CN109803014A - A kind of ICOS multi-region merges dispositions method and device with storage system - Google Patents
A kind of ICOS multi-region merges dispositions method and device with storage system Download PDFInfo
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Abstract
The present invention provides a kind of ICOS multi-region and merges dispositions method and device with storage system, includes the following steps: that S1. carries out operating system installation and deployment to all nodes of each subregion of ICOS, and check after being disposed；S2. installation and deployment are carried out to AS13000 storage system service；S3. the association between each subregion of ICOS is established, the pre-configuration before the deployment of Openstack cloud is carried out to all nodes, and docked with A13000 storage system service；S4. the deployment of Openstack cloud is executed.Device includes: operating system installation and deployment module, storage system service installation and deployment module, cloud deployment and stores to connection module and cloud deployment execution module.
Description
Technical field
The invention belongs to cloud computing and technical field of virtualization, and in particular to a kind of ICOS multi-region merges portion with storage system
Arranging method and device.
Background technique
Flexibility, scalability, sharing, low cost and the high service of cloud computing provide new technology guarantor to virtualize
Barrier.
ICOS is while merging in the huge cloud data of VMware, PowerVM, vSAN and other third party's functional units
Heart operating system, ICOS are based on OpenStack and the modular cloud platform of underlying virtual resource construction；For region, row
The middle-size and small-size client's matching standard version cloud management platform of industry provides the release cloud operation system of stable, easy to install deployment, Yi Yunwei
System cooperates the cloud management platform of industry customization to provide industry customization version cloud operating system for key industry, region big customer.
OpenStack is one by NASA(US National Aeronautics and Space Administration) and Rackspace R & D Cooperation and initiate,
With the free software and open source code project of Apache licensing authorization.
OpenStack is the cloud computing management platform project of an open source, is combined completion by several main components
Specific works.OpenStack supports almost all kinds of cloud environment, and project objective is to provide that implementation is simple, can expand on a large scale
Exhibition, the cloud computing that abundant, standard is unified manage platform.OpenStack provides the foundation facility i.e. by the service of various complementations
The solution of (IaaS) is serviced, each service provides API to be integrated.
Although some aspects of OpenStack are not also overripened, it has global a large amount of tissue to support, a large amount of to develop
Personnel participate in, and quickly grow.There are many public cloud, private clounds, mixed cloud built using OpenStack in the world, and
The temperature of OpenStack is also being gradually warmed up at home, tide, Teamsun, Amap, Jingdone district, Alibaba, Baidu,
In emerging, Huawei etc. keen interest all is produced to OpenStack and is participated.OpenStack is likely in following base
Infrastructure occupies leader position in terms of servicing (IaaS) resource management, become public cloud, private clound and the " cloud for mixing cloud management
Operating system " standard.
AS13000 storage system is a high modularization, and the storage platform towards middle and high end storage application demand, it has
There are the features such as high reliability, enhanced scalability and high-performance, NAS, object, SAN, HDFS storage service are provided, passed through
AS13000-M1(2U12 disk position), AS13000-M3(4U36 disk position), AS13000-M5(2U25 disk position), AS13000-Rack
(42U whole machine cabinet) four kinds of hardware platforms, provide the host interface of modes such as 1GE, 10GE, 40/56/100Gb InfiniBand.
AS13000 storage system can satisfy high-performance calculation, database, website, file service, Streaming Media, digital video monitor,
The application in the fields such as file backup.
Currently, ICOS multi-region merges the scheme of deployment configuration with AS13000 storage system not yet.
This is the deficiencies in the prior art, therefore, in view of the above-mentioned drawbacks in the prior art, provides a kind of ICOS multi-region and deposits
Storage system merges dispositions method and device, is necessary.
Summary of the invention
For the scheme for lacking ICOS multi-region in the prior art with AS13000 storage system and merging deployment configuration, the present invention
A kind of ICOS multi-region is provided and merges dispositions method and device with storage system, to solve the above technical problems.
In a first aspect, the present invention, which provides a kind of ICOS multi-region, merges dispositions method with storage system, include the following steps:
S1. operating system installation and deployment are carried out to all nodes of each subregion of ICOS, and is checked after being disposed；
S2. installation and deployment are carried out to AS13000 storage system service；
S3. the association between each subregion of ICOS is established, the pre-configuration before the deployment of Openstack cloud is carried out to all nodes,
And it is docked with A13000 storage system service；
S4. the deployment of Openstack cloud is executed.ICOS multi partition merges deployment configuration and docking with AS13000 storage system, realizes
Storage service and Openstack common points.
Further, each subregion of ICOS includes deployment node and non-deployment node；
Specific step is as follows by step S1:
S11. operating system installation and deployment are carried out to the deployment node of each subregion of ICOS；
S12. operating system is installed using PXE to the non-deployment node of each subregion of ICOS；
S13. it is checked after carrying out allocating operating system respectively to deployment node and non-deployment node.
In step S11, the deployment of each subregion is guided using ICOS_x86_64_5.5.0*.iso production optical disk start-up disk
Node, selection installation ICOS-5.5 Master；
In step S13, whether docker service is normal to be checked to deployment node and non-deployment node, test mirrors seem that no energy is drawn
It takes；
Item is restarted to deployment node individual inspiration system control, docker, which solves deployment node, can not pull mirror image.
Further, the non-deployment node includes calculate node, memory node, network node, control node and monitoring
Node.
Further, specific step is as follows by step S2:
S21. the installation of AS13000 storage nodes is carried out；
S22. the deployment of AS13000 storage system is carried out；
S23. the storage rgw configuration of AS13000 storage system object is carried out；
S24. the configuration of AS13000 storage system file system is carried out.
Include: in step S21
AS13000 storage system mirror image icfs-*.SDS-linux-3.10.0.iso is uploaded into all memory nodes, and is hung
It carries；
The local source yum is configured in memory node；
Metadata buffering is established, the rpm packet of AS13000 document storage system is installed；
Ifcs-deploy deployment tool rpm packet rpm-ivh is installed；
Load the udev rule file of AS13000 storage system；
Include: in step S22
It is monitored service arrangement；Initialize monitoring service；After clearing up the disk partition on memory node, storage service is disposed；
Include: in step S23
The pond rgw is created, storage service is started；
Include: in step S24
Create Metadata Service；Create data storage pool；Create metadata storage pool；Create file system；Carry out cluster management
Tool installation, is managed software installation, carries out the installation of FUSE client, and creation manila shares root；File opening system
System snapshot functions simultaneously start NFS and CIFS.
Further, step S3 includes the following steps:
S31. the pre-configuration before the deployment of Openstack cloud is carried out to all nodes, while established between each subregion of ICOS
Association；
S32. the node that the deployment of Openstack cloud is pre-configured will be completed to dock with A13000 storage system service.Step S31
In, including
Edit more piece dot file, planning control node, calculate node, network node, memory node and monitoring node；Modification is global
Configuration file, and open the switch for needing deployment services；
Establish the association between each subregion of ICOS；The IP address that other subregions are added in each subregion is associated, Duo Gefen
Except a keystone is shared between area, other resources are mutually indepedent outside interface；
Include in step S32
The script of Openstack deployment node is copied to storage cluster deployment nodal directory；
File under config catalogue is all copied under the correspondence catalogue of Openstack deployment node, and edited
The unlatching parameter of Openstack deployment node.
Further, step S4 includes:
S41. multinode port occupancy situation is checked；
S42. Openstack cloud deployment services are executed.
Second aspect, the present invention provide a kind of multi-region ICOS and merge deployment device with storage system, comprising:
Operating system installation and deployment module carries out operating system installation and deployment for all nodes to each subregion of ICOS,
And it is checked after being disposed；
Storage system service installation and deployment module, for carrying out installation and deployment to AS13000 storage system service；
Cloud disposes with storage the association to connection module, for establishing between each subregion of ICOS, carries out to all nodes
Pre-configuration before the deployment of Openstack cloud, and docked with A13000 storage system service；
Cloud disposes execution module, for executing the deployment of Openstack cloud.
Further, operating system installation and deployment module includes
Node operating system installation and deployment unit is disposed, carries out operating system installation for the deployment node to each subregion of ICOS
With deployment；
Non-deployment node operating system installation unit, for the non-deployment node to each subregion of ICOS using PXE installation operation
System；
Inspection unit after deployment, for being checked after carrying out allocating operating system respectively to deployment node and non-deployment node.
Further, storage system service installation and deployment module, including
Storage nodes installation unit, for carrying out AS13000 storage nodes installation；
Storage system deployment unit, for carrying out AS13000 storage system deployment；
Storage system rgw configuration unit, the object for carrying out AS13000 storage system store rgw configuration；
Storage system file system configuration unit, for carrying out the configuration of AS13000 storage system file system.
Further, cloud is disposed includes: to connection module with storage
Cloud deployment is pre-configured unit, for all nodes to be carried out with the pre-configuration before the deployment of Openstack cloud；
Multi partition associative cell, for when establish the association between each subregion of ICOS；Pass through IP address phase between multiple subregions
Association；
Cloud deployment docks unit with storage, is with A13000 storage for that will complete the node that the deployment of Openstack cloud is pre-configured
System service is docked.
The beneficial effects of the present invention are,
The present invention realizes that ICOS multi-region merge deployment configuration and docking with AS13000 storage system, realization storage service and
Openstack common points, and resource is independent between multi-region, isolation is strong；ICOS is based on Openstack cloud computing platform, mentions
Stable operation, technical support expansible, flexibility is high are supplied；AS13000 storage system is uniformly deposited using metadata with data
Each physical storage device is grounded one cluster of composition, externally provides file access, capacity management and data packet function by the framework of storage
Can, it realizes monitoring server, Metadata Service, data service and client, the service of POSIX interface data is externally provided, support
10000000000 networks, gigabit networking and InfiniBand network support Linux, window client access.Present invention covers nets
Network, virtualization, operating system and server various aspects.
In addition, design principle of the present invention is reliable, structure is simple, has very extensive application prospect.
It can be seen that compared with prior art, the present invention implementing with substantive distinguishing features outstanding and significant progress
Beneficial effect be also obvious.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, for those of ordinary skill in the art
Speech, without creative efforts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is the flow diagram one of the method for one embodiment of the invention.
Fig. 2 is the flow diagram two of the method for one embodiment of the invention.
Fig. 3 is the schematic block diagram of the device of one embodiment of the invention.
In figure, 1- operating system installation and deployment module；1.1- disposes node operating system installation and deployment unit；The non-portion 1.2-
Affix one's name to node operating system installation unit；Inspection unit after 1.3- deployment；2- storage system service installation and deployment module；2.1- storage
System node installation unit；2.2- storage system deployment unit；2.3- storage system rgw configuration unit；2.4- storage system text
Part system configuration unit；The deployment of 3- cloud is with storage to connection module；The deployment of 3.1- cloud is pre-configured unit；3.2- multi partition association table
Member；The deployment of 3.3- cloud docks unit with storage；4- cloud disposes execution module.
Specific embodiment
Technical solution in order to enable those skilled in the art to better understand the present invention, below in conjunction with of the invention real
The attached drawing in example is applied, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described implementation
Example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is common
Technical staff's every other embodiment obtained without making creative work, all should belong to protection of the present invention
Range.
Embodiment 1:
As shown in Figure 1, the present invention, which provides a kind of ICOS multi-region, merges dispositions method with storage system, include the following steps:
S1. operating system installation and deployment are carried out to all nodes of each subregion of ICOS, and is checked after being disposed；
S2. installation and deployment are carried out to AS13000 storage system service；
S3. the association between each subregion of ICOS is established, the pre-configuration before the deployment of Openstack cloud is carried out to all nodes,
And it is docked with A13000 storage system service；
S4. the deployment of Openstack cloud is executed；
As shown in Fig. 2, each subregion of ICOS includes deployment node and non-deployment node；The non-deployment node includes calculating section
Point, memory node, network node, control node and monitoring node；
Specific step is as follows by step S1:
S11. operating system installation and deployment are carried out to the deployment node of each subregion of ICOS；Using ICOS_x86_64_
5.5.0*.iso production optical disk start-up disk guides the deployment node of each subregion, selection installation ICOS-5.5 Master；
S12. operating system is installed using PXE to the non-deployment node of each subregion of ICOS；
S13. it is checked after carrying out allocating operating system respectively to deployment node and non-deployment node；In step S13, to deployment node
Check whether docker service is normal, and test mirrors seem that no can pull with non-deployment node；
Item is restarted to deployment node individual inspiration system control, docker, which solves deployment node, can not pull mirror image；
Specific step is as follows by step S2:
S21. the installation of AS13000 storage nodes is carried out；By AS13000 storage system mirror image icfs-*.SDS-linux-
3.10.0.iso all memory nodes, and carry are uploaded to；The local source yum is configured in memory node；Establish metadata buffering, peace
Fill the rpm packet of AS13000 document storage system；Ifcs-deploy deployment tool rpm packet rpm-ivh is installed；Load AS13000
The udev rule file of storage system；
S22. the deployment of AS13000 storage system is carried out；It is monitored service arrangement；Initialize monitoring service；Clear up memory node
On disk partition after, dispose storage service；
S23. the storage rgw configuration of AS13000 storage system object is carried out；The pond rgw is created, storage service is started；
S24. the configuration of AS13000 storage system file system is carried out；Create Metadata Service；Create data storage pool；Creation member
Data storage pool；Create file system；Cluster management instrument installation is carried out, software installation is managed, carries out FUSE client
Installation, creation manila share root；File opening system snapshot function simultaneously starts NFS and CIFS；
Step S3 includes the following steps:
S31. the pre-configuration before the deployment of Openstack cloud is carried out to all nodes, while established between each subregion of ICOS
Association；Edit more piece dot file, planning control node, calculate node, network node, memory node and monitoring node；Modification is complete
Office's configuration file, and open the switch for needing deployment services；Establish the association between each subregion of ICOS；Add in each subregion
The IP address for entering other subregions is associated, and except a keystone is shared between multiple subregions, other resources are mutually only outside interface
It is vertical；
S32. the node that the deployment of Openstack cloud is pre-configured will be completed to dock with A13000 storage system service；It will
The script of Openstack deployment node is copied to storage cluster deployment nodal directory；File under config catalogue is all copied
Under shellfish to the correspondence catalogue of Openstack deployment node, and edit the unlatching parameter of Openstack deployment node；
Step S4 includes:
S41. multinode port occupancy situation is checked；
S42. Openstack cloud deployment services are executed.
Embodiment 2:
Now be illustrated so that dispositions method is merged with storage system in twoth area ICOS as an example, to the deployment node of the first subregion of ICOS into
The installation of row operating system and deployment guide the portion of each subregion using ICOS_x86_64_5.5.0*.iso production optical disk start-up disk
Affix one's name to node, selection installation ICOS-5.5 Master；
After deployment node system is installed, PXE installs other non-deployment node systems；
Deployment node check item systemctl restart docker, which solves deployment node, can not pull mirror image；
All nodes check systemctl status docker | grep " Active:active (running) ", thus
Judge that dock service demonstration is normal, test mirrors seem that no can pull curl http: // deployment node IP: 4000/v2/_
catalog |python -m json.tool；
AS13000 storage system mirror image icfs-*.SDS-linux-3.10.0.iso is uploaded into all memory nodes, carry
ISO, here by be mounted to/media catalogue for, and all aggregators configure the local source yum, creation/media catalogue:
mkdir /media/CentOS7；
mount -t iso9660 -o loop；
Metadata buffering is established, installation AS13000 file stores correlation rpm packet yum install nfs-ganesha attr
Samba*-y installs icfs-deploy deployment tool rpm packet rpm-ivh/media/ on storage deployment node
CentOS7/Packages/icfs-deploy-xxx.noarch.rpm -- nodeps-force, in all aggregators
On, load udev rule file/sbin/udevadm control -- reload of AS13000；
Carry out the deployment of AS13000 storage system；It is monitored service arrangement；Initialize monitoring service icfs-deploy --
overwrite-conf mon create-initial；Clear up the disk partition icfs-deploy on all aggregators
disk zap node01:sd{b..k} node02:sd{b..k} node03:sd{b..k} node04:sd{b..k}
Node05:sd { b..k } disposes storage service icfs-deploy osd create node01:sd { b..k } node02:sd
{b..k} node03:sd{b..k} node04:sd{b..k} node05:sd{b..k}；
The following configuration of AS13000 storage system object storage rgw configuration addition in/etc/icfs/icfs.conf is carried out, and
And synchronized update；The pond rgw is created, storage service systemctl start icfs-radosgw@is started
radosgw.gateway；
AS13000 file system is supported: creation Metadata Service icfs-deploy mds create inspur03:0
Inspur04:1, creates data storage pool icfs osd pool create datapool 256 256, and creation metadata is deposited
256 256#icfs osd pool set metapool size 3 of reservoir #icfs osd pool create metapool,
File system icfs fs new inspurfs metapool datapool is created, cluster management instrument installation manages soft
Part installation, the installation of Fuse client, creation manila share root icfs-admin-dir -- and create-p/
Manila-u root-g root -- mod rwxrwxrwx -- pool datapool, file opening system snapshot function
Icfs-fs-snap-on starts NFS, CIFS:icfs-admin-nfs-start, icfs-admin-cifs-
Start. AS13000 storage system is used in mixed way a variety of hard disks；
All node hostnames and planning five functional deployment node is arranged in the planning reference of Openstack cloud network: edit/
Root/multinode file plan control node, calculate node, network node, memory node and monitoring node；Modification is complete
The service switch that office configuration file/etc/kolla/globals.yml disposes needs is opened；
Script/root/tools/external-icfs.sh of Openstack deployment node is copied to storage cluster deployment section
Point/root catalogue: bash/root/external-icfs.sh；After the completion of execution, by the file under the config catalogue of generation
All be copied to OpenStack deployment node /the corresponding catalogue of etc/kolla/config under, editor Openstack deployment
Node /etc/kolla/globals.yml unlatching parameter；
The kolla-ansible prechecks such as occupancy situation of predeployment inspection port-i/root/multinode；Deployment
Service kolla-ansible deploy-i/root/multimode；
With the configuration of the first subregion of ICOS, the second subregion is planned in Openstack cloud network joins for the configuration of the second subregion of ICOS
It examines, is arranged in all node hostnames and planning five functional deployment node step, is associated with the IP of the first subregion；Two subregions can
To be in communication with each other, but other than keystone, other resources of two subregions are mutually indepedent, have isolation.
Embodiment 3:
As shown in figure 3, the present invention, which provides a kind of ICOS multi-region, merges deployment device with storage system, including
Operating system installation and deployment module 1 carries out operating system installation and deployment for all nodes to each subregion of ICOS,
And it is checked after being disposed；Operating system installation and deployment module 1 includes
Node operating system installation and deployment unit 1.1 is disposed, carries out operating system for the deployment node to each subregion of ICOS
Installation and deployment；
Non-deployment node operating system installation unit 1.2, for the non-deployment node to each subregion of ICOS using PXE installation behaviour
Make system；
Inspection unit 1.3 after deployment, for being checked after carrying out allocating operating system respectively to deployment node and non-deployment node；
Storage system service installation and deployment module 2, for carrying out installation and deployment to AS13000 storage system service；Storage system
Installation and deployment module 2 is serviced, including
Storage nodes installation unit 2.1, for carrying out AS13000 storage nodes installation；
Storage system deployment unit 2.2, for carrying out AS13000 storage system deployment；
Storage system rgw configuration unit 2.3, the object for carrying out AS13000 storage system store rgw configuration；
Storage system file system configuration unit 2.4, for carrying out the configuration of AS13000 storage system file system；
Cloud disposes with storage the association to connection module 3, for establishing between each subregion of ICOS, carries out to all nodes
Pre-configuration before the deployment of Openstack cloud, and docked with A13000 storage system service；Cloud deployment docks mould with storage
Block 3 includes:
Cloud deployment is pre-configured unit 3.1, for all nodes to be carried out with the pre-configuration before the deployment of Openstack cloud；
Multi partition associative cell 3.2, for when establish the association between each subregion of ICOS；
Cloud deployment docks unit 3.3 with storage, stores for that will complete the node that the deployment of Openstack cloud is pre-configured with A13000
System service is docked；
Cloud disposes execution module 4, for executing the deployment of Openstack cloud.
Although by reference to attached drawing and combining the mode of preferred embodiment to the present invention have been described in detail, the present invention
It is not limited to this.Without departing from the spirit and substance of the premise in the present invention, those of ordinary skill in the art can be to the present invention
Embodiment carry out various equivalent modifications or substitutions, and these modifications or substitutions all should in covering scope of the invention/appoint
What those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, answer
It is included within the scope of the present invention.Therefore, protection scope of the present invention is answered described is with scope of protection of the claims
It is quasi-.
Claims (10)
1. a kind of ICOS multi-region merges dispositions method with storage system, which comprises the steps of:
S1. operating system installation and deployment are carried out to all nodes of each subregion of ICOS, and is checked after being disposed；
S2. installation and deployment are carried out to AS13000 storage system service；
S3. the association between each subregion of ICOS is established, the pre-configuration before the deployment of Openstack cloud is carried out to all nodes,
And it is docked with A13000 storage system service；
S4. the deployment of Openstack cloud is executed.
2. a kind of ICOS multi-region as described in claim 1 merges dispositions method with storage system, which is characterized in that ICOS's is every
A subregion includes deployment node and non-deployment node；
Specific step is as follows by step S1:
S11. operating system installation and deployment are carried out to the deployment node of each subregion of ICOS；
S12. operating system is installed using PXE to the non-deployment node of each subregion of ICOS；
S13. it is checked after carrying out allocating operating system respectively to deployment node and non-deployment node.
3. a kind of ICOS multi-region as claimed in claim 2 merges dispositions method with storage system, which is characterized in that the non-portion
Administration's node includes calculate node, memory node, network node, control node and monitoring node.
4. a kind of ICOS multi-region as claimed in claim 3 merges dispositions method with storage system, which is characterized in that step S2 tool
Steps are as follows for body:
S21. the installation of AS13000 storage nodes is carried out；
S22. the deployment of AS13000 storage system is carried out；
S23. the storage rgw configuration of AS13000 storage system object is carried out；
S24. the configuration of AS13000 storage system file system is carried out.
5. a kind of ICOS multi-region as described in claim 1 merges dispositions method with storage system, which is characterized in that step S3 packet
Include following steps:
S31. the pre-configuration before the deployment of Openstack cloud is carried out to all nodes, while established between each subregion of ICOS
Association；
S32. the node that the deployment of Openstack cloud is pre-configured will be completed to dock with A13000 storage system service.
6. a kind of ICOS multi-region as described in claim 1 merges dispositions method with storage system, which is characterized in that step S4 packet
It includes:
S41. multinode port occupancy situation is checked；
S42. Openstack cloud deployment services are executed.
7. a kind of ICOS multi-region merges deployment device with storage system, which is characterized in that including
Operating system installation and deployment module (1) carries out operating system installation and portion for all nodes to each subregion of ICOS
Administration, and checked after being disposed；
Storage system service installation and deployment module (2), for carrying out installation and deployment to AS13000 storage system service；
Cloud disposes with storage the association to connection module (3), for establishing between each subregion of ICOS, carries out to all nodes
Pre-configuration before the deployment of Openstack cloud, and docked with A13000 storage system service；
Cloud disposes execution module (4), for executing the deployment of Openstack cloud.
8. a kind of ICOS multi-region as claimed in claim 7 merges deployment device with storage system, which is characterized in that operating system
Installation and deployment module (1) includes
It disposes node operating system installation and deployment unit (1.1), carries out operation system for the deployment node to each subregion of ICOS
System installation and deployment；
Non-deployment node operating system installation unit (1.2) is installed for the non-deployment node to each subregion of ICOS using PXE
Operating system；
Inspection unit (1.3) after deployment, for being checked after carrying out allocating operating system respectively to deployment node and non-deployment node.
9. a kind of ICOS multi-region as claimed in claim 7 merges deployment device with storage system, which is characterized in that storage system
It services installation and deployment module (2), including
Storage nodes installation unit (2.1), for carrying out AS13000 storage nodes installation；
Storage system deployment unit (2.2), for carrying out AS13000 storage system deployment；
Storage system rgw configuration unit (2.3), the object for carrying out AS13000 storage system store rgw configuration；
Storage system file system configuration unit (2.4), for carrying out the configuration of AS13000 storage system file system.
10. a kind of ICOS multi-region as claimed in claim 7 merges deployment device with storage system, which is characterized in that cloud deployment
Include: to connection module (3) with storage
Cloud deployment is pre-configured unit (3.1), for all nodes to be carried out with the pre-configuration before the deployment of Openstack cloud；
Multi partition associative cell (3.2), for when establish the association between each subregion of ICOS；
Cloud deployment docks unit (3.3) with storage, deposits for will complete the node that the deployment of Openstack cloud is pre-configured with A13000
Storage system service is docked.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110187896A (en) * | 2019-05-28 | 2019-08-30 | 北京海量数据技术股份有限公司 | A kind of automation operating system dispositions method |
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