CN116775223B - Method for fusion use of IDV and VDI virtual desktops - Google Patents
Method for fusion use of IDV and VDI virtual desktops Download PDFInfo
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Abstract
The application discloses a method for fusion use of IDV and VDI virtual desktops, which particularly relates to the technical field of electric digital data fusion processing, and comprises the following steps: the method comprises the following steps: the server creates a public mirror image; creating a personal differential desktop based on the public image; the user selects to start the near-end IDV desktop at the fat terminal or select to connect the far-end VDI desktop through the terminal; running the corresponding differential data based on the user selection; after the desktop is shut down, the local operation differential data merge is carried out to a differential desktop file, private desktop personality differential and temporary data differential are established in a chained mode through public unified mirroring, and the differential data are cooperatively processed by a server and a terminal, so that the integration of IDV and VDI desktops and the support of IDV desktop roaming are realized, the same desktop can be compatible with the advantages of desktops of two architectures, and a user can flexibly select and use according to actual demand scenes of the user and switch the desktop at any time.
Description
Technical Field
The application relates to the field of electric digital data fusion processing, in particular to a method for fusion use of IDV and VDI virtual desktops.
Background
The VDI desktop is a virtual desktop infrastructure integrating digital data storage and digital data calculation processing, and belongs to a cloud desktop technology; the architecture concentrates all data operations of the user desktop on the server side, and the user desktop receives only the operating system environment.
The advantages are that: the centralized operation and maintenance management efficiency is high, the desktop mobility is good (flexible in access), the data centralized storage security is high, the desktop disaster recovery migration reliability is high, and the expansibility is good;
disadvantages: network environment dependence is high (stability and bandwidth), peripheral compatibility is common.
The IDV desktop is a framework for centralized storage and distributed operation.
The capability of the IDV architecture for calculating digital data and storing the digital data is concentrated at a user local end, and a service end at least carries out centralized operation and maintenance management on a user terminal. Compared with the traditional PC IDV architecture, a Hypervisor virtualization layer is inserted between a hardware host and an operating system, and the operating system of a user and the layers above can be managed through the virtualization layer.
The advantages are that: the centralized operation and maintenance management difficulty is low, the peripheral compatibility is good, and the operation does not depend on the network environment.
Disadvantages: high-reliability migration is not supported, desktop roaming is not supported, data local storage security is low, and performance expansion capability is poor.
Both architecture desktops have advantages and disadvantages and are mutually exclusive. The current user can only select one according to his own initial requirements and usage scenario. The selection cannot be flexibly switched when the user demand or the usage scenario changes.
Therefore, it is necessary to invent a method for the fusion use of IDV and VDI virtual desktops to solve the above-mentioned problems.
Disclosure of Invention
The application aims to provide a method for fusing IDV and VDI virtual desktops to solve the defects in the technology.
In order to achieve the above object, the present application provides the following technical solutions: a method for fusion use of IDV and VDI virtual desktops, comprising: the method comprises the following steps:
s1, a server creates a public mirror image;
s2, creating a personal differential desktop based on the public mirror image;
s3, the user selects to start the near-end IDV desktop at the fat terminal or select to connect the far-end VDI desktop through the thin terminal;
s4, running corresponding differential data based on user selection;
s5, merging the local operation difference data into a difference desktop file after the desktop is turned off.
Preferably, the public mirror image and the personal differential desktop are downloaded after the fat terminal is initialized; if a plurality of people share a fat terminal, a public mirror image and a differential desktop of each person are saved.
Preferably, the new user uses the fat terminal for the first time only to download the personal differential desktop.
Preferably, in S3, when the user selects to start the near-end IDV desktop at the fat terminal, the steps are as follows:
a1, firstly checking whether the version of the local differential desktop file is up to date or not by a fat terminal to a server, and selecting to execute the following flow according to a checking result;
q1, if the versions of the differential desktop files of the fat terminal side and the server side are the same, directly creating the current operation differential file based on the differential desktop file, and loading the current operation differential file to start the desktop;
q2, if the version of the server-side differential desktop file is newer than the version of the fat terminal-side differential desktop file, comparing the fat terminal-side differential desktop file with the server-side differential desktop file to obtain differential data; then synchronizing the differential data to a fat terminal side, and updating the differential desktop file and version of the fat terminal side; subsequent flow is the same as flow q1;
q3, if the version of the differential desktop file at the fat terminal side is newer than the version of the differential desktop file at the server side, the server informs the fat terminal of reporting the differential desktop data of the differential desktop file at the current version (reporting the version of the differential desktop file at the fat terminal side) when the fat terminal is idle; the fat terminal starts the desktop according to the differential desktop file at the fat terminal side, and monitors the local CPU and network load; when the CPU and the network load are lower than the threshold requirement, comparing the fat terminal side differential desktop file with the server side differential desktop file to obtain differential data; then synchronizing the differential data to a server;
a2, closing the desktop by the fat terminal when the user finishes using the desktop and powering off, and then synchronously starting synchronous processing of the running differential file and merging the running differential file into a local differential desktop file; deleting the original running differential file after merging is finished and enabling the version of the local differential desktop file to be +1;
the server also merges the operation differential file into the differential desktop file after receiving the operation differential data; and deleting the operation difference file after merging is finished, and carrying out version +1 on the difference desktop file.
Preferably, in S3, when the user selects to connect to the remote VDI desktop through the thin terminal, the steps are as follows:
b1, a thin terminal accesses a cloud desktop at a server side, a server checks whether a fat terminal is locally used on the desktop, and the following process is selectively executed according to a checking result;
p1, if no fat terminal is locally using the desktop, creating a current operation differential file based on the differential desktop, and loading the current operation differential file to start the desktop; returning the VDI desktop to the thin terminal;
p2, if the desktop is used locally by a fat terminal, the server requests to release the VDI desktop and the synchronous data from the fat terminal used locally;
after receiving the request, the fat terminal firstly shuts down the desktop, then the thin terminal starts the synchronization processing of the running differential file, and after the synchronization is finished, the local running differential file is merged into the differential desktop file; deleting the local operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
after receiving the operation difference file, the server also merges the operation difference file into a difference desktop file; deleting the operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
b2, when the user finishes using the desktop, the thin terminal informs the server to close the desktop; the server closes the desktop, and merges the current operation difference file into a local difference desktop file; and deleting the original running differential file after merging is finished and carrying out version +1 on the local differential desktop file.
Preferably, in the process p2, the policy defaults to allow preemption of the right of use while the fat terminal is in local use, and if not, the connection to the desktop is denied.
In the technical scheme, the application has the technical effects and advantages that:
establishing private desktop personality difference and temporary data difference in a chain mode through public unified mirroring, and cooperatively processing the difference data by a server and a terminal to realize the integration of IDV and VDI desktops and support IDV desktop roaming, so that the same desktop can be compatible with the advantages of two architecture desktops, and a user can flexibly select to use according to actual demand scenes and switch at any time; the remote desktop of the server only needs to be operated when the user needs to use the VDI desktop (when the user is started), so that the overall deployment and operation cost is saved.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for the embodiments will be briefly described below, and it is apparent that the drawings in the following description are only some embodiments described in the present application, and other drawings may be obtained according to these drawings for a person having ordinary skill in the art.
FIG. 1 is a diagram of a common mirror chain differential desktop architecture in accordance with the present application;
FIG. 2 is a diagram of a proximal IDV desktop use procedure in accordance with the present application;
FIG. 3 is a diagram of the remote use of VDI desktop steps of the application.
Detailed Description
In order to make the technical scheme of the present application better understood by those skilled in the art, the present application will be further described in detail with reference to the accompanying drawings.
The application provides a method for fusing and using IDV and VDI virtual desktops, which is shown in figures 1-3, and comprises the following steps: the method comprises the following steps:
s1, a server creates a public mirror image;
s2, creating a personal differential desktop based on the public mirror image;
s3, a user selects to start a near-end IDV desktop (Virtual Desktop Infrastucture, virtual desktop architecture) at a fat terminal or select to connect a far-end VDI desktop through a thin terminal (Intelligent Desktop Virtualization );
s4, running corresponding differential data based on user selection;
s5, merging the local operation difference data into a difference desktop file after the desktop is turned off.
Further, after the fat terminal is initialized, the public mirror image and the personal difference desktop are downloaded; if a plurality of persons share a fat terminal, a public mirror image and a differential desktop of each person are stored, so that private desktop personality differential and temporary data differential are established in a chained mode through the public unified mirror image, and differential data are cooperatively processed by a server and the terminal.
Further, the new user uses the fat terminal for the first time only to download the personal differential desktop.
Referring to fig. 2, in S3, when the user selects to start the near-end IDV desktop at the fat terminal, the steps are as follows:
a1, firstly checking whether the version of the local differential desktop file is up to date or not by a fat terminal to a server, and selecting to execute the following flow according to a checking result;
q1, if the versions of the differential desktop files of the fat terminal side and the server side are the same, directly creating the current operation differential file based on the differential desktop file, and loading the current operation differential file to start the desktop;
q2, if the version of the server-side differential desktop file is newer than the version of the fat terminal-side differential desktop file, comparing the fat terminal-side differential desktop file with the server-side differential desktop file to obtain differential data; then synchronizing the differential data to a fat terminal side, and updating the differential desktop file and version of the fat terminal side; subsequent flow is the same as flow q1;
q3, if the version of the differential desktop file at the fat terminal side is newer than the version of the differential desktop file at the server side, the server informs the fat terminal of reporting the differential desktop data of the differential desktop file at the current version (reporting the version of the differential desktop file at the fat terminal side) when the fat terminal is idle; the fat terminal starts the desktop according to the differential desktop file at the fat terminal side, and monitors the local CPU and network load; when the CPU and the network load are lower than the threshold requirement, comparing the fat terminal side differential desktop file with the server side differential desktop file to obtain differential data; then synchronizing the differential data to a server;
a2, closing the desktop by the fat terminal when the user finishes using the desktop and powering off, and then synchronously starting synchronous processing of the running differential file and merging the running differential file into a local differential desktop file; deleting the original running differential file after merging is finished and enabling the version of the local differential desktop file to be +1;
the server also merges the operation differential file into the differential desktop file after receiving the operation differential data; and deleting the operation difference file after merging is finished, and carrying out version +1 on the difference desktop file.
Referring to fig. 3, in S3, when the user selects to connect to the remote VDI desktop through the thin terminal, the steps are as follows:
b1, a thin terminal accesses a cloud desktop at a server side, a server checks whether a fat terminal is locally used on the desktop, and the following process is selectively executed according to a checking result;
p1, if no fat terminal is locally using the desktop, creating a current operation differential file based on the differential desktop, and loading the current operation differential file to start the desktop; returning the VDI desktop to the thin terminal;
p2, if the desktop is used locally by a fat terminal, the server requests to release the VDI desktop and the synchronous data from the fat terminal used locally;
the desktop is powered off after the fat terminal receives the request, then the thin terminal starts the synchronous processing of the running differential file (the fat terminal is only the desktop is powered off, but a local disk, a CPU, a memory and the like are still running, the thin terminal is in an on-line state, the cloud can still change local data, the synchronous processing of the differential file is carried out in the background), and the local running differential file is merged into the differential desktop file after the synchronous processing is finished; deleting the local operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
after receiving the operation difference file, the server also merges the operation difference file into a difference desktop file; deleting the operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
b2, when the user finishes using the desktop, the thin terminal informs the server to close the desktop; the server closes the desktop, and merges the current operation difference file into a local difference desktop file; and deleting the original running differential file after merging is finished and carrying out version +1 on the local differential desktop file.
Further, in the process p2, the policy defaults to allow preemption of the right of use when the fat terminal is in local use, and refuses to connect to the desktop if not allowed.
Through the technical scheme:
when the desktop is used, private desktop personality difference and temporary data difference are established in a chained mode through public unified mirroring, and the difference data are cooperatively processed by a server and a terminal, so that the integration of IDV and VDI desktops and the support of IDV desktop roaming are realized, the same desktop can be compatible with the advantages of two architecture desktops, and a user can flexibly select to use according to actual demand scenes and switch at any time;
the remote desktop of the server only needs to be operated when the user needs to use the VDI desktop (when the user is started), so that the overall deployment and operation cost is saved.
While certain exemplary embodiments of the present application have been described above by way of illustration only, it will be apparent to those of ordinary skill in the art that modifications may be made to the described embodiments in various different ways without departing from the spirit and scope of the application. Accordingly, the drawings and description are to be regarded as illustrative in nature and not as restrictive of the scope of the application, which is defined by the appended claims.
Claims (5)
1. A method for fusion use of IDV and VDI virtual desktops, comprising: the method comprises the following steps:
s1, a server creates a public mirror image;
s2, creating a personal differential desktop based on the public mirror image;
s3, the user selects to start the near-end IDV desktop at the fat terminal or select to connect the far-end VDI desktop through the thin terminal; when the user selects to start the near-end IDV desktop at the fat terminal, the steps are as follows:
a1, firstly checking whether the version of the local differential desktop file is up to date or not by a fat terminal to a server, and selecting to execute the following flow according to a checking result;
q1, if the versions of the differential desktop files of the fat terminal side and the server side are the same, directly creating the current operation differential file based on the differential desktop file, and loading the current operation differential file to start the desktop;
q2, if the version of the server-side differential desktop file is newer than the version of the fat terminal-side differential desktop file, comparing the fat terminal-side differential desktop file with the server-side differential desktop file to obtain differential data; then synchronizing the differential data to a fat terminal side, and updating the differential desktop file and version of the fat terminal side; subsequent flow is the same as flow q1;
q3, if the version of the differential desktop file at the fat terminal side is newer than the version of the differential desktop file at the server side, the server informs the fat terminal of reporting the differential desktop data of the differential desktop file at the current version when the fat terminal is idle; the fat terminal starts the desktop according to the differential desktop file at the fat terminal side, and monitors the local CPU and network load; when the CPU and the network load are lower than the threshold requirement, comparing the fat terminal side differential desktop file with the server side differential desktop file to obtain differential data; then synchronizing the differential data to a server;
a2, closing the desktop by the fat terminal when the user finishes using the desktop and powering off, and then synchronously starting synchronous processing of the running differential file and merging the running differential file into a local differential desktop file; deleting the original running differential file after merging is finished and enabling the version of the local differential desktop file to be +1;
the server also merges the operation differential file into the differential desktop file after receiving the operation differential data; deleting the operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
s4, running corresponding differential data based on user selection;
s5, merging the local operation difference data into a difference desktop file after the desktop is turned off.
2. The method for fusing IDV and VDI virtual desktops of claim 1, wherein: after initializing the fat terminal, downloading the public mirror image and the personal differential desktop; if a plurality of people share a fat terminal, a public mirror image and a differential desktop of each person are saved.
3. The method for fusing IDV and VDI virtual desktops of claim 2, wherein: the new user uses the fat terminal for the first time only to download the personal differential desktop.
4. The method for fusing IDV and VDI virtual desktops of claim 1, wherein: in S3, when the user selects to connect the remote VDI desktop through the thin terminal, the steps are as follows:
b1, a thin terminal accesses a cloud desktop at a server side, a server checks whether a fat terminal is locally used on the desktop, and the following process is selectively executed according to a checking result;
if the desktop is not used locally by the fat terminal, the operating differential file is created based on the differential desktop, and the operating differential file is loaded to start the desktop; returning the VDI desktop to the thin terminal;
p2 if the fat terminal is using the desktop locally, the server requests to release the VDI desktop and the synchronous data from the fat terminal used locally;
after receiving the request, the fat terminal firstly shuts down the desktop, then the thin terminal starts the synchronization processing of the running differential file, and after the synchronization is finished, the local running differential file is merged into the differential desktop file; deleting the local operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
after receiving the operation difference file, the server also merges the operation difference file into a difference desktop file; deleting the operation difference file after merging is finished and enabling the version of the difference desktop file to be +1;
b2, when the user finishes using the desktop, the thin terminal informs the server to close the desktop; the server closes the desktop, and merges the current operation difference file into a local difference desktop file; and deleting the original running differential file after merging is finished and carrying out version +1 on the local differential desktop file.
5. The method for fusing virtual desktop for IDV and VDI as defined in claim 4, wherein: in the process p2, the policy defaults to allow preemption of the right of use when the fat terminal is in local use, and refuses to connect to the desktop if not allowed.
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Denomination of invention: A Method for Integrating IDV and VDI Virtual Desktops Effective date of registration: 20231226 Granted publication date: 20231110 Pledgee: Shaanxi Qinnong Rural Commercial Bank Co.,Ltd. Yuhua Sub branch Pledgor: XI'AN LEIFENG ELECTRONIC TECHNOLOGY Co.,Ltd. Registration number: Y2023610000774 |