CN102023857B - ServiceOS-based multi-platform application program service management method and system - Google Patents
ServiceOS-based multi-platform application program service management method and system Download PDFInfo
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Abstract
The invention discloses a ServiceOS-based multi-platform application program service management method and a ServiceOS-based multi-platform application program service management system. The method comprises the following steps of: 1, identifying a user request of a startup link of an application program not in the current user operating system, and transmitting the user request to ServiceOS; 2, guiding to start a corresponding user operating system from the ServiceOS by using terminal equipment; 3, providing modification information of the installation condition of an application program of the current user operating system for the ServiceOS, detecting all application programs and startup links thereof on the terminal equipment, and providing all the application programs and startup links thereof on the terminal equipment for the user desktop environment; and 4, checking whether the current user operating system has a scheduled task to be responded, is so, starting up. Through the invention, a user can see the application programs of all operating systems, which have been installed on the terminal equipment, in each operating system and can open the application programs of different operating systems in the same operating system, and the application programs are operated after the current operating system is started up, so that the user acquires the original using experience of the application programs.
Description
Technical field
The present invention relates to the application program management field, relate in particular to a kind of multi-platform application program service management method and system based on ServiceOS.
Background technology
The desktop operating system platform of main flow has windows, linux, mac os etc. at present, and these operating systems also have 32bit, 64bit version or the like.Also each is incompatible between mutually for application program in these operating systems, such as, the program of windows can not run directly on the linux, and 64 application program can not run directly in 32 systems or the like.
And in the application scenarios of reality; The user may need to use the application program under the different system; Such as when handling document (Word, Powerpoint), using the office software under the windows; Though substitute products such as corresponding OpenOffice are also arranged under linux, still do poorly at aspects such as format compatible property; Again such as, if use shell, in the time of instruments such as gcc, often need under the environment of linux, operate again.
Problem for the application program in the needs use multiple systems has had following technological means at present.
1) Cross Platform Technology.Cross-platform general reference program language, software or hardware device can operate on the computer of several operation systems system or different hardware framework.In the broadest sense, general computational language all can be accomplished cross-platform, and the developer only need provide the Runtime/ middleware environment under the various platforms to get final product.Strict being meant with the program of certain computerese establishment only need be made modification in a small amount, can under other a kind of platform, move after the compiling, and Runtime/ middleware environment is not provided this moment.For example Java is a kind of cross-platform solution of the Runtime of providing environment, and C but a kind of standard and strict cross-platform language.The embodiment of at present common Cross Platform Technology mainly contains two types: 1, one type is to use Java or other script speech like sound application written programs; Can move on the platform of when operation is arranged, supporting; The java program that the representative of this type application program is write such as some awt, swing, python shell script or the like.One type of application program that is to use C language etc. to write out compiles out the application program that particular platform can move on a plurality of platforms, both can also can on the platform of linux, mac os, use or the like at windows such as a lot of GNU softwares.
2) virtual machine technique.Virtual machine (Virtual Machine, VM) be meant through software simulation have the complete hardware system function, operate in a complete computer in the complete isolation environment.Pass through software virtual machine; Can on a physical computer, simulate one or more virtual computing machine; These virtual machines carry out work just as real computing machine that kind fully, for example can installing operating system, set up applications, accessing network resources or the like.For the user, it just operates in an application program on the physical computer, but for for the application program of moving in the virtual machine, it similarly is in real computing machine, to carry out work.Through software virtual machine is installed in operating system of user, the software of in software virtual machine, other operating system being installed and needing operation more promptly can use the software of this operating system.The virtual machine of main flow has VMWare at present, and VirtualBox, VirtualPC or the like, the OS that can in virtual machine, install are also more and more, and the desktop operating system Windows of main flow, Linux, FreeBSD, Solaris or the like all can be by the perfection supports.
3) simulator technology.Simulator (Emulator) is through the environment of software simulator operation, thus feasible originally can on other a kind of operating system, the operation in the program of moving on a kind of operating system.Simulator is compared with virtual machine, to process simulation be not a physical machine, and the environment that just program is used is simulated.More famous simulator has Wine, loads onto it and can on linux and mac os, can move the program on the windows, for the program of operation under wine; The distinctive dll of windows; Registration table, DirectX, drive driver etc. all is the environment that wine simulates out.
Along with the increase of the complicacy and the scale of software, and the becoming more diverse of operating system characteristics, above method also exists the defective of self, and these shortcomings mainly show:
1, the same software of operation can not bring same experience in different systems.More than such problem is all more or less arranged in three kinds of methods.
A) software of use Cross Platform Technology, the expressive force on each platform is all different.The interface program of java for example, the differences in appearance on different platforms is very big.And, also exist fine distinction on the function at the software that different platform is compiled again.
B) software and the direct operating software in other platforms of other platforms of operation in virtual machine also have very big difference.At first, the physical equipment that software is seen is different, and virtual machine is virtual equipment to the software displaying, and so just must cause the hardware environment of software is different with real hardware environment.For instance, operation has the program of graphical interfaces in the windows of virtual machine, and therefore its figure acceleration exists the problem that time-delay and display effect descend than far short of what is expected in normal windows.
C) use the software of other platforms of simulator technology operation also to have and the Cross Platform Technology similar problem.Simulator to the simulation of program run environment be with the operating system at simulator place as the basis, therefore the operation effect of coming out also can be near the application program of the operating system at simulator place.The pattern of the windows windows program that for example in the wine under the linux, moves and in windows, move in difference very big.
2, use the application program of said method operation other system that a lot of restrictions is arranged.
A) application program of some can not be through above approach operation.Though such as Java is cross-platform language, still independently version need be arranged on each platform such as java applets such as eclipse.Equally, also there is similar problem in virtual machine and the simulator.Special hardware that some program needs or software support (needing completely such as the windows recreation, D3D quickens), virtual machine and simulator can not provide corresponding environment, and this class method just can't move in virtual machine or simulator.
B) a lot of extra supports need be installed on destination OS.No matter be above which kind of technology, all corresponding software need be installed on destination OS.Such as Java RuntimeEnvironment; Software virtual machine; Simulator software or the like; These softwares all need take a certain amount of storage space (meeting that the volume of virtual machine has reaches more than 100,000,000 ranks), and can bring other change (need set up extra network equipment or the like such as virtual machine) to system, can bring certain change (travelling speed is slack-off etc.) to destination OS like this.
In addition, cross-platform amount of software is limited, and the application program of the overwhelming majority still is limited on one or several platform to be moved; And solutions such as virtual machine, simulator are installed trouble; Dispose loaded down with trivial details; For common table top operating system user, if having little understanding for computer software and hardware knowledge, then the installation of software such as virtual machine, simulator configuration is quite difficult for them.Therefore, above scheme is not best solution for the user moves the application software on the different operating system.
Summary of the invention
The technical matters that (one) will solve
The technical matters that the present invention will solve is: how a kind of multi-platform application program service Managed Solution is provided; Make the user in each operating system, all can see the application software of all operations system of having installed on this subscriber equipment; And can in an operating system, open the application program of different operating systems; And application program is moved behind active user's os starting, thereby makes the user obtain the original experience of this application program.
(2) technical scheme
For solving the problems of the technologies described above, the invention provides a kind of multi-platform application program service management method based on ServiceOS, may further comprise the steps:
S1, discern user's request of the startup link of non-active user's operating system application program before active user's os starting; Transmit said user's request to ServiceOS, said ServiceOS is meant the operating system that service is provided for operating system of user;
S2, terminal device start corresponding operating system of user from the ServiceOS guiding;
S3, the changed information of application program installation situation on active user's operating system is provided to ServiceOS; All application programs on the sense terminals equipment and startup thereof link, and to user's desktop environment all application programs and startup link thereof on the said terminal device are provided;
S4, check the plan target that whether this current operating system of user has needs response,, then start this plan target if having.
Wherein, step S2 may further comprise the steps:
S201, read said user request, and start corresponding operating system of user;
The state of all operating system of user on S202, the said terminal device of maintenance;
S203, the changed information of said application program installation situation is provided.
Wherein, said changed information comprises increase, deletion and lastest imformation.
Wherein, the state of said all operating system of user comprises quantity, version, kind and the boot sequence of os starting.
The present invention also provides a kind of multi-platform application program service management system based on ServiceOS, comprising:
The plan target module; Be used for discerning before user's request of the startup link of non-active user's operating system application program at active user's os starting; And transmit said user to ServiceOS and ask; And after active user's os starting, check the plan target that whether this current operating system of user has needs response, if having, then start this plan target;
The application maintenance module; Be used for providing the changed information of application program installation situation on active user's operating system to ServiceOS; And all application programs and start link on the sense terminals equipment, and all application programs are provided on the said terminal device and start link to user's desktop environment;
ServiceOS is used for starting the operating system that each guiding starts as terminal device;
Wherein, Said plan target module, application maintenance module and ServiceOS are installed on the said terminal device; And said plan target module and application maintenance module are installed on active user's operating system, and ServiceOS is installed in described in the said terminal device on the subregion outside active user's operating system.
Wherein, said ServiceOS comprises:
The task management module is used to read the described request that said plan target module is transmitted, and starts corresponding operating system of user through the operating system maintenance module;
The operating system maintenance module is used for installing and unloading all operating system of user, and is used to safeguard the state of all operating system of user on the said terminal device;
The application information administration module is used to the changed information that said application maintenance module provides said application program installation situation, and to the task management module query function is provided.
(3) beneficial effect
The present invention is owing to design based on ServiceOS; Therefore; Under each operating system, all can find the application program in all operations system automatically; And the application program that under certain operating system, starts in other operating systems is consistent with the step that starts this operating system, thereby automaticity is high; In addition, the user need not be concerned about application program started is in which operating system, to move, and which kind of application program certain file layout need use open, and has improved transparency; The 3rd, using the application program in the different operating system platform that this method starts all is in the operating system environment at the original place of this application program, to move, and with directly in this operating system environment, to use the experience of this application program the same, has improved user experience; At last, this method not be used in the huge application program operation support (other running environment such as virtual machine, simulator) of installation in each operating system, and only needing installation to account for resource backstage service support software seldom can use.
Description of drawings
Fig. 1 is the method flow diagram of the embodiment of the invention;
Fig. 2 is the structural representation of the system of the embodiment of the invention.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the present invention is further specified.
As shown in Figure 1, the multi-platform application program service management method based on ServiceOS of the embodiment of the invention may further comprise the steps:
S1, discern user's request of the startup link of non-active user's operating system application program before active user's os starting, transmit said user's request to ServiceOS;
S2, terminal device start corresponding operating system of user from the ServiceOS guiding, that is to say, each start all is to start from ServiceOS;
S3, the changed information (comprising increase, deletion and lastest imformation etc.) of application program installation situation on active user's operating system is provided to ServiceOS; All application programs on the sense terminals equipment and startup thereof link, and to user's desktop environment all application programs and startup link thereof on the said terminal device are provided;
S4, check the plan target that whether this current operating system of user has needs response,, then start this plan target if having.The user opens this action of the application program of another one operating system in an operating system, for other that operating system, be exactly to add a plan target.
Operating system of user described in the present invention is meant the employed operating system of user, and comparatively speaking, ServiceOS does not provide the operating system of using to the user.Said operating system of user can be existing various operating system, for example Windows, linux or the like.ServiceOS is a self-defining speech among the present invention, is meant the operating system that service is provided for operating system of user, also can be existing various operating system, for example Windows, linux or the like.Here " service " is not meant the network service, but comprises attended operation system information, maintenance applications information, transmits application request between the operating system etc.
Wherein, step S2 may further comprise the steps:
S201, read said user request, and start corresponding operating system of user;
The state of all operating system of user on S202, the said terminal device of maintenance, this state comprises quantity, version, kind and the boot sequence etc. of os starting.
S203, the changed information of said application program installation situation is provided.
As shown in Figure 2, the multi-platform application program service management system based on ServiceOS of the embodiment of the invention comprises:
The plan target module; Be used for discerning before user's request of the startup link of non-active user's operating system application program at active user's os starting; And transmit said user to ServiceOS and ask; And after active user's os starting, check the plan target that whether this current operating system of user has needs response, if having, then start this plan target;
The application maintenance module; Be used for providing the changed information of application program installation situation on active user's operating system to ServiceOS; And all application programs and start link on the sense terminals equipment, and all application programs are provided on the said terminal device and start link to user's desktop environment;
ServiceOS is used for starting the operating system that each guiding starts as terminal device;
Wherein, Said plan target module, application maintenance module and ServiceOS are installed on the said terminal device; And said plan target module and application maintenance module are installed on active user's operating system; ServiceOS is installed in described in the said terminal device on the subregion outside active user's operating system, and this subregion only is used to install ServiceOS.
Wherein, said ServiceOS comprises:
The task management module is used to read the described request that said plan target module is transmitted, and starts corresponding operating system of user through the operating system maintenance module;
The operating system maintenance module is used for installing and unloading all operating system of user, and is used to safeguard the state of all operating system of user on the said terminal device;
The application information administration module is used to the changed information that said application maintenance module provides said application program installation situation, and to the task management module query function is provided.
Every record about application program in the application information administration module mainly comprises: program name, unique identifier, version information, place operating system of user, description.Every record about plan target mainly comprises in the task management module: the unique identification of start-up routine, start-up parameter.
Operation about application program and task in the application program service management system has: installation/unloading operating system of user, operating system of user installation, deletion, upgrade applications, inquiry/startup application program in operating system of user.
The user can install other operating system of user (being non-active user's operating system) in ServiceOS.Its flow process is: the user is introduced into the operating system management interface among the ServiceOS when starting terminal device, in the operating system management interface of ServiceOS, according to prompting operating system of user is installed then.Specifically; When the user gets in the operating system management interface among the ServiceOS; Under this environment, be recorded in the operating system maintenance module, and this system is joined in the tabulation that starts the operating system of ServiceOS according to title, position, the version information of user's operation with the new operating system of installing of user.
The user also can unload operating system of user in ServiceOS.Its flow process is: the user is introduced into the operating system management interface among the ServiceOS when starting terminal device, in the interface of the operating system management of ServiceOS according to prompting unloading operation system.Specifically; When the user gets in the operating system management interface among the ServiceOS; Which operating system the user selects to delete under this environment; After the operating system that the user selects to delete, ServiceOS can carry out following step successively according to the information of the system that will delete in the operating system maintenance module: 1, the subregion at this system place is removed.So 2, with the information deletion of this system in the application management module.3, in the operating system maintenance module of ServiceOS with the information deletion of this information, upgrade the tabulation that ServiceOS starts operating system of user.
The user can also add application program in ServiceOS, just after the user accomplished the installation operating system of user, the application maintenance module was added program information among the ServiceOS application information module.Flow process is: after the user accomplished fitting operation, the application maintenance module was added application information among the ServiceOS application information module.Specifically, the storage of the application information module among the ServiceOS is in a special subregion, and zoned format can be by operating system identification and read-write.Installation Events can be followed the tracks of; And the information (title, version, description etc.) of the new application program of installing of acquisition; According to above-mentioned information generate application program unique identifier (such as with<title><version><operating system>as identifier); Add operation system information (in the item that starts the operating system in ServiceOS task management module), deposit the application information module of ServiceOS in.
The user can also delete application program in ServiceOS, just the user accomplish the deletion operating system of user after, in the application information module of application maintenance module from ServiceOS with this program record deletion.Flow process is: after the user accomplishes deletion action, in the application information module of application maintenance module from ServiceOS with this program record deletion.Specifically, operating system traces into application program and regenerates the software unique identifier according to application information after being unloaded, and in the application information module of ServiceOS with the software information deletion of this unique identifier.
The user can also upgrade application program in ServiceOS, just after the user accomplished the renewal operation, the application maintenance module was with in the application information module among the ServiceOS this program record being upgraded.Flow process is: after the user accomplished the renewal operation, the application maintenance module was with in the application information module among the ServiceOS this program record being upgraded.Specifically; Operating system trace into application program be updated before, generate unique identifier according to application information respectively afterwards; And in the application information module of ServiceOS,, add and upgrade application information afterwards the software information deletion of this unique identifier before.
The user can also be in ServiceOS inquiry application; Just after the interface initiation query manipulation of user through existing inquiry application in active user's operating system, inquire about all application programs in current operation system and the non-current operation system.Flow process is: the user initiates through the interface of existing inquiry application in the current operation system can inquire all application programs in current operation system and the non-current operation system after the query manipulation.Specifically; Operating system of user can be intercepted and captured the inquiry that application programs is initiated; Then the application management module of inquiry ServiceOS; The application program that meets querying condition of non-operating system is organized in Query Result and this operating system the Query Result of application program with the mode of link to merge to together and returns.
The user can also start application program in ServiceOS, just working as user's application program started is the application program in active user's operating system, then just in active user's operating system, starts; If not, the operating system at this program place of then resetting automatically is also moved this program.When user's application program started is the application program in the operating system of current place, then just in current operation system, start; Program in the current operation system, the operating system at this program place of then resetting automatically is also moved this program.Specifically, when user launches application is the application program of current place operating system, start the flow startup of application program according to current operation system; When user launches application is the application program of other operating systems; Then the special application program that is actually of request links; Discern the request of this link; Through the plan target module this request is stored as plan target,, restarts system then comprising the identifier of wanting application program started, start-up parameter, input etc.At first get into ServiceOS after restarting, the os-task administration module of ServiceOS reads plan target, if there is not plan target, then gets into the operating system choice menus, lets the user select from which system start-up.If planned task, then which operating system query task need start, and from that operating system, starts.After the os starting, start the task management module of inspection ServiceOS, task of whether needing this system to carry out is if having, then according to information (start-up parameter, input etc.) the initiating task application program pointed of this task.
Above embodiment only is used to explain the present invention; And be not limitation of the present invention; The those of ordinary skill in relevant technologies field under the situation that does not break away from the spirit and scope of the present invention, can also be made various variations and modification; Therefore all technical schemes that are equal to also belong to category of the present invention, and scope of patent protection of the present invention should be defined by the claims.
Claims (6)
1. the multi-platform application program service management method based on ServiceOS is characterized in that, may further comprise the steps:
S1, discern user's request of the startup link of non-active user's operating system application program before active user's os starting; Transmit said user's request to ServiceOS, said ServiceOS is meant the operating system that service is provided for operating system of user;
S2, terminal device start non-active user's operating system from the ServiceOS guiding;
S3, the changed information of application program installation situation on active user's operating system is provided to ServiceOS; All application programs on the sense terminals equipment and startup thereof link, and to user's desktop environment all application programs and startup link thereof on the said terminal device are provided;
S4, check the plan target that whether this current operating system of user has needs response,, then start this plan target if having.
2. the multi-platform application program service management method based on ServiceOS as claimed in claim 1 is characterized in that step S2 may further comprise the steps:
S201, read said user request, and start non-active user's operating system;
The state of all operating system of user on S202, the said terminal device of maintenance;
S203, the changed information of said application program installation situation is provided.
3. the multi-platform application program service management method based on ServiceOS as claimed in claim 1 is characterized in that said changed information comprises increase, deletion and lastest imformation.
4. the multi-platform application program service management method based on ServiceOS as claimed in claim 2 is characterized in that the state of said all operating system of user comprises the quantity of os starting, version, kind and boot sequence.
5. the multi-platform application program service management system based on the ServiceOS module is characterized in that, comprising:
The plan target module; Be used for discerning before user's request of the startup link of non-active user's operating system application program at active user's os starting; And transmit said user to the ServiceOS module and ask; And after active user's os starting, check the plan target that whether this current operating system of user has needs response, if having, then start this plan target;
The application maintenance module; Be used for providing the changed information of application program installation situation on active user's operating system to the ServiceOS module; And all application programs and start link on the sense terminals equipment, and all application programs are provided on the said terminal device and start link to user's desktop environment;
The ServiceOS module is used for terminal device and starts non-active user's operating system from the guiding of ServiceOS module;
Wherein, Said plan target module, application maintenance module and ServiceOS module are installed on the said terminal device; And said plan target module and application maintenance module are installed on active user's operating system, and the ServiceOS module is installed in described in the said terminal device on the subregion outside active user's operating system.
6. the multi-platform application program service management system based on the ServiceOS module as claimed in claim 5 is characterized in that said ServiceOS module comprises:
The task management module is used to read the described request that said plan target module is transmitted, and starts non-active user's operating system through the operating system maintenance module;
The operating system maintenance module is used for installing and unloading all operating system of user, and is used to safeguard the state of all operating system of user on the said terminal device;
The application information administration module is used to the changed information that said application maintenance module provides said application program installation situation, and to the task management module query function is provided.
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| CN103197941A (en) * | 2013-02-28 | 2013-07-10 | 深圳市中兴移动通信有限公司 | Method and system for application data interaction of operating system with other operating systems |
| CN104049857A (en) * | 2013-03-15 | 2014-09-17 | 宇宙互联有限公司 | System and method for supporting operating system sharing |
| CN103345406A (en) * | 2013-06-21 | 2013-10-09 | 中国科学院深圳先进技术研究院 | System and method for achieving cloud virtual mobile terminal of intelligent mobile terminal |
| CN106293665A (en) * | 2015-05-28 | 2017-01-04 | 宇龙计算机通信科技(深圳)有限公司 | A kind of system uninstallation method and device |
| CN105607896B (en) * | 2015-09-25 | 2018-10-02 | 中国铁路总公司 | The development approach and system of application program |
| CN107360265B (en) * | 2017-05-26 | 2019-11-01 | 武汉斗鱼网络科技有限公司 | A kind of equipment exclusive identification code acquisition methods, device and mobile terminal |
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