CN101431569B - Method for implementing self-customizing network service oriented mobile phone desktop surroundings - Google Patents
Method for implementing self-customizing network service oriented mobile phone desktop surroundings Download PDFInfo
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- CN101431569B CN101431569B CN2008102439037A CN200810243903A CN101431569B CN 101431569 B CN101431569 B CN 101431569B CN 2008102439037 A CN2008102439037 A CN 2008102439037A CN 200810243903 A CN200810243903 A CN 200810243903A CN 101431569 B CN101431569 B CN 101431569B
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Abstract
An implementation method of mobile phone desktop environment, which can self-defined and face network service, is an implementation method for realizing mobile phone desktop environment. The method defines a Web desktop environment that can self-defined and face network service. According to the desktop environment implement, Web application of mobile phone is increased greatly, and a brand-new interface operation and upgrade experiment are realized for the mobile phone user. The desktop environment on the mobile phone equipment integrates Mozilla platform and Linux graphics user interface programming technology, Linux graphics user interface programme is combined into Mozilla platform and processes extension of Linux graphics user interface; namely, Mozilla platform is registered into component package, desktop component package, faceplate component package, various component package belongs to desktop small appliance and window manage component package that responsible for communication with Linux graphics server.
Description
Technical field
The present invention is a kind of implementation method that is used to realize the mobile phone desktop environment, and this method has defined Web (WWW) desktop environment of a kind of customization certainly and network-oriented service.Realize this desktop environment, can improve the Webization of mobile phone greatly, bring brand-new interface operation and upgrading to experience to the cellphone subscriber.
Background technology
From (SuSE) Linux OS is born certainly, just obtain rapidly in the whole world popularizing and using because of its open advantage.But initial Linux does not have the graphical operation interface, and its operation generally all is to be undertaken by the Shell order of complexity, therefore is being restricted aspect its ease for use.Linux is born soon, and the computer elite of free software community has just begun the project of a KDE by name, aims to provide the graphical user interface and the development environment of an open source code, and the success of this project is that Linux flourish plays great facilitation.But because KDE does not defer to GPL (gnu general public license, the occupancy permit of free software) agreement, the project team by the Miguel de Icaza leader of National Autonomous University of Mexico had begun the GNOME development plan in 1997.The purpose of GNOME project is exactly to overlap the desktop environment of also observing the GPL agreement that is similar to KDE in order to create one, and the shape library that GNOME uses is Gtk+ (being initially the cover component base writing an image processing software and create).Along with the release and the version updating of KDE, GNOME desktop environment, the desktopization of (SuSE) Linux OS is grown up gradually.Because the Linux desktop environment that KDE and GNOME at PC, therefore are used for handheld device is just becoming the research focus of each major company at present.
Because the multi-user's of linux system characteristics, what KDE and GNOME adopted all is X (common name of the graphical user interface of Unix or (SuSE) Linux OS) window system, typical X window system (being the X server) has XFree86 and XOrg, they support multi-user operation, each client is by Socket (interprocess communication mode) and X server communication, be responsible for related Linux by the X server and graphically drive, this is the solution of Linux desktop environment in the present PC.And the Linux desktop environment of embedded device generally adopts is the direct FrameBuffer (frame buffering) of driving arrangement video card, and it is without any need for the X window system of outside.FrameBuffer can be regarded as the frame buffer zone of a mapping display device internal memory, is actually a kind of USBDI.The GTK+ rewriting is made it to operate on the FrameBuffer, and GtkFB becomes the solution of most of built-in Linux desktop environments, and it has thoroughly abandoned C/S (client-server) pattern of traditional Linux desktop environment.
What yet GtkFB adopted is the one process model, and all codes have to operate in the process space, makes the layering that can't finish complication system and protect each module with separating system by process.And compare with X window system, GtkFB lacks ripe and hardware supported widely, and its security, stability is not enough, also far is inferior to X window system on display speed.In addition, some X characteristic, such as DGA (directly figure access), Multiple Screen (multi-screen), Xv Extension (video under the X form is replayed) and XRender Extension (in order to the literal shade to be provided, the X expansion that the optimization of reverse sawtooth font is played up) also can't realize in the system based on GtkFB.What is more important, under the trend of software Webization, traditional desktop environment lacks new meaning, on construction cycle and user experience can't with some Web softwares shoulder to shoulder.At present, software is just becoming the user of Web service, and service can be described as the following main flow of using.
Summary of the invention
Technical matters: in view of the development of the degree of ripeness of X server and X expansion at present, and consider popularizing of the improvement of next-generation mobile phone hardware performance and Web environment, the present invention proposes the implementation method of the mobile phone desktop environment of a kind of customization certainly and network-oriented service, be intended to provide the solution of a desktop environment for Linux mobile phone of future generation.
Technical scheme: of the present invention can be that desktop environment on the cell phone apparatus combines Mo Si and evens up platform and Linux graphical user interface programming technique from the implementation method of the customization and the mobile phone desktop environment of network-oriented service, the Linux graphical user interface program is evened up platform in conjunction with entering Mo Si, and this evens up the expansion that platform carries out Linux graphical user interface aspect to rubbing; Promptly rubbing, this is evened up platform and will be registered to enter and be responsible for assembly bag, desktop assembly bag, panel assembly bag, various assembly bag and the window management assembly bag that is specific to the little application of desktop communicate by letter with the Linux graphics server; The steps include:
A. this evens up the substantive requirements of form of platform assembly according to rubbing, and various supervisory routines are packaged into Mo Si even up platform assembly and registration and enter Mo Si and even up platform,
B. after this desktop environment starts, startup rubbed, and this evens up platform, be written into the responsible assembly bag that communicates with the Linux graphics server, and startup is responsible for constructing wallpaper and wallpaper menu and setting based on the desktop application of Mo Sila, be written into the desktop assembly, startup is based on the panel application of Mo Sila, be written into panel assembly, meanwhile, with will carry out simultaneously asynchronous connection of network service, desktop assembly and panel assembly will monitor asynchronous response, and asynchronous refresh is carried out in the setting of desktop application and panel application;
C. next, Mo Si evens up the little application of various desktops that platform will start this desktop environment, and is written into the assembly bag that is specific to these application, and asynchronous session data will be used for the startup of these little application;
D. last, the window manager assembly will be written into, asynchronous subject data will be used to start window manager, and the window manager assembly will communicate with the Linux graphics server, and the incoming event of going forward side by side is monitored, any operation has taken place on user interface, events corresponding will be listened to, if the drawing incident, assembly will communicate with the Linux graphics server it is handled, if network event, XPCOM will call relevant network application and handle.
Desktop environment has adopted assembly to realize the window manager program, and promptly the window manager program will be packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and evens up to be registered when platform starts at Mo Si and enter Mo Si and even up platform; This assembly will communicate with the Linux graphics server, and to handle the drawing incident, simultaneously, this assembly will communicate with the network service, and call Mo Si and even up the interface that platform provides, and to obtain and to upgrade automatically the subject data of window, window be modified again.
Desktop environment adopts assembly to realize session, is provided with and Subject Manager; These supervisory routines are packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and even up to be registered when platform starts at Mo Si and enter Mo Si and even up platform, session data is used for the little application of various desktops, these data will be connected with the webserver by assembly in session next time, carry out the session scene and recover; Data are set are used to upgrade the intrinsic configurations of desktop environment such as desktop, panel, it is to be connected with the network service by assembly to obtain equally, and carries out the timing asynchronous refresh, makes the intrinsic setting of desktop environment be dynamic demonstration, improves user experience.Subject data is used to modify window, and it will obtain management in the assembly of window manager.
Desktop environment is responsible for associated graphic by the Linux graphics server and is driven, and is responsible for carrying out alternately with the Linux graphics server by the interface that the Mo Sila assembly provides; The Mo Sila assembly will encapsulate Linux graphical user interface programming library, this storehouse is the function library of a bottom that communicates with the Linux graphics server, the Mo Sila assembly will carry out assembled package to built-in function, the interface library of platform is evened up in formation towards Mo Si, this will cause the transplanted Mo Si of entering of Linux X Window system to even up platform, and construct Mo Si and even up the bottom assembly of platform in the expansion of Linux graphic user interface.
The desktop environment employing is developed all interface programs based on the interface development language that Mo Si evens up platform; These interface programs have comprised: desktop application, panel application, the little application of various desktop, and the modification of window, because this interface development language is a kind of SGML, all interfaces adopt it to construct, and will make the interface be easy to exploitation and integrated with network seamless.
There are the asynchronous interactive of data in the desktop environment and the webserver; The data asynchronous interactive, this desktop environment each module should be defined by that content automatically upgrades, each module will include the asynchronous communication submodule, be responsible for regularly sending request to the network service, and carry out asynchronous response in the Mo Sila of this locality assembly; The style that the wallpaper of desktop application, the menu content of panel application, window are modified, the content of the little application of desktop all are to come from the network service, and this will reduce local storage to greatest extent, and strengthen user experience greatly.
Beneficial effect: the implementation method that the present invention proposes can realize: based on the mobile phone Web desktop environment of X server and component development paradigm, the user is the extension component interface function easily, along with the adjustment of X server, all kinds of X interface functions are easy to expansion and irrelevant with implementation language.On function, realized the desktop application that customizable window manager, customizable desktop, customizable panel and other various users want.This system has broken through the desktop environment of conventional mobile phone sealing, can seamless integrated various Web uses and utilizes various Web services, and it is characterized in that can be from customization, and various desktop application (module) can install or remove rapidly by network download.From realizing that the exploitation of interface program is also more simple than the conventional desktop program development, can shorten the interface development cycle greatly, simultaneously component interface disclose, the program development mode that utilization can be piled up can be on a large scale and expansion interface function rapidly.From user perspective, this system makes full use of the Web environment of next-generation mobile phone, can bring brand-new cognition and enjoyment to the user, and the form that can download by module is that operator opens up new service business.To sum up, the desktop environment that the present invention introduced is that the conventional desktop environment is incomparable aspect construction cycle and user experience.
Description of drawings
Fig. 1 is implementing procedure figure of the present invention;
Fig. 2 is a system architecture diagram of the present invention.
Embodiment
This system considers the lifting of next-generation mobile phone on the hardware performance and the network bandwidth, has adopted X window system.Although can't use its distributed characteristic, because the application that X window system is supported is very ripe and extensive, can predict it under embedded system hardware performance allowed band, X window system will play an important role.
Fig. 1 is the process flow diagram of embodiment, and it combines the Mozilla platform technology and based on the programming technique of X, has given full play to the advantage of the two, has broken through the inferior position of conventional desktop environmental applications sealing, has complied with service-oriented technology trend.
This Web desktop environment be a kind of be the desktop system of core with the assembly.This component package with the code of X server interaction, can make full use of ripe up till now X window system in view of the above, along with the improvement of X server, but the interface function of this assembly of infinite expanding also.On this basis, utilize the Mozilla platform (browser platform of U.S. Mozilla company exploitation, the mozilla translator of Chinese is Mo Sila) interface development language XUL (the XML User Interface Language that provides, the XML ui language, be based on improved GTK+ in essence, the XML full name is an extending mark language), can develop various abundant Web desktop application easily, reach seamless integrated purpose with Web.
Desktop environment on the cell phone apparatus combines Mo Si and evens up platform and Linux graphical user interface programming technique, and the Linux graphical user interface program is evened up platform in conjunction with entering Mo Si, and this evens up the expansion that platform carries out Linux graphical user interface aspect to rubbing; Promptly rubbing, this is evened up platform and will be registered to enter and be responsible for assembly bag, desktop assembly bag, panel assembly bag, various assembly bag and the window management assembly bag that is specific to the little application of desktop communicate by letter with the Linux graphics server; The steps include:
A. this evens up the substantive requirements of form of platform assembly according to rubbing, and various supervisory routines are packaged into Mo Si even up platform assembly and registration and enter Mo Si and even up platform,
B. after this desktop environment starts, startup rubbed, and this evens up platform, be written into the responsible assembly bag that communicates with the Linux graphics server, and startup is responsible for constructing wallpaper and wallpaper menu and setting based on the desktop application of Mo Sila, be written into the desktop assembly, startup is based on the panel application of Mo Sila, be written into panel assembly, meanwhile, with will carry out simultaneously asynchronous connection of network service, desktop assembly and panel assembly will monitor asynchronous response, and asynchronous refresh is carried out in the setting of desktop application and panel application;
C. next, Mo Si evens up the little application of various desktops that platform will start this desktop environment, and is written into the assembly bag that is specific to these application, and asynchronous session data will be used for the startup of these little application;
D. last, the window manager assembly will be written into, asynchronous subject data will be used to start window manager, and window manager will communicate with the Linux graphics server, and the incoming event of going forward side by side is monitored, any operation has taken place on user interface, events corresponding will be listened to, if the drawing incident, assembly will communicate with the Linux graphics server it is handled, if network event, XPCOM will call relevant network application and handle.
Desktop environment of the present invention relates to one and is included in window manager in the XPCOM assembly, session (session) manager, theme (themes) manager, setting (settings) manager, X server communication bag and based on the desktop on this assembly, multipads such as panel.
The full name of XPCOM is cross-platform The Component Object Model (Cross-platform Component ObjectModel), it is a kind of component model technology that is similar to the COM of Microsoft (microsoft components technology) that Mozilla proposes, but it is cross-platform, and promptly its running environment can not rely on certain specific operating system platform.The function of XPCOM is easy to expansion and maintenance with the form opening of interface, can call XPCOM easily in conjunction with JavaScript in the interface development language XUL that Mozilla provides.Be encapsulated in the XPCOM assembly of the present invention with the core code of X server interaction.The characteristic that is easy to expand of XPCOM is embodied in two aspects: the 1) interface that utilizes XPCOM to provide, and the user can carry out secondary development; Function such as certain interface is to obtain certain attribute of client window, and then the developer can directly use this interface in secondary development, does not need to repeat once more to write complicated and the program X server interaction.2) because XPCOM is a kind of middleware Technology, and its bottom is based on OO distributed application program, so the user also can redefine the function of interface fully by heavy duty, new definition even can use another programming language.And after issue, XPCOM provides the call method of different editions, and the user can select to call the realization of the early version of certain interface in the JavaScript program, also can select to call the realization that redaction provides.2 points to sum up, XPCOM has realized a kind of program development mode of piling up, the interface function of assembly can obtain infinite expanding.
Be built in window manager in the XPCOM assembly can realize to window modification, operation such as maximize, minimize, move and close.The customization of this window manager is finishing alternately by interface program and assembly.In the XPCOM assembly, also comprised session/theme/be provided with manager, their are responsible for handling the application of the preservation of last session environment and recovery, subject data respectively, and the renewal of content is set.Content is set, refers to such an extent that be that Web service is the panel (panel) of desktop environment, the content that desktop (desktop) application provides, such as the menu content of panel, the wallpaper content of desktop.Communicating with the X server for convenience, XPCOM also provides the responsible interface bag that communicates with the X server.Except above-mentioned XPCOM assembly, this desktop environment also comprises application program commonly used such as panel, desktop, these are used the same Mozilla platform that all is based on other various Widget (the little application of desktop) and utilize the Web of XUL exploitation to use, the content of each application all can utilize Web service to generate, therefore such desktop environment has realized seamless integrated with Web, and the degree of modularity is higher, be easy to develop, remove or add new application, be the customizable and expansion of module, can accomplish that simultaneously the desktop environment content upgrades automatically.In addition, session of this desktop environment (Session) or theme (theme) data can leave in the Web server, carry out asynchronous interactive by AJAX (asynchronous communication) technology and Web server, this restorability that not only can guarantee data simultaneously but also do not influence the application of system, these various Web on the Mozilla platform use.Therefore this system can be described as a Web desktop environment.Certainly, carry out mutual function if utilize the application of XUL exploitation not exist with server, it is exactly typical local an application in fact.Like this, in the present invention, Web uses and local the application all can be developed and use according to the demand of concrete desktop environment.
Asynchronous subject data will be used to start window manager, the method that window manager will communicate with the Linux graphics server is: this window manager has adopted assembly to realize supervisory routine, be that the window manager program will be packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and even up to be registered when platform starts at Mo Si and enter Mo Si and even up platform; This assembly will communicate with the Linux graphics server, and to handle the drawing incident, simultaneously, this assembly will communicate with the network service, and call Mo Si and even up the interface that platform provides, and to obtain and to upgrade automatically the subject data of window, window be modified again.
Desktop environment combines Mo Si and evens up platform and Linux graphical user interface programming technique, the Linux graphical user interface program is evened up platform in conjunction with entering Mo Si, this is evened up the method that platform carries out the expansion of Linux graphical user interface aspect and is to rubbing: this desktop environment is responsible for associated graphic by the Linux graphics server and is driven, and is responsible for carrying out alternately with the Linux graphics server by the interface that the Mo Sila assembly provides; The Mo Sila assembly will encapsulate Linux graphical user interface programming library, this storehouse is the function library of a bottom that communicates with the Linux graphics server, the Mo Sila assembly will carry out assembled package to built-in function, the interface library of platform is evened up in formation towards Mo Si, this will cause the transplanted Mo Si of entering of Linux X Window system to even up platform, and construct Mo Si and even up the bottom assembly that platform is deposited the expansion of Linux graphic user interface.
Mo Si evens up platform and will be registered and enter the assembly bag being responsible for communicating by letter with the Linux graphics server, desktop assembly bag, panel assembly bag, variously be specific to the assembly bag of the little application of desktop and the method for window management assembly bag is: this desktop environment all adopts assembly to realize session, setting and Subject Manager; These supervisory routines are packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and even up to be registered when platform starts at Mo Si and enter Mo Si and even up platform, session data is used for the little application of various desktops, these data will be connected with the webserver by assembly in session next time, carry out the session scene and recover; Data are set are used to upgrade the intrinsic configurations of desktop environment such as desktop, panel, it is to be connected with the network service by assembly to obtain equally, and carries out the timing asynchronous refresh, makes the intrinsic setting of desktop environment be dynamic demonstration, improves user experience.Subject data is used to modify window, and it will obtain management in the assembly of window manager.
Desktop application based on Mo Sila, panel application based on Mo Sila, and the little application of various desktops all is that employing is developed based on the interface development language that Mo Si evens up platform, these interface programs have not only comprised desktop application, panel application, the little application of various desktop, also comprise the modification of window, because this interface development language is a kind of SGML, all interfaces adopt it to construct, and will make the interface be easy to exploitation and integrated with network seamless.
Based on the desktop application of Mo Sila, based on the panel application of Mo Sila, and all there is the asynchronous interactive of data in the little application of various desktop with the webserver; Each module of this desktop environment should be defined by the automatic renewal of content, and each module will include the asynchronous communication submodule, is responsible for regularly sending to the network service asking, and carries out asynchronous response in the Mo Sila of this locality assembly; The style that the wallpaper of desktop application, the menu content of panel application, window are modified, the content of the little application of desktop all are to come from the network service, and this will reduce local storage to greatest extent, and strengthen user experience greatly.
Claims (6)
1. the implementation method of the mobile phone desktop environment that can serve from customization and network-oriented, it is characterized in that desktop environment on the cell phone apparatus combines Mo Si and evens up platform and Linux graphical user interface programming technique, the Linux graphical user interface program is evened up platform in conjunction with entering Mo Si, and this evens up the expansion that platform carries out Linux graphical user interface aspect to rubbing; Promptly rubbing, this is evened up platform and will be registered to enter and be responsible for assembly bag, desktop assembly bag, panel assembly bag, various assembly bag and the window management assembly bag that is specific to the little application of desktop communicate by letter with the Linux graphics server; The steps include:
A. this evens up the substantive requirements of form of platform assembly according to rubbing, and various supervisory routines are packaged into Mo Si even up platform assembly and registration and enter Mo Si and even up platform,
B. after this desktop environment starts, startup rubbed, and this evens up platform, be written into the responsible assembly bag that communicates with the Linux graphics server, and startup is responsible for constructing wallpaper and wallpaper menu and setting based on the desktop application of Mo Sila, be written into the desktop assembly, startup is based on the panel application of Mo Sila, be written into panel assembly, meanwhile, with will carry out simultaneously asynchronous connection of network service, desktop assembly and panel assembly will monitor asynchronous response, and asynchronous refresh is carried out in the setting of desktop application and panel application;
C. next, Mo Si evens up the little application of various desktops that platform will start this desktop environment, and is written into the assembly bag that is specific to these application, and asynchronous session data will be used for the startup of these little application;
D. last, the window manager assembly will be written into, asynchronous subject data will be used to start window manager, and window manager will communicate with the Linux graphics server, and the incoming event of going forward side by side is monitored, any operation has taken place on user interface, events corresponding will be listened to, if the drawing incident, assembly will communicate with the Linux graphics server it is handled, if network event, XPCOM will call relevant network application and handle; Wherein rubbing, this evens up the browser platform that platform is the exploitation of U.S. Mo Sila company, and XPCOM is cross-platform The Component Object Model.
2. the implementation method of the mobile phone desktop environment of customization certainly according to claim 1 and network-oriented service, it is characterized in that asynchronous subject data will be used to start window manager, the method that window manager will communicate with the Linux graphics server is: this window manager has adopted assembly to realize supervisory routine, be that the window manager program will be packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and even up to be registered when platform starts at Mo Si and enter Mo Si and even up platform; This assembly will communicate with the Linux graphics server, and to handle the drawing incident, simultaneously, this assembly will communicate with the network service, and call Mo Si and even up the interface that platform provides, and to obtain and to upgrade automatically the subject data of window, window be modified again.
3. the implementation method of the mobile phone desktop environment of customization certainly according to claim 1 and network-oriented service, it is characterized in that desktop environment combines Mo Si and evens up platform and Linux graphical user interface programming technique, the Linux graphical user interface program is evened up platform in conjunction with entering Mo Si, this is evened up the method that platform carries out the expansion of Linux graphical user interface aspect and is to rubbing: this desktop environment is responsible for associated graphic by the Linux graphics server and is driven, and is responsible for carrying out alternately with the Linux graphics server by the interface that the Mo Sila assembly provides; The Mo Sila assembly will encapsulate Linux graphical user interface programming library, this storehouse is the function library of a bottom that communicates with the Linux graphics server, the Mo Sila assembly will carry out assembled package to built-in function, the interface library of platform is evened up in formation towards Mo Si, this will cause the transplanted Mo Si of entering of Linux X Window system to even up platform, and construct Mo Si and even up the bottom assembly of platform in the expansion of Linux graphic user interface.
4. the implementation method of the mobile phone desktop environment of customization certainly according to claim 1 and network-oriented service, it is characterized in that Mo Si evens up platform and will be registered and enter the assembly bag being responsible for communicating by letter with the Linux graphics server, desktop assembly bag, panel assembly bag, variously be specific to the assembly bag of the little application of desktop and the method for window management assembly bag is: this desktop environment all adopts assembly to realize session, setting and Subject Manager; These supervisory routines are packaged into and meet the form that Mo Si evens up the requirement of platform assembly, and even up to be registered when platform starts at Mo Si and enter Mo Si and even up platform, session data is used for the little application of various desktops, these data will be connected with the webserver by assembly in session next time, carry out the session scene and recover; Data are set are used to upgrade the intrinsic configurations of desktop environment such as desktop, panel, it is to be connected with the network service by assembly to obtain equally, and carry out the timing asynchronous refresh, make the intrinsic setting of desktop environment be dynamic demonstration, improve user experience, subject data is used to modify window, and it will obtain management in the assembly of window manager.
5. the implementation method of the mobile phone desktop environment of customization certainly according to claim 1 and network-oriented service, it is characterized in that desktop application based on Mo Sila, panel application based on Mo Sila, and the little application of various desktops all is that employing is developed based on the interface development language that Mo Si evens up platform, these interface programs have not only comprised desktop application, panel application, the little application of various desktops, also comprise the modification of window, because this interface development language is a kind of SGML, all interfaces adopt it to construct, and will make the interface be easy to exploitation and integrated with network seamless.
6. the implementation method of the mobile phone desktop environment of customization certainly according to claim 1 and network-oriented service, it is characterized in that desktop application based on Mo Sila, based on the panel application of Mo Sila, and all there is the asynchronous interactive of data in the little application of various desktop with the webserver; Each module of this desktop environment should be defined by the automatic renewal of content, and each module will include the asynchronous communication submodule, is responsible for regularly sending to the network service asking, and carries out asynchronous response in the Mo Sila of this locality assembly; The style that the wallpaper of desktop application, the menu content of panel application, window are modified, the content of the little application of desktop all are to come from the network service, and this will reduce local storage to greatest extent.
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| CN102221996A (en) | 2011-05-20 | 2011-10-19 | 广州市久邦数码科技有限公司 | Implementation method for performing interaction between dynamic wallpaper and desktop component |
| CN102520945B (en) * | 2011-12-08 | 2016-06-01 | 深圳市共进电子股份有限公司 | A kind of method of customized function of software interface realizing home gateway and device |
| CN103294330B (en) * | 2012-02-28 | 2016-06-29 | 腾讯科技（深圳）有限公司 | A kind of on open platform desktop, add locally applied method and system |
| CN103544051B (en) * | 2012-07-17 | 2019-03-15 | 中兴通讯股份有限公司 | A kind of operating method and device |
| CN102880528B (en) * | 2012-09-13 | 2016-06-22 | 陆峰 | A kind of method of quick renewal desktop environment of in-network computer |
| CN102984347B (en) * | 2012-10-31 | 2014-08-06 | 广州市久邦数码科技有限公司 | Method and system for custom setting of mobile phone desktop |
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