CN114710509A - Application data synchronization method, device, terminal and storage medium - Google Patents
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Abstract
The invention relates to an application data synchronization method, equipment, a terminal and a storage medium, belonging to the field of electronic technology, wherein the method comprises the following steps: when the user is identified to log in or awaken the first application through the synchronous plug-in, identifying a first account currently used by the first application; identifying a correlation account of a first account based on a pre-stored correlation relationship between accounts of different applications, wherein the correlation account corresponds to a correlation application one to one, and the correlation application and the first application have at least one same function; acquiring synchronous data from cloud servers corresponding to the associated accounts respectively; based on the synchronization data, the data in the first application is updated. The invention has the effects of realizing the synchronization of data between application programs with similar functions and improving the user experience.
Description
Technical Field
The present invention relates to the field of electronic technologies, and in particular, to a method, a device, a terminal, and a storage medium for synchronizing application data.
Background
With the rapid development of electronic technology, people's lives and networks and various electronic products with different functions are more closely linked, and various application programs which are abundant and convenient for people's lives are developed, and can meet different requirements of users in learning, working and living.
However, among the numerous applications, there are many applications with similar functions, such as WeChat, QQ, etc. which are social chat tools, Foxmail, outlook, etc. which are mailbox tools, and users often need to use multiple applications at the same time due to work and life needs, even if the applications are functionally similar.
In the process of implementing the present application, the inventors found that the above-mentioned technology has at least the following problems: because data among different application programs are not intercommunicated, when a user wants to check a history record, the user often needs to switch and search among a plurality of application programs, and the method is very inconvenient.
Disclosure of Invention
In order to realize the synchronization of data between application programs with similar functions and improve user experience, the application provides a method.
In a first aspect, the present application provides an application data synchronization method, which adopts the following technical scheme:
an application data synchronization method is applied to an intelligent device, at least a synchronization plug-in and a first application are installed in the intelligent device, the synchronization plug-in is used for realizing synchronization of data among different applications, and the method comprises the following steps:
when the fact that a user logs in or wakes up the first application through the synchronization plug-in is recognized, a first account currently used by the first application is recognized;
identifying a correlation account of the first account based on a pre-stored correlation relationship between accounts of different applications, wherein the correlation account corresponds to a correlation application one to one, and the correlation application and the first application have at least one same function;
acquiring synchronous data from cloud servers corresponding to the associated accounts respectively;
updating the data in the first application based on the synchronization data.
By adopting the technical scheme, when a user starts or awakens a first application through a synchronization plug-in installed in the intelligent device, the intelligent terminal can automatically identify the associated account related to the first account based on the first account used by the first application, and logs in the corresponding cloud server by using the associated account, so that the synchronous data is downloaded from the cloud server, and then the intelligent terminal updates the data in the first application by using the received synchronous data, so that the synchronization of the data between the first application and the associated application with similar functions is realized, the user can conveniently inquire all the associated application data through the first application, the switching back and forth between the applications is not needed, and the user experience is improved.
Optionally, the method further includes:
after an account number association request signal sent by the user through the synchronous plug-in is identified, displaying all currently installed associable applications for the user to select;
after identifying a second application selected by the user from all the associable applications, displaying all the associable applications related to the second application based on a pre-stored associable application comparison table so that the user can select a target associable application from the second application; after the second account corresponding to the second application and the target application account corresponding to the target associable application, which are input by the user, are identified, the selected target associable application is marked as an associated application associated with the second application, and the target application account is recorded as an associated account associated with the second account.
By adopting the technical scheme, a user can select a certain application through the synchronization plug-in installed on the intelligent device, further select the associated application which is required to be associated with the application from all the associable applications provided by the synchronization plug-in, and then input the application account of the application and the associated account of the associated application by the user, so that the association relationship among the associated applications can be established.
Optionally, the smart device stores a historical synchronization time point corresponding to each associated account, and the acquiring synchronization data from the cloud server corresponding to each associated account specifically includes:
generating a synchronization time period corresponding to a first associated account number based on a current time point and a last historical synchronization time point corresponding to the first associated account number;
sending a synchronization request signal to a cloud server corresponding to the first associated account, wherein the synchronization request signal carries a synchronization time period corresponding to the first associated account;
and receiving synchronous data in a synchronous time period fed back by the cloud server corresponding to the first associated account.
By adopting the technical scheme, the intelligent equipment can acquire the synchronous data in the synchronous time period, so that the data transmission quantity can be effectively controlled.
Optionally, the method further includes:
after receiving a real-time synchronization instruction carrying a target associated account and a target synchronization time period, sending a real-time synchronization request signal to a target cloud server corresponding to the target associated account, wherein the real-time synchronization request signal carries the target synchronization time period;
and after the real-time synchronization data corresponding to the target synchronization time period and fed back by the target cloud server is obtained, updating the data in the first application based on the real-time synchronization data.
By adopting the technical scheme, when a user wants to actively synchronize data in the first application, the target associated account and the target synchronization time period can be selected through the synchronization plug-in on the intelligent device, so that the intelligent device sends a real-time synchronization request signal to the target cloud server corresponding to the target associated account, the data in the first application can be updated according to the fed-back real-time synchronization data, the user can actively request data synchronization at any time, and user experience is further improved.
Optionally, the updating the data in the first application based on the synchronization data specifically includes: after receiving the synchronous data fed back by the cloud server corresponding to the associated account, performing data format conversion on the synchronous data based on a pre-stored data format conversion relation table to obtain final synchronous data which can be identified by the first application;
updating the data in the first application based on the final synchronization data.
Optionally, different associated accounts have different preset priorities;
the acquiring of the synchronization data from the cloud server corresponding to each of the associated accounts specifically includes:
selecting a corresponding transmission sequence rule based on the detected current network speed and a preset transmission sequence rule reference table, wherein the transmission sequence rule reference table records the corresponding relation between a network speed interval and the transmission sequence rule;
and acquiring synchronous data from the cloud server corresponding to each associated account based on the selected transmission sequence rule and the priority sequence of each associated account.
By adopting the technical scheme, when the network quality of the environment where the intelligent equipment is located is poor, the intelligent equipment can preferentially synchronize data in the commonly used associated account, so that the influence of the poor network quality on the user experience can be reduced.
Optionally, after the obtaining the synchronization data from the cloud server corresponding to each of the associated accounts, the method further includes:
for each associated account, identifying whether the intelligent equipment is provided with a corresponding associated application;
and updating the data in the currently installed associated application based on all the acquired synchronous data.
By adopting the technical scheme, after the intelligent equipment completes the synchronization of the first application data, the intelligent equipment can further synchronously update the data in the installed associated application, so that the data volume needing to be synchronized when the user uses the installed associated application is reduced, and the synchronization efficiency is improved.
In a second aspect, the present application provides an intelligent device, which adopts the following technical solution:
a smart device, comprising:
the application account identification module is used for identifying a first account currently used by the first application when identifying that a user logs in or wakes up the first application through the synchronization plug-in;
the associated account identification module is used for identifying the associated account of the first account based on the pre-stored association relationship among accounts of different applications;
the synchronous data acquisition module is used for acquiring synchronous data from cloud servers corresponding to the associated accounts respectively;
and the application data updating module is used for updating the data in the first application based on the synchronous data.
In a third aspect, the present application provides an intelligent terminal, which adopts the following technical scheme:
an intelligent terminal comprising a memory and a processor, said memory having stored thereon a computer program that can be loaded by the processor and that executes the method according to the first aspect.
In a fourth aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions:
a computer readable storage medium comprising a computer program stored thereon which is loadable by a processor and adapted to carry out the method of the first aspect.
In summary, the present application includes at least one of the following beneficial technical effects:
1. when a user starts or wakes up a first application through a synchronization plug-in installed in the intelligent device, the intelligent terminal can automatically identify a related account related to the first account based on the first account used by the first application, and logs in a corresponding cloud server by using the related account, so that synchronous data is downloaded from the cloud server, and then the intelligent terminal updates data in the first application by using the received synchronous data, so that the synchronization of the data between the first application and the related applications with similar functions is realized, the user can conveniently inquire the data of all the related applications through the first application without switching back and forth between the applications, and the user experience is improved;
2. when a user wants to actively synchronize data in a first application, a target associated account and a target synchronization time period can be selected through a synchronization plug-in on intelligent equipment, so that the intelligent equipment sends a real-time synchronization request signal to a target cloud server corresponding to the target associated account, the data in the first application can be updated according to the fed-back real-time synchronization data, the user can actively request for data synchronization at any time, and user experience is further improved;
3. after the intelligent device completes synchronization of the first application data, the intelligent device can further synchronously update the data in the installed associated application, so that the data volume needing to be synchronized when the user uses the installed associated application is reduced, and the synchronization efficiency is improved.
Drawings
FIG. 1 is a schematic flow chart diagram for embodying a method for application data synchronization in an embodiment of the present application;
FIG. 2 is a block diagram of an embodiment of the present application for implementing an intelligent device;
fig. 3 is a block diagram of another smart device for implementing the embodiment of the present application.
Description of the reference numerals: 21. an application account number identification module; 22. a correlation account number identification module; 23. a synchronous data acquisition module; 24. an application data update module; 31. and an association relation setting module.
Detailed Description
The present application is described in further detail below with reference to figures 1-3.
The embodiment of the application discloses an application data synchronization method which can be applied to intelligent equipment, wherein the intelligent equipment can be a smart phone, a tablet personal computer, a computer and the like. The intelligent device is at least provided with a synchronization plug-in and a first application, wherein the synchronization plug-in is used for realizing synchronization of data among different applications, and a user can start the first application through the synchronization plug-in.
The process flow shown in fig. 1 will be described in detail below with reference to specific embodiments, and the contents may be as follows: s101: and when the user is identified to log in or awaken the first application through the synchronization plug-in, identifying a first account currently used by the first application.
In implementation, a user can run a synchronization plug-in through the intelligent device and select a first application from the synchronization plug-in, so that the intelligent device runs the first application. When the first application is in the non-login state, the user can complete login in a mode of inputting a first account; when the first application is in a background running state in which the login is completed through the first account, the user can also wake up the first application directly through the synchronization plug-in. When recognizing that the user logs in or wakes up the first application through the synchronous plug-in, the intelligent device can recognize a first account used when the user logs in or wakes up the first application, namely the first account currently used by the first application.
S102: and identifying the associated account of the first account based on the pre-stored association relationship between accounts of different applications.
The associated account number corresponds to the associated application one by one, and the associated application and the first application have at least one same function. For example, the first application may be a QQ, and the associated application may be a chat tool such as WeChat, Michat, Wangwang, etc.; the first application may also be a QQ mailbox, and the associated application may be a mailbox application such as Foxmail and outlook at this time. The associated account refers to a personal account of the user in the associated application.
In implementation, the synchronous plug-in stores the association relationship between accounts of different applications, which is preset by a user, and after the intelligent device identifies the first account selected by the user, the intelligent device further identifies the associated account associated with the first account.
S103: and acquiring synchronous data from cloud servers corresponding to the associated accounts respectively.
In implementation, after the intelligent device identifies the associated account number associated with the first account number, for each associated account number, the intelligent device logs in the corresponding cloud server by using the associated account number, so as to send a data synchronization request to the cloud server, and enable the cloud server to feed back synchronization data. It should be noted that the operation in this step may be performed regardless of whether the associated application is installed in the smart device.
S104: based on the synchronization data, the data in the first application is updated.
In implementation, the smart device updates the data in the first application based on the acquired synchronization data, so that the user can view the data generated in the associated application in the first application.
Optionally, in another embodiment, the process of establishing the association relationship between the accounts of different applications in the synchronization plug-in may be as follows:
and after an account number association request signal sent by the user through the synchronization plug-in is identified, displaying all currently installed associable applications for the user to select.
The associable application refers to an application supported by a synchronization function of the synchronization plug-in, and the synchronization plug-in prestores an association relationship between the associable applications.
In implementation, after the user opens the synchronization plug-in through the intelligent device, the user can click the corresponding option, so as to send out an account association request signal, and the intelligent device displays all currently installed associable applications through the synchronization plug-in, thereby facilitating the selection of the user.
And after identifying the second application selected by the user from all the associable applications, displaying all the associable applications related to the second application based on a pre-stored associable application comparison table so that the user can select a target associable application from the second application.
Wherein the second application is any one of all associable applications that are currently installed. The associable application comparison table can be input into the synchronization plug-in by a user or a programmer in advance, and the associable application comparison table records the association relationship between the associable applications.
In implementation, the user may select a second application that is desired to be set from all the associable applications displayed by the smart device by clicking. The intelligent device identifies all the associable applications related to the second application based on the selection result of the user and a pre-stored associable application comparison table, and displays the associable applications through the synchronous plug-in, so that the user can conveniently select at least one target associable application from the second application.
After a second account corresponding to the second application and a target application account corresponding to the target associable application, which are input by a user, are recognized, the selected target associable application is marked as an associated application associated with the second application, and the target application account is recorded as an associated account associated with the second account.
In implementation, after recognizing that the user completes selecting the target associable application, or during the selection process, the smart device may further require the user to complete inputting the account. And after a second account corresponding to the second application and a target application account corresponding to the target associable application input by the user are identified, respectively networking and verifying the second account and the target application account. After the verification is passed, the intelligent device marks the selected target associable application as an associated application associated with the second application through the synchronization plug-in, and records the target application account as an associated account associated with the second account. Therefore, the establishment of the association relationship among the accounts of different applications is realized.
Optionally, in another embodiment, a historical synchronization time point corresponding to each associated account may also be stored in the smart device, where the historical synchronization time point corresponding to a certain associated account refers to a time node at which the smart device acquires synchronization data from the cloud server corresponding to the associated account within a past time. In this case, the step S103 may specifically include the following steps:
and generating a synchronization time period corresponding to the first associated account number based on the current time point and the latest historical synchronization time point corresponding to the first associated account number.
The first associated account number refers to any one of all associated account numbers associated with the first account number.
In implementation, after recognizing that a user logs in or wakes up a first application through a synchronization plug-in, the intelligent device identifies and records a current time point based on system time. Meanwhile, the intelligent device identifies the latest historical synchronization time point from all currently stored historical synchronization time points corresponding to the first associated account, namely the time for updating the data in the first application according to the synchronization data of the first associated account for the last time. Then, the smart device generates a synchronization time period corresponding to the first associated account with the time point as an end point and the latest historical synchronization time point as a start point.
And sending a synchronization request signal to a cloud server corresponding to the first associated account, wherein the synchronization request signal carries a synchronization time period corresponding to the first associated account.
In implementation, the intelligent device generates a synchronization request signal carrying a synchronization time period corresponding to the first associated account, and sends the synchronization request signal to the cloud server corresponding to the first associated account. For example, when the first associated account is a QQ number, the corresponding cloud server is a server for storing QQ online data in flight.
And receiving synchronous data in a synchronous time period fed back by the cloud server corresponding to the first associated account.
In implementation, after receiving the synchronization request signal, the cloud server corresponding to the first associated account identifies a synchronization time period carried in the synchronization request signal, so as to feed back synchronization data stored in the synchronization time period.
Optionally, in another embodiment, the user may also actively request data synchronization at any time, and at this time, the application data synchronization method may further include the following steps:
after receiving a real-time synchronization instruction carrying a target associated account and a target synchronization time period, sending a real-time synchronization request signal to a target cloud server corresponding to the target associated account, wherein the real-time synchronization request signal carries the target synchronization time period.
In implementation, when a user wants to actively synchronize data in a first application, a virtual key preset in a synchronization plug-in may be clicked, and a target associated account and a target synchronization time period may be further selected on a display interface of the smart device. The user can complete the selection of the target associated account and the target synchronization time period through a direct input mode or a mode of selecting from a plurality of options provided by the intelligent device. After the user finishes the selection, the user can click a virtual button preset on a display interface of the intelligent device and representing the confirmation, namely, the representation sends a real-time synchronization instruction carrying the target associated account and the target synchronization time period to the intelligent device. And then, the intelligent device generates a real-time synchronization request signal carrying a target synchronization time period based on the real-time synchronization instruction, and sends the real-time synchronization request signal to a target cloud server corresponding to the target associated account.
And after the real-time synchronization data corresponding to the target synchronization time period and fed back by the target cloud server are obtained, updating the data in the first application based on the real-time synchronization data.
In implementation, after receiving the real-time synchronization request signal, the target cloud server identifies a target synchronization time period therein, so as to extract data which is stored in the target synchronization time period, and feeds the data back to the intelligent device which sends the real-time synchronization request signal as real-time synchronization data. The intelligent device updates the data in the first application based on the received real-time synchronization data.
Optionally, in another embodiment, the step S104 may specifically include the following steps:
after receiving the synchronous data fed back by the cloud server corresponding to the associated account, performing data format conversion on the synchronous data based on a pre-stored data format conversion relation table to obtain final synchronous data which can be identified by the first application.
The data format conversion table records a conversion method of the data format between every two mutually associated applications, for example, a conversion method of the data format between the first application and any one of the associated applications. The data format conversion table is pre-stored in a synchronization plug-in of the intelligent device.
In implementation, after receiving synchronization data fed back by a cloud server of a certain associated account through a synchronization plug-in, the intelligent device reads a conversion method of a data format between the associated account and a first application from a data format conversion table, and performs data format conversion operation on the synchronization data based on the conversion method, so as to obtain final synchronization data of which the data format can be identified by the first application.
Based on the final synchronization data, the data in the first application is updated.
In implementation, the smart device updates the data of the first application based on the processed final synchronization data.
Optionally, in another embodiment, the user may also set different priorities for different associated accounts through a synchronization plug-in the smart device, so that common applications can be preferentially updated. In this case, the acquiring the synchronization data from the cloud server corresponding to each associated account may specifically include the following steps:
and selecting a corresponding transmission sequence rule based on the detected current network speed and a preset transmission sequence rule reference table, wherein the transmission sequence rule reference table records the corresponding relation between the network speed interval and the transmission sequence rule.
The transmission sequence rule is used to represent the maximum number of synchronization request signals allowed to be transmitted simultaneously, that is, the number of associated account numbers allowed to be processed simultaneously. For example, the transmission sequence rule reference table may be as follows:
| network speed interval (kb/s) | Maximum number of synchronization request signals allowed to be transmitted simultaneously |
| (a,b) | 1 |
| (b,c) | 2 |
| (c,d) | 3 |
| … | … |
| (x，+∞) | Without limitation |
When the current network speed is larger than x (kb/s), the number of the simultaneously processed associated accounts is not limited.
In implementation, before sending the synchronization request to the cloud server, the smart device may further detect a current network speed at the current time, so as to evaluate the network condition. And then, the intelligent equipment confirms the currently applicable transmission sequence rule based on the current network speed.
And acquiring synchronous data from the cloud server corresponding to each associated account based on the selected transmission sequence rule and the priority sequence of each associated account.
In implementation, after selecting the transmission sequence rule, the intelligent device further acquires the synchronization data from the cloud server corresponding to each associated account in combination with the priority sequence of each associated account. For example, assume that there are 5 associated accounts A, B, C, D, E and the priority order is A, B, C, D, E from high to low. Based on the transmission sequence rule selected by the current network speed, that is, the maximum number of the synchronization request signals allowed to be sent at the same time is 2, the control terminal obtains the synchronization data from the cloud server corresponding to each of the associated account numbers A, B, obtains the synchronization data from the cloud server corresponding to each of the associated account numbers C, D, and obtains the synchronization data from the cloud server corresponding to the associated account number E. The intelligent device may update the data in the first application after each acquisition of one piece of synchronization data.
Optionally, in another embodiment, after the step S103, the following processing may be further included:
and for each associated account, identifying whether the corresponding associated application is installed in the intelligent equipment.
In implementation, after receiving synchronization data fed back by a cloud server corresponding to a certain associated account, the intelligent device identifies whether the intelligent device itself is provided with an associated application corresponding to the associated account.
And updating the data in the currently installed associated application based on all the acquired synchronous data.
In implementation, for the associated application identified as installed, the smart device also updates the data in the associated application by using the synchronization plug-in and the synchronization data of all currently acquired associated accounts.
Based on the above method, an embodiment of the present application further discloses an intelligent device, and with reference to fig. 2, the intelligent device includes:
the application account identification module 21 is configured to identify a first account currently used by the first application when it is identified that the user logs in or wakes up the first application through the synchronization plug-in.
And the associated account number identification module 22 is configured to identify an associated account number of the first account number based on a pre-stored association relationship between account numbers of different applications.
The synchronous data obtaining module 23 is configured to obtain synchronous data from the cloud server corresponding to each associated account.
And an application data updating module 24, configured to update the data in the first application based on the synchronization data.
Optionally, with reference to fig. 3, the smart device further includes:
the association relation setting module 31 is configured to display all currently installed associable applications for the user to select after identifying an account association request signal sent by the user through the synchronization plug-in; the method is also used for displaying all the associable applications related to the second application based on a pre-stored associable application comparison table after identifying the second application selected by the user from all the associable applications, so that the user can select the target associable application from the second application; and after the second account corresponding to the second application and the target application account corresponding to the target associable application, which are input by the user, are identified, the selected target associable application is marked as an associated application associated with the second application, and the target application account is recorded as an associated account associated with the second account.
Optionally, the smart device further includes:
and the time period generating module is used for generating a synchronization time period corresponding to the first associated account based on the current time point and the latest historical synchronization time point corresponding to the first associated account.
The signal sending module is used for sending a synchronization request signal to a cloud server corresponding to the first associated account, wherein the synchronization request signal carries a synchronization time period corresponding to the first associated account.
The synchronization data obtaining module 23 is specifically configured to receive synchronization data in a synchronization time period fed back by the cloud server corresponding to the first associated account.
Optionally, the signal sending module is further configured to send a real-time synchronization request signal to a target cloud server corresponding to the target associated account after receiving a real-time synchronization instruction carrying the target associated account and the target synchronization time period.
The application data updating module 24 is specifically configured to update data in the first application based on the real-time synchronization data after acquiring the real-time synchronization data corresponding to the target synchronization time period and fed back by the target cloud server.
Optionally, the smart device further includes:
and the data format conversion module is used for performing data format conversion on the synchronous data based on a pre-stored data format conversion relation table after receiving the synchronous data fed back by the cloud server corresponding to the associated account so as to obtain final synchronous data which can be identified by the first application.
The application data updating module 24 is specifically configured to update the data in the first application based on the final synchronization data.
Optionally, the smart device further includes:
and the transmission sequence rule selection module is used for selecting a corresponding transmission sequence rule based on the detected current network speed and a preset transmission sequence rule reference table, and the transmission sequence rule reference table records the corresponding relation between the network speed interval and the transmission sequence rule.
The synchronous data obtaining module 23 is specifically configured to obtain synchronous data from the cloud server corresponding to each associated account based on the selected transmission sequence rule and the priority sequence of each associated account.
Optionally, the smart device further includes:
and the installation condition identification module is used for identifying whether the corresponding associated application is installed in the intelligent equipment or not for each associated account.
The application data updating module 24 is further configured to update data in the currently installed associated application based on all the acquired synchronization data.
The embodiment of the application also discloses an intelligent terminal, which comprises a memory and a processor, wherein the memory is stored with a computer program which can be loaded by the processor and can execute the application data synchronization method.
An embodiment of the present application further discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and execute the application data synchronization method as described above, and the computer-readable storage medium includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The above examples are only used to illustrate the technical solutions of the present application, and do not limit the scope of protection of the application. It is to be understood that the embodiments described are only some of the embodiments of the present application and not all of them. All other embodiments, which can be derived by a person skilled in the art from these embodiments without making any inventive step, are within the scope of the present application.
Claims (10)
1. An application data synchronization method is applied to an intelligent device, at least a synchronization plug-in and a first application are installed in the intelligent device, the synchronization plug-in is used for realizing synchronization of data among different applications, and the method comprises the following steps:
when the fact that a user logs in or wakes up the first application through the synchronization plug-in is recognized, a first account currently used by the first application is recognized;
identifying a correlation account of the first account based on a pre-stored correlation relationship between accounts of different applications, wherein the correlation account corresponds to a correlation application one to one, and the correlation application and the first application have at least one same function;
acquiring synchronous data from cloud servers corresponding to the associated accounts respectively;
updating the data in the first application based on the synchronization data.
2. The application data synchronization method of claim 1, wherein the method further comprises:
after an account number association request signal sent by the user through the synchronous plug-in is identified, displaying all currently installed associable applications for the user to select;
after identifying a second application selected by the user from all the associable applications, displaying all the associable applications related to the second application based on a pre-stored associable application comparison table so that the user can select a target associable application from the second application;
after the second account corresponding to the second application and the target application account corresponding to the target associable application, which are input by the user, are identified, the selected target associable application is marked as an associated application associated with the second application, and the target application account is recorded as an associated account associated with the second account.
3. The application data synchronization method according to claim 1, wherein a historical synchronization time point corresponding to each associated account is stored in the smart device, and the acquiring synchronization data from the cloud server corresponding to each associated account specifically includes:
generating a synchronization time period corresponding to a first associated account number based on a current time point and a last historical synchronization time point corresponding to the first associated account number;
sending a synchronization request signal to a cloud server corresponding to the first associated account, wherein the synchronization request signal carries a synchronization time period corresponding to the first associated account;
and receiving synchronous data in a synchronous time period fed back by the cloud server corresponding to the first associated account.
4. The application data synchronization method of claim 1, further comprising:
after receiving a real-time synchronization instruction carrying a target associated account and a target synchronization time period, sending a real-time synchronization request signal to a target cloud server corresponding to the target associated account, wherein the real-time synchronization request signal carries the target synchronization time period;
and after the real-time synchronization data corresponding to the target synchronization time period and fed back by the target cloud server is obtained, updating the data in the first application based on the real-time synchronization data.
5. The method for synchronizing application data according to claim 1, wherein the updating the data in the first application based on the synchronization data specifically includes:
after receiving the synchronous data fed back by the cloud server corresponding to the associated account, performing data format conversion on the synchronous data based on a pre-stored data format conversion relation table to obtain final synchronous data which can be identified by the first application;
updating the data in the first application based on the final synchronization data.
6. The application data synchronization method according to claim 1, wherein different associated account numbers have different preset priorities;
the acquiring of the synchronization data from the cloud server corresponding to each of the associated accounts specifically includes:
selecting a corresponding transmission sequence rule based on the detected current network speed and a preset transmission sequence rule reference table, wherein the transmission sequence rule reference table records the corresponding relation between a network speed interval and the transmission sequence rule;
and acquiring synchronous data from the cloud server corresponding to each associated account based on the selected transmission sequence rule and the priority sequence of each associated account.
7. The application data synchronization method according to claim 1, further comprising, after obtaining the synchronization data from the cloud server corresponding to each of the associated accounts:
for each associated account, identifying whether the intelligent equipment is provided with a corresponding associated application;
and updating the data in the currently installed associated application based on all the acquired synchronous data.
8. A smart device, comprising:
the application account identification module (21) is used for identifying a first account currently used by the first application when a user is identified to log in or awaken the first application through the synchronization plug-in;
the associated account number identification module (22) is used for identifying the associated account number of the first account number based on the pre-stored association relationship among account numbers of different applications;
a synchronous data acquisition module (23) for acquiring synchronous data from the cloud servers corresponding to the associated accounts respectively;
an application data update module (24) for updating data in the first application based on the synchronization data.
9. An intelligent terminal, comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the method according to any one of claims 1 to 7.
10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method of any one of claims 1 to 7.
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