CN110086869B - Mobile phone APP data updating and synchronizing method - Google Patents
Mobile phone APP data updating and synchronizing method Download PDFInfo
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- CN110086869B CN110086869B CN201910344718.5A CN201910344718A CN110086869B CN 110086869 B CN110086869 B CN 110086869B CN 201910344718 A CN201910344718 A CN 201910344718A CN 110086869 B CN110086869 B CN 110086869B
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- H—ELECTRICITY
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Abstract
The invention discloses a method for updating and synchronizing data of a mobile phone APP, which specifically comprises the following steps: the method comprises the following steps: the version information of APP will be gathered after cell-phone and network are networked, APP version number in the cell-phone can be drawed out from the APP that the cell-phone gathered from the network end carries out the version information and compares, its specific collection comparison process is as follows: s1: connecting the mobile phone with an external wireless network, acquiring a version number issued by an APP in the network after the connection, and marking the version number of the APP in the network as K1; s2: obtaining an APP version in a mobile phone, marking the APP version as K2, and extracting and marking the version number of the APP updated in the past as K3i, wherein i =1 … … n; s3: comparing K1 with K2 and K3i, and when K1 is different from K2 and K3 i; the method and the device can effectively reduce the occurrence of the APP update prompt popup window under the condition of ensuring the APP update efficiency, and can also effectively avoid the condition that the old version APP data is lost in the APP update process.
Description
Technical Field
The invention belongs to the field of data processing, relates to a data updating and synchronous utilization technology, and particularly relates to a mobile phone APP data updating and synchronizing method.
Background
The mobile phone software is also called APP, and mainly refers to software installed on a smart phone, so that the defects and individuation of an original system are overcome. The mobile phone has the advantages that the functions of the mobile phone are improved, a main means of richer use experience is provided for users, a corresponding mobile phone system is required for the operation of mobile phone software, and the current main mobile phone system is as follows: iOS.2 of apple company, google company's Android system, APP all is installed in the cell-phone with the installation package form, need to update the APP of old version promptly when the APP of new version is released, comes to give the better use experience of user.
The method for updating and synchronizing the data of the mobile phone APP is an updating method and a data synchronizing method used in the process of updating the APP, the existing data updating and synchronizing method has a single mode, the APP can be frequently pushed on a mobile phone screen of a user after a new version of the APP appears, bad use experience is brought to the user, only a plurality of APPs can be automatically updated, a large amount of mobile traffic of the user can be wasted when the mobile data traffic is used, and great influence is brought to the use of the data updating and synchronizing method; however, an effective data updating and synchronization method is lacking, and a solution is proposed to solve these drawbacks.
Disclosure of Invention
The invention aims to provide a method for updating and synchronizing APP data of a mobile phone.
The technical problem to be solved by the invention is as follows:
(1) How to better update the APP in the mobile phone of the user;
(2) How to reduce the occurrence of the condition of loss of the original version APP data in the APP updating process;
the purpose of the invention can be realized by the following technical scheme:
the method for updating and synchronizing the mobile phone APP data specifically comprises the following steps:
the method comprises the following steps: the version information of APP will be gathered after cell-phone and network are networked, APP version number in the cell-phone can be drawed out from the APP that the cell-phone gathered from the network end carries out the version information and compares, its specific collection comparison process is as follows:
s1: connecting the mobile phone with an external wireless network, acquiring a version number issued by an APP in the network after the connection, and marking the version number of the APP in the network as K1;
s2: obtaining an APP version in a mobile phone, marking the APP version as K2, and extracting and marking the version number of the APP updated in the past as K3i, wherein i =1 … … n;
s3: comparing the K1 with the K2 and the K3i, and judging that the APP information acquired in the network is the latest version APP when the K1 is not the same as the K2 and the K3 i;
s4: when K1 is the same as any one of K2 and K3i, judging that the APP information acquired in the network is an old version APP;
step two: the frequency of the user manual update APP version is collected, update information is pushed for the user when the new version APP is collected and released, and the specific process of collecting the frequency of the user manual update APP version is as follows:
and (4) SS1: marking the time when the mobile phone acquires the APP of the new version as T1i, i =1 … … n;
and (4) SS2: marking the time when a user actively clicks for updating after receiving the version updating message as T2i, i =1 … … n;
and (4) SS3: the time difference Ti between the prompt time and the update time can be obtained through a formula T1i-T2i = Ti;
and (4) SS: by the formula T1+ T2+ T3 … … + Ti = T General assembly The sum of the time differences T can be obtained General (1) ；
And SS5: then by the formula
The average time difference per manual update can be obtained
And SS6: when in use
When the APP update information is larger than the preset value, the APP new version information appears
Prompting the user when the user is in the future;
SS7 when
Within a preset time range, the APP update information can show the new version information of the APP
Prompting the user after a time period;
SS8 when
When the APP update information is smaller than the preset value, the user is prompted immediately after the APP new version information appears;
step three: the method comprises the following steps of collecting the using frequency of APP on the mobile phone, and analyzing the collected using frequency, wherein the specific comparative analysis process is as follows:
SSS1: acquiring the times of opening a single APP by a user in a preset time period on a mobile phone;
SSS2: marking the preset time as Ct;
SSS3: the number of times a single APP is opened is labeled Kti, i =1 … … n;
SSS4: the opening times Dti of the APP in unit time can be obtained through a formula Kti/Ct = Dti, and i =1 … … n;
SSS5: marking the duration of a single day as D Sky ，D Sky ＝24h；
SSS6: obtaining an APP opening coefficient Qti by a formula (D days/Ct) × Dti = Qti, wherein i =1 … … n;
SSS7: when Qti is larger than a preset value, marking the APP as frequently opened application;
SSS8: when the Qti is in a preset range, marking the APP as a common application;
SSS9: when the Qti is smaller than a preset value, marking the APP as an uncommon application;
the APP in the frequently-opened application category is set to be in an automatic updating mode, the APP in the frequently-opened application category pops up a reminding message when the user opens the APP, the specific content of the reminding message is 'whether to start the automatic updating mode of the application', and the updating modes of the APPs in the infrequent application category are all manually updated by the user;
step four: the opening times of the APP can be collected through the mobile phone, whether a database exists in the APP is judged according to the collection times, and the specific judgment process is as follows:
marking the collected opening times of the APP as P, judging that the APP memory exists in a database when P is larger than 0, judging that no database exists in the APP when P =0, executing a fifth step when the APP memory has a database, and executing an eighth step when the APP memory does not have a database;
step five: when the database information in the APP is collected, importing the APP data information into a cloud end and storing the APP data information;
step six: when the APP is updated, the original APP data of the mobile phone can be covered by the APP data collected after the mobile phone is connected with the network;
step seven: after the original APP data is covered, data information in the APP stored in advance by the cloud end is led into the updated APP, and after the data is led, information in the new version APP is extracted again to be compared with information of the cloud end;
step eight: after the data comparison is correct, the APP update is completed, and a popup window and a vibration prompt can be displayed on the mobile phone after the APP update is completed.
Further, the comparison process of the new version APP information and the cloud information is as follows:
(1): marking original APP data uploaded to the cloud as Q1;
(2): marking the better data imported into the new version APP as Q2;
(3): setting a preset number of pieces of information from the same position in Q1 and Q2, marking the information extracted from Q1 as Y1i, and marking the information extracted from Q2 as Y2i, i =1 … … n;
(4): comparing the Y1i with the Y2i, and when the Y1i = Y2i, namely the Y1i is completely the same as the Y2i, judging that the data is not lost in the data transmission process;
(5): when Y1i is not equal to Y2i, namely Y1i and Y2i are different, data loss in the data transmission process is judged;
(6): after finding that the receipt is lost, namely, the data needs to be transmitted to the new version APP from the cloud for the second time, and the data verification is repeated (4):
(7): when the secondary verification fails again, the APP is updated again.
Further, in the eighth step, a popup window can be displayed on the display screen of the mobile phone after the APP is updated, the displayed content in the popup window is that "XXX software is updated, whether automatic update needs to be started" or not, and the content displayed in the popup window simultaneously also includes the specific function of a new version of the APP.
Further, the pre-stored APP data stored in the cloud end can be deleted at X time after the step eight is implemented, and a specific calculation process of the X time point is as follows:
1): marking the time point of finishing the step eight as Vt1;
2): marking the time point when the user turns on the updated APP as Vt2;
3): the time difference Vt can be obtained by the formula Vt2-Vt1= Vt;
4): when Vt is within the preset value range, X1=3 × Vt, and X1 is the duration;
5): when Vt is greater than a preset value, X1= Vt;
6): and marking the time point realized in the step eight as C, and obtaining the time point X for deleting the cloud data through a formula X = C + X1.
Further, the step one of acquiring the APP version information after the network connection can be set to acquire the APP version information when the network connection is made with WIFI, and the step two of acquiring the APP version information when the new version APP is new is "xxapp issues the latest version, and if the version needs to be updated, please click to check details to know the version update content.
The invention has the beneficial effects that:
(1) The invention can acquire the times of using each APP by the user, and can obtain the opening times Dti of the APP in unit time by the acquired APP use times data and providing a formula Kti/Ct = Dti, and then by the formula (D) Sky The method comprises the steps that/Ct) & gt Dti = Qti, namely, an APP opening coefficient Qti can be obtained, the APPs in the user mobile phone are classified according to the size of the Qti, the APPs in the user mobile phone can be classified into frequently opened applications, commonly used applications and uncommon applications, the APPs in the frequently opened application categories can be set to be in an automatic updating mode, reminding messages can be popped up when the APPs are opened by users, the updating mode of the APPs in the uncommon application categories is manual updating for the users, version updating efficiency of the commonly used applications of the users is not guaranteed, the number of reminding popup windows which are inconvenient to bring to the users is effectively reduced, power consumption of the mobile phone is increased, and the method is more suitable for popularization and use;
(2) According to the invention, when the APP version is updated, the information in the original edition APP is uploaded to the cloud end, after the APP is updated, the backup data is imported into the new edition APP, meanwhile, Y1i and Y2i are extracted from Q1 and Q2 after the data import is completed, and whether the data loss occurs in the process of importing the data into the APP is judged according to whether Y1i and Y2i are the same, so that the situation that the user data in the APP is lost after the APP is updated is effectively avoided;
(3) The invention can collect the update time data of the user after receiving the APP version update prompt, and passes through the formula according to the collected data
The average time difference per manual update can be obtained
And according to
Whether the size of judging whether to remind at once to update APP when the APP appears in a new version or not is effectively reduced from the other side, and the use experience of the method is better promoted.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a block flow diagram of the present invention.
Detailed Description
As shown in fig. 1, the method for updating and synchronizing the APP data of the mobile phone specifically includes the following steps:
the method comprises the following steps: the version information of APP will be gathered after cell-phone and network are networked, APP version number in the cell-phone can be drawed out from the APP that the cell-phone gathered from the network end carries out the version information and compares, its specific collection comparison process is as follows:
s1: connecting the mobile phone with an external wireless network, acquiring a version number issued by an APP in the network after the connection, and marking the version number of the APP in the network as K1;
s2: obtaining an APP version in a mobile phone, marking the APP version as K2, and extracting and marking the version number of the APP updated in the past as K3i, wherein i =1 … … n;
s3: comparing the K1 with the K2 and the K3i, and judging that the APP information acquired in the network is the latest version APP when the K1 is not the same as the K2 and the K3 i;
s4: when K1 is the same as any one of K2 and K3i, judging that the APP information acquired in the network is an old version APP;
step two: the frequency of the user manual update APP version is collected, update information is pushed for the user when the new version APP is collected and released, and the specific process of collecting the frequency of the user manual update APP version is as follows:
and (4) SS1: marking the time when the mobile phone acquires the APP of the new version as T1i, i =1 … … n;
and (4) SS2: marking the time of actively clicking to update after the user receives the version update message as T2i, i =1 … … n;
and (4) SS3: the time difference Ti between the prompt time and the update time can be obtained through a formula T1i-T2i = Ti;
and (4) SS: by the formula T1+ T2+ T3 … … + Ti = T General assembly The sum of the time differences T can be obtained General assembly ；
SS5: then by the formula
The average time difference per manual update can be obtained
And SS6: when in use
When the APP update information is larger than the preset value, the APP new version information appears
Prompting the user when the user is in the future;
SS7 when
Within a preset time range, the APP update information can show the new version information of the APP
Prompting the user after a time period;
SS8 when
When the APP update information is smaller than the preset value, the user is prompted immediately after the APP new version information appears;
step three: the method comprises the following steps of collecting the using frequency of APP on the mobile phone, and analyzing the collected using frequency, wherein the specific comparative analysis process is as follows:
SSS1: acquiring the times of opening a single APP by a user in a preset time period on a mobile phone;
SSS2: marking the preset time as Ct;
SSS3: the number of times a single APP is opened is labeled Kti, i =1 … … n;
SSS4: the opening times Dti of the APP in unit time can be obtained through a formula Kti/Ct = Dti, i =1 … … n;
SSS5: marking the duration of a single day as D Sky ，D Sky ＝24h；
SSS6: obtaining an APP opening coefficient Qti by a formula (D days/Ct) × Dti = Qti, wherein i =1 … … n;
SSS7: when the Qti is larger than a preset value, marking the APP as frequently opened application;
SSS8: when the Qti is in a preset range, marking the APP as a common application;
SSS9: when the Qti is smaller than a preset value, marking the APP as an uncommon application;
the APP in the frequently-opened application category is set to be in an automatic updating mode, the APP in the frequently-opened application category pops up a reminding message when the user opens the APP, the specific content of the reminding message is 'whether to start the automatic updating mode of the application', and the updating modes of the APPs in the infrequent application category are all manually updated by the user;
step four: the opening times of the APP can be collected through the mobile phone, whether a database exists in the APP is judged according to the collection times, and the specific judgment process is as follows:
marking the collected opening times of the APP as P, judging that the APP memory exists in a database when P is larger than 0, judging that no database exists in the APP when P =0, executing a fifth step when the APP memory has a database, and executing an eighth step when the APP memory does not have a database;
step five: when the database information in the APP is collected, importing the APP data information into a cloud end and storing the APP data information;
step six: when the APP is updated, the original APP data of the mobile phone can be covered by the APP data collected after the mobile phone is connected with the network;
step seven: after the original APP data is covered, data information in the APP stored in advance by the cloud end is led into the updated APP, and after the data is led, information in the new version APP is extracted again to be compared with information of the cloud end;
step eight: after the data comparison is correct, the APP update is completed, and a popup window and a vibration prompt can be displayed on the mobile phone after the APP update is completed.
Further, 1, the comparison process of the new version APP information and the cloud information is as follows:
(1): marking original APP data uploaded to the cloud as Q1;
(2): marking the better data imported into the new version APP as Q2;
(3): setting a preset number of pieces of information from the same position in Q1 and Q2, marking the information extracted from Q1 as Y1i, and marking the information extracted from Q2 as Y2i, i =1 … … n;
(4): comparing the Y1i with the Y2i, and when the Y1i = Y2i, namely the Y1i is completely the same as the Y2i, judging that the data is not lost in the data transmission process;
(5): when Y1i is not equal to Y2i, namely Y1i is different from Y2i, judging that data is lost in the data transmission process;
(6): and (5) after the receipt is found to be lost, the data needs to be transmitted to the new version APP from the cloud for the second time, and the data verification is repeated (4) again:
(7): when the secondary verification fails again, the APP is updated again.
In the step eight, the popup window can be displayed on the mobile phone display screen after the APP is updated, the displayed content in the popup window is that whether the XXX software is updated or not needs to be automatically updated, and meanwhile, the content displayed in the popup window further comprises the specific function of the new version APP.
And deleting the pre-stored APP data stored in the cloud at X time after the step eight is realized by the pre-stored information in the cloud, wherein the specific calculation process of the X time point is as follows:
1): marking the time point of finishing the step eight as Vt1;
2): marking the time point when the user turns on the updated APP as Vt2;
3): the time difference Vt can be obtained by the formula Vt2-Vt1= Vt;
4): when Vt is within the preset value range, X1=3 × Vt, and X1 is the duration;
5): when Vt is greater than a preset value, X1= Vt;
6): and marking the time point realized in the step eight as C, and obtaining the time point X for deleting the cloud data through a formula X = C + X1.
The method comprises the steps that APP version information collected after the APP is connected with a network in the step one can be set to be collected when the APP version information is connected with WIFI, the reminding message content of the new version APP in the step two is' XXXAPP releases the latest version, whether updating is needed or not, and the user can click to check details to know version updating content.
A method for updating and synchronizing APP data of a mobile phone comprises the steps that when the mobile phone is in work, version information of APP is collected after the mobile phone is networked with a network, the APP version number in the mobile phone is extracted from the APP collected by the mobile phone from a network end and is compared, the APP version number in the mobile phone is obtained and is marked as K2, the version number updated in the past of the APP is extracted and marked as K3i, K1 is compared with K2 and K3i, when K1 is not the same as K2 and K3i, the APP information obtained in the network is judged to be the latest version APP, when K1 is the same as any one of K2 and K3i, the APP information obtained in the network is judged to be the old version APP, the frequency of manually updating the APP version of a user is collected, the updating information is sent to the user when the new version APP is collected, the data of the using times of the collected APP are provided, and a formula Kti/Ct = Dti is provided, the opening times Dti of the APP in unit time can be obtained, then the APP in the user mobile phone is classified into frequently-opened applications, commonly-used applications and infrequently-used applications through a formula (D days/Ct) < Dti = Qti, the APP in the user mobile phone is classified into the frequently-opened applications, the commonly-used applications and the infrequently-used applications, the APP in the frequently-opened application category is set to be in an automatic updating mode, a reminding message is popped up when the APP is opened by a user, the updating mode of the APP in the infrequently-used application category is manually updated by the user, the version updating efficiency of the commonly-used applications of the user is ensured, whether a database exists or not can be known through the collected opening times of the APP, when the database exists in the APP, the APP data information in an old version can be uploaded to a cloud before the APP is updated, after the APP is updated, and then the backup data is imported into the new version APP, and Y1i and Y2i are extracted from Q1 and Q2 after the data import is finished, and whether the data loss occurs in the process of importing data into the APP is judged according to the fact that whether Y1i and Y2i are the same, so that the situation that the user data in the APP is lost after the APP is updated is effectively avoided, and the APP is updated after the information comparison is finished.
The method comprises the steps that firstly, the number of times that a user uses each APP can be acquired, the data of the acquired number of times of using the APP is provided with a formula Kti/Ct = Dti, the opening number Dti of the APP in unit time can be obtained, then the formula (D day/Ct) } Dti = Qti can be used for obtaining an APP opening coefficient Qti, the APPs in the user mobile phone are classified according to the size of the Qti, the APPs in the user mobile phone can be classified into frequently opened applications, frequently used applications and infrequently used applications, the APPs in the frequently opened application type can be set into an automatic updating mode, reminding messages can be popped up when the user opens the APPs in the frequently used application type, the updating mode of the APPs in the infrequently used application type is manually updated for the user, the version updating efficiency of the frequently used applications for the user is not guaranteed, inconvenience brought to the user by reminding popup windows is effectively reduced, the power consumption of the mobile phone is increased, and the method is more suitable for popularization and use;
secondly, when the APP version is updated, information in the original edition APP is uploaded to the cloud, after the APP is updated, backup data are imported into the new edition APP, Y1i and Y2i are extracted from Q1 and Q2 after the data import is finished, whether data loss occurs in the process of importing data into the APP is judged according to whether Y1i and Y2i are the same, and the situation that user data in the APP are lost after the APP is updated is effectively avoided;
finally, the method can acquire the update time data of the user after receiving the APP version update prompt, and passes through a formula according to the acquired data
The average time difference per manual update can be obtained
And according to
Whether the size of judging whether to remind at once to update APP when the APP appears in a new version or not is effectively reduced from the other side, and the use experience of the method is better promoted.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (4)
1. The method for updating and synchronizing the data of the mobile phone APP is characterized by comprising the following steps:
the method comprises the following steps: the version information of APP will be gathered after the mobile phone and the network are networked, the version number of APP in the mobile phone can be extracted and compared with the version information of APP gathered by the mobile phone from the network terminal, and the specific gathering and comparing process is as follows:
s1: connecting the mobile phone with an external wireless network, acquiring a version number issued by an APP in the network after the connection, and marking the version number of the APP in the network as K1;
s2: obtaining an APP version in a mobile phone, marking the APP version as K2, and extracting and marking the version number of the APP updated in the past as K3i, wherein i =1 … … n1;
s3: comparing K1 with K2 and K3i, and judging that the APP information acquired in the network is the latest version APP when K1 is not the same as K2 and K3 i;
s4: when K1 is the same as any one of K2 and K3i, determining that the APP information acquired in the network is an old version APP;
step two: the frequency of the user manual update APP version is collected, update information is pushed for the user when the new version APP is collected and released, and the specific process of collecting the frequency of the user manual update APP version is as follows:
and (4) SS1: marking the time when the mobile phone acquires the APP of the new version as T1a, a =1 … … n2;
and (4) SS2: marking the time of actively clicking to update after the user receives the version update message as T2b, wherein b =1 … … n2;
and (4) SS3: the time difference Ta between the prompt time and the update time can be obtained through a formula T1a-T2b = Ta, and a =1 … … n2;
and (4) SS: by the formula T1+ T2+ T3 … … + Tn2= T General (1) The sum of the time differences T can be obtained General assembly ；
And SS5: then by the formula T General assembly N2= 'T, and the average time difference coefficient' T of each manual update can be obtained;
and SS6: when the' T is larger than the preset value, the APP updating information prompts the user in the time period when the new version information of the APP appears T;
SS7, when the' T is in a preset time range, the APP updating information prompts the user after the new version information of the APP appears in a T time period;
SS8, when the' T is smaller than the preset value, the APP updating information can prompt the user immediately after the new version information of the APP appears;
step three: the method comprises the following steps of collecting the using frequency of APP on the mobile phone, and analyzing the collected using frequency, wherein the specific comparative analysis process is as follows:
SSS1: acquiring the times of opening a single APP by a user in a preset time period on a mobile phone;
SSS2: marking the preset time as Ct;
SSS3: the number of times a single APP is opened is labeled Ktd, d =1 … … n4;
SSS4: the opening times Dte of the APP in unit time can be obtained through a formula Ktd/Ct = Dte, and e =1 … … n4;
SSS5: marking the duration of a single day as D Sky ，D Sky =24h；
SSS6: by the formula (D) Sky Dt = Qte, then APP opening coefficient Qte can be obtained, e =1 … … n4;
SSS7: when Qte is greater than a preset value, marking the APP as a frequently used APP;
SSS8: when Qte is in a preset range, marking the APP as a commonly used APP;
SSS9: when Qte is smaller than a preset value, marking the APP as an unusual APP application;
the method comprises the steps that an APP in a frequently-used application category is set to be in an automatic updating mode, a reminding message pops up when a user opens the APP, the specific content of the reminding message is 'whether to start the automatic updating mode of the application', and the updating modes of the APPs in the infrequent application category are all manual updating of the user;
step four: the method comprises the following steps of collecting the opening times of an APP through a mobile phone, judging whether a database exists in the APP according to the collection times, wherein the specific judgment process is as follows:
marking the collected opening times of the APP as P, judging that the APP memory exists in a database when P is larger than 0, judging that no database exists in the APP when P =0, executing a step five when the APP memory has a database, and executing a step four when the APP memory does not have a database;
step five: when the database information in the APP is collected, importing the APP data information to a cloud end and storing the APP data information;
step six: when the APP is updated, the original APP data of the mobile phone can be covered by the APP data acquired after the mobile phone is connected with the network;
step seven: after the original APP data is covered, data information in the APP stored in advance by the cloud end is led into the updated APP, and after the data is led in, information in the APP of the new version needs to be extracted again to be compared with information of the cloud end;
step eight: when the data comparison is correct, the APP update is completed, and a popup window and a vibration prompt can be displayed on the mobile phone after the APP update is completed.
2. The method for updating and synchronizing the mobile phone APP data according to claim 1, wherein the comparison process between the new version APP information and the cloud information is as follows:
(1) Marking original APP data uploaded to the cloud as Q1;
(2) Marking the updated data imported into the new version APP as Q2;
(3) Extracting preset information from the same positions of Q1 and Q2, marking the information extracted from Q1 as Y1f, and marking the information extracted from Q2 as Y2f, wherein f =1 … … n7;
(4) Comparing the Y1f with the Y2f, and when the Y1f = Y2f, and the Y1f is completely the same as the Y2f, judging that the data is not lost in the data transmission process;
(5) When Y1f is not equal to Y2f, if Y1f is different from Y2f, determining that the data is lost in the data transmission process;
(6) After the data are found to be lost, the data need to be transmitted to the new version APP from the cloud for the second time, and the process of the step (4) is repeated again for data verification:
(7) When the secondary verification fails again, the APP is updated again.
3. The method for updating and synchronizing the data of the mobile phone APPs according to claim 1, wherein in the eighth step, a popup is displayed on the display screen of the mobile phone after the APPs are updated, and the content displayed in the popup is "whether the software update is completed and the automatic update needs to be started" or not ", and the content displayed in the popup also includes the specific functions of the new version of the APP.
4. The method for updating and synchronizing the APP data of the mobile phone according to claim 1, wherein the APP version information collected after the connection with the network in the step one can be set to be the APP version information collected when the connection with the WIFI is made, and the push message content of the new version APP in the step two is "APP release latest version, whether the update is needed, please click to check details to know the version update content".
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