CN103995696A - Custom-built system and method of software package of mobile terminal - Google Patents
Custom-built system and method of software package of mobile terminal Download PDFInfo
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- CN103995696A CN103995696A CN201410161415.7A CN201410161415A CN103995696A CN 103995696 A CN103995696 A CN 103995696A CN 201410161415 A CN201410161415 A CN 201410161415A CN 103995696 A CN103995696 A CN 103995696A
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Abstract
The invention discloses a custom-built system and method of a software package of a mobile terminal. The custom-built system of the software package comprises a first platform and a second platform. The first platform comprises an unpacking module and a packing module. The second platform comprises a conversion module. The unpacking module is used for unpacking the software package, and the packing module is used for packing the software package. The conversion module is used for porting the unpacking module to the second platform so that the unpacking of the software package of the first platform can be conducted on the second platform, and after a user edits the software package unpacked on the second platform, the conversion module is used for porting the packing module to the second platform and packing the edited software package. The user can adjust the content of the software package as the user like on the second platform, and applications in the software package will not be lost even if the user needs to restore the factory default settings, so that the degree of satisfaction of using the mobile terminal for the user is improved.
Description
Technical field
The present invention relates to a kind of routine package custom-built system and method for customizing of mobile terminal.
Background technology
The operating systems such as Android (Android), Saipan (Symbian), ios, are widely used in mobile terminal miscellaneous, as smart mobile phone and panel computer etc.
In order to make the operation hommization more of mobile terminal, operating system developer constantly improves, upgrades the routine package of operating system separately and regularly issues and upgrade on the internet, taking Android system as example, user is by PC (personal computer, PC) end application management instrument and brush machine instrument be if pea pods, 91 assistants, brush machine spirit are to the system pack renewal of upgrade, greatly promoted user's experience of the mobile terminals such as Android smart mobile phone.
In system pack, stored data is finished writing before generally packing complete machine in advance, in whole working, can only read, and can be rapidly unlike random access memory, rewritten easily.Therefore, once user needs factory reset, the application that is arranged on user data of mobile terminal district may be lost, and need to reinstall, and brings inconvenience to the user of mobile terminal.
Summary of the invention
The technical matters that the present invention mainly solves is to provide a kind of routine package custom-built system and method for customizing of mobile terminal, so that the routine package that user can self-defining operation system.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: the routine package method for customizing that a kind of mobile terminal is provided, the first platform is provided with parse module and packetization module, be respectively used to realize solution package operation and the packing operation of routine package, the second platform is provided with modular converter, and routine package method for customizing comprises: utilize modular converter that parse module is migrated in the second platform and on the second platform routine package is separated to package operation; On the second platform, the routine package after unpacking is edited; Utilize modular converter that packetization module is migrated in the second platform and on the second platform the operation of packing of the routine package after editor.
Wherein, utilizing modular converter that parse module is migrated in the second platform and on the second platform to the step that routine package is separated to package operation further comprises: on the second platform, the first kind image file in routine package and Second Type image file are separated respectively to package operation; Utilize modular converter that packetization module is migrated in the second platform and on the second platform the step operating of pack of the routine package after editor is further comprised: on the second platform to the operation of packing respectively of the first kind image file in routine package and Second Type image file.
The step of wherein, on the second platform, the Second Type image file in routine package being separated to package operation comprises: after the idle storage space in Second Type image file is removed, unpack operation.
The step of wherein, on the second platform, the routine package after unpacking being edited comprises: at least one operation on the second platform, the routine package after unpacking being increased newly, replace, deleted.
Wherein, routine package comprises the preset file of system file and user area; System file comprises system applies, picture, animation and the tinkle of bells; User partition image file comprises that user applies; On the second platform, the routine package after unpacking is edited and comprised picture, animation, the tinkle of bells or user's application are edited.
Wherein, utilizing modular converter that parse module is migrated in the second platform and on the second platform to the step that routine package is separated to package operation comprises: picture, animation, the tinkle of bells and user's application are presented on the second platform with visual pattern; On the second platform, the routine package after unpacking being carried out to edit step comprises: picture, animation, the tinkle of bells or user's application are carried out to visual edit.
For solving the problems of the technologies described above, another technical solution used in the present invention is: the routine package custom-built system that a kind of mobile terminal is provided, this routine package custom-built system comprises the first platform and the second platform, the first platform comprises parse module and packetization module, the second platform comprises modular converter, and parse module and packetization module are respectively used to realize solution package operation and the packing operation of routine package; Modular converter is for migrating to the second platform on the second platform, the routine package of the first platform is separated to package operation by parse module, and after user edits the routine package after unpacking on the second platform modular converter for packetization module being migrated to the operation of packing of the routine package of the second platform after to editor.
Wherein, parse module comprises the first parse module and the second parse module, and packetization module comprises the first packetization module and the second packetization module; The first parse module and the first packetization module are respectively used to the operation that unpacks and pack of the first kind image file in routine package, and the second parse module and the second packetization module are respectively used to the operation that unpacks and pack of the Second Type image file in routine package.
Wherein, the second parse module is separated package operation to it after the idle storage space in Second Type image file is removed.
Wherein, routine package comprises the preset file of system file and user area; System file comprises system applies, picture, animation, the tinkle of bells, and the preset file in user area comprises that user applies, and the scope that the routine package after unpacking is edited comprises edits picture, animation, the tinkle of bells or user's application.
The invention has the beneficial effects as follows: the situation that is different from prior art, the routine package method for customizing of mobile terminal of the present invention is by arranging parse module and packetization module at the first platform, on the second platform, modular converter is set, modular converter migrates to parse module in the second platform and makes user on the second platform, to separate package operation to routine package, and on the second platform, the routine package after unpacking is edited, recycling modular converter by packetization module migrate in the second platform, make user on the second platform to the routine package operation of packing, in said process, user can be according to the content in the hobby adjustment programme bag of oneself on the second platform, make the routine package of each mobile terminal can be unusual, even and if user needs factory reset, application in routine package also can not be lost, promote the satisfaction that user uses mobile terminal.
Brief description of the drawings
Fig. 1 is the module map of the routine package custom-built system of mobile terminal of the present invention;
Fig. 2 A and Fig. 2 B are the schematic diagram of the second image file of spare form in routine package and the schematic diagram of removing the second image file after idle storage space;
Fig. 3 is routine package processing figure to case sensitive in solution package operation and packing operating process;
Fig. 4 is the process flow diagram of the routine package method for customizing of mobile terminal of the present invention;
Fig. 5 is the schematic flow sheet that in routine package customization procedure, the first platform is carried out desktop parsing;
Fig. 6 is the schematic flow sheet that the desktop of the first platform in routine package customization procedure regenerates.
Embodiment
Consult Fig. 1, the routine package custom-built system of mobile terminal of the present invention comprises the first platform 1 and the second platform 2.The first platform 1 comprises the operation platform of the routine package of the mobile terminal such as mobile phone, panel computer, the operation platform Linux of such as Android system etc.The second platform 2 is the operation platform of general PC, such as windows platform etc.
The first platform 1 comprises parse module 11 and packetization module 12.Parse module 11 is for realizing the solution package operation of routine package, and packetization module 12 is for realizing the packing operation of routine package.Routine package comprises the preset file of system file and user area.System file comprises system applies, picture, animation, the tinkle of bells etc., and the preset file in user area comprises that user applies.
Generally, the routine package of mobile terminal comprises the image file of two types.For example, use the program of mobile terminal bag of Android system to comprise the image file of the file system of two types of ext4 and yaffs2.If want, the routine package of mobile terminal is separated to package operation, need respectively the image file of two types to separate respectively package operation.Parse module 11 comprises the first parse module 111 and the second parse module 112.The first parse module 111 is for first kind image file is separated to package operation, and the second parse module 112 is for separating package operation to Second Type image file.For example, the first parse module 111 is the untar open source code of yaffs2 image file under the linux system of the Internet download, and it is for separating package operation to yaffs2 image file; The second parse module 112 is for separating package operation to ext4 image file.Please with further reference to Fig. 2 A and Fig. 2 B, ext4 image file 3 is the image files with idle storage space, be that it is the image file of spare form, under Linux platform, if want, the ext4 image file of spare form is untied, must first the image file 3 of spare form be changed into the image file 3 ' of non-spare form, remove the idle storage space 31 of the image file 3 of spare form, remaining is data space 32, and then the image file 3 ' of non-spare form is untied.The second parse module 112 need first be removed the idle storage space 31 in Second Type image file, then the image file 3 ' of non-spare form is separated to package operation.
Packetization module 12 comprises the first packetization module 121 and the second packetization module 122.The first packetization module 121 and the second packetization module 122 are corresponding with the first parse module 111 and the second parse module 112 respectively, are respectively used to the operation of packing of first kind image file and Second Type image file.In the Android system engineering compiling stage, the first packetization module 121 and the second packetization module 122 can, including all system files such as system applies, picture, animation, the tinkle of bells with comprise that all user areas preset file of user applying etc. packed and operate and generate image file system.img and userdata.img, generate the routine package of mobile terminal.
In the second platform 2, modular converter 21 is set.This modular converter 21 can be an application module in the PC under the second platform 2 running environment.Also can be that third party is published on internet, user be downloaded to an application module in the second platform 2.Modular converter 21 is for the packetization module of the first platform 1 11 and parse module 12 are transplanted in the second platform 2, and by user or other users, the control of the second platform 2 is realized the mobile terminal to applying the first platform 1 routine package self-defined editor and regenerate.The implication that user and other users control the second platform 2 for user and other users by mouse or keyboard at the enterprising line operate of PC.
The specific implementation process of routine package customization comprises:
Modular converter 21 migrates to the parse module 11 including the first parse module 111 and the second parse module 112 in the second platform 2, on the second platform 2, the routine package of the first platform 1 is separated to package operation.
The routine package of the first platform 1 unpacks rear picture, animation, the tinkle of bells and user's application etc. and presents in visual form user by the second platform 2, and allows user on the second platform, at least one in picture, animation, the tinkle of bells and user's application to be edited.Wherein, picture comprises status bar picture, desktop wallpaper etc.; Animation comprises boot animation and shutdown animation; The tinkle of bells comprises power-on ring and power-off ring, ring of alarm clock and incoming ring tone etc.Editor implication comprise newly-increased, replace, delete at least one operation.For example, newly-increased one or more user applies, replaces incoming ring tone, deletes one or more user's application etc.In addition, editor also comprises that user carries out visual adjustment etc. to the layout of the desktop elements that comprises application shortcut (that is desktop layouts file) and widget element.
User completes after personalized Resources Customization, by modular converter 21, the packetization module 12 including the first packetization module 121 and the second packetization module 122 is transplanted on the second platform 2 and to the preset file of system file and user area after editor and is packed and operate the new routine package of formation.
User is downloaded to new routine package on mobile terminal.
In the time that the application system of mobile terminal is Android system, because Android system file exists case sensitive problem, need to unpack and the process of the operation of packing in do the processing of case sensitive.Specific practice is in separating package operation, if find that filename is identical, automatic rename writing in files name mapping table, renames as raw filename according to filename mapping table when packing operation.For example, please refer to Fig. 3, while separating package operation, under same catalogue, there are two system files of Music.apk and MusiC.apk simultaneously, distinguish automatic RNTO Music.apk → music.apk_1 and Music.apk → music.apk_2 writing in files name mapping table, pack while operation according to filename mapping table RNTO raw filename again.
Please with further reference to Fig. 4, the present invention also provides the method for customizing of the routine package of the mobile terminal that a kind of embodiment of routine package custom-built system of and aforementioned mobile terminal is corresponding, and this method for customizing comprises:
Step S10, utilizes modular converter 21 that the parse module of the first platform 1 11 is migrated in the second platform 2 and on the second platform 1 routine package is separated to package operation.
Generally, the routine package of mobile terminal comprises the image file of two types.For example, use the program of mobile terminal bag of Android system to comprise the image file of the file system of two types of ext4 and yaffs2.If want, the routine package of mobile terminal is separated to package operation, need respectively the image file of two types to separate respectively package operation.The first parse module 111 and the second parse module 112 are all migrated to the second platform 2 by modular converter 21, and on the second platform 2, respectively the first kind image file in routine package and Second Type image file are separated respectively to package operation by the two.For example, the first parse module 111 is the untar open source code of yaffs2 image file under the linux system of the Internet download, and it is for separating package operation to yaffs2 image file; The second parse module 112 is for separating package operation to ext4 image file.The second parse module 112 need first be removed the idle storage space 31 in Second Type image file, then the image file 3 ' of non-spare form is separated to package operation.
Routine package comprises the preset file of system file and user area; System file comprises system applies, picture, animation and the tinkle of bells; The preset file in user area comprises that user applies.Separate after package operation, routine package comprises that picture, animation, the tinkle of bells and user's application etc. are presented in visual pattern on the second platform 2 at interior All Files.
Please with further reference to Fig. 5, by the second platform 2, the routine package of the first platform 1 is separated to package operation and user is applied be presented in visual form the real process for the first platform 1 is carried out to desktop parsing of process on the second platform 2.The step that desktop is resolved comprises: on the second platform 2, the image file in the routine package of the first platform 1 is unpacked to the system installation kit file that obtains user's application; Then, user's application is carried out to decompiling; Further, resolve desktop layouts file and widget element; Then, show desktop and the master menu of the first platform 1 on the second platform 2, desktop is parsed.
Step S20 edits the routine package after unpacking on the second platform 2.
In this step, on the second platform 2, at least one item in picture, animation, the tinkle of bells and user's application is carried out to visual edit.The scope of on the second platform 2, the routine package after unpacking being edited comprises edits at least one in picture, animation, the tinkle of bells and user's application.At least one operation during editor is included in and on the second platform 2, the routine package after unpacking is increased newly, replaces, deleted.
Please with further reference to Fig. 6, the process that the routine package after by the second platform 2, the first platform 1 being unpacked carries out visual edit comprises carries out visual edit to user's application, and this process is real in carrying out the process that desktop regenerates.The process that desktop generates comprises: on the second platform, desktop layouts and menu sequence are adjusted; Then, regenerate desktop layouts file; Next, recompilate user's application, desktop regenerates process and completes.
Step S30, utilizes modular converter 21 that the packetization module of the first platform 1 12 is migrated in the second platform 2 and on the second platform 2 operation of packing of the routine package after editor.
Modular converter 21 migrates to the first packetization module 121 and the second packetization module 122 the second platform and on the second platform, respectively the first kind image file in routine package and Second Type image file is packed respectively to operation to regenerate the routine package of mobile terminal by the two.
After being downloaded to mobile terminal, routine package after packing operation on mobile terminal, forms new system configuration.
Be different from prior art, the routine package method for customizing of mobile terminal of the present invention is by arranging parse module 11 and packetization module 12 at the first platform 1, on the second platform 2, modular converter 21 is set, modular converter 21 migrates to parse module 11 in the second platform 2 and makes user on the second platform 2, to separate package operation to routine package, and on the second platform 2, the routine package after unpacking is edited, recycling modular converter 21 by packetization module 12 migrate in the second platform 2, make user on the second platform 2 to the routine package operation of packing, in said process, user can be according to the content in the hobby adjustment programme bag of oneself on the second platform, make the routine package of each mobile terminal can be unusual, even and if user needs factory reset, application in routine package also can not be lost, promote the satisfaction that user uses mobile terminal.
These are only embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. the routine package method for customizing of a mobile terminal, the first platform is provided with parse module and packetization module, is respectively used to realize solution package operation and the packing operation of described routine package, it is characterized in that, the second platform is provided with modular converter, and described routine package method for customizing comprises:
Utilize described modular converter that described parse module is migrated in described the second platform and on described the second platform described routine package is separated to package operation;
On described the second platform, the routine package after described unpacking is edited;
Utilize described modular converter that described packetization module is migrated in described the second platform and on described the second platform the operation of packing of the routine package after described editor.
2. routine package method for customizing according to claim 1, is characterized in that,
Describedly utilize described modular converter that described parse module is migrated in described the second platform and on described the second platform to the step that described routine package is separated to package operation further to comprise: on described the second platform, the first kind image file in described routine package and Second Type image file are separated respectively to package operation;
Describedly utilize described modular converter that described packetization module is migrated in described the second platform and on described the second platform the pack step of operation of the routine package after described editor is further comprised: on described the second platform to the operation of packing respectively of the described first kind image file in described routine package and described Second Type image file.
3. routine package method for customizing according to claim 2, it is characterized in that, described step of on described the second platform, the Second Type image file in described routine package being separated to package operation comprises: after the idle storage space in described Second Type image file is removed, unpack operation.
4. routine package method for customizing according to claim 1, it is characterized in that, described step of on described the second platform, the routine package after described unpacking being edited comprises: at least one operation on described the second platform, the routine package after described unpacking being increased newly, replace, deleted.
5. routine package method for customizing according to claim 1, is characterized in that, described routine package comprises the preset file of system file and user area; Described system file comprises system applies, picture, animation and the tinkle of bells; The preset file in described user area comprises that user applies; Describedly on described the second platform, the routine package after described unpacking is edited and comprised described picture, animation, the tinkle of bells or user's application are edited.
6. routine package method for customizing according to claim 5, it is characterized in that, describedly utilize described modular converter that described parse module is migrated in described the second platform and on described the second platform to the step that described routine package is separated to package operation to comprise: described picture, animation, the tinkle of bells and user's application are presented in visual pattern on described the second platform;
Describedly on described the second platform, the routine package after described unpacking is carried out to edit step and comprise: described picture, animation, the tinkle of bells or user's application are carried out to visual edit.
7. the routine package custom-built system of a mobile terminal, it is characterized in that, described routine package custom-built system comprises the first platform and the second platform, described the first platform comprises parse module and packetization module, described the second platform comprises modular converter, and described parse module and described packetization module are respectively used to realize solution package operation and the packing operation of described routine package; Described modular converter is for migrating to described the second platform on described the second platform, the routine package of described the first platform is separated to package operation by described parse module, and the routine package after unpacking edit described modular converter afterwards on described the second platform user for described packetization module being migrated to the operation of packing of the routine package of described the second platform after to described editor.
8. routine package custom-built system according to claim 7, is characterized in that, described parse module comprises the first parse module and the second parse module, and described packetization module comprises the first packetization module and the second packetization module; Described the first parse module and the first packetization module are respectively used to the operation that unpacks and pack of the first kind image file in described routine package, and described the second parse module and the second packetization module are respectively used to the operation that unpacks and pack of the Second Type image file in described routine package.
9. routine package custom-built system according to claim 8, is characterized in that, described the second parse module is separated package operation to it after the idle storage space in described Second Type image file is removed.
10. routine package custom-built system according to claim 7, is characterized in that, described routine package comprises the preset file of system file and user area; Described system file comprises system applies, picture, animation, the tinkle of bells, and the preset file in described user area comprises that user applies, and the scope that the routine package after described unpacking is edited comprises edits described picture, animation, the tinkle of bells or user's application.
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| CN103995696B (en) | 2017-11-21 |
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