CN110851224A - Intelligent switching system and method of IDV cloud desktop based on container - Google Patents
Intelligent switching system and method of IDV cloud desktop based on container Download PDFInfo
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Abstract
The invention provides an IDV cloud desktop intelligent switching system and method based on a container, which comprises an IDV cloud terminal and a cloud desktop server, wherein the IDV cloud terminal and the cloud desktop server can be in network communication with each other, and a plurality of cloud desktops are operated on the IDV cloud terminal; the IDV cloud terminal comprises a cloud desktop management module and a cloud desktop operation module; the cloud desktop server comprises a cloud terminal management module, a cloud desktop management module and a cloud user management module. The switching system and method can greatly improve the usability of a plurality of IDV cloud desktops when running at the same time, ensure that a user can seamlessly switch the desktops currently being switched and can simultaneously view the display contents of two IDV cloud desktops.
Description
Technical Field
The invention relates to the technical field of IDV cloud desktops, in particular to an intelligent switching system and method of IDV cloud desktops based on containers.
Background
The IDV cloud Desktop (Intelligent Desktop Virtualization) and all Desktop computing resources under the VDI of the virtual Desktop infrastructure are highly concentrated in a data center and sent to terminal equipment at an interface, and the IDV adopts more distributed methods to meet the operation technical requirements and simultaneously centrally simplifies the management and deployment functions. Significant challenges that are typically presented by VDI include up-front costs, storage-related technical challenges, uncertain TCO, and in many cases network dependence, making offline use very difficult. Furthermore, VDI has certain limitations on the variety of available peripherals, since peripherals that consume large amounts of bandwidth resources can expose problems that arise at low bandwidths.
Compared with the VDI cloud desktop, the IDV cloud desktop has the advantages that the computing resources of the IDV are local, better video experience can be provided, the network interruption can continue to operate, and the like. When the traditional IDV cloud desktop is used, a user can only see the display content of one cloud desktop through the display, even if the terminal is connected with the two displays, the second display can only be used as an extended screen of the current IDV cloud desktop, if the user needs to use the two IDV cloud desktops at the same time or needs to see the content of the two IDV cloud desktops at the same time, the user needs to frequently switch the IDV cloud desktops, and experience is poor.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention aims to provide an intelligent switching system and method of IDV cloud desktops based on containers, which can greatly improve the usability of a plurality of IDV cloud desktops when running at the same time, ensure that a user can seamlessly switch the desktops currently being switched and can simultaneously view the display contents of two IDV cloud desktops.
In order to achieve the purpose, the invention provides the following technical scheme:
an IDV cloud desktop intelligent switching system based on a container comprises an IDV cloud terminal and a cloud desktop server which can be in network communication with each other, wherein a plurality of cloud desktops are operated on the IDV cloud terminal;
the IDV cloud terminal comprises a cloud desktop management module and a cloud desktop operation module; the cloud desktop management module is communicated with the cloud desktop server and is used for completing local deployment from the cloud desktop to the IDV cloud terminal and remote control over the locally deployed cloud desktop; the cloud desktop running system is used for finishing the starting running of the cloud desktop according to the indication of the cloud desktop server and providing cloud desktop service for the user;
the cloud desktop server comprises a cloud terminal management module, a cloud desktop management module and a cloud user management module; the cloud terminal management module is used for completing initialization deployment, access authentication control and remote control of the IDV cloud terminal; the cloud user management module is used for creating a user using the system and providing user authentication service; the cloud desktop management module is used for providing creation, deployment and access control of the cloud desktop, so that a legal access user can use the cloud desktop of the legal access user.
The invention also provides a switching method based on the intelligent switching system, which comprises the following steps:
s1, creating a cloud desktop for a user in a cloud desktop management module, caching the cloud desktop based on the container technology to an IDV cloud terminal, and operating;
s2, accessing two or more displays at the same IDV cloud terminal;
s3, the IDV cloud terminal runs two or more cloud desktops simultaneously through a container virtualization technology;
s4, setting a display used during desktop operation, wherein each desktop is independently provided with a display used during operation and is allowed to use one display;
s5, the cloud desktops which run simultaneously share the same keyboard mouse through a container technology, the mouse can slide seamlessly among the multiple desktops, and seamless switching among the multiple cloud desktops is achieved.
The intelligent switching system and method of the IDV cloud desktops based on the container realize that the IDV cloud desktops of multiple instances run on a certain IDV cloud terminal together, the multiple cloud desktops running simultaneously use one display respectively, the multiple IDV cloud desktops running simultaneously share the same keyboard mouse, a user does not need to do switching action of the desktops, the mouse can seamlessly slide among the desktops, and the multiple switching systems can be seen and used simultaneously, so that the usability of the multiple IDV cloud desktops running simultaneously is greatly improved, the user can be ensured to seamlessly switch the current desktop being switched and can view the display contents of the multiple IDV cloud desktops simultaneously, the cost is saved, and the working efficiency is greatly improved.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an intelligent switching system of an IDV cloud desktop based on a container of the present invention;
fig. 2 is a schematic diagram of respective displays used by IDV cloud desktops of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it is to be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
According to fig. 1, the intelligent switching system of the IDV cloud desktop based on the container according to the present invention is illustrated, and includes an IDV cloud terminal and a cloud desktop server capable of performing network communication, where a plurality of cloud desktops are operated on the IDV cloud terminal;
the IDV cloud terminal comprises a cloud desktop management module and a cloud desktop operation module; the cloud desktop management module is communicated with a server of the IDV cloud terminal and is used for completing local deployment from the cloud desktop to the IDV cloud terminal and remote control over the locally deployed cloud desktop; the cloud desktop running system is used for finishing the starting running of the cloud desktop according to the server indication of the IDV cloud terminal and providing cloud desktop service for the user;
the container technology is a kernel lightweight switching system layer virtualization technology
The cloud desktop is a virtual computer based on a container technology and running on an IDV cloud terminal, and provides the same functions of office work, study, entertainment and the like as those of a traditional personal computer for personal users;
the cloud desktop server comprises a cloud terminal management module, a cloud desktop management module and a cloud user management module; the cloud terminal management module is used for completing initialization deployment, access authentication control and remote control of the IDV cloud terminal; the cloud user management module is used for creating a user using the system and providing user authentication service; the cloud desktop management module is used for providing creation, deployment, access control and the like of the cloud desktop, so that a legal access user can use the cloud desktop of the legal access user.
The invention also provides a switching method based on the intelligent switching system, as shown in fig. 2, comprising the following steps:
s1, creating a cloud desktop for a user in a cloud desktop management module, caching the cloud desktop based on the container technology to an IDV cloud terminal, and operating;
caching the cloud desktop to a certain IDV cloud terminal through an IP network for the cloud desktop created by a user, and running, namely downloading the cloud desktop mirror image to the IDV cloud terminal which is logged in by the user for the first time, and running for the user to use;
s2, accessing two or more displays at the same IDV cloud terminal;
the number of video output ports of the IDV cloud terminal is not less than two, and each video output port is connected with one display.
S3, the IDV cloud terminal runs two or more cloud desktops simultaneously through a container virtualization technology;
a plurality of cloud desktops can be cached on the same IDV cloud terminal through the management of the cloud desktop server, and the cloud desktops can operate simultaneously and independently without mutual interference.
S4, setting a display used during desktop operation, wherein each desktop can independently set the display used during operation and each desktop is allowed to use one display;
and the display used during the operation of setting the IDV cloud desktop is supported, and one display is allowed to be used for each IDV cloud desktop. The method comprises the steps that the IDV cloud desktop detects whether a specific display is set or not to be used when the IDV cloud desktop is started, if the specific display is set, the display set to be used is selected, if double displays are detected, a graphical interface is automatically output to all displays, an expansion screen display is automatically taken over after the multiple IDV cloud desktops operate, if the double displays are not set, an available display is automatically selected, and a desktop picture is projected to the selected display after the selection is finished.
When two IDV cloud desktops (called as a first desktop and a second desktop temporarily in the scheme) are deployed on the same IDV cloud terminal and the states are ready, the first desktop is started, a desktop switching system starts to operate in an application layer container on the IDV terminal and a graphical interface is started, the graphical interface is defined as a screen, the screen can cover the original display content of a first display in a full screen mode, namely called as a takeover screen, when the IDV terminal is connected into a double display, the content of the display screen of the first desktop is expanded and displayed on a second display according to a certain position sequence, at the moment, the content displayed by each display is considered to be part of the screen of the first desktop, after the second desktop is started, the container covers the graphical interface of the second desktop on a display area on the right side of the first display in a full screen mode by using a self-owned technical algorithm, namely, the takeover of the second display is completed, the dual screen dual desktop is ready to this point.
S5, the cloud desktops which run simultaneously share the same keyboard mouse through a container technology, the mouse can slide seamlessly among the multiple desktops, and seamless switching among the multiple cloud desktops is achieved.
The handover procedure is as follows:
when the display is placed at the left and right positions, the position relation of the display is left and right, the desktop on the left and right displays automatically form left and right pictures, when a user moves the mouse to the right edge of the picture of the left display in the right direction on the desktop of the left display in the right direction, the mouse pointer can seamlessly and smoothly move to the left edge of the picture of the right display, the user can continuously move the mouse to switch on the desktop of the right display, the input focus of the keyboard is automatically switched to the right desktop at the moment, and a keyboard event generated by the user knocking the keyboard is responded by the right desktop; when the user moves the mouse leftwards on the desktop of the right display to the left edge of the picture of the right display, the mouse pointer can seamlessly and smoothly move to the right edge of the picture of the left display, the user can continuously move the mouse to switch on the desktop of the left display, the input focus of the keyboard is automatically switched to the left desktop, and the keyboard event generated by the user knocking the keyboard is responded by the left desktop.
When the display is placed at the upper position and the lower position, the position relation of the display is the upper-lower relation, the desktop on the upper display and the desktop on the lower display automatically form an upper picture and a lower picture, when a user moves a mouse downwards on the desktop of the upper display to the lower edge of the picture of the upper display, a mouse pointer can seamlessly and smoothly move to the upper edge of the picture of the lower display, the user can continuously move the mouse to switch on the desktop of the lower display, the input focus of a keyboard is automatically switched to the lower desktop at the moment, and a keyboard event generated by the user knocking the keyboard is responded by the lower desktop; when a user moves a mouse upwards on the desktop of the lower display to the upper edge of the picture of the lower display, a mouse pointer can seamlessly and smoothly move to the lower edge of the picture of the upper display, the user can continuously move the mouse to switch on the desktop of the upper display, the input focus of the keyboard is automatically switched to the upper desktop, and a keyboard event generated by the user knocking the keyboard is responded by the upper desktop.
The container virtualization technology is a kernel lightweight switching system layer virtualization technology, and achieves the technology that processes, processes and a host switching system are isolated from each other and do not affect each other by isolating different processes running on a host. This process is a container, which has its own set of file system resources and dependent processes.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (2)
1. The utility model provides an intelligent switched systems of IDV cloud desktop based on container which characterized in that: the system comprises an IDV cloud terminal and a cloud desktop server which can mutually perform network communication, wherein a plurality of cloud desktops are operated on the IDV cloud terminal;
the IDV cloud terminal comprises a cloud desktop management module and a cloud desktop operation module; the cloud desktop management module is communicated with the cloud desktop server and is used for completing local deployment from the cloud desktop to the IDV cloud terminal and remote control over the locally deployed cloud desktop; the cloud desktop running system is used for finishing the starting running of the cloud desktop according to the indication of the cloud desktop server and providing cloud desktop service for the user;
the cloud desktop server comprises a cloud terminal management module, a cloud desktop management module and a cloud user management module; the cloud terminal management module is used for completing initialization deployment, access authentication control and remote control of the IDV cloud terminal; the cloud user management module is used for creating a user using the system and providing user authentication service; the cloud desktop management module is used for providing creation, deployment and access control of the cloud desktop, so that a legal access user can use the cloud desktop of the legal access user.
2. A switching method based on the intelligent switching system of claim 1, comprising the steps of:
s1, creating a cloud desktop for a user in a cloud desktop management module, caching the cloud desktop based on the container technology to an IDV cloud terminal, and operating;
s2, accessing two or more displays at the same IDV cloud terminal;
s3, the IDV cloud terminal runs two or more cloud desktops simultaneously through a container virtualization technology;
s4, setting a display used during desktop operation, wherein each desktop is independently provided with a display used during operation and is allowed to use one display;
s5, the cloud desktops which run simultaneously share the same keyboard mouse through a container technology, the mouse can slide seamlessly among the multiple desktops, and seamless switching among the multiple cloud desktops is achieved.
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