CN103701791B - A kind of operating method of the virtual desktop based on virtual desktop system - Google Patents
A kind of operating method of the virtual desktop based on virtual desktop system Download PDFInfo
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- CN103701791B CN103701791B CN201310714399.5A CN201310714399A CN103701791B CN 103701791 B CN103701791 B CN 103701791B CN 201310714399 A CN201310714399 A CN 201310714399A CN 103701791 B CN103701791 B CN 103701791B
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Abstract
The present invention provides a kind of server, virtual machine is installed in the server, it is characterized in that, LINUX operating systems are provided with the virtual machine, server interface module is additionally provided with the server, the server interface module is capable of the operational order of receiving terminal apparatus transmission, and sends the operational order to the virtual machine, and the implementing result of the virtual machine can be sent to the terminal device by the server interface module.The present invention also provides the operating method of a kind of that equipment of terminal corresponding with the server, a kind of virtual desktop system including the server and the terminal device and the virtual desktop based on the virtual desktop system.Virtual desktop system provided by the present invention can issue LINUX virtual desktops in desktop cloud, so as to meet the requirement of the user using LINUX operating systems.
Description
Technical field
The present invention relates to desktop virtual technology field, in particular it relates to which a kind of server, one kind are corresponding with the server
Terminal that equipment, a kind of virtual desktop system including the server and the terminal device and based on the virtual desktop system
The operating method of the virtual desktop of system.
Background technology
In the corporate networks of enterprise, the terminal device being connected with server is generally by substantial amounts of personal computer or notes
This composition, causes corporate networks operation cost and management cost very high.At present, cloud computing and cloud system turn into information skill
The most important also most potential technology in art field.Therefore, the scheme for being currently based on the special cloud system of enterprises is obtained extensively
General application.According to the program, personal computer or notebook are substituted for relatively low disposal ability in special cloud system
Thin terminal, and operation virtual machine or session on the server.It is connected using thin terminal with virtual machine, virtual machine can be operated
On operating system.Desktop cloud product can realize the demand.
The desktop cloud product that currently there are is essentially all deployment WINDOWS desktops, and this is just difficult to meet need
Want the demand for the user that LINUX desktops are operated.
Therefore, LINUX virtual desktops how to be provided the user as this area technical problem urgently to be resolved hurrily.
The content of the invention
It is an object of the invention to provide a kind of server, a kind of that equipment of terminal corresponding with the server, a kind of bag
Include the operation of the virtual desktop system of the server and the terminal device and the virtual desktop based on the virtual desktop system
Method.Virtual desktop system including the server and the terminal device can provide the user LINUX virtual desktops.
To achieve these goals, as the first aspect of the invention there is provided a kind of server, installed in the server
There is virtual machine, wherein, it is provided with the virtual machine in LINUX operating systems, the server and is additionally provided with server interface
Module, the server interface module is capable of the operational order that receiving terminal apparatus is sent, and the operational order is sent to described
Virtual machine, and the implementing result of the virtual machine can be sent to the terminal device by the server interface module.
Preferably, the drive module of a variety of application programs is provided with the LINUX operating systems, the virtual machine is also set
Virtual machine interface module is equipped with, the virtual machine interface module can receive the operation that the server interface module is sent
Instruction, and the operational order is sent to the drive module of corresponding application program, and will the corresponding application program generation
The implementing result be sent to the server interface module.
Preferably, the server interface module includes master scheduling submodule, tunnel submodule and corresponding to difference in functionality
Multiple functional interface submodules, the master scheduling submodule can receive the operational order, and can be by the operational order
The subcommand of correspondence difference in functionality is parsed into, the subcommand of the correspondence difference in functionality is distributed into corresponding functional interface submodule
Block, the functional interface submodule can send corresponding subcommand to the tunnel submodule, the tunnel submodule energy
It is enough that the subcommand is sent to the virtual machine interface module.
Preferably, multiple functional interface submodules include cursor display interface submodule, input interface submodule, note
Record at least one of playback interface submodule.
Preferably, the master scheduling submodule can be by the graphical of the implementing result of the virtual machine, and being capable of figure
The implementing result of change is sent to the terminal device.
As the second aspect of the invention there is provided a kind of terminal device, the terminal device is provided with can be with server
The client modules of communication, wherein, the server is above-mentioned server provided by the present invention, and the client modules can
The operational order that user is inputted is transferred to the server interface module, and the client modules can be received by the clothes
The implementing result for the virtual machine that business device is sent.
As the third aspect of the invention there is provided a kind of virtual desktop system, wherein, the virtual desktop system includes this
The above-mentioned server and above-mentioned terminal device provided by the present invention provided, the terminal device and the server phase are provided
Connect, and the terminal device can show the desktop of LINUX operating systems.
Preferably, the virtual desktop system also includes storage device, and the storage device is used to provide for the virtual machine
At least one of domain environment, database and virtual management environment.
As the fourth aspect of the invention there is provided a kind of operating method of the virtual desktop based on virtual desktop system,
Wherein, the virtual desktop system is above-mentioned virtual desktop system provided by the present invention, and the operating method includes following step
Suddenly：
S1, enter the operating instructions to the terminal device；
The operational order is sent to the server interface module of the server by S2, the client modules；
The operational order is sent to the virtual machine by S3, the server interface module；
S4, the virtual machine perform the operational order, and send implementing result to the server interface module；
S5, the server interface module send the implementing result to the client modules；
S6, the client modules control the terminal device to show the implementing result.
Preferably, the virtual machine is additionally provided with virtual machine interface module, in the step S3, the server interface
The operational order is sent to the virtual machine interface module of the virtual machine, in the step S4, the void by module
Plan machine is sent the implementing result to the server interface module by the virtual machine interface module.
Preferably, the server interface module includes master scheduling submodule, tunnel submodule and corresponding to difference in functionality
Multiple functional interface submodules, the step S3 includes：
The operational order is parsed into the subcommand of correspondence difference in functionality by S31, the master scheduling submodule, and will correspondence
The subcommand of difference in functionality distributes to multiple functional interface submodules corresponding to difference in functionality；
Each self-corresponding subcommand is sent to the tunnel by S32, multiple functional interface submodules corresponding to difference in functionality
Road submodule；
The subcommand of the correspondence difference in functionality is sent to the virtual machine interface module by S33, the tunnel submodule；
The step S4 includes：
The subcommand of the correspondence difference in functionality is sent to corresponding application program by S41, the virtual machine interface module
Drive module, to generate implementing result；
S42, the virtual machine interface module send implementing result to the tunnel submodule；
The implementing result is sent to the master scheduling submodule by S43, the tunnel submodule；
S44, the firmly scheduling submodule are graphical by the implementing result, and patterned implementing result is sent into institute
State client modules.
Due to being provided with LINUX operating systems on virtual machine, therefore the server can provide LINUX for terminal device
Virtual desktop, meets demand of the user to operation LINUX virtual desktops.Correspondingly, virtual desktop system provided by the present invention
System can issue LINUX virtual desktops in desktop cloud, so as to meet the requirement of the user using LINUX operating systems.
Brief description of the drawings
Accompanying drawing is, for providing a further understanding of the present invention, and to constitute a part for specification, with following tool
Body embodiment is used to explain the present invention together, but is not construed as limiting the invention.In the accompanying drawings：
Fig. 1 is the schematic diagram of virtual desktop system provided by the present invention；
Fig. 2 is the operating method of the virtual desktop provided by the present invention based on virtual desktop system provided by the present invention
Flow chart；
Fig. 3 is the flow chart of step S3 in operating method shown in Fig. 2；
Fig. 4 is the flow chart of step S4 in operating method shown in Fig. 2.
Description of reference numerals
100：Terminal device 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：Drive module 330：Application module
Embodiment
The embodiment of the present invention is described in detail below in conjunction with accompanying drawing.It should be appreciated that this place is retouched
The embodiment stated is merely to illustrate and explain the present invention, and is not intended to limit the invention.
As shown in figure 1, as one aspect of the present invention there is provided a kind of server 200, being provided with the server 200
Virtual machine 300, wherein, it is provided with the virtual machine 300 in LINUX operating systems, server 200 and is additionally provided with server interface
Module, the operational order that the server interface module can be sent with receiving terminal apparatus 100, and send the operational order to void
Plan machine 300, and the implementing result of virtual machine 300 can be sent to terminal device 100 by the server interface module.
Due to being provided with LINUX operating systems on virtual machine 300, therefore the server can carry for terminal device 100
For LINUX virtual desktops, the operational order that server 200 is sent by the server interface module receiving terminal apparatus 100,
And the instruction is sent to virtual machine 300, will after the completion of the LINUX operating systems of virtual machine 300 are operated to the operational order
Implementing result is sent to the server interface module, and the implementing result is returned to terminal device by the server interface module
100.It follows that server provided by the present invention can meet the requirement that user uses LINUX operating systems.
When user is operated by 100 pairs of virtual machines 300 installed on server 200 of terminal device, all fortune
Calculation is all carried out on server 200, is alleviated the load of terminal device, has been greatly reduced the requirement to terminal equipment configuration,
So as to save spending.
Virtual machine 300 is installed on server 200, therefore server 200 can also be referred to as virtualization engine.
As mentioned above it is possible, virtual machine 300 is received comes from terminal by the server interface module transmission of server 200
The operational order of equipment.In order to perform various operational orders, a variety of application journeys should be provided with the LINUX operating systems
The drive module 320 of sequence, and virtual machine 300 is also provided with virtual machine interface module 310, the virtual machine interface module
310 can receive the operational order that the server interface module is sent, and the virtual machine interface module 310 can be by
The implementing result is sent to the server interface module.
A variety of application modules 330 can be installed, for example, shown embodiment in Fig. 1 in LINUX operating systems
In, video module, keyboard and mouse collection modules, sound card module, interface module etc. are installed, to realize in LINUX operating systems
Video playback capability, keyboard and mouse consolidation function, audio playing function and function of surfing the Net etc..Correspondingly, in LINUX operating systems
Corresponding drive module is installed, for example, video driving module corresponding with video module can be installed.Also, it is described
Other standards drive module is also equipped with LINUX operating systems.
In order to provide the user really with PC identical Consumer's Experience, it is preferable that the server interface module can
With including master scheduling submodule 211, tunnel submodule 215 and multiple functional interface submodules corresponding to difference in functionality, homophony
Degree submodule 211 can receive the operational order, and the operational order can be parsed into the subcommand of correspondence difference in functionality,
So that the subcommand of the correspondence difference in functionality distributed into corresponding functional interface submodule, the functional interface submodule can be by
Corresponding subcommand sends tunnel submodule 215 to, and the subcommand can be sent to virtual machine and connect by the tunnel submodule 215
Mouth mold block 310.It is easily understood that each functional interface submodule can transmit single data flow, so as to for
User provides real PC experience.
In Fig. 1 in shown embodiment, multiple functional interface submodules include cursor display sub-module 212, input
Submodule 213, record playback submodule 214.Certainly, the present invention is not limited thereto, for example, multiple functional interface submodules
At least one of cursor display sub-module 212, input submodule 213, record playback submodule 214 can be included.
Operated for the ease of user, it is preferable that master scheduling submodule 211 can be by the figure of the implementing result of the virtual machine
Shape, and can patterned implementing result be sent to the terminal device.
It should be appreciated that multiple virtual machines can be provided with the server, i.e. form empty on the server
Intend desktop pond.
As another aspect of the present invention there is provided a kind of terminal device 100, the terminal device 100 is provided with can be with
The client modules 110 that server 200 communicates, wherein, server 200 is above-mentioned server provided by the present invention, client
The operational order that user inputs can be transferred to the server interface module by module 110, and the client modules can be with
Receive the implementing result of the virtual machine 300 sent by server 200.
As mentioned above it is possible, server 200, which is terminal device 100, provides LINUX virtual desktops.Due to almost all of fortune
Calculation is all carried out on server 200, therefore, and terminal device 100 can have relatively low configuration, so that with relatively low cost.
For example, terminal device can be thin-client.
As another aspect of the invention there is provided a kind of virtual desktop system, wherein, the virtual desktop system includes this
The above-mentioned server 200 and above-mentioned terminal device 100 provided by the present invention provided, the terminal device 100 and service are provided
Device 200 is connected, and terminal device 100 can show the desktop of LINUX operating systems.
Virtual desktop system provided by the present invention can issue LINUX virtual desktops in desktop cloud, so as to full
Foot uses the requirement of the user of LINUX operating systems.
Server, operation terminal and virtual machine cooperating operation, uniformly realize user authentication and mandate, and user just can pass through
Terminal device obtains a LINUX virtual desktop, and long-range LINUX virtual desktops, user are used as using local desktop
LINUX orders, operation server etc. can be run in LINUX virtual desktops.
The virtual desktop system can realize video/image compression, client-cache (to image, palette, cursor etc.
Carry out caching process), it is thermophoresis (virtual machine from when moved on server on another server and do not interrupt display), many
Shared (the operation terminal of screen display, the broadcasting of audio and recording, the transmission of audio (including compression transmission, encrypted transmission), clipbook
Can mutually copy stickup with server), USB redirect (by operate terminal USB be re-introduced into server), smart card
The functions such as login.
In order to realize desktop cloud, it is desirable to provide domain environment, database, virtual management environment, virtualization engine (that is, institute
State server) and terminal device.In the present invention, server can also provide domain ring in addition to serving as virtualization engine
Border, database, virtual management environment.Or, it is used as one embodiment of the present invention, it is possible to use its outside server
He provides domain environment, database, virtual management environment at storage device.That is, the virtual desktop system that present specification is provided is also
Storage device can be included, the storage device is used to provide domain environment, database and virtual management environment for the virtual machine
At least one of.
As the still another aspect of the present invention there is provided a kind of operating method of the virtual desktop based on virtual desktop system,
Wherein, the virtual desktop system is above-mentioned virtual desktop system provided by the present invention, as shown in Fig. 2 the operating method
Comprise the following steps：
S1, enter the operating instructions that (the actual step is LINUX void show in the terminal device to the terminal device
Intend selecting corresponding program on desktop, and input corresponding operation)；
The operational order is sent to the server interface module of the server by S2, the client modules；
The operational order is sent to the virtual machine by S3, the server interface module；
S4, the virtual machine perform the operational order, and send implementing result to the server interface module；
S5, the server interface module send the implementing result to the client modules；With
S6, the client modules control the terminal device to show the implementing result.
It is described in the step S3 in the embodiment that the virtual machine is provided with the virtual machine interface module
The operational order is sent to the virtual machine interface module of the virtual machine by server interface module, in the step S4
In, the virtual machine is sent the implementing result to the server interface module by the virtual machine interface module.
Include master scheduling submodule, tunnel submodule and corresponding to the multiple of difference in functionality in the server interface module
In the embodiment of functional interface submodule, as shown in figure 3, the step S3 includes：
The operational order is parsed into the subcommand of correspondence difference in functionality by S31, the master scheduling submodule, and will correspondence
The subcommand of difference in functionality distributes to multiple functional interface submodules corresponding to difference in functionality；
Each self-corresponding subcommand is sent to the tunnel by S32, multiple functional interface submodules corresponding to difference in functionality
Road submodule；
The subcommand of the correspondence difference in functionality is sent to the virtual machine interface module by S33, the tunnel submodule.
Correspondingly, the step S4 can include：
The subcommand of the correspondence difference in functionality is sent to corresponding application program by S41, the virtual machine interface module
Drive module, to generate implementing result；
S42, the virtual machine interface module send implementing result to the tunnel submodule；
The implementing result is sent to the master scheduling submodule by S43, the tunnel submodule；
S44, the firmly scheduling submodule are graphical by the implementing result, and patterned implementing result is sent into institute
State client modules.
The operating method that typewriting is realized using virtual desktop system provided by the present invention is described below.
Step S1 is embodied as (being included in the virtual desktop of terminal device to terminal device input typewriting order
Select typewriting program and input corresponding word content).Step S2 is embodied as the client modules by the typewriting
Order is sent to the server interface module of the server.The step S31 is embodied as living to dispatch submodule by described
The typewriting command analysis is shown into subcommand, input subcommand and record playback subcommand into cursor；The step S32 is specific
Be embodied as corresponding cursor display sub-module, input submodule and record playback submodule respectively by cursor show subcommand,
Input subcommand and record playback subcommand are sent to the tunnel submodule；The step S33 is embodied as tunnel submodule
Cursor is shown that subcommand, input subcommand and record playback subcommand are sent to the virtual machine interface module by block.The step
Rapid S41 is embodied as the virtual machine interface module and cursor is shown into subcommand, input subcommand and record playback subcommand
Be sent to corresponding application driven module, with generate implementing result (including cursor show, generate word and display word)；
Step S42 is embodied as the virtual interface module and sends the implementing result to the tunnel submodule；The step
S43 is embodied as the tunnel submodule and the implementing result is sent into the master scheduling submodule；The step S44 tools
Body is performed, and the firmly scheduling submodule is graphical (that is, display highlighting flashes, and shows word content) by the implementing result,
And patterned implementing result is sent to the client modules.Step S5 is embodied as the server interface module will
The implementing result is sent to the client modules.Step S6 is embodied as the client modules and controls the terminal to set
Standby display highlighting flicker, shows word content.
It is understood that the principle that embodiment of above is intended to be merely illustrative of the present and the exemplary implementation that uses
Mode, but the invention is not limited in this.For those skilled in the art, the essence of the present invention is not being departed from
In the case of refreshing and essence, various changes and modifications can be made therein, and these variations and modifications are also considered as protection scope of the present invention.
Claims (3)
1. a kind of operating method of the virtual desktop based on virtual desktop system, it is characterised in that the virtual desktop system bag
Server and terminal device are included, the terminal device is connected with the server, the terminal device can show that LUNUX is operated
It is provided with the desktop of system, the server on virtual machine, the virtual machine and is provided with LINUX operating systems, the service
Server interface module is additionally provided with device, the server interface module is capable of the operational order of receiving terminal apparatus transmission, and
Send the operational order to the virtual machine, and the server interface module can send out the implementing result of the virtual machine
The terminal device is given, the server interface module includes master scheduling submodule, tunnel submodule and corresponding to different work(
Multiple functional interface submodules of energy, the terminal device is provided with client modules that can be with the server communication, institute
The operational order that user inputs can be transferred to the server interface module, and the client modules by stating client modules
The implementing result for the virtual machine that the server is sent can be received, the operating method comprises the following steps：
S1, enter the operating instructions to the terminal device；
The operational order is sent to the server interface module of the server by S2, the client modules；
The operational order is sent to the virtual machine by S3, the server interface module；
S4, the virtual machine perform the operational order, and send implementing result to the server interface module；
S5, the server interface module send the implementing result to the client modules；
S6, the client modules control the terminal device to show the implementing result.
2. operating method according to claim 1, it is characterised in that the virtual machine is additionally provided with virtual machine interface mould
Block, in the step S3, the operational order is sent to the described virtual of the virtual machine by the server interface module
Machine interface module, in the step S4, the virtual machine is sent the implementing result by the virtual machine interface module
To the server interface module.
3. operating method according to claim 2, it is characterised in that the step S3 includes：
The operational order is parsed into the subcommand of correspondence difference in functionality by S31, the master scheduling submodule, and will correspondence difference
The subcommand of function distributes to multiple functional interface submodules corresponding to difference in functionality；
Each self-corresponding subcommand is sent to tunnel by S32, multiple functional interface submodules corresponding to difference in functionality
Module；
The subcommand of the correspondence difference in functionality is sent to the virtual machine interface module by S33, the tunnel submodule；
The step S4 includes：
The subcommand of the correspondence difference in functionality is sent to the drive of corresponding application program by S41, the virtual machine interface module
Dynamic model block, to generate implementing result；
S42, the virtual machine interface module send implementing result to the tunnel submodule；
The implementing result is sent to the master scheduling submodule by S43, the tunnel submodule；
S44, the master scheduling submodule are graphical by the implementing result, and patterned implementing result is sent into the visitor
Family end module.
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| CN104378586B (en) * | 2014-10-27 | 2017-10-13 | 深圳市京华科讯科技有限公司 | The method and system that vision facilities based on desktop virtualization is redirected |
| CN105871676B (en) * | 2016-03-17 | 2019-02-12 | 广东微云科技股份有限公司 | The method for connecting network and system of distal end virtual machine in a kind of desktop cloud |
| CN109151556B (en) * | 2017-06-16 | 2021-07-09 | 腾讯科技（深圳）有限公司 | Video playing method and device, smart television and storage medium |
| CN107562325B (en) * | 2017-09-21 | 2020-11-13 | 深信服科技股份有限公司 | Cursor acceleration method and system of software with cursor in virtual machine |
| CN107807848B (en) * | 2017-10-12 | 2021-07-23 | 曙光信息产业(北京)有限公司 | Cloud desktop system |
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