorting and showing according to the temporal information (10: 20: 20) of the temporal information of first group of data (10: 20: 15) and second group of data, such as, the first group of data carrying out self terminal A are presented at the upper part of the display interface of each terminal, and the second group of data carrying out self terminal B are presented at the lower part of the display interface of each terminal.Like this, by detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

Like this, according to an exemplary embodiment of the present invention for synchronous applications data in multiple terminal device can in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved; By detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

example devices

Next, with reference to figure 5, the device being applied in synchronous applications data in multiple terminal of exemplary embodiment of the invention is described.Fig. 5 schematically shows the schematic diagram of the device 500 of synchronous applications data in multiple terminal according to embodiment of the present invention.

As shown in Figure 5, device 500 comprises the second login module 501 and the second receiver module 502.

In device 500, the second login module 501 is configured to according to log-on message, in the second terminal, log in described application.

In device 500, second receiver module 502, be configured to logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.As shown in Figure 1A, after log in application by the first login module by same log-on message in terminal A, when first group of data of input being detected in the application of terminal A, detected first group of data can be sent to server, first group of data is received from server again, to carry out data syn-chronization by the second receiver module 502.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application at terminal A, detected first group of data directly can be sent to terminal B, receive first group of data by the second receiver module 502, to carry out data syn-chronization.

In the execution mode that some are possible, detecting and sending after first group of data of first terminal, receive these first group of data by the second receiver module 502 and realize data syn-chronization, can be carry out data syn-chronization in the first terminal logged in by same log-on message and the second terminal, instead of carry out data syn-chronization between the different contact persons of application.That is, these first group of data that second receiver module 502 receives can be the data not yet sending to object contact person, but inputted by user and allow to carry out the data of follow-up editor, it can be only visible for the user corresponding to this log-on message, and not yet visible for object contact person.Such as, if user wishes the data sending 100 characters to contact person " Wang ", input in terminal A and detect 100 characters and by 100 characters detecting by server or after being directly sent to terminal B, on terminal B, receive these 100 characters by the second receiver module 502 and carry out data syn-chronization, user can edit these 100 characters in terminal A or terminal B, now, user corresponding to the same log-on message that these 100 characters only use for registration terminal A and terminal B is visible, and be sightless for object contact person " Wang ".Alternatively, user can edit data on terminal A or terminal B, then the data after editor are sent to contact person " Wang ", and at this moment, data are only visible for " Wang ".

In the execution mode that some are possible, described second receiver module 502 is configured to: after described first group of data are sent to server, the described first group of data of described server transmission by described first terminal, described second terminal receives described first group of data from described server, with synchronous described first group of data in the application of described second terminal; Or described second terminal directly receives described first group of data from described first terminal, with synchronous described first group of data in the application of described second terminal.As shown in Figure 1A, when first group of data of input being detected in the application at terminal A, detected first group of data can be sent to server, then receive first group of data from server, to carry out data syn-chronization by terminal B by described second receiver module 502.Alternatively, as shown in Figure 1B, when first group of data of input being detected in the application at terminal A, detected first group of data directly can be sent to terminal B, directly first group of data is received from terminal A, to carry out data syn-chronization by described second receiver module 502.

In the execution mode that some are possible, wherein said second receiver module 502 is configured to: in response to the reception request of user or according to predetermined time, receives described first group of data in the second terminal.Alternatively, described second receiver module 502 can according to the user-defined time, such as every 20 seconds, described second terminal receives first group of data, also by user by synchronization request, such as, can click " synchronously " option in application, receive first group of data.

In the execution mode that some are possible, device 500 also comprises: the second detection module 503, is configured to the data entry operation in response to user, detects the second group of data inputted in the application of described second terminal; Second sending module 504, be configured to send described second group of data to described first terminal, or send described second group of data to server described second group of data are sent to described first terminal by described server, with synchronous described second group of data in the application of described first terminal.For Figure 1A and Figure 1B, after detecting that the first group of Data Concurrent inputted in the application at terminal A gives these first group of data, if after terminal B or terminal C has also logged in this application by same log-on message, then in terminal B or terminal C these first group of data synchronous; In like manner, when inputting second group of data in terminal B or terminal C, the second detection module 503 detects these second group of data and sends these second group of data to terminal A by the second sending module 504, with these second group of data synchronous in the application of terminal A.Alternatively, second group of data can be sent to server by the second sending module 504, then by server, second group of data is sent to terminal A, and as shown in Figure 1A, second group of data also directly can be sent to terminal A by the second sending module 504, as shown in Figure 1B.

In the execution mode that some are possible, described second detection module 503 is configured to: the size detecting described second group of data; And described second sending module 504 comprises: the second memory module 504A, be configured to when detecting that the size of described second group of data is less than predetermined threshold, described second group of data are stored in the local cache of described second terminal; Second sends submodule 504B, is configured to when detecting that the size of described second group of data reaches described predetermined threshold, sends the described second group of data detected; And second empties module 504C, be configured to the local cache emptying described second terminal.In order to save Internet resources, a predetermined threshold such as Y can be set ₀, when user inputs second group of data in the second terminal, described second detection module 503 detects second group of data, also detect simultaneously these second group of data size Y and with this predetermined threshold Y ₀compare, for second group of data of different size, take different subsequent treatment.Such as, the size Y of the second group of data detected when described second detection module 503 is less than this predetermined threshold Y ₀time, first do not send, but by the second memory module 504A by this second group of data storing in the local cache of the second terminal, user continues input subsequently, and the size Y ' of the second group of data inputted in the second terminal as user reaches this predetermined threshold Y ₀time, then second send submodule 504B send detected by these second group of data and second empty module 504C and empty local cache.Like this, can not only in multiple terminal synchronous applications data, simplify the process of synchronous applications data in multiple terminal, decrease the time needed for synchronous applications data in multiple terminal, significantly improve operating efficiency, can also Internet resources be saved.

In the execution mode that some are possible, described second receiver module 502 is configured to: be received in the application of described first terminal the temporal information inputting described first group of data in the second terminal; Described second detection module 503 is configured to: detect the temporal information inputting described second group of data in the application of described second terminal; Described device 500 also comprises: the second display module 505, be configured to the temporal information according to the described first group of data received and the temporal information of described second group of data that detects, in the application of described second terminal display synchronous after described first group of data and described second group of data.Still for Figure 1A and Figure 1B, when inputting second group of data in the application that the second detection module 503 detects at terminal B, detect the temporal information of these second group of data of input simultaneously, such as, input temporal information when second group of data first character, last character or any character, such as 10: 20: 20, in like manner, also detect the temporal information of these first group of data of input when inputting first group of data in terminal A simultaneously, second receiver module 502 on terminal B from server or when directly receiving these first group of data from terminal A, receive the temporal information of these first group of data of input, such as 10: 20: 15 simultaneously, when in each terminal during synchrodata, can synchronously from the data of all terminals, comprise coming first group of data of self terminal A and carry out second group of data of self terminal B, when the data that each terminal demonstration is synchronous, can carry out sorting and showing according to the temporal information (10: 20: 20) of the temporal information of first group of data (10: 20: 15) and second group of data, such as, the first group of data carrying out self terminal A are presented at the upper part of the display interface of each terminal, and the second group of data carrying out self terminal B are presented at the lower part of the display interface of each terminal.Like this, by detecting the temporal information inputting data on different terminals respectively, and according to this temporal information in the application of each terminal simultaneous display from the data of different terminals, integrality and the timing of data syn-chronization can be kept, facilitate user to add up and be organized in the data that different terminals inputs, significantly improving operating efficiency and accuracy.

example devices

After the method and apparatus describing exemplary embodiment of the invention, next, the device for synchronous applications data in multiple terminal according to another illustrative embodiments of the present invention is introduced.

Person of ordinary skill in the field can understand, and various aspects of the present invention can be implemented as system, method or program product.Therefore, various aspects of the present invention can be implemented as following form, that is: hardware embodiment, completely Software Implementation (comprising firmware, microcode etc.) completely, or the execution mode that hardware and software aspect combines, " circuit ", " module " or " system " can be referred to as here.

In the execution mode that some are possible, can at least comprise at least one processing unit and at least one memory cell according to the device for synchronous applications data in multiple terminal of the present invention.Wherein, described cell stores has program code, when described program code is performed by described processing unit, described processing unit is performed describe in this specification above-mentioned " illustrative methods " part according to the various illustrative embodiments of the present invention for the step in the method for synchronous applications data in multiple terminal.Such as, described processing unit can perform step S201 as shown in Figure 2, according to log-on message, log in described application in first terminal; Step S202, data entry operation in response to user, detect the first group of data inputted in the application of described first terminal; Step S203, send described first group of data of detecting, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.Optionally, described processing unit also can perform step S301 as shown in Figure 3, according to log-on message, in the second terminal, log in described application; Step S302, logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.

Referring to Fig. 6, the device 10 for synchronous applications data in multiple terminal according to this execution mode of the present invention is described.The device 10 for synchronous applications data in multiple terminal of Fig. 6 display is only an example, should not bring any restriction to the function of the embodiment of the present invention and the scope of application.

As shown in Figure 6, the device 10 for synchronous applications data in multiple terminal shows with the form of universal computing device.Assembly for the device 10 of synchronous applications data in multiple terminal can include but not limited to: the bus 18 of at least one processing unit 16 above-mentioned, at least one memory cell 28 above-mentioned, connection different system assembly (comprising memory cell 28 and processing unit 16).

Bus 18 represent in a few class bus structures one or more, comprise memory bus or Memory Controller, peripheral bus, AGP, processor or use any bus-structured local bus in multiple bus structures.

Memory cell 28 can comprise the computer-readable recording medium of volatile memory form, such as random access memory (RAM) 30 and/or cache memory 32, can also further read-only memory (ROM) 34.

Memory cell 28 can also comprise the program/utility 40 with one group of (at least one) program module 42, such program module 42 includes but not limited to: operating system, one or more application program, other program module and routine data, may comprise the realization of network environment in each or certain combination in these examples.

Device 10 for synchronous applications data in multiple terminal also can communicate with one or more external equipment 14 (such as keyboard, sensing equipment, bluetooth equipment etc.), also can with one or more make user can with this for the mutual devices communicating of the device 10 of synchronous applications data in multiple terminal, and/or to communicate with any equipment (such as router, modulator-demodulator etc.) making this device 10 for synchronous applications data in multiple terminal can carry out communicating with other computing equipment one or more.This communication can be passed through I/O (I/O) interface 22 and carry out.And, device 10 for synchronous applications data in multiple terminal can also by network adapter 20 and one or more network (such as local area network (LAN) (LAN), wide area network (WAN) and/or public network, such as internet) communication.As shown in the figure, network adapter 20 is by bus 18 and other module communication for the device 10 of synchronous applications data in multiple terminal.Be understood that, although not shown, other hardware and/or software module can be used in conjunction with the device 10 for synchronous applications data in multiple terminal, include but not limited to: microcode, device driver, redundant processing unit, external disk drive array, RAID system, tape drive and data backup storage system etc.

exemplary process product

In the execution mode that some are possible, various aspects of the present invention can also be embodied as a kind of form of program product, it comprises program code, when described program product runs in system, described program code be used for that described system is performed and describe in this specification above-mentioned " illustrative methods " part according to the various illustrative embodiments of the present invention for the step in the method for synchronous applications data in multiple terminal, such as, described system can perform step S201 as shown in Figure 2, according to log-on message, log in described application in first terminal; Step S202, data entry operation in response to user, detect the first group of data inputted in the application of described first terminal; Step S203, send described first group of data of detecting, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.Optionally, described system also can perform step S301 as shown in Figure 3, according to log-on message, in the second terminal, log in described application; Step S302, logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.

Described program product can adopt the combination in any of one or more computer-readable recording medium.Computer-readable recording medium can be readable signal medium or readable storage medium storing program for executing.Readable storage medium storing program for executing such as may be-but not limited to-the system of electricity, magnetic, optical, electrical magnetic, infrared ray or semiconductor, device or device, or combination above arbitrarily.The example more specifically (non exhaustive list) of readable storage medium storing program for executing comprises: the combination with the electrical connection of one or more wire, portable disc, hard disk, random access memory (RAM), read-only memory (ROM), erasable type programmable read only memory (EPROM or flash memory), optical fiber, Portable, compact dish read-only memory (CD-ROM), light storage device, magnetic memory device or above-mentioned any appropriate.

As shown in Figure 7, describe the program product 50 for synchronous applications data in multiple terminal according to the embodiment of the present invention, it can adopt Portable, compact dish read-only memory (CD-ROM) and comprise program code, and at terminal equipment, PC such as, can run.But program product of the present invention is not limited thereto, in this document, readable storage medium storing program for executing can be any comprising or stored program tangible medium, and this program can be used by instruction execution system, device or device or be combined with it.

The data-signal that readable signal medium can comprise in a base band or propagate as a carrier wave part, wherein carries readable program code.The data-signal of this propagation can adopt various ways, comprises the combination of---but being not limited to---electromagnetic signal, light signal or above-mentioned any appropriate.Readable signal medium can also be any computer-readable recording medium beyond readable storage medium storing program for executing, and this computer-readable recording medium can send, propagates or transmit the program for being used by instruction execution system, device or device or be combined with it.

The program code that computer-readable recording medium comprises can with any suitable medium transmission, comprises that---but being not limited to---is wireless, wired, optical cable, RF etc., or the combination of above-mentioned any appropriate.

The program code operated for performing the present invention can be write with the combination in any of one or more programming languages, described programming language comprises object oriented program language-such as Java, C++ etc., also comprises conventional process type programming language-such as " C " language or similar programming language.Program code can fully perform on the user computing device, partly perform on a user device, as one, independently software kit performs, partly part performs on a remote computing or performs in remote computing device or server completely on the user computing device.In the situation relating to remote computing device, remote computing device can by the network of any kind---comprise local area network (LAN) (LAN) or wide area network (WAN)-be connected to user's computing equipment, or, external computing device (such as utilizing ISP to pass through Internet connection) can be connected to.

Although it should be noted that the some devices or sub-device that to be referred in above-detailed for the equipment of synchronous applications data in multiple terminal, this division is only not enforceable.In fact, according to the embodiment of the present invention, the Characteristic and function of two or more devices above-described can be specialized in one apparatus.Otherwise, the Characteristic and function of an above-described device can Further Division for be specialized by multiple device.

In addition, although describe the operation of the inventive method in the accompanying drawings with particular order, this is not that requirement or hint must perform these operations according to this particular order, or must perform the result that all shown operation could realize expectation.Additionally or alternatively, some step can be omitted, multiple step be merged into a step and perform, and/or a step is decomposed into multiple step and perform.

Although describe spirit of the present invention and principle with reference to some embodiments, but should be appreciated that, the present invention is not limited to disclosed embodiment, can not combine to be benefited to the feature that the division of each side does not mean that in these aspects yet, this division is only the convenience in order to state.The present invention is intended to contain the interior included various amendment of spirit and scope and the equivalent arrangements of claims.

Claims

1., for a method for synchronous applications data in multiple terminal, comprising:

According to log-on message, in first terminal, log in described application;

In response to the data entry operation of user, detect the first group of data inputted in the application of described first terminal; And

Send described first group of data of detecting, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

2. method according to claim 1, wherein,

Detect the first group of data inputted in the application of described first terminal to comprise: the size detecting described first group of data; And

Send the described first group of data detected to comprise:

When detecting that the size of described first group of data is less than predetermined threshold, described first group of data are stored in the local cache of described first terminal;

When detecting that the size of described first group of data reaches described predetermined threshold, send the described first group of data detected; And

Empty the local cache of described first terminal.

3. method according to claim 1, wherein sends the described first group of data detected and comprises:

The described first group of data detected are sent to server, with by described server described first group of data are sent to described second terminal and in the application of described second terminal synchronous described first group of data; Or

The described first group of data detected directly are sent to described second terminal, with synchronous described first group of data in the application of described second terminal.

4. method according to claim 1, wherein sends the described first group of data detected and comprises:

In response to the synchronization request of user or according to predetermined time, send the described first group of data detected.

5. method according to claim 1, also comprises:

In described second terminal, the second group of data inputted in the application of described second terminal are sent to server, after described second group of data are sent to described first terminal by described server, or after described second group of data are directly sent to described first terminal by described second terminal, receive and in the application of described first terminal synchronous described second group of data.

6. method according to claim 5, wherein,

Detect the first group of data inputted in the application of described first terminal to comprise: detect the temporal information inputting described first group of data in the application of described first terminal;

Receive and in the application of described first terminal synchronously described second group of data comprise: be received in the temporal information inputting described second group of data in the application of described second terminal; And

Described method also comprises:

According to temporal information and the temporal information of described second group of data that receives of the described first group of data detected, in the application in described first terminal display synchronous after described first group of data and described second group of data.

7., for a method for synchronous applications data in multiple terminal, comprising:

According to log-on message, in the second terminal, log in described application; And

Logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.

8. method according to claim 7, wherein said second terminal receives described first group of data and comprises:

After described first group of data are sent to server, the described first group of data of described server transmission by described first terminal, described second terminal receives described first group of data from described server, with synchronous described first group of data in the application of described second terminal; Or

Described second terminal directly receives described first group of data from described first terminal, with synchronous described first group of data in the application of described second terminal.

9., for a device for synchronous applications data in multiple terminal, comprising:

First login module, is configured to according to log-on message, logs in described application in first terminal;

First detection module, is configured to the data entry operation in response to user, detects the first group of data inputted in the application of described first terminal; And

First sending module, is configured to send the described first group of data detected, with synchronous described first group of data in the application of the second terminal logged according to described log-on message.

10., for a device for synchronous applications data in multiple terminal, comprising:

Second login module, is configured to according to log-on message, in the second terminal, log in described application;

Second receiver module, be configured to logging in described application according to described log-on message in first terminal, after described first terminal detects that the first group of Data Concurrent inputted in the application of described first terminal send described first group of data, described second terminal receives described first group of data, with synchronous described first group of data in the application of the second terminal.