TWI831477B - A console management system and method of virtual machine and computer-readable medium thereof - Google Patents

Abstract

The present invention provides a console management system and method of virtual machine and computer-readable medium thereof including a virtualization management device with a cross-platform interface module and a plurality of hypervisors with a plurality of virtual machines, wherein the virtualization management device provides a user to create a virtual data center in a browser operation interface, and after completing the establishment of the virtual data center, the virtualization management device uses the cross-platform interface module to monitor the virtual machines of each platform In this way, users can quickly and conveniently monitor virtual machines under the hypervisors of each platforms through the virtual data center, so as to greatly improve the management efficiency of virtual machines.

Description

A virtual machine console management system and method and computer-readable medium thereof

The invention relates to a console management technology, and in particular, to a virtual machine console management system, method and computer-readable medium.

In the existing technology, due to the high cost of setting up the hardware architecture of servers and other equipment by themselves, many users choose to purchase virtual machine (VM) services from companies such as Microsoft to reduce costs.

However, there are many vendors that provide virtual machine services. When users use virtual machine services from multiple vendors, they need to monitor the working conditions of each virtual machine through the virtual monitors (hypervisors) provided by these vendors, which leads to the use of virtual machine services. Players cannot quickly and uniformly monitor virtual machines provided by various vendors.

Therefore, how to propose a virtual machine console management technology that can perform console connection operations with virtual monitors provided by different manufacturers to quickly and conveniently monitor virtual machines of various brands has become an urgent problem in the industry. subject.

In order to solve the above-mentioned conventional technical problems or provide related effects, the present invention provides a virtual machine console management system, which includes: a plurality of virtual monitors with a plurality of virtual machines; and a virtual machine with a cross-platform interface module. The virtualization management device communicates or electrically connects the plurality of virtual monitors through the cross-platform interface module, and the virtualization management device provides a browser operating interface for a user to create a virtual data center, and then The plurality of virtual machine monitors and the plurality of virtual machines are established in the virtual data center. After the establishment of the plurality of virtual machine monitors and the corresponding plurality of virtual machines is completed, the virtualization management device is configured according to a connection. The account sets up connections between the plurality of virtual machine monitors and the corresponding consoles of the plurality of virtual machines to issue a console connection request, and then the virtualization management device uses the console connection request to The connection account obtains a cross-platform interface token from the cross-platform interface module, and then the virtualization management device uses the cross-platform interface token to complete the virtualization management device through the cross-platform interface module. Connections to the plurality of virtual machine monitors and the corresponding consoles of the plurality of virtual machines.

The present invention further provides a virtual machine console management method, which includes: a virtualization management device communicates or electrically connects a plurality of virtual monitors having a plurality of virtual machines through its cross-platform interface module; The management device provides a browser operating interface for a user to create a virtual data center, and then creates the plurality of virtual machine monitors and the corresponding plurality of virtual machines in the virtual data center; after completing the plurality of virtual machine monitors and their corresponding After the plurality of virtual machines are created, the virtualization management device sets the connections between the plurality of virtual machine monitors and the corresponding consoles of the plurality of virtual machines according to a connection account to issue a console connection request. ; The virtualization management device obtains a cross-platform connection token from the cross-platform connection module through the connection account in the console connection request; and the virtualization management device uses the cross-platform connection token, The connection between the virtualization management device and the plurality of virtual machine monitors and the corresponding consoles of the plurality of virtual machines is completed through the cross-platform interface module.

In one embodiment, the browser operating interface provides the user to set the plurality of virtual machine monitors and their hardware requirement specifications to create the plurality of virtual machines in the virtual data center.

In one embodiment, the virtualization management device further includes a user interface module that provides the browser operating interface to create the virtual data center, the plurality of virtual machine monitors and the corresponding plurality of virtual machines, Issue a virtual resource center creation request and a virtual machine creation request respectively.

In one embodiment, the virtualization management device further includes an authentication and authorization module that provides a verification token, wherein the creation request of the virtual resource center, the creation request of the virtual machine and the console connection request all include The verification token enables the authentication and authorization module to verify whether the establishment request of the virtual resource center, the establishment request of the virtual machine and the console connection request are correct based on the verification token.

In one embodiment, the virtualization management device further includes a resource management module to create the virtual data center, the plurality of virtual machine monitors and the corresponding virtual machine monitors according to the creation request of the virtual resource center and the creation request of the virtual machine. For the plurality of virtual machines, the resource management module generates a unique identification code of the virtual data center, so that the cross-platform interface module establishes the corresponding connection account based on the unique identification code of the virtual data center.

In one embodiment, the resource management module utilizes a resource algorithm to configure the plurality of virtual machine monitors and their hardware requirements set by the user in the creation request of the virtual machine. Specifications are required, and the plurality of virtual machine monitors that meet the requirements are selected for provisioning and installation of the virtual machines, so as to create the plurality of virtual machines.

In one embodiment, the plurality of virtual monitors are virtual monitors of different platforms.

As can be seen from the above, the virtual machine console management system, method and computer-readable medium of the present invention mainly establish a virtual data center through the browser operating interface provided by the virtualization management device, and through the cross-platform interface module It can connect to the console of various brands or types of virtual machine monitors (Hypervisors), allowing users to use the browser operating interface provided by the virtualization management device to manage various platforms in the virtual resource center. Virtual machine monitor. Therefore, the present invention can provide users with fast and convenient monitoring of virtual machines under the virtual machine monitors of various platforms, significantly reduce the user's time cost, and improve the management efficiency of the virtual machines.

1: Virtual machine console management system

10:Virtualization management device

101:User interface module

102:Authentication and authorization module

103: Resource management module

104: Cross-platform interface module

20:Virtual monitor

21:Virtual machine

S21 to S211: steps

Figure 1 is a schematic diagram of the architecture of the virtual machine console management system of the present invention.

Figure 2 is a schematic flow chart of the virtual machine console management method of the present invention.

The following describes the implementation of the present invention through specific embodiments. Those familiar with the art can easily understand other advantages and effects of the present invention from the content disclosed in this specification.

It should be noted that the structures, proportions, sizes, etc. shown in the drawings attached to this specification are only used to coordinate with the content disclosed in the specification for the understanding and reading of those familiar with the art, and are not used to limit the implementation of the present invention. restrictive conditions, so it has no technical substantive significance, and any conclusion Modifications of the structure, changes in proportions, or adjustments in size should still fall within the scope of the technical content disclosed in the present invention, as long as they do not affect the effects that the present invention can produce and the purposes that can be achieved. At the same time, terms such as "a", "first", "second", "upper" and "lower" cited in this specification are only for convenience of description and are not used to limit the scope of the present invention. Changes or adjustments in the scope of implementation and relative relationships shall be regarded as the scope within which the present invention can be implemented without substantially changing the technical content.

Figure 1 is a schematic structural diagram of the virtual machine console management system 1 of the present invention. The virtual machine console management system 1 includes: a virtualization management device 10, a communication (or electrical) connection to the virtualization management device 10. A plurality of virtual monitors (Hypervisors) 20 of the management device 10, and a plurality of virtual machines (Virtual Machines, VMs) 21 communicatively (or electrically) connected to the plurality of virtual monitors 20, wherein the virtualization management device 10, the plurality of The virtual monitor 20 is connected to each other through wired or wireless communication (or electrical) connection, and the communication (or electrical) connection method is not limited here.

The virtualization management device 10 further includes: a user interface module 101, an authentication and authorization module 102, a resource management module 103 and a cross-platform interface module 104, and these modules are interconnected by Mutual communication (or electrical) connection by wired or wireless means, and this is not limited to the communication connection (or electrical) method of these modules. In one embodiment, the cross-platform interface module 104 is a cross-platform remote desktop gateway (such as Apache Guacamole) and supports standard protocol connections, such as VNC, RDP and SSH, etc. for the virtualization management. The device 10 performs a console connection with the plurality of cross-platform virtual machine monitors 20 and the plurality of virtual machines 21 .

In one embodiment, the plurality of virtual machine monitors 20 may be Kernel-based Virtual Machine (KVM) (a Linux-based virtual machine monitor). monitor), Hyper-V (a virtual machine monitor provided by Microsoft Corporation) and/or VMware (a virtual machine monitor provided by VMware Corporation), and the plurality of virtual machine monitors 20 are mutually exclusive with each other. The virtual machine monitors 20 may be of the same or different brands or types. The plurality of virtual machine monitors 20 provide the plurality of virtual machines 21 under them to the virtualization management device 10 to create the virtual machines 21 required by the user.

Specifically, the virtualization management device 10, the plurality of virtual monitors 20 and the plurality of virtual machines can be established on the same (or different) servers (such as general-purpose servers, file servers, storage unit servers, etc.) ) and computers (such as personal computers, laptops, tablets, etc.) and other electronic devices with appropriate computing mechanisms. Furthermore, the modules in the virtualization management device 10 (such as the user interface module 101, the authentication and authorization module 102, the resource management module 103 and the cross-platform interface module 104) can all be software. , hardware or firmware; if it is hardware, it can be a processing unit, processor, computer or server with data processing and computing capabilities; if it is software or firmware, it can include a processing unit, processor, computer Or instructions that can be executed by the server and can be installed on the same hardware device or distributed on multiple different hardware devices.

Figure 2 is a schematic flow chart of the virtual machine console management method of the present invention, which is explained with reference to Figure 1 . The virtual machine console management method includes the following steps S21 to S211:

In step S21, a virtualization management device 10 provides a user to log in using a user device (such as a computer or a smartphone, etc.), wherein the user interface module 101 in the virtualization management device 10 provides a browsing A browser operating interface is provided to the user so that the user can create a virtual data center through the browser operating interface, and the user interface module 101 issues a creation request for a virtual resource center.

In one embodiment, the parameters that must be set for the virtual data center include at least the name of the virtual data center, the region where the virtual data center is located, the name of the system bound to the virtual data center, the organization to which the virtual data center belongs, the label and description of the virtual data center, etc. Among them, the virtual data center is a logical grouping of virtual resources, and only users with the operation permissions of the virtual data center can operate the virtual resources in the virtual data center, such as creating virtual machines and connecting virtual machine hosts. AA.

In step S22, the authentication and authorization module 102 in the virtualization management device 10 receives the virtual resource center creation request from the user interface module 101 to verify whether the virtual resource center creation request is correct.

In step S23, after the establishment request of the virtual resource center passes the verification, the establishment request of the virtual resource center is sent to the resource management module 103 in the virtualization management device 10 to authorize the resource management module 103 to establish. The virtual data center.

In step S24, after the resource management module 13 completes establishing the virtual data center, the resource management module 13 generates a unique identification code of the virtual data center, and the cross-platform interface module in the virtualization management device 10 The group 104 creates a corresponding connection account based on the unique identification code of the virtual data center, so that the cross-platform interface module 104 uses the connection account to connect to the plurality of virtual machine monitors 20 .

In step S25, the browser operating interface of the user interface module 101 provides the user to create the plurality of virtual machine monitors 20 and the plurality of virtual machines 21 in the virtual data center, and the user interface module Group 101 issues a creation request for a virtual machine.

In one embodiment, the browser operating interface provides the user to set the brands or types of the plurality of virtual machine monitors 20 in the virtual data center, and then configure the plurality of virtual machine monitors 20 in the virtual data center. Select at least one host in the browser 20 to set the hardware requirement specifications such as the number of processor cores and memory size of the host, thereby creating the plurality of virtual machines 21, and the user interface module 101 issues the virtual machine to create a request.

In step S26, the authentication and authorization module 102 receives the virtual machine creation request from the user interface module 101 to verify whether the virtual machine creation request is correct.

In step S27, after the creation request of the virtual machine passes the verification, the creation request of the virtual machine is sent to the resource management module 103 to authorize the resource management module 103 to create the plurality of virtual machines in the virtual data center. Machine monitor 20 and its plurality of virtual machines 21. In one embodiment, the resource management module 103 only completes the creation of the plurality of virtual machine monitors 20 and the plurality of virtual machines 21 in the virtual data center in the browser operating interface, but has not yet connected with the virtual data center. The actual host is connected.

In one embodiment, the resource management module 103 uses a resource algorithm and creates a virtual virtual machine based on the number of processor cores, memory size and other hardware requirements and preferences given by the user in the creation request of the virtual machine. The machine monitor 20 selects a virtual machine in the virtual machine monitor 20 that can meet the demand for virtual machine installation to create the plurality of virtual machines. The rules of the resource algorithm are as follows:

1. If the user has a preferred virtual machine monitor 20, first select the virtual machine monitor 20 preferred by the user.

2. Prioritize the virtual machine monitor 20 whose post-processor and memory load of the new virtual machine does not exceed 70%.

3. Select the virtual machine monitor 20 with the smallest average load under the same conditions, where the average load is calculated as follows:

Among them, AverageLoad is the average load; CoreReqeust is the number of processor cores required by the user; CoreUsed is the number of processor cores used by the virtual machine monitor 20; TotalCore is the total processor cores of the virtual machine monitor 20 number; MemReqeust is the memory size required by the user; MemUsed is the memory size used by the virtual machine monitor 20; and TotalMemory is the total memory size of the virtual machine monitor 20. Therefore, through this resource algorithm, virtual machines that meet user needs can be obtained quickly and accurately.

In step S28, after the resource management module 103 completes the establishment of the plurality of virtual machine monitors 20 and the plurality of virtual machines 21, the resource management module 103 corresponds to the unique identification code of the virtual data center. The connection account sets up connections between the plurality of virtual machine monitors 20 and the consoles of the plurality of virtual machines 21 and issues a console connection request.

In step S29, the authentication and authorization module 102 receives the console connection request from the resource management module 103 to verify whether the console connection request is correct.

In step S210, after the console connection request is verified, the authentication and authorization module 102 uses the connection account corresponding to the unique identification code of the virtual data center in the console connection request to Obtain a cross-platform interface token (Token) from the cross-platform interface module 104.

In step S211 , the user interface module 101 utilizes the cross-platform interface token to complete the console through the cross-platform interface module 104 and the plurality of virtual machine monitors 20 and the plurality of virtual machines 21 of connection.

Specifically, after the virtual data center is established, the cross-platform interface module 104 uses the unique identification code of the virtual data center as a dedicated connection account for the virtual machine of the virtual data center. When the virtual data center in the virtual data center After the creation of the machine is completed, use the virtual machine-specific connection account of the virtual data center to pass the cross-platform interface module 104 authentication, thereby establishing a connection to the virtual machine in the virtual machine monitor 20 (supports VNC, RDP and SSH have different connection protocols). Therefore, after using the connection account to pass the cross-platform connection module 104 authentication, the virtual machine console connection URL with the cross-platform connection token is obtained. This connection URL is embedded in the user web page. Allows users to connect to the console through a browser.

In one embodiment, in the above steps S22, S26 and S29, the authentication and authorization module 102 adopts the authentication and authorization mechanism of JWT (JSON Web Token) mechanism. After the user successfully logs in to the virtualization management device 10 , the authentication and authorization module 102 will give a verification token (Token). The verification token contains the permissions granted to the user, which means the actions and operating resources that the user can perform, and all subsequent actions of the user Operations in the virtualization management device 10 will carry this set of verification tokens. For example, the creation request of the virtual resource center, the creation request of the virtual machine, and the console connection request all include the verification token. Therefore, when the authentication and authorization module 102 receives the creation request of the virtual resource center, the creation request of the virtual machine and the console connection request, it can verify the verification token by parsing the verification token in these requests. Whether the user can perform the corresponding required operations.

In addition, the present invention also discloses a computer-readable medium, which is applied to a computing device or computer having a processor (eg, CPU, GPU, etc.) and/or a memory, and stores instructions, and can utilize the computing device or computer. The computer executes the computer-readable medium through the processor and/or memory to perform the above methods and steps when executing the computer-readable medium.

The following is an actual embodiment of the virtual machine console management system 1 of the present invention, and is explained with reference to FIG. 1 and FIG. 2 . In addition, the same points between this embodiment and the above embodiment will not be described again.

In this embodiment, a user uses his computer to log in to a virtualization management device 10, and an authentication and authorization module 102 gives the user a verification token, and then a user interface module 101 provides a browser The operating interface allows the user to create a virtual data center through his or her computer. After the user completes the setting of the virtual data center to be created, the user interface module 101 issues a creation request for a virtual resource center (including the Verification token), and then the authentication and authorization module 102 further verifies the verification token in the creation request of the virtual resource center to confirm whether the creation request of the virtual resource center is correct.

After the creation request of the virtual resource center, a resource management module 103 is authorized to create the virtual data center, and after the creation of the virtual data center is completed, the resource management module 13 generates a unique identification code of the virtual data center. , for example: the unique identification code of the virtual data center is VDC3345678. Furthermore, a cross-platform interface module 104 creates a corresponding connection account in the virtual data center based on the unique identification code. For example: the unique identification code of the virtual data center is VDC3345678, and the connection The account is used to connect to multiple virtual monitors 20.

Furthermore, the browser operating interface allows the user to create a plurality of virtual machine monitors 20 and a plurality of virtual machines 21 of different platforms in the virtual data center through his or her computer. Specifically, the user sets the brand or type of the virtual machine monitor (Hypervisor) in the virtual data center, for example: sets KVM, Hyper-V and VMware and other virtual machine monitors, and then sets the virtual machine monitor (Hypervisor) in the virtual data center. and VMware etc., select at least one host from multiple virtual machine monitors 20 to divide The hardware requirement specifications such as processor and memory of the host are set to create multiple virtual machines 21 under KVM, Hyper-V and VMware, and the user interface module 101 issues a creation request for the virtual machine (including the verification token).

Afterwards, the authentication and authorization module 102 verifies the verification token in the creation request of the virtual machine to confirm whether the creation request of the virtual resource center is correct. For example, the creation request sent by the virtual center or the virtual machine will carry a verification token such as JWT (JSON Web Token), and JWT is an open standard based on JSON (RFC 7519) used between the two parties. Securely transmit messages as JSON objects. Furthermore, this message is digitally signed, so it can be verified and trusted. Therefore, the authentication and authorization module 102 interprets the token after receiving it, and performs authorization (Authorization) based on the interpretation content. The authentication and authorization module 102 authorizes the user to access the corresponding resource (that is, the virtual center or the (virtual machine), the authentication and authorization module 102 only allows users to access authorized resources.

After the creation request of the virtual machine passes the verification, the authentication and authorization module 102 sends the creation request of the virtual machine to the resource management module 103, so that the resource management module 103 uses a resource algorithm and based on the virtual machine In the machine creation request, the user provides the number of processor cores, memory size and other hardware requirements and preferred virtual machine monitor 20 (i.e. KVM, Hyper-V and VMware) to calculate a virtual machine that meets the requirements. The virtual machine in the monitor 20 performs virtual machine provisioning, thereby creating KVM, Hyper-V and VMware and the plurality of virtual machines 21 in the virtual data center.

Then, the resource management module 103 sets the plurality of virtual machine monitors 20 and the master controls of the plurality of virtual machines 21 according to the connection account (such as VDC3345678) corresponding to the unique identification code of the virtual data center (such as VDC3345678). The connection between the console and then sending out a main console The connection request (including the verification token), and similarly the authentication and authorization module 102 verifies the verification token in the console connection request to confirm whether the console connection request is correct.

Finally, after the console connection request is verified, the authentication and authorization module 102 obtains a cross-platform interface module 104 based on the connection account (such as VDC3345678) in the console connection request. Cross-platform interface token (Token), the user interface module 101 uses the cross-platform interface token to communicate with the KVM, Hyper-V and VMware and the plurality of virtual machines through the cross-platform interface module 104 The computer 21 completes the connection to the main console, thereby allowing the user to manage and use the plurality of virtual machine monitors 20 and the plurality of virtual machines 21 under different platforms through the virtualization management device 10 .

To sum up, the present invention proposes a virtual machine console management system, method and computer-readable medium, which establishes a virtual data center through the browser operating interface provided by the virtualization management device, and the virtualization management device The cross-platform interface module can connect to the console of various brands or types of virtual machine monitors (hypervisors), allowing users to use the browser operating interface provided by the virtualization management device to manage virtual resources. The center manages virtual machine monitors for each platform. Therefore, the present invention can provide users with fast and convenient monitoring of virtual machines under the virtual machine monitors of various platforms, significantly reduce the user's time cost, and improve the management efficiency of the virtual machines.

In addition, the virtual machine console management system, method and computer-readable medium of the present invention have the following advantages or technical effects:

1. The virtual machine console management system of the present invention combines virtual data center authority control to provide a universal browser operating interface and virtual machine monitors of different platforms for virtual machine console connection operations, where the virtual machine belongs to In the virtual data center set up by the user, only Only users authorized by the virtual data center can perform virtual machine console connection operations. Therefore, the present invention has convenience and security, and can uniformly manage virtual machines of each platform.

2. The present invention uses its authentication and authorization module to manage and control the establishment of virtual resources and the permissions to connect to the virtual machine console, so that users can only connect to the virtual machine console of the virtual resource center they have authorized. This improves user safety. Specifically, when creating virtual resources (such as virtual resource centers and virtual machines), authentication and authorization by the authentication and authorization module are required before the resource management module can create virtual resources. Furthermore, when connecting to the console of a virtual machine, the unique identification code of the virtual data center is also required as the connection account to call the cross-platform interface module and obtain the verification token for connection. , the user uses the authentication token to connect to the virtual machine's console through the common browser operating interface of the virtualization management device.

3. The present invention establishes a virtual data center through its resource management module, generates a unique identification code of the virtual resource center, and establishes a corresponding connection account in the cross-platform interface module based on the unique identification code of the virtual resource center ( That is, the connection account), and then set up the connection between the virtual machine monitors of different platforms and the console of the virtual machine.

The above embodiments are only illustrative to illustrate the principles and effects of the present invention, but are not intended to limit the present invention. Anyone skilled in this art can modify and change the above embodiments without departing from the spirit and scope of the invention. Therefore, the protection scope of the present invention should be as listed in the patent application scope.

1: Virtual machine console management system

10:Virtualization management device

101:User interface module

102:Authentication and authorization module

103: Resource management module

104: Cross-platform interface module

20:Virtual monitor

21:Virtual machine

Claims (11)

A virtual machine console management system includes: a plurality of virtual monitors having a plurality of virtual machines; and a virtualization management device having a cross-platform interface module, a user interface module and an authentication and authorization module. The cross-platform interface module is communicatively connected or electrically connected to the plurality of virtual monitors, and the user interface module provides a browser operation interface for a user to create a virtual data center, and then in the virtual data center Create the plurality of virtual machine monitors and the corresponding plurality of virtual machines, wherein when creating the virtual data center, the plurality of virtual machine monitors and the corresponding plurality of virtual machines, the user interface module respectively issues a virtual resource The creation request of the center and the creation request of a virtual machine, wherein after completing the creation of the plurality of virtual machine monitors and the corresponding plurality of virtual machines, the virtualization management device sets the plurality of virtual machine monitors according to a connection account The server and the corresponding connections to the consoles of the plurality of virtual machines are issued to issue a console connection request, and then the virtualization management device sends a request to the cross-platform server through the connection account in the console connection request. The interface module obtains a cross-platform interface token, and then the virtualization management device uses the cross-platform interface token to complete the virtualization management device and the plurality of virtual machine monitors through the cross-platform interface module. and the corresponding connections to the consoles of the plurality of virtual machines, wherein the authentication and authorization module provides a verification token, and the creation request of the virtual resource center, the creation request of the virtual machine and the console Each connection request includes the verification token, so that the authentication and authorization module verifies whether the creation request of the virtual resource center, the creation request of the virtual machine and the console connection request are correct based on the verification token. The virtual machine console management system as described in request item 1, wherein the browser operating interface provides the user with the ability to set the plurality of virtual machine monitors and their hardware to create the plurality of virtual machines in the virtual data center. Requirement specifications. The virtual machine console management system as described in claim 1, wherein the virtualization management device further includes a resource management module to create the virtual data according to the creation request of the virtual resource center and the creation request of the virtual machine. center, the plurality of virtual machine monitors and the corresponding plurality of virtual machines, and then the resource management module generates a unique identification code of the virtual data center, so that the cross-platform interface module can be based on the unique identification of the virtual data center Code to create a corresponding connection account. The virtual machine console management system as described in claim 3, wherein the resource management module uses a resource algorithm to configure the plurality of virtual machine monitors set by the user in the creation request of the virtual machine and According to the hardware requirement specifications, a plurality of virtual machine monitors that meet the requirements are selected for virtual machine installation, so as to create the plurality of virtual machines. The virtual machine console management system as described in claim 1, wherein the plurality of virtual monitors are virtual monitors of different platforms. A virtual machine console management method includes: a virtualization management device communicates or electrically connects multiple virtual monitors with multiple virtual machines through its cross-platform interface module; The user interface module provides a browser operation interface for a user to create a virtual data center, and then creates the plurality of virtual machine monitors and the corresponding plurality of virtual machines in the virtual data center, where, when creating the virtual data When the center, the plurality of virtual machine monitors and the corresponding plurality of virtual machines are configured, the user interface module sends out a virtual The creation request of the resource center and the creation request of a virtual machine; after completing the creation of the plurality of virtual machine monitors and the corresponding plurality of virtual machines, the virtualization management device sets the plurality of virtual machine monitors according to a connection account and the corresponding connections to the consoles of the plurality of virtual machines to issue a console connection request; the virtualization management device uses the connection account in the console connection request to connect to the cross-platform The module obtains a cross-platform interface token; and the virtualization management device uses the cross-platform interface token to complete the virtualization management device and the plurality of virtual machine monitors through the cross-platform interface module and Corresponding connections to the consoles of the plurality of virtual machines, in which a verification token is provided by the authentication and authorization module in the virtualization management device, and the creation request of the virtual resource center, the creation request of the virtual machine and The console connection request includes the verification token, and the authentication and authorization module verifies whether the virtual resource center creation request, the virtual machine creation request and the console connection request are based on the verification token. correct. The virtual machine console management method described in claim 6 further includes providing the user with the browser operating interface to set the plurality of virtual machine monitors and their hardware to create the plurality of virtual machines in the virtual data center. Body requirements specifications. The virtual machine console management method described in claim 6 further includes the resource management module in the virtualization management device establishing the virtual data center based on the creation request of the virtual resource center and the creation request of the virtual machine, The plurality of virtual machine monitors and the corresponding plurality of virtual machines are then generated by the resource management module to generate a unique identification code of the virtual data center, so that the cross-platform interface module is established based on the unique identification code of the virtual data center. Corresponding to the connection account. The virtual machine console management method as described in claim 8 further includes using a resource algorithm by the resource management module to configure the plurality of virtual machine monitors set by the user in the creation request of the virtual machine. and hardware requirement specifications, select the plurality of virtual machine monitors that meet the requirements for virtual machine installation, so as to create the plurality of virtual machines. The virtual machine console management method as described in claim 6, wherein the plurality of virtual monitors are virtual monitors of different platforms. A computer-readable medium, used in a computing device or a computer, stores instructions to execute the virtual machine console management method described in any one of claims 6 to 10.

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