CN111835820A - System and method for realizing cloud management - Google Patents
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Abstract
The invention belongs to the technical field of multi-cloud management, and particularly relates to a system and a method for realizing cloud management, wherein the system comprises a multi-cloud management platform and a terminal access module, wherein the multi-cloud management platform is connected with the terminal access module; the multi-cloud management platform is used for realizing unified management of cloud platforms of a plurality of cloud providers; the terminal access module provides cloud platform login ports of cloud providers and provides access virtual machine operation services on each cloud platform independently; the cloud platforms of a plurality of cloud providers can be uniformly connected with a multi-cloud management platform through a terminal access module, the multi-cloud management platform comprises three roles, namely a system administrator, a department administrator and a terminal user, and each role has different permissions; the invention can effectively provide resource management for enterprise users and support for enterprise development.
Description
Technical Field
The invention belongs to the technical field of multi-cloud management, and particularly relates to a system and a method for realizing cloud management.
Background
With the maturity of cloud computing, the IT business of enterprise users is gradually clouded and migrated to various cloud platforms, especially to an open source cloud platform. With the continuous development of cloud computing, more and more enterprises adopt cloud platforms to deploy their services. The infrastructure of the enterprise is no longer a pure physical machine and a virtualization platform, and the public cloud and the private cloud are more and more important parts, and occupy more and more important positions. With the large-scale and large-scale application of the cloud, the management of the hybrid cloud composed of the public cloud and the private cloud becomes the key topic of current enterprise attention
The multi-cloud management platform as a complete cloud management platform can provide a user interface for managing and using cloud platform resources for users without roles, and support is provided for long-term development of enterprises.
Disclosure of Invention
In view of this, the present invention provides a system and a method for implementing cloud management, so as to provide effective assistance for enterprise development.
In order to achieve the above object, a first aspect of the present invention provides a system for implementing cloud management, including a multi-cloud management platform and a terminal access module, where the multi-cloud management platform is connected to the terminal access module;
the multi-cloud management platform is used for realizing unified management of cloud platforms of a plurality of cloud providers;
the terminal access module provides cloud platform login ports of cloud providers and provides access virtual machine operation services on each cloud platform independently;
the cloud platforms of a plurality of cloud providers can be uniformly connected with the multi-cloud management platform through the terminal access module.
As a technical scheme of the invention, the multi-cloud management platform comprises three roles of a system administrator, a department administrator and a terminal user, and each role has different permissions.
As a technical scheme of the invention, the system administrator can manage and distribute all organizational structures and resources, can see all modules after logging in, and has the authority of adding, editing and deleting all modules;
the department administrator has all the authorities of the terminal user and can manage the organization structure of the department and the resource condition of the management department;
the terminal user has the authority to apply for, manage the user data of the terminal user and manage the resources obtained by the application of the terminal user; and the terminal user provides an access application to the multi-cloud management platform through the terminal access module.
As a technical scheme of the present invention, a super system administrator is provided in the multi-cloud management platform by default, the super system administrator can create an organization structure and a user after logging in, and the user can edit and manage according to the owned authority after logging in the multi-cloud management platform through a set account.
As a technical scheme of the invention, the system administrator can add new users to be allocated to departments, and the department administrator can add users to own departments;
the multi-cloud management platform allocates quotas for each department and allocates and manages resources according to the quotas.
As a technical solution of the present invention, the user cannot apply for requesting any resource before being added to a department.
As a technical solution of the present invention, the system administrator and the department administrator may create projects on a multi-cloud management platform and associate users and resources to different projects.
As one aspect of the present invention, when a particular user is assigned to an item, a resource request can be associated with the item.
The second aspect of the present invention provides a method for implementing multi-cloud management, including the steps of:
step S1, a cloud management platform is built;
step S2, establishing a cloud management platform operating environment;
step S3, configuring a software server;
step S4, a system administrator creates an area, creates a management domain according to the area, and adds a cloud platform department and a user;
step S5, synchronizing resources, and synchronizing the resources from different management domains to the cloud management platform by a system administrator;
step S6, setting an operating system, and after the management domain is synchronized, configuring an OS and distributing the OS to various images and virtual machines synchronized to the cloud management platform;
step S7, setting mirror image and virtual machine, after managing domain resource synchronization, configuring mirror image of virtual machine;
and step S8, configuring a resource pool, creating and allocating the resource pool to each department, and enabling the department users to use corresponding resources in the resource pool.
Preferably, the resource pool includes a computing resource pool, a storage resource pool, and a network resource pool.
The technical scheme of the invention has the following beneficial technical effects:
the invention can effectively provide resource management for enterprise users and support for enterprise development.
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FIG. 1 is a flow chart of the present invention;
fig. 2 is a block diagram of the system of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings in conjunction with the following detailed description. It should be understood that the description is intended to be exemplary only, and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.
A system for realizing cloud management comprises a multi-cloud management platform and a terminal access module, wherein the multi-cloud management platform is connected with the terminal access module; the multi-cloud management platform is used for realizing unified management of cloud platforms of a plurality of cloud providers; the terminal access module provides cloud platform login ports of cloud providers and provides access virtual machine operation services on each cloud platform independently; the cloud platforms of a plurality of cloud providers can be uniformly connected with the multi-cloud management platform through the terminal access module.
In the invention, the multi-cloud management platform comprises three roles of a system administrator, a department administrator and a terminal user, and each role has different permissions. The system administrator can manage and distribute all organizational structures and resources, can see all modules after logging in, and has the authority of adding, editing and deleting all modules;
the department administrator has all the authorities of the terminal user and can manage the organization structure of the department and the resource condition of the management department;
the terminal user has the authority to apply for, manage the user data of the terminal user and manage the resources obtained by the application of the terminal user; and the terminal user provides an access application to the multi-cloud management platform through the terminal access module.
The multi-cloud management platform is provided with a super system manager in a default mode, the super system manager can create an organization structure and a user after logging in, and the user can edit and manage according to the owned authority after logging in the multi-cloud management platform through a set account.
The system administrator can add new users to be allocated to departments, and the department administrator can add users to own departments;
the multi-cloud management platform allocates quotas for each department and allocates and manages resources according to the quotas.
The user cannot apply for any resources before being added to a department.
The system administrator and department administrator may create projects on a multi-cloud management platform and associate users and resources to different projects.
When a particular user is assigned to an item, a resource request can be associated with the item.
A method for realizing multi-cloud management comprises the following steps:
step S1, a cloud management platform is built;
step S2, establishing a cloud management platform operating environment;
step S3, configuring a software server; if software and related services are to be automatically deployed through a CMP, a software server is first configured. Before adding a software server in the CMP, a Chef server should be installed and configured as a software server. If the CMP environment is installed via an auto install script accompanying the CMP, the Chef server will be automatically installed on the deployment server.
Step S4, a system administrator creates an area, creates a management domain according to the area, and adds a cloud platform department and a user;
step S5, synchronizing resources, and synchronizing the resources from different management domains to the cloud management platform by a system administrator;
step S6, setting an operating system, and after the management domain is synchronized, configuring an OS and distributing the OS to various images and virtual machines synchronized to the cloud management platform;
step S7, setting mirror image and virtual machine, after managing domain resource synchronization, configuring mirror image of virtual machine;
and step S8, configuring a resource pool, creating and allocating the resource pool to each department, and enabling the department users to use corresponding resources in the resource pool.
The resource pool comprises a computing resource pool, a storage resource pool and a network resource pool.
In CMP, the management domains are treated as backend resource management servers for various infrastructure resources, management domains corresponding to different virtualization technologies and platforms may be added: such as VMware vCenter, OpenStack, IBM Power, kubernets, etc.
Only CMP "system administrator" can customize the approval process for the CMP platform, and "department administrator" can select an approval process suitable for its own department for the top department. The designated approval process may be quickly searched through a filter box above the approval process list.
Further, on the CMP cloud platform, the service directory comprises a topology service, a basic service and a Helm template. The CMP 'system administrator' can create, edit, delete and the like the topology type and the topology, edit the basic service of all departments, and check and set the Helm template. The 'department administrator' can manage the topology of the department and edit the basic service of the department. The "end user" can only view the topology of the department.
Further, topology refers to a "standard" virtual machine template and software for configuration, allowing a user to create and edit the topology by drag and drop. The topology may be created by a CMP "System Administrator", shared by multiple departments. Or created by a "department manager" and used by its own department. The "end user" can choose the topology to apply to his application.
The CMP 'system administrator' can establish a topology to one or more departments for shared use, the 'department administrator' can establish the topology to the department for independent use, and the 'terminal user' can check the topology information of the department and select a proper topology to submit a deployment application.
When a CMP "system administrator" creates a topology, it can choose whether the topology is common or not, and only the CMP "system administrator" can modify the common topology.
A CMP (chemical mechanical polishing) system administrator can edit all topologies, a department administrator can edit the topologies belonging to the department, and a terminal user can only check the topology details and cannot edit the topologies; only the CMP "system administrator" can "disable/enable" the topology, other role users cannot do so, and the disabled topology will not be able to submit a deployment application.
On the CMP cloud platform, service examples comprise a block chain service, a spark service, load balancing, a DevOps service, a proprietary network service and a database service. The CMP "system administrator" can perform viewing, editing, etc. operations on all services. The "department administrator" can view and edit the services of the department. The "end user" can only view its own services.
The CMP platform supports a multi-department, multi-position, multi-project and multi-region organization management structure; the hierarchical architecture of the departments can be organized according to actual needs.
A user may belong to multiple departments, have multiple projects, and have multiple positions. A department contains a plurality of sub-departments and becomes an upper-level department of the sub-departments. Any one department may have one or more department administrators. The administrator may allocate a quota for the top-level department, with all subordinate sub-departments sharing the top-level department quota. Only the top-level department can configure the department approval process, and the sub-department follows the approval process of the top-level department.
The positions are classified into an approvable position and a non-approvable position, and a manager of a department with the approvable position can approve the application submitted by a terminal user of the department.
On the CMP pipe transporting platform, a CMP 'system administrator' can manage all the organization structures; a "department administrator" can manage the organizational structure of the department to which it belongs; the 'end user' can only view/edit own user data, affiliated departments and projects.
The CMP 'system administrator' can customize roles and assign access rights to the roles according to requirements, thereby realizing role-based right control. There are four roles of a CMP-a system administrator, a department administrator, an end user, and an auditor-that cannot be modified or deleted. Wherein the auditor has only the right to browse and no right to edit and delete.
In the present invention, the resource pool in step S8 includes a computing resource pool, a storage resource pool, and a network resource pool. Wherein the content of the first and second substances,
computer resource pool:
host clustering: a host cluster is a collection of a set of hosts;
a host computer: refers to a physical host that can deploy a virtual machine.
Bare machine: bare machines are computing systems or networks that install an operating system directly onto a real physical machine, rather than by way of being installed onto a virtual machine.
Virtual machine: and a normally usable machine is deployed on the physical host by using a virtualization technology.
Virtual machine group: a virtual machine cluster is a collection of a set of virtual machines;
and (3) deleting the virtual machine: soft deletion of virtual machine resources;
mirroring: the template used to clone the virtual machine.
Example types: instance type management of virtual machine configuration;
and (3) secret key: the key authentication function of the virtual machine is provided, and the virtual machine deployment of Openstack and AWS is supported at present.
A storage resource pool:
and (3) storing: refers to a physical storage device connected to a host that provides space for a virtual machine.
Data volume: a data volume is a space used to store and protect data generated by a virtual machine, and is a logical space established on physical storage.
And (3) data volume to be deleted: and deleting the data volume resources by the soft deletion.
Network resource pool:
network: for managing IP resources within the public/private network and subnets of host connections.
Routing: providing routing services for the network;
firewall: providing firewall services;
and (4) safety group: the security group provides policies for the virtual machines to access the network.
Only when CMP 'system administrator' logs in, the host cluster can be checked and managed, and the condition of the host cluster can be checked by clicking a specific area button and pressing an area. Through the filtering frame below the area, the appointed host computer cluster can be quickly searched, and meanwhile, the host computer cluster condition can be checked through the filtering condition.
For virtual machines, the number of virtual machines: and limiting the range value of the number of virtual machines of the virtual machine cluster, wherein the total number of the virtual machines which are manually or automatically stretched cannot exceed the range. Per increase/per decrease: and limiting the number of virtual machines which can be increased or reduced by one-time manual or automatic scaling of the virtual machine cluster. CPU utilization: when the CPU utilization rates of all the startup virtual machines in the cluster are higher than the upper limit value, the number of the startup virtual machines is increased; otherwise, when the CPU utilization rate of all the startup virtual machines in the cluster is lower than the lower limit value, the startup virtual machines are shut down. The memory utilization rate is as follows: when the CPU utilization rates of all the startup virtual machines in the cluster are higher than the upper limit value, the number of the startup virtual machines is increased; otherwise, when the memory utilization rate of all the startup virtual machines in the cluster is lower than the lower limit value, the started virtual machines are shut down.
It is further understood that if there are powered-off virtual machines in the cluster, these virtual machines are preferably powered on when at least one growth condition is satisfied. If all the virtual machines in the cluster are in the starting state, the number of the starting virtual machines is less than the upper limit value of the cluster virtual machines and at least one utilization rate increase condition is met, and a new virtual machine is automatically deployed. When the starting-up number of virtual machines in the cluster is equal to the upper limit of the cluster virtual machine number, the virtual machines cannot be expanded outwards manually or automatically. When the startup number of virtual machines in the cluster is equal to the lower limit of the cluster virtual machine number, the virtual machines cannot be expanded inwards manually or automatically.
CMP cloud platform management supports multi-tenancy (Openstack) to achieve fine-grained resource management and isolation. After a grade department has to associate with a tenant, users under the department can apply for and use resources of the tenant associated with the grade department.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.
Claims (10)
1. A system for realizing cloud management is characterized by comprising a multi-cloud management platform and a terminal access module, wherein the multi-cloud management platform is connected with the terminal access module;
the multi-cloud management platform is used for realizing unified management of cloud platforms of a plurality of cloud providers;
the terminal access module provides cloud platform login ports of cloud providers and provides access virtual machine operation services on each cloud platform independently;
the cloud platforms of a plurality of cloud providers can be uniformly connected with the multi-cloud management platform through the terminal access module.
2. The system for implementing cloud management of claim 1, wherein the multi-cloud management platform includes three roles of a system administrator, a department administrator and an end user, and each role has different permissions.
3. The system for implementing cloud management as claimed in claim 2, wherein the system administrator can allocate management to all organizational structures and resources, can see all modules after logging in, and has the authority to add, edit and delete all modules;
the department administrator has all the authorities of the terminal user and can manage the organization structure of the department and the resource condition of the management department;
the terminal user has the authority to apply for, manage the user data of the terminal user and manage the resources obtained by the application of the terminal user; and the terminal user provides an access application to the multi-cloud management platform through the terminal access module.
4. The system for implementing cloud management according to claim 1, wherein a super system administrator is provided by default for the multi-cloud management platform, the super system administrator can create an organization structure and a user after logging in, and the user can edit and manage according to the owned authority after logging in the multi-cloud management platform through a set account.
5. The system for realizing cloud management according to claim 2, wherein the system administrator can add new users to the department, and the department administrator can add users to the own department;
the multi-cloud management platform allocates quotas for each department and allocates and manages resources according to the quotas.
6. The system of claim 5, wherein the user cannot apply for any resources before being added to a department.
7. The system for implementing cloud management of claim 2, wherein the system administrator and department administrator can create projects on a multi-cloud management platform and associate users and resources to different projects.
8. The system of claim 7, wherein when a particular user is assigned to an item, the resource request can be associated with the item.
9. A method for implementing multi-cloud management, comprising a system for implementing cloud management as claimed in any one of claims 1-8, characterized by comprising the following steps:
step S1, a cloud management platform is built;
step S2, establishing a cloud management platform operating environment;
step S3, configuring a software server;
step S4, a system administrator creates an area, creates a management domain according to the area, and adds a cloud platform department and a user;
step S5, synchronizing resources, and synchronizing the resources from different management domains to the cloud management platform by a system administrator;
step S6, setting an operating system, and after the management domain is synchronized, configuring an OS and distributing the OS to various images and virtual machines synchronized to the cloud management platform;
step S7, setting mirror image and virtual machine, after managing domain resource synchronization, configuring mirror image of virtual machine;
and step S8, configuring a resource pool, creating and allocating the resource pool to each department, and enabling the department users to use corresponding resources in the resource pool.
10. The method of claim 9,
the resource pool comprises a computing resource pool, a storage resource pool and a network resource pool.
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