CN103701791A - Server, terminal equipment, visual desktop system and operation method thereof - Google Patents
Server, terminal equipment, visual desktop system and operation method thereof Download PDFInfo
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- CN103701791A CN103701791A CN201310714399.5A CN201310714399A CN103701791A CN 103701791 A CN103701791 A CN 103701791A CN 201310714399 A CN201310714399 A CN 201310714399A CN 103701791 A CN103701791 A CN 103701791A
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Abstract
The invention provides a server, wherein the server is internally provided with a virtual machine. The server is characterized in that the virtual machine is provided with a LINUX operating system; the server is internally provided with a server interface module; the server interface module can receive an operating instruction sent by terminal equipment and transmits the operating instruction to the virtual machine, and the server interface module can send the execution result of the virtual machine to the terminal equipment. The invention also provides the terminal equipment corresponding to the server, a virtual desktop system comprising the server and the terminal equipment and an operation method of a virtual desktop based on the virtual desktop system. The virtual desktop system provided by the invention can publish a LINUX virtual desktop in desktop cloud, thus the requirement of a user using the LINUX operating system can be met.
Description
Technical field
The present invention relates to desktop virtual technical field, particularly, relate to a kind of server, a kind of that equipment of the terminal corresponding with this server, a kind of method of operation that comprises virtual desktop system and the virtual desktop based on this virtual desktop system of described server and described terminal equipment.
Background technology
In company's network of enterprise, the terminal equipment being connected with server is comprised of a large amount of personal computers or notebook conventionally, causes company's network operation cost and management cost very high.At present, cloud computing and cloud system are becoming the most important also the most potential technology of areas of information technology.Therefore, the current scheme based on enterprises specific cloud system is widely used.According to this scheme, in specific cloud system, personal computer or notebook are replaced to the thin terminal with lower reason ability, and on server, move virtual machine or session.Utilize thin terminal to be connected with virtual machine, can operate the operating system on virtual machine.Desktop cloud product can be realized the demand.
The desktop cloud product existing is in the market all to dispose WINDOWS desktop substantially, the user's that this LINUX desktop that is just difficult to satisfy the demand operates demand.
Therefore, how for providing LINUX virtual desktop, user to become this area technical problem urgently to be resolved hurrily.
Summary of the invention
The object of the present invention is to provide a kind of server, a kind of that equipment of the terminal corresponding with this server, a kind of method of operation that comprises virtual desktop system and the virtual desktop based on this virtual desktop system of described server and described terminal equipment.The virtual desktop system that comprises described server and described terminal equipment can provide LINUX virtual desktop for user.
To achieve these goals, as first aspect of the present invention, a kind of server is provided, in this server, virtual machine is installed, wherein, on described virtual machine, is provided with LINUX operating system, in described server, be also provided with server interface module, the operational order that this server interface module can receiving terminal apparatus sends, and send this operational order to described virtual machine, and described server interface module can send to described terminal equipment by the execution result of described virtual machine.
Preferably, in described LINUX operating system, be provided with the driver module of multiple application program, described virtual machine is also provided with virtual machine interface module, described virtual machine interface module can receive the described operational order that described server interface module sends, and this operational order is sent to the driver module of corresponding application program, and the described execution result that the described application program of correspondence is produced sends to described server interface module.
Preferably, described server interface module comprises master scheduling submodule, tunnel submodule and corresponding to a plurality of functional interface submodules of difference in functionality, described master scheduling submodule can receive described operational order, and this operational order can be resolved to the subcommand of corresponding difference in functionality, the subcommand of this correspondence difference in functionality is distributed to corresponding functional interface submodule, described functional interface submodule can send corresponding subcommand to described tunnel submodule, and described tunnel submodule can send to described subcommand described virtual machine interface module.
Preferably, a plurality of described functional interface submodules comprise cursor display interface submodule, input interface submodule, record at least one in playback interface submodule.
Preferably, what described master scheduling submodule can be by the execution result of described virtual machine is graphical, and can send to described terminal equipment by patterned execution result.
As second aspect of the present invention, a kind of terminal equipment is provided, this terminal equipment be provided with can with the client modules of server communication, wherein, described server is above-mentioned server provided by the present invention, described client modules can be transferred to described server interface module by the operational order of user's input, and described client modules can receive the execution result of the described virtual machine being sent by described server.
As the 3rd aspect of the present invention, a kind of virtual desktop system is provided, wherein, this virtual desktop system comprises above-mentioned server provided by the present invention and above-mentioned terminal equipment provided by the present invention, described terminal equipment is connected with described server, and described terminal equipment can show the desktop of LINUX operating system.
Preferably, described virtual desktop system also comprises memory device, and this memory device is used to described virtual machine that at least one in territory environment, database and virtual management environment is provided.
As the 4th aspect of the present invention, a kind of method of operation of the virtual desktop based on virtual desktop system is provided, wherein, described virtual desktop system is above-mentioned virtual desktop system provided by the present invention, described method of operation comprises the following steps:
S1, to described terminal equipment, enter the operating instructions;
S2, described client modules send to described operational order the server interface module of described server;
S3, described server interface module send to described virtual machine by described operational order;
S4, described virtual machine are carried out described operational order, and send execution result to described server interface module;
S5, described server interface module are sent to described client modules by described execution result;
S6, described client modules are controlled described terminal equipment and are shown described execution result.
Preferably, described virtual machine is also provided with virtual machine interface module, in described step S3, described server interface module sends to described operational order the described virtual machine interface module of described virtual machine, in described step S4, described virtual machine is sent to described server interface module by described virtual machine interface module by described execution result.
Preferably, described server interface module comprises master scheduling submodule, tunnel submodule and corresponding to a plurality of functional interface submodules of difference in functionality, described step S3 comprises:
S31, described master scheduling submodule resolve to described operational order the subcommand of corresponding difference in functionality, and the subcommand of corresponding difference in functionality is distributed to a plurality of functional interface submodules corresponding to difference in functionality;
S32, corresponding to a plurality of functional interface submodules of difference in functionality, each self-corresponding subcommand is sent to described tunnel submodule;
S33, described tunnel submodule send to described virtual machine interface module by the subcommand of described corresponding difference in functionality;
Described step S4 comprises:
S41, described virtual machine interface module send to the subcommand of described corresponding difference in functionality the driver module of corresponding application program, to generate execution result;
S42, described virtual machine interface module are sent to described tunnel submodule by execution result;
S43, described tunnel submodule send to described master scheduling submodule by described execution result;
S44, the described scheduling sublayer module of living are graphical by described execution result, and patterned execution result is sent to described client modules.
Due to LINUX operating system being installed on virtual machine, therefore described server can provide LINUX virtual desktop for terminal equipment, has met the demand of user to operation LINUX virtual desktop.Correspondingly, virtual desktop system provided by the present invention can be issued LINUX virtual desktop in desktop cloud, thereby can meet the user's who uses LINUX operating system requirement.
Accompanying drawing explanation
Accompanying drawing is to be used to provide a further understanding of the present invention, and forms a part for specification, is used from explanation the present invention, but is not construed as limiting the invention with embodiment one below.In the accompanying drawings:
Fig. 1 is the schematic diagram of virtual desktop system provided by the present invention;
Fig. 2 is the flow chart of the method for operation of the virtual desktop based on virtual desktop system provided by the present invention provided by the present invention;
Fig. 3 is the flow chart of step S3 in the method for operation shown in Fig. 2;
Fig. 4 is the flow chart of step S4 in the method for operation shown in Fig. 2.
Description of reference numerals
100: terminal equipment 110: client modules
200: server 211: master scheduling submodule
212: cursor display sub-module 213: input submodule
214: record playback submodule 215: tunnel submodule
300: virtual machine 310: virtual machine interface module
320: driver module 330: application module
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is elaborated.Should be understood that, embodiment described herein only, for description and interpretation the present invention, is not limited to the present invention.
As shown in Figure 1, as one aspect of the present invention, a kind of server 200 is provided, in this server 200, virtual machine 300 is installed, wherein, on this virtual machine 300, is provided with LINUX operating system, in server 200, be also provided with server interface module, this server interface module can receiving terminal apparatus 100 operational orders that send, and send this operational order to virtual machine 300, and described server interface module can send to terminal equipment 100 by the execution result of virtual machine 300.
Due to LINUX operating system being installed on virtual machine 300, therefore described server can provide LINUX virtual desktop for terminal equipment 100, the operational order that server 200 sends by described server interface module receiving terminal apparatus 100, and this instruction is sent to virtual machine 300, after the LINUX operating system of virtual machine 300 has operated described operational order, execution result is sent to described server interface module, and this server interface module returns to terminal equipment 100 by described execution result.Hence one can see that, and server provided by the present invention can meet the requirement that user uses LINUX operating system.
When user is arranged on virtual machine 300 on server 200 and is operated by 100 pairs, terminal equipment, all computings are all carried out on server 200, alleviate the load of terminal equipment, also greatly reduced the requirement to terminal equipment configuration, thereby saved spending.
As noted before, virtual machine 300 receives the operational order that comes from terminal equipment by the server interface module transmission of server 200.In order to carry out various operational orders, should in described LINUX operating system, be provided with the driver module 320 of multiple application program, and virtual machine 300 can also be provided with virtual machine interface module 310, this virtual machine interface module 310 can receive the described operational order that described server interface module sends, and this virtual machine interface module 310 can send to described server interface module by described execution result.
In order to provide real identical with PC user to experience for user, preferably, described server interface module can comprise master scheduling submodule 211, tunnel submodule 215 and corresponding to a plurality of functional interface submodules of difference in functionality, master scheduling submodule 211 can receive described operational order, and this operational order can be resolved to the subcommand of corresponding difference in functionality, the subcommand of this correspondence difference in functionality is distributed to corresponding functional interface submodule, described functional interface submodule can send corresponding subcommand to tunnel submodule 215, this tunnel submodule 215 can send to virtual machine interface module 310 by described subcommand.Hold intelligiblely, each functional interface submodule can transmit independent data flow, thereby can experience for user provide real PC.
In the execution mode shown in Fig. 1, a plurality of functional interface submodules comprise cursor display sub-module 212, input submodule 213, record playback submodule 214.Certainly, the present invention is not limited to this, and for example, a plurality of described functional interface submodules can comprise cursor display sub-module 212, input submodule 213, record at least one in playback submodule 214.
For the ease of user operation, preferably, what master scheduling submodule 211 can be by the execution result of described virtual machine is graphical, and can send to described terminal equipment by patterned execution result.
Should be understood that, in described server, can be provided with a plurality of virtual machines, that is, on described server, form virtual desktop pond.
As another aspect of the present invention, a kind of terminal equipment 100 is provided, this terminal equipment 100 is provided with the client modules 110 that can communicate by letter with server 200, wherein, server 200 is above-mentioned server provided by the present invention, client modules 110 can be transferred to described server interface module by the operational order of user's input, and described client modules can receive the execution result of the virtual machine 300 being sent by server 200.
As noted before, server 200 provides LINUX virtual desktop for terminal equipment 100.Because nearly all computing is all carried out on server 200, therefore, terminal equipment 100 can have lower configuration, thereby has lower cost.For example, terminal equipment can be thin-client.
As another aspect of the present invention, a kind of virtual desktop system is provided, wherein, this virtual desktop system comprises above-mentioned server 200 provided by the present invention and above-mentioned terminal equipment 100 provided by the present invention, this terminal equipment 100 is connected with server 200, and terminal equipment 100 can show the desktop of LINUX operating system.
Virtual desktop system provided by the present invention can be issued LINUX virtual desktop in desktop cloud, thereby can meet the user's who uses LINUX operating system requirement.
Server, operating terminal and virtual machine cooperating operation, the unified user's Authentication and authorization of realizing, user just can obtain a LINUX virtual desktop by terminal equipment, as using local desktop, use long-range LINUX virtual desktop, user can move LINUX order, operations server etc. in LINUX virtual desktop.
Described virtual desktop system can be realized video/image compression, client-cache is (to image, palette, cursors etc. carry out caching process), thermophoresis (virtual machine is from moving on another one server when server and not interrupting showing), multihead display, the broadcasting of audio frequency with record, the transmission of audio frequency (comprises compression transmission, encrypted transmission), clipbook is shared (operating terminal and server can copy stickup mutually), USB redirects (USB of operating terminal is redirected to server), the functions such as smart card login.
In order to realize desktop cloud, need to provide territory environment, database, virtual management environment, virtualization engine (that is, described server) and terminal equipment.In the present invention, server, except serving as virtualization engine, can also provide territory environment, database, virtual management environment.Or, as one embodiment of the present invention, can utilize other memory devices outside server that territory environment, database, virtual management environment are provided.That is, the virtual desktop system that present disclosure provides can also comprise memory device, and this memory device is used to described virtual machine that at least one in territory environment, database and virtual management environment is provided.
As an also aspect of the present invention, a kind of method of operation of the virtual desktop based on virtual desktop system is provided, wherein, described virtual desktop system is above-mentioned virtual desktop system provided by the present invention, as shown in Figure 2, described method of operation comprises the following steps:
S1, to described terminal equipment, enter the operating instructions (this step is actual in selecting corresponding program on the LINUX virtual desktop showing at described terminal equipment, and the corresponding operation of input);
S2, described client modules send to described operational order the server interface module of described server;
S3, described server interface module send to described virtual machine by described operational order;
S4, described virtual machine are carried out described operational order, and send execution result to described server interface module;
S5, described server interface module are sent to described client modules by described execution result; With
S6, described client modules are controlled described terminal equipment and are shown described execution result.
At described virtual machine, be provided with in the execution mode of described virtual machine interface module, in described step S3, described server interface module sends to described operational order the described virtual machine interface module of described virtual machine, in described step S4, described virtual machine is sent to described server interface module by described virtual machine interface module by described execution result.
In described server interface module, comprise that in master scheduling submodule, tunnel submodule and the execution mode corresponding to a plurality of functional interface submodules of difference in functionality, as shown in Figure 3, described step S3 comprises:
S31, described master scheduling submodule resolve to described operational order the subcommand of corresponding difference in functionality, and the subcommand of corresponding difference in functionality is distributed to a plurality of functional interface submodules corresponding to difference in functionality;
S32, corresponding to a plurality of functional interface submodules of difference in functionality, each self-corresponding subcommand is sent to described tunnel submodule;
S33, described tunnel submodule send to described virtual machine interface module by the subcommand of described corresponding difference in functionality.
Correspondingly, described step S4 can comprise:
S41, described virtual machine interface module send to the subcommand of described corresponding difference in functionality the driver module of corresponding application program, to generate execution result;
S42, described virtual machine interface module are sent to described tunnel submodule by execution result;
S43, described tunnel submodule send to described master scheduling submodule by described execution result;
S44, the described scheduling sublayer module of living are graphical by described execution result, and patterned execution result is sent to described client modules.
Introduce the method for operation of utilizing virtual desktop system provided by the present invention to realize typewriting below.
Step S1 is embodied as to described terminal equipment input typewriting order (be included in the virtual desktop of terminal equipment and select typewriting program and input corresponding word content).Step S2 is embodied as described client modules and described typewriting order is sent to the server interface module of described server.Described step S31 is embodied as and becomes cursor to show subcommand, input subcommand and record playback subcommand described typewriting command analysis described firmly scheduling sublayer module; Described step S32 is embodied as corresponding cursor display sub-module, input submodule and record playback submodule shows cursor respectively subcommand, inputs subcommand and records playback subcommand and send to described tunnel submodule; Described step S33 is embodied as tunnel submodule and cursor is shown to subcommand, inputs subcommand and records playback subcommand sends to described virtual machine interface module.Described step S41 is embodied as described virtual machine interface module and cursor is shown to subcommand, inputs subcommand and records playback subcommand sends to corresponding application driven module, to generate execution result (comprising cursor demonstration, generating character and display text); Step S42 is embodied as described virtual interface module described execution result is sent to described tunnel submodule; Described step S43 is embodied as described tunnel submodule described execution result is sent to described master scheduling submodule; Described step S44 is specifically implemented as, and the described scheduling sublayer module of living is described execution result graphical (that is, display highlighting flicker, display text content), and patterned execution result is sent to described client modules.Step S5 is embodied as described server interface module described execution result is sent to described client modules.Step S6 is embodied as described client modules and controls described terminal equipment display highlighting flicker, display text content.
Be understandable that, above execution mode is only used to principle of the present invention is described and the illustrative embodiments that adopts, yet the present invention is not limited thereto.For those skilled in the art, without departing from the spirit and substance in the present invention, can make various modification and improvement, these modification and improvement are also considered as protection scope of the present invention.
Claims (11)
1. a server, in this server, virtual machine is installed, it is characterized in that, on described virtual machine, be provided with LINUX operating system, in described server, be also provided with server interface module, the operational order that this server interface module can receiving terminal apparatus sends, and send this operational order to described virtual machine, and described server interface module can send to described terminal equipment by the execution result of described virtual machine.
2. server according to claim 1, it is characterized in that, in described LINUX operating system, be provided with the driver module of multiple application program, described virtual machine is also provided with virtual machine interface module, described virtual machine interface module can receive the described operational order that described server interface module sends, and this operational order is sent to the driver module of corresponding application program, and the described execution result that the described application program of correspondence is produced sends to described server interface module.
3. server according to claim 2, it is characterized in that, described server interface module comprises master scheduling submodule, tunnel submodule and corresponding to a plurality of functional interface submodules of difference in functionality, described master scheduling submodule can receive described operational order, and this operational order can be resolved to the subcommand of corresponding difference in functionality, the subcommand of this correspondence difference in functionality is distributed to corresponding functional interface submodule, described functional interface submodule can send corresponding subcommand to described tunnel submodule, described tunnel submodule can send to described subcommand described virtual machine interface module.
4. server according to claim 3, is characterized in that, a plurality of described functional interface submodules comprise cursor display interface submodule, input interface submodule, record at least one in playback interface submodule.
5. according to the server described in claim 3 or 4, it is characterized in that, what described master scheduling submodule can be by the execution result of described virtual machine is graphical, and can send to described terminal equipment by patterned execution result.
6. a terminal equipment, this terminal equipment be provided with can with the client modules of server communication, it is characterized in that, described server is the server described in any one in claim 1 to 5, described client modules can be transferred to described server interface module by the operational order of user's input, and described client modules can receive the execution result of the described virtual machine being sent by described server.
7. a virtual desktop system, it is characterized in that, this virtual desktop system comprises the server described in any one and terminal equipment claimed in claim 6 in claim 1 to 5, described terminal equipment is connected with described server, and described terminal equipment can show the desktop of LINUX operating system.
8. virtual desktop system according to claim 7, is characterized in that, this virtual desktop system also comprises memory device, and this memory device is used to described virtual machine that at least one in territory environment, database and virtual management environment is provided.
9. a method of operation for the virtual desktop based on virtual desktop system, is characterized in that, described virtual desktop system is the virtual desktop system described in claim 7 or 8, and described method of operation comprises the following steps:
S1, to described terminal equipment, enter the operating instructions;
S2, described client modules send to described operational order the server interface module of described server;
S3, described server interface module send to described virtual machine by described operational order;
S4, described virtual machine are carried out described operational order, and send execution result to described server interface module;
S5, described server interface module are sent to described client modules by described execution result;
S6, described client modules are controlled described terminal equipment and are shown described execution result.
10. method of operation according to claim 9, it is characterized in that, described virtual machine is also provided with virtual machine interface module, in described step S3, described server interface module sends to described operational order the described virtual machine interface module of described virtual machine, in described step S4, described virtual machine is sent to described server interface module by described virtual machine interface module by described execution result.
11. methods of operation according to claim 10, is characterized in that, described server interface module comprises master scheduling submodule, tunnel submodule and corresponding to a plurality of functional interface submodules of difference in functionality, described step S3 comprises:
S31, described master scheduling submodule resolve to described operational order the subcommand of corresponding difference in functionality, and the subcommand of corresponding difference in functionality is distributed to a plurality of functional interface submodules corresponding to difference in functionality;
S32, corresponding to a plurality of functional interface submodules of difference in functionality, each self-corresponding subcommand is sent to described tunnel submodule;
S33, described tunnel submodule send to described virtual machine interface module by the subcommand of described corresponding difference in functionality;
Described step S4 comprises:
S41, described virtual machine interface module send to the subcommand of described corresponding difference in functionality the driver module of corresponding application program, to generate execution result;
S42, described virtual machine interface module are sent to described tunnel submodule by execution result;
S43, described tunnel submodule send to described master scheduling submodule by described execution result;
S44, the described scheduling sublayer module of living are graphical by described execution result, and patterned execution result is sent to described client modules.
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| CN103701791B (en) | 2017-09-01 |
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