CN103777970B - A kind of method for upgrading software and a kind of electronic equipment - Google Patents
A kind of method for upgrading software and a kind of electronic equipment Download PDFInfo
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- CN103777970B CN103777970B CN201210404275.2A CN201210404275A CN103777970B CN 103777970 B CN103777970 B CN 103777970B CN 201210404275 A CN201210404275 A CN 201210404275A CN 103777970 B CN103777970 B CN 103777970B
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Abstract
This application discloses a kind of method for upgrading software and a kind of electronic equipment, wherein, method for upgrading software is used for electronic equipment, wherein, the electronic equipment operation has the first operating system, and first operating system includes M functional module, the M is the integer more than or equal to 1, including：Obtain the instruction for upgrading first operating system；Based on the instruction, the number used in the M functional module in predetermined amount of time is analyzed, obtains an analysis result；Based on the analysis result, the functional module that the P numbers used in predetermined amount of time in the M functional module reach pre-determined number is obtained, wherein, the P is the integer more than or equal to 1, and the P is less than or equal to the M；The upgrading is performed to the P functional module.
Description
Technical field
The present invention relates to computer realm, more particularly to a kind of method for upgrading software and a kind of electronic equipment.
Background technology
At present, in the design of electronic equipment, software upgrading has become a kind of standard configuration, in smart mobile phone, flat board
In the equipment such as computer, intelligent television, backstage upgrade server is all connected with, for downloading AKU, carries out the work of edition upgrading
Make.
And in escalation process, prior art generally use two ways is upgraded：
The first, full dose upgrading.
Full dose upgrades, that is, the software that the AKU obtained will be replaced in current system completely, is for general on operating system
During having great upgrading, operated similar to brush machine.
And the AKU of full dose upgrading is generally all bigger, download time length, and if there is asking in escalation process
Topic, then system meeting can not recover.
Second, increment upgrading.
Increment upgrades, that is, the difference bag according to version on the version and server on current device, carries out difference portion
The updating operation divided.
Increment upgrading AKU it is smaller, take it is short, but on upgrade server carry out increment upgrading when, it is necessary to for from
All versions that first version that dispatches from the factory starts prepare difference bag, if issued multiple AKU, can produce arithmetic increase
Effect.
For example had tri- versions of A/B/C on current device, it is necessary to upgrade if upgrading to D versions if desired
Server safeguards tri- difference bag of A- ＞ D, B- ＞ D, C- ＞ D respectively
Upgraded using the method, then can increase the complexity of upgrade server background maintenance.
Above two upgrades mode, and what is prepared on upgrade server is all the version of same specification, can not meet according to
The service condition at family enters the demand of Mobile state adjustment, and the particularly product as intelligent television, the type of its AKU has
Plurality of specifications, than such as relating to bottom layer driving is related, being related to operating system optimization, being designed into using change etc..Meanwhile by
Also there are use habit and preference difference during intelligent television is used in user, and not all function point is all as conventional
Function uses.And above two upgrade method, software can only be upgraded in whole or in part, time-consuming, can also increase
Add the complexity of upgrade server background maintenance, and Mobile state adjustment can not be entered according to the demand of electronic equipment.
Therefore, the applicant has found that prior art at least in the presence of time-consuming, can also increase during the application is realized
The complexity of upgrade server background maintenance, and the technology that can not enter Mobile state adjustment according to the demand of electronic equipment is asked
Topic.
The content of the invention
The present invention provides a kind of method for upgrading software and a kind of electronic equipment, to solve to consume present in prior art
Duration, it can also increase the complexity of upgrade server background maintenance, it is impossible to which the demand according to electronic equipment enters Mobile state adjustment
Technical problem.
On the one hand, one embodiment that the present invention passes through the application, there is provided following technical scheme：
A kind of method for upgrading software, applied to electronic equipment, wherein, the electronic equipment operation has the first operating system,
First operating system includes M functional module, and the M is the integer more than or equal to 1, including：Obtain upgrading described the
The instruction of one operating system；Based on the instruction, time used in the M functional module in predetermined amount of time is analyzed
Number, obtains an analysis result；Based on the analysis result, obtain in the M functional module P is made in predetermined amount of time
Number reaches the functional module of pre-determined number, wherein, the P is the integer more than or equal to 1, and the P is less than or equal to institute
State M；The upgrading is performed to the P functional module；
Wherein, it is described that the upgrading is performed to the P functional module, specifically include：
According to the P functional module, the first upgrading corresponding with the P functional module is obtained from terminal server
Bag, first AKU are used to upgrade the P functional module；
Using first AKU, the P functional module is upgraded.
Optionally, the analysis result is based on described, it is individual in predetermined amount of time obtains P in the M functional module
After the number used reaches the functional module of pre-determined number, methods described also includes：Obtain Q functional module, wherein Q=
M-P, the Q are the integer more than or equal to 1, and the Q is less than the M.
Optionally, after Q functional module of the acquisition, methods described includes：Judge the residue of the electronic equipment
Whether bandwidth meets the remaining bandwidth threshold value of default；When the remaining bandwidth meets the remaining bandwidth threshold value, obtain
The second AKU corresponding with the Q functional module；Using second AKU, the Q functional module is risen
Level.
Optionally, after Q functional module of the acquisition, methods described also includes：Judge that the electronic equipment stops
Whether the time used meets the time threshold of default；Meet the time when the time that the electronic equipment is stopped using
During threshold value, the second AKU corresponding with the Q functional module is obtained；Using second AKU, to the Q function
Module is upgraded.
On the other hand, the present invention is provided by another embodiment of the application：
A kind of electronic equipment, the electronic equipment operation have the first operating system, and first operating system includes M
Functional module, the M are the integer more than or equal to 1, including：First obtains unit, for obtaining upgrading the first operation system
The instruction of system；Analytic unit, for based on the instruction, analyzing and being used in the M functional module in predetermined amount of time
Number, obtain an analysis result；Unit is obtained, for based on the analysis result, P to be obtained in the M functional module
The number used in predetermined amount of time reaches the functional module of pre-determined number, wherein, the P is the integer more than or equal to 1,
And the P is less than or equal to the M；First upgrade unit, for performing the upgrading to the P functional module；
Wherein, first upgrade unit specifically includes：
Second obtaining unit, for according to the P functional module, being obtained and the P function mould from terminal server
First AKU corresponding to block, first AKU are used to upgrade the P functional module；
Second upgrade unit, for using first AKU, the P functional module is upgraded.
Optionally, the electronic equipment also includes：3rd obtaining unit, for based on the analysis result, obtaining institute
State after P in the M functional module numbers used in predetermined amount of time reach the functional module of pre-determined number, obtain Q
Individual functional module, wherein Q=M-P, the Q is the integer more than or equal to 1, and the Q is less than the M.
Optionally, the electronic equipment also includes：First judging unit, for after Q functional module is obtained, judging
Whether the remaining bandwidth of the electronic equipment meets the remaining bandwidth threshold value of default；4th obtaining unit, for when described
When remaining bandwidth meets the remaining bandwidth threshold value, the second AKU corresponding with the Q functional module is obtained；Second upgrading
Unit, for using second AKU, the Q functional module is upgraded.
Optionally, the electronic equipment also includes：Second judging unit, for after Q functional module is obtained, judging
Whether the time that the electronic equipment is stopped using meets the time threshold of default；5th obtaining unit, for when described
When the time that electronic equipment is stopped using meets the time threshold, the second upgrading corresponding with the Q functional module is obtained
Bag；3rd upgrade unit, for using second AKU, the Q functional module is upgraded.
One or more of above-mentioned technical proposal technical scheme, has the following technical effect that or advantage：
One or more of above-mentioned technical proposal technical scheme, there is provided a kind of method for upgrading software, by judging
Conventional functional module, then conventional functional module is upgraded, without upgrading as full dose of the prior art,
Upgrade all function bags, cause the technical problem that time-consuming, without as increment of the prior art upgrade, it is necessary to be
All versions since first version that dispatches from the factory prepare difference bag and upgraded, and increase the complexity of upgrade server background maintenance
Spend, the upgrade method in the application, it is time-consuming short only to meeting that the common function module of condition upgrades, moreover, reducing liter
The complexity that level server background is safeguarded, also, can also be according to the demand according to electronic equipment, dynamic adjustment needs what is upgraded
Functional module is upgraded.
Further, because the present invention is by judging conventional functional module, then conventional functional module is carried out
Upgrading, the software upgrading being dynamically adapted, disclosure satisfy that the different upgrade requirement of user.
Further, for the functional module being of little use, can not upgrade, or selectivity upgrade, and can
Flexibly select in the bandwidth free time of electronic equipment, or electronic equipment is upgraded when not in use, and then can be rationally sharp
Upgraded with resource, reduce software upgrading when and other applications conflict.
Brief description of the drawings
Fig. 1 is the flow chart of method for upgrading software in the embodiment of the present application；
Fig. 2 is the flow chart for performing upgrading in the embodiment of the present application to P functional module；
Fig. 3 is to F1, the flow chart of the processing method of tri- functional modules of F2, F4 in the embodiment of the present application；
Fig. 4 is to the flow chart of F1, tri- functional modules of F2, the F4 another method upgraded in the embodiment of the present application；
Fig. 5 is the schematic diagram of electronic equipment in the embodiment of the present application.
Embodiment
Time-consuming in order to solve present in prior art, can also increase the complexity of upgrade server background maintenance, no
The technical problem of Mobile state adjustment can be entered according to the demand of electronic equipment, the embodiment of the present invention proposes a kind of software upgrading side
Method and a kind of electronic equipment, its solution general thought are as follows：
In this application, there is provided a kind of method for upgrading software solves above-mentioned technical problem, first, obtains upgrading first
The instruction of operating system；Secondly, based on instruction, the number used in M functional module in predetermined amount of time is analyzed, is obtained
One analysis result；Then, based on analysis result, the P numbers used in predetermined amount of time in M functional module is obtained and are reached
To the functional module of pre-determined number, wherein, P is the integer more than or equal to 1, and P is less than or equal to M；Finally, to P functional module
Perform upgrading.
The application is by first determining whether out common function module, the method that is then only upgraded to common function module,
It is time-consuming short, the complexity of upgrade server background maintenance will not be increased, additionally it is possible to which, according to the demand of electronic equipment, dynamic adjustment needs
The functional module to be upgraded.
With reference to Figure of description to the main realization principle of the embodiment of the present invention, specific implementation process and its to should be able to
The beneficial effect enough reached is explained in detail.
Embodiment one：
In the embodiment of the present application, a kind of method for upgrading software is described, this method is applied to electronic equipment.
Wherein, electronic equipment operation has the first operating system, and the first operating system includes M functional module, M for more than
Integer equal to 1.
In actual applications, method for upgrading software has two methods, i.e. " global function upgrading " and " adaptation function liter
Two kinds of upgrade methods of level ".
Global function upgrades, and is that each functional module in the first operating system is upgraded, and in the embodiment of the present application
Method for upgrading software, be that the selective functional module to the first operating system upgrades, as shown in figure 1, this method bag
Include：
Step 1, the instruction of the first operating system of upgrading is obtained.
For example when the first operating system needs upgrading, it is according to " global function liter that electronic equipment can prompt user first
Either " adaptation function upgrading ", user can be based on above two prompting and be selected level ", and the instruction that this step obtains,
It is the operational order for operating " adaptation function upgrading ".
After the instruction is obtained, then following step can be carried out.
Step 2, based on instruction, the number used in M functional module in predetermined amount of time is analyzed, obtains an analysis
As a result.
Such as first operating system specifically include 5 functional modules, and be specially：
F1, F2, F3, F4, F5.
Wherein, in the given time, such as within 5 minutes, it is specific to analyze the number that each functional module is used
For：
F1：1 time.
F2：3 times.
F3：4 times.
F4：0 time.
F5：8 times.
Step 3, based on analysis result, the P numbers used in predetermined amount of time in M functional module is obtained and are reached
The functional module of pre-determined number.
Wherein, P is the integer more than or equal to 1, and P is less than or equal to M.
For example the pre-determined number used in the scheduled time is defined as 4 times, you can to enter to qualified functional module
Row upgrading.
According to above-mentioned analysis result, qualified functional module can be obtained：F3 and F5.
Step 4, upgrading is performed to P functional module.
Further, upgrading is performed to P functional module, as shown in Fig. 2 specifically including：
Step 201, according to P functional module, the first AKU corresponding with P functional module is obtained.
Step 202, using the first AKU, P functional module is upgraded.
Specifically, when the functional module for obtaining the condition of satisfaction：During F3 and F5, then the two functional modules can be carried out
Upgrading.
And specific upgrade method is：
First, when determining two functional modules of F3 and F5, can send download request includes to terminal server, download
Upgrade first AKU of two functional modules of F3 and F5.
When terminal server receives the download request, then can be packed corresponding first AKU, and transmission electron is set
It is standby.
When electronic equipment receives first AKU, then first AKU can be used, to two functions of F3 and F5
Module is upgraded.
Said process is then the detailed process of " adaptation function upgrading ", by judging conventional functional module, then
Conventional functional module is upgraded, without upgrading as full dose of the prior art, upgrades all function bags, leads
The technical problem that time-consuming is caused, without as increment of the prior art upgrades the same, it is necessary to be to be opened from first version that dispatches from the factory
All versions to begin prepare difference bag and upgraded, the complexity of increase upgrade server background maintenance, the upgrading in the application
Method, it is time-consuming short only to meeting that the common function module of condition upgrades, moreover, reducing upgrade server background maintenance
Complexity, also, can also be according to the demand according to electronic equipment, the functional module that dynamic adjustment needs to upgrade is risen
Level.
And further, the functional module for being unsatisfactory for condition, i.e. F1, tri- functional modules of F2, F4 then can be according to reality
The situation on border, selective upgrade.
Specifically, the functional module to being unsatisfactory for condition, has following processing method：
First, Q functional module can be obtained.
Wherein, Q=M-P, Q are the integer more than or equal to 1, and Q is less than M.
Illustrate as described above, then can obtain F1, tri- functional modules of F2, F4.
When obtaining F1, after tri- functional modules of F2, F4, then there can be following processing method, and specifically locating
During reason, to F1, when tri- functional modules of F2, F4 are handled, there is different conditions：
The first：
Judge whether to upgrade F1, tri- functional modules of F2, F4 according to remaining bandwidth.
As shown in figure 3, to F1, the processing method of tri- functional modules of F2, F4 includes：
Step 301, judge whether the remaining bandwidth of electronic equipment meets the remaining bandwidth threshold value of default.
For example the remaining bandwidth threshold value of systemic presupposition is 100Kbps, when the remaining bandwidth of electronic equipment is more than or equal to
After 100Kbps, it can just upgrade F1, tri- functional modules of F2, F4.
After electronic equipment upgrades to conventional functional module, user is watching film using electronic equipment, by
Certain bandwidth is occupied in film, then now remaining bandwidth is only 50Kbps to system, now, then will not upgrade F1, F2, F4
Three functional modules.
And after user has watched film, bandwidth now has reached more than 100Kbps, then can carry out following step
Suddenly, F1, tri- functional modules of F2, F4 are upgraded.
Step 302, when remaining bandwidth meets remaining bandwidth threshold value, the second upgrading corresponding with Q functional module is obtained
Bag.
Step 303, using the second AKU, Q functional module is upgraded.
After remaining bandwidth meets remaining bandwidth threshold value, upgrade method described above, first, download request can be sent to end
Server is held, download includes upgrading F1, second AKU of tri- functional modules of F2, F4.
When terminal server receives the download request, then can be packed corresponding second AKU, and transmission electron is set
It is standby.
When electronic equipment receives second AKU, then second AKU can be used, to F1, tri- work(of F2, F4
Energy module is upgraded.
Second：
F1, tri- functional modules of F2, F4 are upgraded using the service condition of electronic equipment.
As shown in figure 4, the upgrade method includes：
Step 401, judge whether time that electronic equipment is stopped using meets the time threshold of default.
For example the time threshold that default electronic equipment is stopped using is 10 minutes, is stopped using when electronic equipment
After time is more than 10 minutes, it can just upgrade F1, tri- functional modules of F2, F4.
After electronic equipment upgrades to conventional functional module, user may stop grasping when needing rest
Make electronic equipment, for example, the time that user stops operation electronic equipment on 10 minutes, then can carry out following step, it is right
Tri- functional modules of F1, F2, F4 are upgraded.
Step 402, when the time that electronic equipment is stopped using meeting time threshold, obtain corresponding with Q functional module
The second AKU.
Step 403, using the second AKU, Q functional module is upgraded.
After remaining bandwidth meets time threshold, upgrade method described above, first, download request can be sent and taken to terminal
Business device, download include upgrading F1, second AKU of tri- functional modules of F2, F4.
When terminal server receives the download request, then can be packed corresponding second AKU, and transmission electron is set
It is standby.
When electronic equipment receives second AKU, then second AKU can be used, to F1, tri- work(of F2, F4
Energy module is upgraded.
Above embodiment describes the upgrade method of software, in the following embodiments, will introduce a kind of electronic equipment.
Embodiment two：
In the embodiment of the present application, a kind of electronic equipment is described, the electronic equipment, which is run, the first operating system, and first
Operating system includes M functional module, and M is the integer more than or equal to 1.
As shown in figure 5, the electronic equipment includes：
First obtains unit 501, for obtaining the instruction of the first operating system of upgrading.
Analytic unit 502, for based on instruction, analyzing the number used in M functional module in predetermined amount of time,
Obtain an analysis result.
Unit 503 is obtained, is used for based on analysis result, obtaining in M functional module P in predetermined amount of time
Number reach the functional module of pre-determined number, wherein, P is the integer more than or equal to 1, and P is less than or equal to M.
First upgrade unit 504, for performing upgrading to P functional module.
Further, the first upgrade unit 504 specifically includes：
Second obtaining unit, for according to P functional module, obtaining the first AKU corresponding with P functional module.
Second upgrade unit, for using the first AKU, P functional module is upgraded.
Further, electronic equipment also includes the 3rd obtaining unit, for based on analysis result, obtaining M function mould
After the P numbers used in predetermined amount of time reach the functional module of pre-determined number in block, Q functional module is obtained,
Wherein Q=M-P, Q are the integer more than or equal to 1, and Q is less than M.
Further, electronic equipment also includes：
First judging unit, for after Q functional module is obtained, judging whether the remaining bandwidth of electronic equipment meets
The remaining bandwidth threshold value of default.
4th obtaining unit, for when remaining bandwidth meets remaining bandwidth threshold value, obtaining corresponding with Q functional module
Second AKU.
Second upgrade unit, for using the second AKU, Q functional module is upgraded.
Further, electronic equipment also includes：
Second judging unit, for after Q functional module is obtained, judging whether is time that electronic equipment stops using
Meet the time threshold of default.
5th obtaining unit, when the time for being stopped using when electronic equipment meets time threshold, obtain and Q function
Second AKU corresponding to module.
3rd upgrade unit, for using the second AKU, Q functional module is upgraded.
Pass through one or more embodiments of the invention, it is possible to achieve following technique effect：
Pass through one or more embodiment of the present invention, there is provided a kind of method for upgrading software, by judging to commonly use
Functional module, then conventional functional module is upgraded, without the same as full dose of the prior art upgrading, upgraded
All function bags, cause the technical problem that time-consuming, without as increment of the prior art upgrades the same, it is necessary to be from the
All versions that one version that dispatches from the factory starts prepare difference bag and upgraded, and increase the complexity of upgrade server background maintenance,
Upgrade method in the application, it is time-consuming short only to meeting that the common function module of condition upgrades, moreover, reducing upgrading
The complexity that server background is safeguarded, also, can also be according to the demand according to electronic equipment, dynamic adjustment needs the work(upgraded
Energy module is upgraded.
Further, because the present invention is by judging conventional functional module, then conventional functional module is carried out
Upgrading, the software upgrading being dynamically adapted, disclosure satisfy that the different upgrade requirement of user.
Further, for the functional module being of little use, can not upgrade, or selectivity upgrade, and can
Flexibly select in the bandwidth free time of electronic equipment, or electronic equipment is upgraded when not in use, and then can be rationally sharp
Upgraded with resource, reduce software upgrading when and other applications conflict.
Obviously, those skilled in the art can carry out the essence of various changes and modification without departing from the present invention to the present invention
God and scope.So, if these modifications and variations of the present invention belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising including these changes and modification.
Claims (8)
1. a kind of method for upgrading software, applied to electronic equipment, wherein, the electronic equipment operation has the first operating system, institute
Stating the first operating system includes M functional module, and the M is the integer more than or equal to 1, it is characterised in that including：
Obtain the instruction for upgrading first operating system；
Based on the instruction, the number used in the M functional module in predetermined amount of time is analyzed, obtains an analysis knot
Fruit；
Based on the analysis result, obtain the P numbers used in predetermined amount of time in the M functional module and reach pre-
Determine the functional module of number, wherein, the P is the integer more than or equal to 1, and the P is less than or equal to the M；
The upgrading is performed to the P functional module；
Wherein, it is described that the upgrading is performed to the P functional module, specifically include：
According to the P functional module, the first AKU corresponding with the P functional module, institute are obtained from terminal server
The first AKU is stated to be used to upgrade the P functional module；
Using first AKU, the P functional module is upgraded.
2. the method as described in claim 1, it is characterised in that be based on the analysis result described, obtain the M function
After the P numbers used in predetermined amount of time reach the functional module of pre-determined number in module, methods described also includes：
Q functional module is obtained, wherein Q=M-P, the Q are the integer more than or equal to 1, and the Q is less than the M.
3. method as claimed in claim 2, it is characterised in that after Q functional module of the acquisition, methods described bag
Include：
Judge whether the remaining bandwidth of the electronic equipment meets the remaining bandwidth threshold value of default；
When the remaining bandwidth meets the remaining bandwidth threshold value, the second upgrading corresponding with the Q functional module is obtained
Bag；
Using second AKU, the Q functional module is upgraded.
4. method as claimed in claim 2, it is characterised in that after Q functional module of the acquisition, methods described is also wrapped
Include：
Judge whether time that the electronic equipment is stopped using meets the time threshold of default；
When the time that the electronic equipment is stopped using meeting the time threshold, obtain corresponding with the Q functional module
The second AKU；
Using second AKU, the Q functional module is upgraded.
5. a kind of electronic equipment, the electronic equipment operation has the first operating system, and first operating system includes M work(
Energy module, the M are the integer more than or equal to 1, it is characterised in that including：
First obtains unit, upgrade the instruction of first operating system for obtaining；
Analytic unit, for based on the instruction, analyzing time used in the M functional module in predetermined amount of time
Number, obtains an analysis result；
Unit is obtained, is made for based on the analysis result, obtaining in the M functional module P in predetermined amount of time
Number reaches the functional module of pre-determined number, wherein, the P is the integer more than or equal to 1, and the P is less than or equal to institute
State M；
First upgrade unit, for performing the upgrading to the P functional module；
Wherein, first upgrade unit specifically includes：
Second obtaining unit, for according to the P functional module, being obtained and the P functional module pair from terminal server
The first AKU answered, first AKU are used to upgrade the P functional module；
Second upgrade unit, for using first AKU, the P functional module is upgraded.
6. electronic equipment as claimed in claim 5, it is characterised in that the electronic equipment also includes：
3rd obtaining unit, for based on the analysis result, it is individual in predetermined amount of time to obtain P in the M functional module
After the middle number used reaches the functional module of pre-determined number, Q functional module is obtained, wherein Q=M-P, the Q are big
In the integer equal to 1, and the Q is less than the M.
7. electronic equipment as claimed in claim 6, it is characterised in that the electronic equipment also includes：
First judging unit, for after Q functional module is obtained, judging whether the remaining bandwidth of the electronic equipment meets
The remaining bandwidth threshold value of default；
4th obtaining unit, for when the remaining bandwidth meets the remaining bandwidth threshold value, obtaining and the Q function mould
Second AKU corresponding to block；
Second upgrade unit, for using second AKU, the Q functional module is upgraded.
8. electronic equipment as claimed in claim 6, it is characterised in that the electronic equipment also includes：
Second judging unit, for after Q functional module is obtained, judging whether is time that the electronic equipment stops using
Meet the time threshold of default；
5th obtaining unit, when the time for being stopped using when the electronic equipment meets the time threshold, acquisition and institute
State the second AKU corresponding to Q functional module；
3rd upgrade unit, for using second AKU, the Q functional module is upgraded.
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| CN107491331B (en) * | 2017-08-09 | 2019-03-12 | 深圳壹账通智能科技有限公司 | A kind of application upgrade method and terminal device |
| CN111712794B (en) * | 2018-03-07 | 2022-05-13 | 华为技术有限公司 | Method for installing application program by functional modules |
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