CN114816776A

CN114816776A - Enterprise intelligent cloud asset management system

Info

Publication number: CN114816776A
Application number: CN202210764584.4A
Authority: CN
Inventors: 周培勇
Original assignee: Beijing Baizhongyunzhi Technology Co ltd; Ruiyingyun Technology Tianjin Co ltd
Current assignee: Beijing Baizhongyunzhi Technology Co ltd; Ruiyingyun Technology Tianjin Co ltd
Priority date: 2022-07-01
Filing date: 2022-07-01
Publication date: 2022-07-29
Anticipated expiration: 2042-07-01
Also published as: CN114816776B

Abstract

The invention provides an enterprise intelligent cloud asset management system, which comprises a resource overview module and a resource management module; the resource overview module comprises a resource use overview unit, a basic information guide unit, a private cloud resource overview unit, a public cloud resource overview unit, an organization resource consumption management unit and a cost trend management unit; the resource management module comprises a virtual resource management unit, a virtual resource recycle bin management unit, a network management unit, an area management unit, a resource specification management unit, an equipment management unit, a resource optimization management unit and an application service management unit. The cloud asset management system comprises a resource overview module and a resource management module, wherein the resource overview module and the resource management module are subdivided into a plurality of management units, and the management units are used for performing fine management and scientific and efficient management on different types of asset resources in huge cloud assets of an enterprise, so that the cloud asset management mode of the enterprise is more convenient.

Description

Enterprise intelligent cloud asset management system

Technical Field

The invention relates to the technical field of cloud computing, in particular to an enterprise intelligent cloud asset management system.

Background

With the development of cloud computing technology, cloud computing architecture has become a main mode of cloud computing technology in recent years. The cloud computing combines the public cloud and the private cloud, so that an enterprise can store sensitive data in the private cloud and use computing resources of the public cloud, and the purposes of saving cost and improving computing capacity are achieved.

Cloud data is used as an important asset of an enterprise in a computer cloud, the amount of related information is huge, a great deal of effort is needed to manage, configure and maintain the cloud data or the cloud asset, in the existing management system, the management of the cloud asset of the enterprise usually takes a long time, the fine management cannot be performed, the resource waste is large, the function is single, the management efficiency is low, and the diversified use and management of the enterprise cannot be met.

Disclosure of Invention

The object of the present invention is to solve at least one of the technical drawbacks mentioned.

Therefore, an object of the present invention is to provide an enterprise intelligent cloud asset management system, so as to solve the problems mentioned in the background art and overcome the disadvantages in the prior art.

In order to achieve the above object, an embodiment of an aspect of the present invention provides an enterprise intelligent cloud asset management system, including a resource overview module and a resource management module; the resource overview module is used for counting and displaying the use states of the cloud assets of the data centers of all the areas; the resource management module is used for managing the system cloud assets; the resource overview module comprises a resource use overview unit, a basic information guide unit, a private cloud resource overview unit and a public cloud resource overview unit; the resource management module comprises a virtual resource management unit, a virtual resource recycle bin management unit, a network management unit, a resource specification management unit, a resource optimization management unit and an application service management unit; the basic information navigation unit is used for summarizing enterprise basic information in the system, and the resource use overview unit is used for carrying out statistical analysis on the overall use condition of host resources in the system; the private cloud resource overview unit is used for counting the private cloud resource information profile; the public cloud resource overview unit is used for counting public cloud resource information overview;

the virtual resource management unit is used for setting and managing virtual machine resource information, disk resource information and SSH key information;

the virtual resource recycle bin management unit is used for recovering and deleting the virtual machine resource information and the disk resource information in the recycle bin;

the network management unit is used for setting and managing network resource information;

the resource specification management unit is used for setting and managing specification information of the virtual machine, specification information of the disk, specification group information of the resource, access control authority of the resource and resource information of the file;

the resource optimization management unit is used for setting and managing resource information of the virtual machine which is shut down for a long time, resource information of an idle virtual disk and virtual machine snapshots;

the application service management unit is used for setting and managing the published application resource information and the published application category information.

Preferably, the host resources include host CPU resources, memory resources, disk resources, and GPU resources; the enterprise basic information includes area information, user information, company information, the number of departments, and cost overhead information accumulated in the whole area of the system.

In any of the above schemes, preferably, the private cloud resources include private cloud host resources, private cloud virtual machine resources, private cloud virtual disk resources, private cloud public network IP resources, private cloud snapshot resources, private cloud backup resources, and private cloud network resources; the public cloud resources comprise public cloud virtual machine resources, public cloud virtual disk resources, public cloud object storage resources, public cloud RDS resources, public cloud disk snapshot resources, public cloud VPC resources, public cloud IP subnet resources and public cloud elastic public network IP resources.

In any of the above solutions, preferably, the resource overview module further comprises an organization resource consumption management unit and a fee trend pipe

A management unit; the organization resource consumption management unit is used for counting and displaying the ranking of resource consumption, and the expense trend management unit is used for counting and displaying the expense trend of the system.

In any of the above schemes, preferably, the resource specification management unit includes a virtual machine specification management unit, a disk specification management unit, a mirror pricing management unit, a resource specification group management unit, a resource access control management unit, and a file resource management unit; the resource optimization management unit comprises a long-term shutdown virtual machine management unit, an idle virtual disk management unit, a virtual machine snapshot optimization management unit and a disk backup optimization management unit; the application service management unit comprises an application market management unit, an application category management unit and an application release management unit.

In any of the above schemes, preferably, the virtual resource management unit includes a virtual machine management unit, a virtual machine snapshot management unit, a virtual machine disk management unit, a disk backup management unit, and an SSH key management unit; the virtual machine management unit is used for creating and deleting virtual machines in the system, switching on and off the virtual machines, calling a console, configuring a network, configuring and storing, and checking details, operation, configuration and binding resource information of the selected virtual machines; the virtual machine snapshot management unit is used for setting a snapshot point in the running process of the virtual machine.

In any of the above schemes, preferably, the virtual resource recycle bin management unit includes a virtual machine recycle bin management unit and a disk recycle bin management unit; the virtual machine recycle bin management unit is used for executing recovery or thorough destruction operation on virtual machine resources in the virtual machine recycle bin; the disk recycle bin management unit is used for executing recovery or complete destruction operation on the disk resources in the disk recycle bin.

In any of the above schemes, preferably, the network management unit includes a basic network management unit, a VPC management unit, a public network IP management unit, a VPN gateway management unit, and a topology management unit; the basic network management unit comprises a network creating unit, a network editing unit, a shared network access authority adding unit, a shared network access authority editing unit, an isolation network exit rule configuration unit, an isolation network exit rule deleting unit, a network restarting unit and a network deleting unit.

In any of the foregoing schemes, preferably, the resource management module further includes a region management unit, where the region management unit is configured to manage the affinity group and the mirror image, and the region management unit includes an affinity group management unit and a mirror image management unit; the affinity group management unit is used for defining affinity groups, distributing partial virtual machines for the affinity groups, and realizing that the virtual machines run on the same host together or run on different hosts independently through the affinity groups; the image management unit directly creates a virtual machine containing an operating system or creates a virtual machine without the operating system through images.

In any of the above schemes, preferably, the resource overview module further includes an equipment management unit, where the equipment management unit is configured to manage equipment information, and the equipment management unit includes a host management unit, a bare metal server management unit, an external equipment management unit, and a machine room information management unit; the host management unit is used for checking the state, configuration and use condition of each host in the system, carrying out privatized management on the host, and carrying out maintenance, forced reconnection and forbidden operation.

Compared with the prior art, the invention has the advantages and beneficial effects that:

1. the enterprise intelligent cloud asset management system is more refined in management, has various functions, meets the requirements of different users, is high in management efficiency, saves more management time and cost, is subdivided into a plurality of management units through the resource overview module and the resource management module, and manages a large amount of different types of resources in huge cloud assets of an enterprise in all aspects, so that various resources in the cloud assets of the enterprise are scientifically and efficiently managed.

2. According to the enterprise intelligent cloud asset management system, various types of resources in the enterprise cloud assets are managed through the units, the functions are practical, the management is convenient and fast, the asset utilization rate is high, the operation cost and risks of enterprises are reduced to the greatest extent, the enterprise cloud asset management mode is more convenient and faster, and the asset utilization rate is maximized.

3. The enterprise intelligent cloud asset management system is high in operation efficiency, high in response speed and high in safety, supports management of a large amount of cloud asset data of an enterprise, and meets use requirements of the enterprise.

Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.

Drawings

The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:

FIG. 1 is a block diagram of an enterprise smart cloud asset management system according to an embodiment of the present invention;

fig. 2 is a block diagram illustrating a virtual resource management unit in an enterprise smart cloud asset management system according to an embodiment of the present invention;

fig. 3 is a block diagram illustrating a network management unit in an enterprise smart cloud asset management system according to an embodiment of the present invention;

fig. 4 is a block diagram illustrating a resource specification management unit in an enterprise intelligent cloud asset management system according to an embodiment of the present invention;

fig. 5 is a block diagram illustrating an apparatus management unit in an enterprise smart cloud asset management system according to an embodiment of the present invention;

fig. 6 is a block diagram of a resource optimization management unit in an enterprise smart cloud asset management system according to an embodiment of the present invention.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are illustrative and intended to be illustrative of the invention and are not to be construed as limiting the invention.

As shown in fig. 1, an enterprise intelligent cloud asset management system includes a resource overview module 1 and a resource management module 2; the resource overview module is used for counting and displaying the use states of the cloud assets of the data centers of all the areas; the resource management module is used for managing the system cloud assets; the resource overview module comprises a resource use overview unit 3, a basic information guide unit 4, a private cloud resource overview unit 5 and a public cloud resource overview unit 6; the resource management module 2 comprises a virtual resource management unit 9, a virtual resource recycle bin management unit 10, a network management unit 11, a resource specification management unit 13, a resource optimization management unit 15 and an application service management unit 16; the basic information navigation unit 4 is used for summarizing the enterprise basic information in the system, and the resource use overview unit 3 is used for carrying out statistical analysis on the overall use condition of host resources in the system; the private cloud resource overview unit 5 is used for counting the private cloud resource information profiles; public cloud resource overview unit 6 is used to count public cloud resource information profiles.

The virtual resource management unit 9 is configured to set and manage virtual machine resource information, disk resource information, and SSH key information;

the virtual resource recycle bin management unit 10 is configured to perform recovery and deletion management on virtual machine resource information and disk resource information in the recycle bin;

the network management unit 11 is used for setting and managing network resource information;

the resource specification management unit 13 is used for setting and managing specification information of the virtual machine, specification information of the disk, specification group information of the resource, access control authority of the resource and resource information of the file;

the resource optimization management unit 15 is configured to set and manage resource information of the virtual machine that is shut down for a long time, resource information of the idle virtual disk, and a snapshot of the virtual machine;

the application service management unit 16 is configured to perform setting management on the published application resource information and the application category information.

The enterprise intelligent cloud asset management system is more refined in management, large and different cloud assets are classified and refined in management, different resources in the cloud resources are managed and information is set independently through each module or unit, management requirements of different users are met, management efficiency is high, and more management time cost is saved.

The resource management module 2 includes a virtual resource management unit 9, a virtual resource recycle bin management unit 10, a network management unit 11, a region management unit 12, a resource specification management unit 13, an equipment management unit 14, a resource optimization management unit 15, and an application service management unit 16. As shown in fig. 2, the virtual resource management unit 9 includes a virtual machine management unit, a virtual machine snapshot management unit 18, a virtual machine disk management unit 19, a disk backup management unit 20, and an SSH key management unit 21; the recycle bin management unit comprises a virtual machine recycle bin management unit and a disk recycle bin management unit; as shown in fig. 3, the network management unit 11 includes a basic network management unit 22, a VPC management unit 23, a public network IP management unit 24, a VPN gateway management unit 25, and a topology management unit 26; the region management unit 12 includes an affinity group management unit and a mirror image management unit; as shown in fig. 4, the resource specification management unit 13 includes a virtual machine specification management unit 27, a disk specification management unit 28, a mirror pricing management unit 29, a resource specification group management unit 30, a resource access control management unit 31, and a file resource management unit 32; as shown in fig. 5, the device management unit 14 includes a host management unit 33, a bare metal server management unit 34, an external device management unit 35, and a room information management unit 36; as shown in fig. 6, the resource optimization management unit 15 includes a long-term shutdown virtual machine management unit 37, an idle virtual disk management unit 38, a virtual machine snapshot optimization management unit 39, and a disk backup optimization management unit 40; the application service management unit 16 includes an application market management unit, an application category management unit, and an application release management unit.

The resource overview module 1 is used for visually displaying the real-time states of the data center resources in all the areas. The resource overview module 1 comprises a resource use overview unit 3, a basic information guide unit 4, a resource overview, public cloud resource overview unit 6, an organization resource consumption management unit 7 and a cost trend management unit 8.

The resource use overview unit 3 performs statistical analysis according to the use condition of the host resources managed currently, wherein the host resources include host CPU resources, memory resources, disk resources and GPU resources. And displaying the occupation ratio of CPU, memory, main storage, secondary storage, GPU resource used amount and available amount of the current area in real time by using a ring diagram. The resource usage is displayed in white, and the resource usage is displayed in blue, orange and red according to the usage condition, wherein the usage of blue is displayed in the state that the usage ratio of blue is 0-60%.

Orange, the used amount is orange when the used amount accounts for 60.01 to 80 percent; red the amount used is shown as red in the state of 80.01% -100%. And if no resources exist in all the areas, displaying a gray pie chart and marking the temporary absence of resources.

The enterprise basic information comprises area information, user information, company information, department information and cost overhead information; the basic information navigation unit 4 is used for displaying the regional information, the user information, the company information and the number of departments of the whole system in real time, and the cost overhead accumulated in this month, the previous month and the current year of the whole region of the whole system.

The private cloud resource overview unit 5 displays overview conditions of 8 large resources such as private cloud host resources, private cloud virtual machine resources, private cloud virtual disk resources, private cloud public network IP resources, private cloud snapshot resources, private cloud backup resources and private cloud network resources of a private cloud in the system in real time, displays statistical data of resources in all regions by default, selects a region to be checked, and displays the statistical data of the resources in the region after selection; the overview is as follows:

and the host overview of the private cloud comprises displaying the total number of hosts of the private cloud in the current system and displaying the number of hosts in the running, closing, off-line and alarm states.

And (4) overview of the private cloud virtual machines, namely displaying the total number of the virtual machines of the private cloud in the current system and displaying the number of the virtual machines in running, closing and other states.

And (3) overview of the private cloud virtual disks, namely displaying the total number of the virtual disks of the private cloud in the current system and respectively displaying the number of the virtual disks in mounted and unmounted states.

And (5) private cloud public network IP overview, which is to display the total number of the public network IPs of the private cloud in the current system and respectively display the number of the public network IPs in the remaining state and the used state.

Private cloud snapshot overview displaying the total number of snapshots of the private cloud within the current system.

And (4) private cloud backup overview, namely displaying the total backup number of the private cloud in the current system.

Private cloud mirror overview displaying the community, the concentration and the number of private mirrors of the private cloud in the current system respectively.

Private cloud network overview the total number of networks displaying the private cloud within the current system, the number of isolated, shared and private networks (VPCs), respectively.

The public cloud resource overview unit 6 is used for displaying in real time an overview of 8 large resources in the cloud system, such as a public cloud virtual machine resource, a public cloud virtual disk resource, a public cloud object storage resource, a public cloud RDS (relational database service) resource, a public cloud disk snapshot resource, a public cloud VPC resource, a public cloud IP subnet resource, and a public cloud flexible public network IP resource. The method comprises the following specific steps:

and (4) public cloud virtual machine resource overview, which is to display the total number of the public cloud virtual machines in the current system and display the number of the public cloud virtual machines in running, closing and other states.

And (3) public cloud virtual disk resource overview, which is to display the total number of the public cloud virtual disks in the current system and display the number of the virtual disks in mounted and unmounted states.

And (4) summarizing the object storage resources of the public cloud, namely displaying the total object storage amount of the public cloud in the current system and displaying the object storage amount in the resource pool to be allocated.

And the public cloud RDS resource overview displays the total number of the public cloud RDS in the current system and displays the number of the RDS in the resource pool to be distributed.

And (4) public cloud disk snapshot resource overview, namely displaying the total number of disk snapshots of the public cloud in the current system.

And (4) public cloud VPC resource overview, namely displaying the total number of the public clouds in the current system.

And (4) public cloud IP subnet resource overview, namely displaying the total number of the public cloud IP subnets in the current system.

And (4) public cloud elastic public network IP resource overview, namely displaying the total number of the elastic public network IP of the public cloud in the current system.

The organization resource consumption management unit 7 is used for counting and displaying the ranking of resource consumption of each department of each company in the system, the default statistics is the ranking of resource consumption of the virtual machine, and the ranking of CPU, memory and storage consumption of each department can be optionally checked. And counting by taking the department as a dimension, namely performing data comparison ranking according to all departments under the company, displaying the name of the company where the department is located after the name of the department, and displaying the excess part through a suspension frame if the total length of the department and the company name exceeds 10 characters.

The fee trend management unit 8 is used for counting and displaying the fee trend management unit 8 of the system in the last year in real time. When an instruction that the mouse floats on a certain node is received, the total cost and the usage of the current node are displayed. The total cost is the sum of the computation, storage, template, backup, snapshot, service and public network IP cost.

The virtual machine is a complete computer system which runs on a host, has an independent IP address, supports access to a public network and independently runs application services.

The virtual machine management unit is used for creating and deleting a virtual machine in the system, and can also perform operations such as switching on and off, calling a console, configuring a network, configuring storage and the like on the virtual machine. The details, the operation, the configuration and the binding resource information of the selected virtual machine can be checked, and the execution of the virtual machine is supported; it mainly includes the following functions:

and displaying basic information, namely displaying the name, owner, organization and other basic information of the virtual machine.

And displaying the running information, namely displaying the running information of the state, the resource domain, the POD and the like of the virtual machine.

And configuration information, namely displaying configuration information such as the CPU (central processing unit), the number of slots, the number of cores in each slot and the like of the virtual machine.

And binding resources, namely displaying resource information of the virtual disk, the network IP, the GPU and the like mounted by the virtual machine. And the monitoring information, the deficiency-type pseudo disk, the network, the snapshot and the daily cost of the selected virtual machine are also checked, and relevant information management operation is executed.

And viewing monitoring information, namely viewing the monitoring image of the virtual machine and configuring a threshold value and a range of the alarm notification for the monitoring image.

And checking the virtual disk information, namely checking the disk condition of the virtual machine mount, and executing relevant operation on the virtual disk resource of the virtual machine mount.

And checking the network, namely checking the network condition configured by the virtual machine and executing relevant operation on the network configured by the virtual machine.

And checking the snapshot, namely checking the snapshot condition created by the virtual machine and executing relevant operation on the snapshot created by the virtual machine.

And checking cost and usage, namely checking cost and usage statistics of the CPU, the memory, the system disk, the data disk and the mirror image.

The virtual machine snapshot management unit 18 is configured to set a snapshot point during the running of the virtual machine, and the state of setting the virtual machine snapshot can be restored no matter what changes occur in the subsequent operations of the virtual machine, including system crash and operation exception. The method mainly comprises the following steps:

and (4) virtual machine fast search, namely globally and fast searching the virtual machine snapshots according to the fields of the virtual machine snapshots, the associated virtual machines, the owners and the like.

And (4) performing rapid screening on the virtual machine, namely performing advanced screening according to fields such as the name, the associated virtual machine, the owner and the like of the virtual machine snapshot.

And creating the snapshot, namely creating the snapshot for the selected virtual machine.

And (4) snapshot rollback, namely rolling back the virtual machine to a state when the snapshot is created.

And deleting the snapshot, namely deleting the selected virtual machine snapshot.

And deleting snapshots in batches, namely selecting a plurality of virtual machine snapshots and executing deletion operation in batches.

And (4) exporting the snapshot list under the selected condition, wherein the format of the list is XLSX.

The virtual disk in the system can provide an expanded used space for the virtual machine like an actual physical hard disk. Each virtual machine is composed of a system disk provided with an operating system and a data disk expanding storage space.

The virtual-deficiency DISK can provide a storage function for the virtual machine, and can be divided into a ROOT DISK and a data DISK, namely the ROOT DISK (ROOT DISK), and a system DISK of the virtual machine is used for supporting the system operation of the virtual machine. And the DATA DISK (DATA DISK) is a DATA DISK used by the virtual machine and used for expanding the storage of the virtual machine. The states of the virtual disk include a mounted state and an unmounted state, wherein the mounted state shows a virtual disk list of the system which is mounted on the virtual machine currently. And displaying a virtual disk list which is not currently mounted on the virtual machine by the system. The virtual machine disk management unit 19 includes the following functions:

and (4) quickly searching the virtual disk, namely searching the virtual disk globally according to the fields of the name, the management virtual machine, the owner and the like of the virtual disk.

And (4) performing fast screening on the virtual disks, namely performing advanced screening according to fields such as the names, the storage types and the disk types of the virtual disks.

And creating a virtual disk, namely creating a virtual disk in the system.

And (4) single backup of the virtual disk, namely creating disk backup for the selected virtual disk.

And (4) timed backup of the virtual disks, namely, the unselected virtual disks create timed backup.

And mounting the virtual machine, namely mounting the virtual disk in the non-mounted state to a specified virtual machine.

And unloading the defect-type pseudo disk, namely unloading the selected virtual disk from the virtual machine.

And (4) exporting the virtual disk, namely saving the selected virtual disk in a RAW format in local.

And (3) deleting the virtual disk, namely deleting the selected virtual disk, and if the virtual disk is in a mounted state, unloading the virtual disk from the virtual machine.

And adjusting the disk capacity, namely adjusting the disk specification of the selected virtual disk.

And (4) exporting the disk list under the selected condition, wherein the format of the disk list is XLSX.

In order to prevent file data in the disk from being lost or damaged, a backup file is created for the existing defect-type pseudo disk in the cloud system, and the data can be restored to a new defect-type pseudo disk through the backup file when needed. The disk backup management unit 20 mainly includes the following functions:

and (4) fast searching the disk, namely, globally and fast searching the disk backup according to the backup name of the disk backup, the associated disk, the associated virtual machine and other fields.

And (4) fast screening of the disks, namely supporting advanced screening according to fields such as backup names, associated disks, disk types and the like of disk backups.

And (4) creating a disk backup, namely creating the disk backup for the selected virtual disk.

And (4) creating a new disk by using the disk backup, namely creating a new virtual disk by using the selected disk backup, and restoring all data in the backup to the new disk.

And deleting the disk backup, namely deleting the selected disk backup.

And (3) deleting the disk backups in batches, namely selecting a plurality of disk backups and executing deletion operation in batches.

And (4) exporting the backup list under the selected condition, wherein the format of the list is XLSX.

The SSH key is composed of a public key and a private key, only supports the login authentication mode of the Linux deficiency-type simulator, and is safe, convenient and fast. The SSH key management unit 21 configures the SSH key when creating the virtual machine, and implements connection to the virtual machine by a private key. The SSH key management unit 21 mainly includes:

and SSH fast search, namely, the SSH key is globally and fast searched according to the name, company, department and other fields of the SSH key.

And (4) SSH advanced screening, namely screening out the SSH keys meeting the conditions from the right side of the head of the table according to fields of names, companies, departments and the like of the SSH keys.

And (4) creating an SSH key, namely creating the SSH key by automatically generating the key.

And (4) importing the SSH key, namely creating the SSH key by manually importing the public key.

Downloading the public key, namely downloading the imported public key file to the local.

And deleting the SSH key, namely deleting the selected SSH key.

And (4) exporting the SSH list under the selected condition, wherein the format of the list is XLSX.

The virtual machine recycle bin is used for storing the virtual machine in the state of 'to be destroyed', the virtual machine recycle bin management unit can execute the operation of recovering or thoroughly destroying the virtual machine resource in the virtual machine recycle bin, and the virtual machine recycle bin management unit mainly comprises the following functions:

and displaying the My virtual machines, namely rapidly switching between the managed virtual machines and the owned deficiency-type virtual machines.

And (4) performing virtual machine global search, namely globally searching the virtual machine according to fields such as the name, the owner, the IP and the like of the virtual machine.

And (4) high-level screening of the deficiency-type virtual machine, namely screening the virtual machine meeting the conditions from the right side of the head of the table according to fields such as the name of the virtual machine, a network IP (Internet protocol), the specification of the virtual machine and the like.

And the self-defining header is a header displayed by a virtual machine list in the self-defining virtual machine recycle bin, such as a host name, an internal name, a network IP (Internet protocol) and the like.

And (4) thoroughly destroying the virtual machine, releasing the occupied resources and stopping charging, and not supporting recovery operation.

And restoring the virtual machine, namely restoring the selected virtual machine to the virtual machine list.

And (4) exporting a virtual machine list in the virtual machine recycle bin under the selected condition, wherein the format of the table is XLSX.

And the virtual machine resource total, namely displaying the total of the virtual machine CPU, the memory resource and the disk capacity in the screened virtual machine recycle bin at the bottom of the virtual machine page.

The disk recycle bin is used for storing the virtual disk in the state of 'to be destroyed', and can perform recovery or complete destruction operation on the virtual disk resource in the disk recycle bin. A virtual disk in a "disk recycle bin" state includes two parts: the first data disk is sourced from two data disks, namely a data disk mounted by a virtual machine for manually executing deletion from a virtual machine list and an unmounted data disk for manually executing deletion from a virtual disk list. And a second system disk, wherein the system disk mounted by the deleted virtual machine is manually executed from the virtual machine list.

The disk recycle bin management unit includes:

and (4) disk global search, namely searching a data disk or a system disk globally according to fields such as the name of the virtual disk, the associated virtual machine, the company and the like.

And (4) advanced screening of the disks, namely screening the data disks or system disks meeting the conditions from the right side of the head of the table according to fields such as the name, the capacity and the associated virtual machine of the virtual disk.

And the disk self-defining header is a header displayed by a data disk or a system disk list in the self-defining disk recycling station, such as capacity, associated virtual machines, companies and the like.

And unloading the disk, namely unloading the data disk in the mounted state without supporting mounting operation.

And (4) thoroughly destroying the virtual disk, namely thoroughly destroying the data disk which is not mounted, releasing the occupied resources and stopping charging.

And recovering the virtual disk, namely recovering the virtual disk which is not mounted into the virtual disk list.

The basic network is a flat network structure, supports full utilization of IP address resources and carries out large-scale IP address resources

And (5) expanding the scale. The base network management unit 22 includes the following functions:

and (4) creating a network, namely adding a new shared network or isolating network.

And (5) editing the network, namely viewing and editing the detailed information of the network.

And adding a sharing network access right, namely configuring the sharing network access right for a selected department under a selected company.

Editing the access authority of the shared network, namely editing the departments which can access the shared network under the selected company.

And (4) configuring the export rule of the isolated network, namely setting the export rule and only allowing the source CIDR export filled in the rule.

And deleting the export rule of the isolated network, namely deleting the selected export rule.

Restarting the network, namely restarting the shared network or the isolated network.

And deleting the network, namely deleting the selected basic network.

A VPC is a logically isolated network partitioned from the overall network, with full control in the network, and can define IP address ranges, create subnets, configure routing tables, and gateways. The VPC may include a plurality of independent subnets, each of which shares a common router and each of which has an independent Access Control List (ACL). The VPC management unit 23 mainly includes:

and (4) VPC global search, namely searching the VPC network globally according to the fields of the name, the description, the company and the like of the VPC network.

And the VPC self-defining header is a header displayed by a VPC management unit interface list, such as a name, a description, a shield company and the like, which is self-defined from a column selector.

And (4) VPC advanced screening, namely screening the VPCs meeting the conditions from the right side of the header according to fields such as the name, the description and the affiliated company of the VPCs.

Creating a VPC: a VPC network is created. And editing the VPC, namely editing the selected VPC network. And restarting the VPC, namely restarting the selected VPC network. And deleting the VPC, namely deleting the selected VPC network.

The states of the public network IP comprise three states of 'distribution in process', 'released' and 'distributed', wherein in the distribution process, after the public network IP is created, the state of the public network IP before the public network IP enters the distributed state is the intermediate state of the IP distribution. And releasing the public network IP which is in the idle state and is not distributed with the network. Has been allocated a public network IP already allocated to the quarantine network or VPC network.

The public network IP management unit 24 mainly includes:

and IP advanced screening, namely screening out the basic network meeting the conditions from the right side of the table head according to fields of public network IP, domains, companies and the like.

And adding a public network, namely adding a new public network IP pool for the cloud system.

And starting the VPN of the public network IP, namely starting the VPN service of the public network IP, and taking the virtual machine router as a service gateway of the VPN.

Forbidding the VPN of the public network IP, forbidding the VPN service of the public network IP and not logging in through the VPN.

And setting a public network IP private network, namely distributing the public network IP to the selected network.

And releasing the public network IP, namely releasing the selected public network IP.

The system provides L2 TP-IPsec-based remote access VPN service for VPC networks through virtual routing, and virtual machines are accessed through creating VPNs. The VPN gateway management unit 25 mainly includes:

and (4) VPN fast search, namely searching the VPN gateway globally according to the name, the gateway, the CIDR and other fields of the VPN gateway.

And a VPN self-defining header, namely self-defining the header displayed by an interface list of the VPN gateway management unit 25 from a column selector, such as a name, a gateway, an IP network segment and the like.

And (4) VPN advanced screening, namely screening out the VPN gateway meeting the conditions from the right side of the header according to fields such as the name, the gateway, an IP network segment and the like of the VPN gateway.

And (4) creating a VPN gateway, namely filling information such as a name, a gateway, an IPsec pre-shared key and the like to create a VPN client gateway.

And editing the VPN gateway, namely editing the name of a VPN client gateway, the gateway, an IPsec pre-shared key and other related information.

And deleting the VPN gateway, namely deleting the selected VPN client gateway.

The system looks up the network or all networks related to the virtual machines under the selected organization, and displays a network topology structure diagram related to the deficiency-type virtual machine by default, namely displays a network topology structure diagram related to the virtual machines under the selected organization. And displaying the topology structure diagram of all networks under the selected organization.

The network is divided into four types, namely an isolation network, a sharing network, a VPC network and a VPC subnet, and different color marks are respectively used for identifying the isolation network by green display. Sharing the network, using purple display. VPC network, using a light gray display, a VPC subnet with dark blue color is wrapped in the VPC network. VPC subnet, using dark blue display, in VPC network. The virtual machines associated with the network have two states, and the two states are respectively marked by different colors, namely a blue virtual machine which represents a virtual machine in a running state. Grey virtual machine-represents a virtual machine in the "off" state. The topology management unit 26 includes the following functions:

and (4) topology fast search, namely globally searching the network in the topological structure according to the network name and the IP.

And searching topological structure, namely searching the topological structure under the selected organization.

And searching the topology type, namely screening out the topology structure of the specified type according to the network type.

And displaying the virtual machine associated network, namely displaying a topology structure diagram of the network with the virtual machine association under the selected organization.

And displaying all networks, namely displaying all the existing network topology structure diagrams in the current organization.

The affinity group is a simple arrangement strategy for laaS resources, and can be used for guaranteeing high performance or high availability of services. The affinity group management unit can not only define the affinity group and allocate part of virtual machines for the affinity group, but also realize that the virtual machines run together on the same host machine or run independently on different host machines through the affinity group. The affinity group management unit mainly comprises the following functions:

and (4) fast searching the affinity group globally and fast according to fields such as name, department, description and the like of the affinity group.

And (4) advanced screening of affinity groups, namely screening the affinity groups meeting the conditions from the right side of the head of the table according to fields such as names, companies, departments and the like.

Creating affinity group-creating a new affinity group.

And editing the affinity group, namely binding the virtual machine into the affinity group or unbinding the virtual machine from the affinity group, and immediately taking effect after the affinity group strategy is stored.

And deleting the affinity group, namely deleting the selected affinity group, wherein the group strategy is not followed any more when the virtual machine in the group is started next time.

An image is an operating system image that can be used to boot a virtual machine, and an ISO is a disk image or toolkit that contains operating system data bootable media.

The mirror image management unit can directly create a virtual machine containing an operating system through mirror images; it is also possible to create a virtual machine without an operating system, mount an ISO image containing a bootable medium on the machine, and install the operating system. The mirror image management unit mainly comprises:

and searching mirror images according to the mirror images.

And (4) image type retrieval, namely searching images according to the format images of the images or ISO images.

And (4) image fast search, namely searching images globally and fast according to fields such as names, descriptions and states of the images.

And (4) advanced screening of the mirror image, namely screening the mirror image meeting the conditions from the right side of the header according to fields such as name, operating system, virtualization attribute and the like.

And (4) creating a mirror image in the current area by inputting the http of the mirror image or selecting a mirror image file in the file directory.

And (4) creating an ISO mirror image, namely inputting the http of the ISO mirror image or selecting an ISO mirror image file in a file directory and creating the ISO mirror image in the current area.

Selected image/ISO image creates a virtual machine-one or more virtual machines are created using the selected image or ISO image.

Editing mirror image/ISO mirror image, namely editing the name, type, operating system category and other relevant information of the mirror image or ISO mirror image.

And deleting the mirror image, namely completely deleting the selected mirror image, wherein the operation result does not influence the virtual machine created by using the mirror image.

The specification of the deficiency-type virtual machine is a specification scheme required for creating the virtual machine, and a plurality of specifications of the virtual machine can be created. The method mainly comprises the following steps:

and (4) performing quick search on the deficiency-type virtual machine, namely searching the specification of the virtual machine globally and quickly according to fields such as the name, the type, the Zone and the like of the specification of the virtual machine.

And (4) advanced screening of the deficiency-type simulators, namely screening the specifications of the virtual machines meeting the conditions from the right side of the head of the table according to fields such as name, vCPU, speed (GHz) and the like.

And (3) creating a virtual machine specification, namely inputting information such as the name, the domain, the storage type and the like of the virtual machine specification to create a new virtual machine specification.

And editing the specification of the virtual machine, namely editing the name, the domain, the description and other related information of the specification of the virtual machine.

And deleting the virtual machine specification, namely deleting the selected virtual machine specification, wherein the operation result of the selected virtual machine specification does not influence the virtual machine created by using the specification.

The disk specification management unit 28 provides a calculation scheme used by the system disk and the data disk required for creating the virtual machine in disk specification, and may create a plurality of disk specification schemes. The method mainly comprises the following steps:

and (4) fast searching the disk specification globally and fast according to the name, type, domain and other fields of the disk specification.

And (4) advanced screening of the disk specification, namely screening the disk specification meeting the conditions from the right side of the header according to fields such as name, storage type, storage identification and the like.

And (4) creating a disk specification, namely inputting information such as the name, the domain, the storage type and the like of the disk specification to create a new disk specification.

And editing the disk specification, namely editing the name, the domain, the description and other related information of the disk specification.

And deleting the disk specification, namely completely deleting the selected disk specification.

The mirror pricing management unit 29 configures prices for the mirror for resource analysis and cost statistics. The method mainly comprises the following steps:

and (4) image fast search, namely searching images globally and fast according to fields such as the name, the type and the domain of the image.

And (4) advanced screening of the mirror images, namely screening the mirror images meeting the conditions from the right side of the header according to fields such as mirror image names, created templates, operating system types and the like.

Editing mirror price, namely editing the cost unit price of the selected mirror.

The resource specification group is a classification for creating a virtual machine selection specification group, and a plurality of specification groups can be configured for selection. The resource specification group management unit 30 includes:

and (4) creating a primary specification group, namely creating a new primary specification group of the virtual machine after filling in the name and the description.

And (3) creating a secondary specification group, namely, creating a new virtual machine secondary specification group after filling in the name and selecting the belonging primary specification group.

And (4) creating a disk specification group, namely, creating a new disk specification group after filling in the name and associating the specification.

Editing the resource specification group, namely editing the information such as the name, specification, description and the like of the resource specification group.

And deleting the resource specification group, namely deleting the selected resource specification group.

And deleting the resource specification, namely deleting the selected resource specification.

The resource access control management unit 31 is used for an administrator to manage and control the access rights of each organization of the virtual machine specification, the disk specification, the mirror image and the network, and when the selected resource is not open, the corresponding resource cannot be accessed in the system. The method mainly comprises the following steps: and configuring resource access authority, and configuring the specification of the virtual machine, the specification of a disk, a mirror image and network resources which can be accessed by a selected department.

The file resource management unit 32 is used to manage the received file, and supports registration of the image or ISO image using the received file directly from the image module. The file resource management unit 32 mainly includes the following functions:

and (4) file fast search, namely, searching files globally and fast according to fields such as name, purpose, state and the like of the files.

Uploading files, namely uploading the files to the cloud system through a file directory to support a slave image module to register images or use the files

ISO mirroring.

The host is a computing node, and is a physical server which runs on a physical machine and provides resources such as computation, network, storage and the like for the virtual machine. The host management unit 33 is used for checking the status, configuration, use condition, and the like of each host in the system, and may also perform operations such as privatization management, maintenance, forced reconnection, and disabling on the host.

The host has three states of operation, maintenance mode and shutdown:

and (4) running in a mode that the host runs normally.

In the operation and maintenance, when the host is set in the maintenance mode, the system automatically migrates all the virtual machines running on the host to the idle host in real time, and the host is in the maintenance mode.

After the host is disabled, the host is still in the original cluster, but a new virtual machine cannot be created on the host, and the host does not participate in the host HA function of the cluster.

Off-line, the host computer is in a closed state.

The host management unit 33 mainly includes:

and (4) host quick search, namely, globally and quickly searching the host according to fields such as the name, the cluster, the model and the associated virtual machine of the host.

And (4) host maintenance, namely, putting the host into a maintenance mode, and automatically migrating all the running virtual machines on the host to an idle host by the system in real time.

Host-specific configuration, the host is assigned to a department private.

And (4) releasing the host, namely canceling the state that the host is dedicated and allowing the host to be used in the system.

And (4) disabling the host, namely not allowing to newly build resources on the host after the host is disabled, and performing hot migration or cold migration on the resources to the current host. But the existing resources on the current host are not affected and can be normally used.

And starting the host, namely starting the selected host and recovering the resource on the host.

And displaying GPU information, namely displaying the information of the GPU configured on the selected host.

The bare metal server management unit 34 provides bare metal management services, provides a dedicated physical server for applications, and ensures high performance and stability of core applications. The bare metal device can be deployed to a cloud system to configure a service network for a bare metal server, set bare metal groupings, or perform lifecycle management. The method mainly comprises the following functions:

and adding a server group, namely creating a new server group.

Editing the server group, namely editing the selected server group.

And deleting the server group, namely deleting the selected server group.

And adding a server, namely adding a bare metal server in the system.

And editing server information, namely editing bare metal server equipment information and access information.

And updating the power state of the server, namely updating the power state of the selected bare metal server.

The external device management unit 35 is configured to perform unified management on external devices such as a USB and a GPU, and may check conditions of hosts, clusters, and associated virtual machines to which each peripheral belongs in the system, and may also mount and uninstall the external devices. The external device management unit 35 mainly functions as follows:

and (4) quickly searching external equipment globally and quickly according to fields such as the name, the production model and the host of the external equipment.

And (4) high-level screening of external equipment, namely screening out the virtual machines meeting the conditions from the right side of the head of the table according to fields such as peripheral names, production models, affiliated hosts and the like.

And (4) mounting the USB, namely mounting the selected USB into the specified virtual machine.

And unloading the USB, namely unloading the selected USB from the virtual machine.

And mounting the GPU, namely mounting the selected GPU into a specified virtual machine.

And unloading the GPU, namely unloading the selected GPU from the virtual machine.

The machine room information management unit 36 provides services for the machine room information management unit 36, and can display monitoring data of each piece of equipment of the capsule data center.

The long-term shutdown virtual machine management unit 37 is configured to display the deficiency-type virtual machine that is continuously powered off for more than a specified number of days, and may perform a deletion operation on the virtual machine managed by the long-term shutdown deficiency-type virtual machine. The long-term shutdown virtual machine management unit 37 mainly includes the following functions:

and the number of days is specified, namely the virtual machine which supports editing and continuously turning off the power supply for the specified number of days is used as the target virtual machine to be checked.

And global search, wherein the virtual machines are globally searched according to fields of names, companies, owners and the like of the virtual machines.

And (4) advanced screening of the virtual machines, namely screening the virtual machines meeting the conditions from the right side of the header according to fields of the names, CPUs (central processing units), memories and the like of the virtual machines.

Self-defining header of virtual machine, self-defining header displayed by virtual machine list in page of long-term shutdown virtual machine management unit 37, such as name,

CPU, memory, etc.

And deleting the virtual machine, namely deleting the selected virtual machine and moving the selected virtual machine into a virtual machine recycle bin.

And exporting a virtual machine list, namely exporting the virtual machine list in the page of the long-term shutdown virtual machine management unit 37 under the selected condition, wherein the format of the list is XLSX.

The idle virtual disk management unit 38 is configured to display that the virtual disk is not mounted for more than a specified number of days, and execute a deletion operation on the virtual disk resource of the page of the idle virtual disk management unit 38. The method mainly comprises the following functions:

and the virtual disk days are specified, namely the editing of the virtual disk which is not mounted continuously for the specified days is supported, and the virtual disk is used as the virtual disk to be checked.

And (3) virtual disk global search, namely globally searching the virtual disk according to fields such as the name, company, owner and the like of the virtual disk.

And (4) advanced screening of the virtual disks, namely screening the virtual disks meeting the conditions from the right side of the head of the table according to fields such as the names, disk types and capacities of the virtual disks.

The self-defined head of the virtual disk is the head displayed by the virtual disk list in the page of the self-defined idle virtual disk management unit 38, such as the name, the disk type, the capacity and the like.

And deleting the defect-type pseudo disk, namely deleting the selected virtual disk and moving the virtual disk into the virtual disk recycle bin. And (4) exporting the virtual disk list, namely exporting the deficiency-type pseudo disk list in the page of the idle virtual disk management unit 38 under the selected condition, wherein the format of the table is XLSX.

The virtual-machine snapshot optimization management is used for displaying that there are virtual machine snapshots which are not used for a specified number of days or more, and executing a deletion operation on the virtual machine snapshot of the virtual machine snapshot optimization management unit 39 page. The method mainly comprises the following functions:

and editing the virtual machine snapshot which is more than the specified number of days and is not used as the object virtual machine snapshot to be checked.

And (4) performing overall search on the virtual machine snapshots according to the fields of the names, the associated virtual machines, the companies and the like of the virtual machine snapshots.

And (4) performing advanced screening on the deficiency-type virtual machine, namely screening the virtual machine snapshots meeting the conditions from the right side of the head of the table according to fields such as the name, the type, the capacity and the like of the virtual machine snapshots.

The custom header of the virtual machine-deficiency is the header displayed by a snapshot list of the virtual machine-deficiency in the snapshot recycle bin of the custom virtual machine, such as type, capacity, associated virtual machine and the like.

And deleting the virtual machine snapshot, namely deleting the selected deficiency-type virtual machine snapshot.

And (4) exporting a virtual machine snapshot list, namely exporting the virtual machine snapshot list in the virtual machine snapshot optimization management page under the selected condition, wherein the format of the table is XLSX.

The disk backup optimization management unit 40 is configured to display that there are disk backups that are not used for more than a specified number of days, and perform a deletion operation on the disk backups of the disk backup optimization management unit. The method mainly comprises the following functions:

and disk days are specified, namely the disk backup which is not used and has more than specified days is supported to be edited and is used as the target disk backup needing to be checked.

And (4) disk global search, wherein the disk backup is searched globally according to the name of the disk backup, the associated disk, the company and other fields.

And (4) advanced screening of the disk, namely screening the disk backup meeting the conditions from the right side of the head of the table according to fields such as name, type, capacity and the like of the disk backup.

And the self-defining header of the disk, namely the header (such as type, capacity, associated disk and the like) displayed by the disk backup list in the self-defining disk backup recycle bin.

And deleting the disk backup, namely deleting the selected disk backup.

And (4) exporting the disk backup list, namely exporting the disk backup list in the disk backup snapshot optimization management page under the selected condition, wherein the format of the table is XLSX.

The application market management unit is used for displaying published applications in the current system, and selecting a virtual machine to install the selected applications. The method mainly comprises the following functions:

and (4) applying quick search, namely globally and quickly searching the application according to the name and the description field of the application.

And installing the application, namely installing the selected application into the specified virtual machine.

The application type management unit is an application classification selectable in an application market, and the applications needing to be managed are screened out according to the application types. The method mainly comprises the following functions:

and (4) application category fast search, namely globally fast searching the application categories according to the names and the description fields of the application categories.

And creating an application category, namely creating a new application category in the current area.

Editing application categories-editing the name and description of an application category.

And deleting the application category, namely deleting the selected application category.

The application publication management unit may view all application information of the currently published and draft status, including the service number, icon, name, category, unit price, and publication status of the application. The method mainly comprises the following functions:

and (4) the application releases fast search, namely, the application is globally and fast searched according to fields such as the service number, the name, the category and the like of the application.

Creating an application-creating a new application.

Editing the application, namely editing the name, the category, the release state and other information of the application.

And deleting the application, namely deleting the selected application.

The working principle of the enterprise intelligent cloud asset management system is that real-time states of data center resources in all areas are visually displayed through a resource overview module, and the resource management module is used for managing the system resources and carrying out operations such as deleting, building, editing and the like on the system resources.

The enterprise intelligent cloud asset management system establishes a set of standard efficient management system for enterprises, and comprises a resource overview module and a resource management module, wherein the resource overview module and the resource management module are subdivided into a plurality of management units, so that a large number of different types of resources in huge cloud assets of the enterprises are managed in various aspects, various resources in the cloud assets of the enterprises are scientifically and efficiently managed, the resource use condition can be visually displayed, the enterprise is helped to improve the asset management efficiency, the management is efficient and convenient, and more cost and time are saved for the enterprises.

In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made in the above embodiments by those of ordinary skill in the art without departing from the principle and spirit of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. An enterprise intelligent cloud asset management system is characterized by comprising a resource overview module and a resource management module; the resource overview module is used for counting and displaying the use states of the cloud assets of the data centers of all the areas; the resource management module is used for managing system cloud assets; the resource overview module comprises a resource use overview unit, a basic information guide unit, a private cloud resource overview unit and a public cloud resource overview unit; the resource management module comprises a virtual resource management unit, a virtual resource recycle bin management unit, a network management unit, a resource specification management unit, a resource optimization management unit and an application service management unit; the basic information navigation unit is used for summarizing enterprise basic information in the system, and the resource use overview unit is used for carrying out statistical analysis on the overall use condition of host resources in the system; the private cloud resource overview unit is used for counting private cloud resource information profiles; the public cloud resource overview unit is used for counting public cloud resource information overview;

the resource specification management unit is used for setting and managing specification information of the virtual machine, specification information of a disk, specification group information of resources, access control authority of the resources and resource information of files;

the resource optimization management unit is used for setting and managing resource information of the virtual machine which is shut down for a long time, resource information of an idle virtual disk and a virtual machine snapshot;

the application service management unit is used for setting and managing published application resource information and application category information.

2. The enterprise smart cloud asset management system of claim 1, wherein said host resources comprise host CPU resources, memory resources, disk resources, GPU resources; the enterprise basic information comprises area information, user information, company information, the number of departments and cost overhead information accumulated in all areas of the system.

3. The enterprise smart cloud asset management system of claim 1, wherein said private cloud resources comprise private cloud host resources, private cloud virtual machine resources, private cloud virtual disk resources, private cloud public network IP resources, private cloud snapshot resources, private cloud backup resources, and private cloud network resources; the public cloud resources comprise public cloud virtual machine resources, public cloud virtual disk resources, public cloud object storage resources, public cloud RDS resources, public cloud disk snapshot resources, public cloud VPC resources, public cloud IP subnet resources and public cloud elastic public network IP resources.

4. The enterprise smart cloud asset management system of claim 1, wherein said resource overview module further comprises an organizational resource consumption management unit and a cost trend management unit; the organization resource consumption management unit is used for counting and displaying the ranking of resource consumption, and the expense trend management unit is used for counting and displaying the expense trend of the system.

5. The enterprise smart cloud asset management system of claim 1, wherein said resource specification management unit comprises a virtual machine specification management unit, a disk specification management unit, a mirror pricing management unit, a resource specification group management unit, a resource access control management unit, and a file resource management unit; the resource optimization management unit comprises a long-term shutdown virtual machine management unit, an idle virtual disk management unit, a virtual machine snapshot optimization management unit and a disk backup optimization management unit; the application service management unit comprises an application market management unit, an application category management unit and an application release management unit.

6. The enterprise smart cloud asset management system of claim 1, wherein said virtual resource management unit comprises a virtual machine management unit, a virtual machine snapshot management unit, a virtual machine disk management unit, a disk backup management unit, and an SSH key management unit; the virtual machine management unit is used for creating and deleting virtual machines in the system, switching on and off the virtual machines, calling a console, configuring a network, configuring and storing, and checking details, operation, configuration and binding resource information of the selected virtual machines; the virtual machine snapshot management unit is used for setting a snapshot point in the running process of the virtual machine.

7. The enterprise smart cloud asset management system of claim 1, wherein said virtual resource recycle bin management unit comprises a virtual machine recycle bin management unit and a disk recycle bin management unit; the virtual machine recycle bin management unit is used for executing recovery or thorough destruction operation on virtual machine resources in the virtual machine recycle bin; the disk recycle bin management unit is used for executing recovery or complete destruction operation on the disk resources in the disk recycle bin.

8. The enterprise smart cloud asset management system of claim 1, wherein said network management unit comprises a base network management unit, a VPC management unit, a public network IP management unit, a VPN gateway management unit, and a topology management unit; the basic network management unit comprises a network creating unit, a network editing unit, a shared network access authority adding unit, a shared network access authority editing unit, an isolation network exit rule configuration unit, an isolation network exit rule deleting unit, a network restarting unit and a network deleting unit.

9. The enterprise smart cloud asset management system of claim 1, wherein said resource management module further comprises a zone management unit, said zone management unit is configured to manage affinity groups and mirrors, said zone management unit comprises an affinity group management unit and a mirror management unit; the affinity group management unit is used for defining affinity groups, distributing partial virtual machines for the affinity groups, and realizing that the virtual machines run on the same host together or run on different hosts independently through the affinity groups; the image management unit directly creates a virtual machine containing an operating system or a virtual machine without the operating system through images.

10. The enterprise smart cloud asset management system of claim 1, wherein said resource overview module further comprises a device management unit, said device management unit is configured to manage device information, said device management unit comprises a host management unit, a bare metal server management unit, an external device management unit, and a machine room information management unit; the host management unit is used for checking the state, configuration and use condition of each host in the system, carrying out privatized management on the hosts, and carrying out maintenance, forced reconnection and forbidden operation.