CN109587243A - A kind of cloud platform and dispositions method comprising distributed storage - Google Patents
A kind of cloud platform and dispositions method comprising distributed storage Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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Abstract
The present invention provides a kind of cloud platform and dispositions method comprising distributed storage, and cloud platform includes ICenter platform, and ICenter platform is connected with host exchange and virtual switch；Host exchange is connected with server node, and server node is also connect with virtual switch；General Virtual Machine business module is connected with General Virtual Machine, and General Virtual Machine business module is also connect with host exchange；SCVM virtual machine module is connected with the naked disk of SCVM；Management interface is connect with management module, and management module is also connected with management network switch, and management network switch is connect with host exchange；Cluster communication interface is connect with virtual switch；Data-interface is connect with SCVM business module, and SCVM business module is connected with SCVM business network switch, and SCVM business network switch is connect with virtual switch, and SCVM business network switch is connect with data module.
Description
Technical field
The invention belongs to cloud computing and virtualization fields, and in particular to a kind of cloud platform and deployment comprising distributed storage
Method.
Background technique
ICenter, mobile Internet business support platform.
Hot spot of the cloud computing as current information technology, quickly grows, and constantly has the landing of commercial project to also demonstrate cloud
Computing technique reaches its maturity.But the either self-built private clound of public cloud or enterprise that provides of commercial company, basis is set
Applying deployment is always to perplex the problem of industry.
This is the deficiencies in the prior art, therefore, in view of the above-mentioned drawbacks in the prior art, provides one kind and deposits comprising distribution
The cloud platform and dispositions method of storage, are necessary.
Summary of the invention
It is an object of the present invention to which the infrastructure deployment for being directed to above-mentioned cloud platform is always lacking for the problem of puzzlement industry
It falls into, provides a kind of cloud platform and dispositions method comprising distributed storage, to solve the above technical problems.
To achieve the above object, the present invention provides following technical scheme:
A kind of cloud platform comprising distributed storage, including ICenter platform, ICenter platform are connected with host exchange and void
Quasi- interchanger；
Host exchange is connect with virtual switch；
Host exchange is connected with server node, and server node is also connect with virtual switch；The quantity of server node is
Several；
Server node includes management module, data module, SCVM business module, SCVM virtual machine module and General Virtual Machine industry
Business module；
General Virtual Machine business module is connected with General Virtual Machine, and General Virtual Machine business module is also connect with host exchange；
SCVM virtual machine module includes management interface, cluster communication interface and data-interface；
SCVM virtual machine module is connected with the naked disk of SCVM；
Management interface is connect with management module, and management module is also connected with management network switch, and management network switch is exchanged with main
Machine connection；
Cluster communication interface is connect with virtual switch；
Data-interface is connect with SCVM business module, and SCVM business module is connected with SCVM business network switch, SCVM service network
Interchanger is connect with virtual switch, and SCVM business network switch is connect with data module.
Further, the naked number of disks of SCVM is 2.The naked disk of SCVM is the naked magnetic of host of SCVM virtual machine module carry
Disk.
Further, server node further includes the first network interface, the second network interface, third network interface and the 4th network interface；
Management network switch is connect by the first network interface with host exchange；
General Virtual Machine business module is connect by the second network interface with host exchange；
Cluster communication interface is connect by third network interface with virtual switch；
SCVM business network switch is connect by the 4th network interface with virtual switch.
Further, gigabit network interface is respectively adopted in the first network interface and the second network interface；
10,000,000,000 network interfaces are respectively adopted in third network interface and the 4th network interface.Kilomega network cause for gossip now manages net function and service network function；Ten thousand
Broadcom realizes clustering functionality and ISCSI function.
Further, host exchange includes ICenter interface, management network interface, business network interface and the first subtending port；
Virtual switch includes the cluster communication interface of the second subtending port, the ISCSI interface of software definition and software definition；
ICenter platform is managed server node by host exchange, and host exchange is also used to realize General Virtual Machine business；
The virtual switch ISCSI interface communication function external for realizing SDS cluster communication and SDS.
Host exchange is connect by ICenter interface with ICenter platform；
Host exchange passes through management network interface and the first network interface connection；
Host exchange passes through business network interface and the second network interface connection；
The cluster communication interface and third network interface connection that virtual switch passes through software definition；
Virtual switch passes through the ISCSI interface and the 4th network interface connection of software definition；
First subtending port of host exchange and the second subtending port of virtual switch connect.
Further, the quantity of server node is three.Pass through the SDS of virtual switch between three server nodes
Cluster communication interface is communicated.
The present invention gives following technical solution:
A kind of cloud platform dispositions method comprising distributed storage, includes the following steps:
S1. the straight-through of Raid card is configured；
S2., calculate node is installed；
S3.ICenter platform Two-node Cluster Deployment；
S4. licensing is added；
S5. host is added；
S6. addition is locally stored；
S7. SCVM business network switch is configured；
S8. virtual switch is configured；
S9. virtual machine business module is configured；
S10. increase software definition storage.
Further, specific step is as follows by step S1:
S11. server node starts, and is prompted to carry out Raid configuration according to the disk Raid of appearance；
S12. original Raid configuration if it exists, then empty original Raid configuration；
S13. it opens Raid card disk and leads directly to function, setting disk uses JBOD mode；
Specific step is as follows by step S2:
S21. it is calculate node that a server node, which is arranged,；
S22. the BMC for opening calculate node, selects iso image file to be installed, is attached；
S23. restart BMC, setting BMC from hard disk startup, input the IP address of calculate node to be installed, gateway, subnet mask and
The disk of installation system is wanted in the title of server node, selection；
S24. disk partition is carried out, installation system restarts system after being installed；
Specific step is as follows by step S3:
S31. ICenter deployment tool is used, active and standby installation is selected；
S32. host node and standby host node are configured；
S33. Floating IP address is configured, configuration information is examined；
S34. the primary physical machine storage of host node, the standby physical machine storage of creation standby host node are created；
S35. path where selection ICenter template, selects the storage in host node and standby host node listing, is installed.
Further, specific step is as follows by step S4:
S41. machine code is obtained, licensing is generated；
S42. licensing sequence number is obtained, the addition of licensing is completed；
Specific step is as follows by step S5:
Whether host where S51. judging management node is a management node；
S52. if so, the host for obtaining another calculate node is added in environment；
If S53. host where management node is simultaneously a calculate node, host where the management node is added to environment
In；
S54. the IP and password of host to be increased are obtained, host addition is carried out；
Specific step is as follows by step S6:
S61. disk relevant to host is added in step 5 is obtained；
S62. data store name is obtained, pond is locally stored in creation.
Further, specific step is as follows by step S7:
S71. title is obtained, General Virtual Machine service switch is increased；
S72. it obtains and wants increased host and select a network interface card, increase host for General Virtual Machine service switch；
S73. local area network ID is obtained, General Virtual Machine service switch is configured；
S74. data module creation is carried out, data network is increased；
Specific step is as follows by step S8:
S81. it obtains and configures virtual machine switch name；
S82. virtual switch uplink local area network ID is configured；
S83. virtual switch addition is completed；
S84. virtual switch title and local area network ID are obtained, the virtual switch of addition is selected；
S85. host is selected, and host ip is set；
S86. data network addition is completed.
Further, specific step is as follows by step S9:
S91. it imports virtual machine and configures SCVM virtual machine module information；
S92. NFS remote server is selected, the title of SCVM virtual machine module is defined, selects Client OS and version；
S93. the calculate node for disposing SCVM virtual machine module is selected, pond is locally stored in selection, selects the SCVM that need to be imported
Virtual machine module template；
S94. virtual machine is completed to import；
S95. the IP of SCVM virtual machine module is configured；
S96. configuration management interface IP, configuration data interface IP；
S97. judge whether management interface IP and data-interface IP ping can lead to each other；
Specific step is as follows by step S10:
S10. storage pool is selected；
S101. selection is associated with host, has SCVM virtual machine module on the association host；
S102. SCVM virtual machine is selected, SDS storage addition is completed.
The beneficial effects of the present invention are:
The stable operation of cloud platform of the invention, expansible, flexibility is high, supports the all-round virtualization of calculating, storage and network,
Support virtual machine, virtual disk and virtual network lifecycle management, provide change online including virtual machine configuration and void
The function of quasi- Intranet；It is more by static, complicated IT environment transition by fusion, distribution and the management to bottom physical resource
Dynamically, the virtual data center being easily managed improves the agility of resource delivery, the service efficiency of flexibility and resource, side
Help enterprise creation high-performance, it is expansible, can manage, flexible server virtualization architecture, good virtual data is provided
Center service；Distributed storage does not depend on backbone bandwidth, and the storage device distribution deployment of the low capacity of more set low sides can be used,
Equipment price and maintenance cost are lower, and the deployment of low capacity device distribution requires building environment low.
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
Fig. 1 is connection schematic diagram of the invention；
Fig. 2 is flow chart of the method for the present invention；
1-ICenter platform；2- host exchange；2.1-ICenter interface；2.2- manages network interface；2.3- business network interface；
The first subtending port of 2.4-；3- virtual switch；The second subtending port of 3.1-；The ISCSI interface of 3.2- software definition；3.3- soft
The cluster communication interface that part defines；4- server node；5- management module；6- data module；7-SCVM business module；8-SCVM
Virtual machine module；8.1- management interface；8.2- cluster communication interface；8.3- data-interface；9- General Virtual Machine business module；
10- manages network switch；11- SCVM business network switch；The naked disk of 12-SCVM；13- General Virtual Machine；14.1- the first net
Mouthful；14.2- the second network interface；14.3- third network interface；The 4th network interface of 14.4-.
Specific embodiment:
To enable the purpose of the present invention, feature, advantage more obvious and understandable, it is embodied below in conjunction with the present invention
Attached drawing in example, is clearly and completely described the technical solution in the present invention.
Embodiment 1:
As shown in Figure 1, the present invention provides a kind of cloud platform comprising distributed storage, including ICenter platform 1, ICenter is flat
Platform 1 is connected with host exchange 2 and virtual switch 3；
Host exchange 2 is connect with virtual switch 3；
Host exchange 2 is connected with server node 4, and server node 4 is also connect with virtual switch 3；The number of server node 4
Amount is several；
Server node 4 includes management module 5, data module 6, SCVM business module 7, SCVM virtual machine module 8 and common void
Quasi- machine business module 9；
General Virtual Machine business module 9 is connected with General Virtual Machine 13, and General Virtual Machine business module 9 also connects with host exchange 2
It connects；
SCVM virtual machine module 8 includes management interface 8.1, cluster communication interface 8.2 and data-interface 8.3；
SCVM virtual machine module 8 is connected with the naked disk 12 of SCVM；Naked 12 quantity of disk of SCVM is 2；
Management interface 8.1 is connect with management module 5, and management module 5 is also connected with management network switch 10, manages network switch 10
It is connect with host exchange 2；
Cluster communication interface 8.2 is connect with virtual switch 3；
Data-interface 8.3 is connect with SCVM business module 7, and SCVM business module 7 is connected with SCVM business network switch 11, SCVM
Business network switch 11 is connect with virtual switch 3, and SCVM business network switch 11 is connect with data module 6；
Server node 4 further includes the first network interface 14.1, the second network interface 14.2, third network interface 14.3 and the 4th network interface 14.4；
Management network switch 10 is connect by the first network interface 14.1 with host exchange 2；
General Virtual Machine business module 9 is connect by the second network interface 14.2 with host exchange 2；
Cluster communication interface 8.2 is connect by third network interface 14.3 with virtual switch 3；
SCVM business network switch 11 is connect by the 4th network interface 14.4 with virtual switch 3；
Gigabit network interface is respectively adopted in first network interface 14.1 and the second network interface 14.2；
10,000,000,000 network interfaces are respectively adopted in third network interface 14.3 and the 4th network interface 14.4.
Host exchange 2 includes ICenter interface 2.1, management network interface 2.2, business network interface 2.3 and the first subtending port
2.4；
Virtual switch 3 includes the second subtending port 3.1, the ISCSI interface 3.2 of software definition and the cluster communication of software definition
Interface 3.3；
Host exchange 2 is connect by ICenter interface 2.1 with ICenter platform 1；
Host exchange 2 is connect by managing network interface 2.2 with the first network interface 14.1；
Host exchange 2 is connect by business network interface 2.3 with the second network interface 14.2；
Virtual switch 3 is connect by the cluster communication interface 3.3 of software definition with third network interface 14.3；
Virtual switch 3 is connect by the ISCSI interface 3.2 of software definition with the 4th network interface 14.4；
First subtending port 2.4 of host exchange 2 is connect with the second subtending port 3.1 of virtual switch 3.
In above-described embodiment 1, the quantity of server node 4 is three.
Embodiment 2:
As shown in Fig. 2, the present invention provides a kind of cloud platform dispositions method comprising distributed storage, include the following steps:
S1. the straight-through of Raid card is configured；
S2., calculate node is installed；
S3.ICenter platform Two-node Cluster Deployment；
S4. licensing is added；
S5. host is added；
S6. addition is locally stored；
S7. SCVM business network switch is configured；
S8. virtual switch is configured；
S9. virtual machine business module is configured；
S10. increase software definition storage.
In above-described embodiment 1, specific step is as follows by step S1:
S11. server node starts, and is prompted to carry out Raid configuration according to the disk Raid of appearance；
S12. original Raid configuration if it exists, then empty original Raid configuration；
S13. it opens Raid card disk and leads directly to function, setting disk uses JBOD mode；
Specific step is as follows by step S2:
S21. it is calculate node that a server node, which is arranged,；
S22. the BMC for opening calculate node, selects iso image file to be installed, is attached；
S23. restart BMC, setting BMC from hard disk startup, input the IP address of calculate node to be installed, gateway, subnet mask and
The disk of installation system is wanted in the title of server node, selection；
S24. disk partition is carried out, installation system restarts system after being installed；
Specific step is as follows by step S3:
S31. ICenter deployment tool is used, active and standby installation is selected；
S32. host node and standby host node are configured；
S33. Floating IP address is configured, configuration information is examined；
S34. the primary physical machine storage of host node, the standby physical machine storage of creation standby host node are created；
S35. path where selection ICenter template, selects the storage in host node and standby host node listing, is installed；
Specific step is as follows by step S4:
S41. machine code is obtained, licensing is generated；
S42. licensing sequence number is obtained, the addition of licensing is completed；
Specific step is as follows by step S5:
Whether host where S51. judging management node is a management node；
S52. if so, the host for obtaining another calculate node is added in environment；
If S53. host where management node is simultaneously a calculate node, host where the management node is added to environment
In；
S54. the IP and password of host to be increased are obtained, host addition is carried out；
Specific step is as follows by step S6:
S61. disk relevant to host is added in step 5 is obtained；
S62. data store name is obtained, pond is locally stored in creation；
Specific step is as follows by step S7:
S71. title is obtained, General Virtual Machine service switch is increased；
S72. it obtains and wants increased host and select a network interface card, increase host for General Virtual Machine service switch；
S73. local area network ID is obtained, General Virtual Machine service switch is configured；
S74. data module creation is carried out, data network is increased；
Specific step is as follows by step S8:
S81. it obtains and configures virtual machine switch name；
S82. virtual switch uplink local area network ID is configured；
S83. virtual switch addition is completed；
S84. virtual switch title and local area network ID are obtained, the virtual switch of addition is selected；
S85. host is selected, and host ip is set；
S86. data network addition is completed；
Specific step is as follows by step S9:
S91. it imports virtual machine and configures SCVM virtual machine module information；
S92. NFS remote server is selected, the title of SCVM virtual machine module is defined, selects Client OS and version；
S93. the calculate node for disposing SCVM virtual machine module is selected, pond is locally stored in selection, selects the SCVM that need to be imported
Virtual machine module template；
S94. virtual machine is completed to import；
S95. the IP of SCVM virtual machine module is configured；
S96. configuration management interface IP, configuration data interface IP；
S97. judge whether management interface IP and data-interface IP ping can lead to each other；
Specific step is as follows by step S10:
S10. storage pool is selected；
S101. selection is associated with host, has SCVM virtual machine module on the association host；
S102. SCVM virtual machine is selected, SDS storage addition is completed.
The embodiment of the present invention be it is illustrative and not restrictive, above-described embodiment be only to aid in understanding the present invention, because
The present invention is not limited to the embodiments described in specific embodiment for this, all by those skilled in the art's technology according to the present invention
Other specific embodiments that scheme obtains, also belong to the scope of protection of the invention.
Claims (10)
1. a kind of cloud platform comprising distributed storage, which is characterized in that including ICenter platform (1), ICenter platform (1)
It is connected with host exchange (2) and virtual switch (3)；
Host exchange (2) is connect with virtual switch (3)；
Host exchange (2) is connected with server node (4), and server node (4) is also connect with virtual switch (3)；Server
The quantity of node (4) is several；
Server node (4) includes management module (5), data module (6), SCVM business module (7), SCVM virtual machine module
(8) and General Virtual Machine business module (9)；
General Virtual Machine business module (9) is connected with General Virtual Machine (13), and General Virtual Machine business module (9) is also exchanged with main
Machine (2) connection；
SCVM virtual machine module (8) includes management interface (8.1), cluster communication interface (8.2) and data-interface (8.3)；
SCVM virtual machine module (8) is connected with the naked disk of SCVM (12)；
Management interface (8.1) is connect with management module (5), and management module (5) is also connected with management network switch (10), manages net
Interchanger (10) is connect with host exchange (2)；
Cluster communication interface (8.2) is connect with virtual switch (3)；
Data-interface (8.3) is connect with SCVM business module (7), and SCVM business module (7) is connected with SCVM business network switch
(11), SCVM business network switch (11) is connect with virtual switch (3), SCVM business network switch (11) and data module
(6) it connects.
2. a kind of cloud platform comprising distributed storage as described in claim 1, which is characterized in that server node (4) is also
Including the first network interface (14.1), the second network interface (14.2), third network interface (14.3) and the 4th network interface (14.4)；
Management network switch (10) is connect by the first network interface (14.1) with host exchange (2)；
General Virtual Machine business module (9) is connect by the second network interface (14.2) with host exchange (2)；
Cluster communication interface (8.2) is connect by third network interface (14.3) with virtual switch (3)；
SCVM business network switch (11) is connect by the 4th network interface (14.4) with virtual switch (3).
3. a kind of cloud platform comprising distributed storage as claimed in claim 2, which is characterized in that the first network interface (14.1) and
Gigabit network interface is respectively adopted in second network interface (14.2)；
10,000,000,000 network interfaces are respectively adopted in third network interface (14.3) and the 4th network interface (14.4).
4. a kind of cloud platform comprising distributed storage as claimed in claim 2, which is characterized in that host exchange (2) includes
ICenter interface (2.1), management network interface (2.2), business network interface (2.3) and the first subtending port (2.4)；
Collection of the virtual switch (3) including the second subtending port (3.1), ISCSI interface (3.2) and software definition of software definition
Group communication interface (3.3)；
Host exchange (2) is connect by ICenter interface (2.1) with ICenter platform (1)；
Host exchange (2) is connect by managing network interface (2.2) with the first network interface (14.1)；
Host exchange (2) is connect by business network interface (2.3) with the second network interface (14.2)；
Virtual switch (3) is connect by the cluster communication interface (3.3) of software definition with third network interface (14.3)；
Virtual switch (3) is connect by the ISCSI interface (3.2) of software definition with the 4th network interface (14.4)；
The first subtending port (2.4) of host exchange (2) is connect with the second subtending port (3.1) of virtual switch (3).
5. a kind of cloud platform comprising distributed storage as described in claim 1, which is characterized in that server node (4)
Quantity is three.
6. a kind of cloud platform dispositions method comprising distributed storage, which comprises the steps of:
S1. the straight-through of Raid card is configured；
S2., calculate node is installed；
S3.ICenter platform Two-node Cluster Deployment；
S4. licensing is added；
S5. host is added；
S6. addition is locally stored；
S7. SCVM business network switch is configured；
S8. virtual switch is configured；
S9. virtual machine business module is configured；
S10. increase software definition storage.
7. a kind of cloud platform dispositions method comprising distributed storage as claimed in claim 6, which is characterized in that step S1 tool
Steps are as follows for body:
S11. server node starts, and is prompted to carry out Raid configuration according to the disk Raid of appearance；
S12. original Raid configuration if it exists, then empty original Raid configuration；
S13. it opens Raid card disk and leads directly to function, setting disk uses JBOD mode；
Specific step is as follows by step S2:
S21. it is calculate node that a server node, which is arranged,；
S22. the BMC for opening calculate node, selects iso image file to be installed, is attached；
S23. restart BMC, setting BMC from hard disk startup, input the IP address of calculate node to be installed, gateway, subnet mask and
The disk of installation system is wanted in the title of server node, selection；
S24. disk partition is carried out, installation system restarts system after being installed；
Specific step is as follows by step S3:
S31. ICenter deployment tool is used, active and standby installation is selected；
S32. host node and standby host node are configured；
S33. Floating IP address is configured, configuration information is examined；
S34. the primary physical machine storage of host node, the standby physical machine storage of creation standby host node are created；
S35. path where selection ICenter template, selects the storage in host node and standby host node listing, is installed.
8. a kind of cloud platform dispositions method comprising distributed storage as claimed in claim 6, which is characterized in that step S4 tool
Steps are as follows for body:
S41. machine code is obtained, licensing is generated；
S42. licensing sequence number is obtained, the addition of licensing is completed；
Specific step is as follows by step S5:
Whether host where S51. judging management node is a management node；
S52. if so, the host for obtaining another calculate node is added in environment；
If S53. host where management node is simultaneously a calculate node, host where the management node is added to environment
In；
S54. the IP and password of host to be increased are obtained, host addition is carried out；
Specific step is as follows by step S6:
S61. disk relevant to host is added in step 5 is obtained；
S62. data store name is obtained, pond is locally stored in creation.
9. a kind of cloud platform dispositions method comprising distributed storage as claimed in claim 6, which is characterized in that step S7 tool
Steps are as follows for body:
S71. title is obtained, General Virtual Machine service switch is increased；
S72. it obtains and wants increased host and select a network interface card, increase host for General Virtual Machine service switch；
S73. local area network ID is obtained, General Virtual Machine service switch is configured；
S74. data module creation is carried out, data network is increased；
Specific step is as follows by step S8:
S81. it obtains and configures virtual machine switch name；
S82. virtual switch uplink local area network ID is configured；
S83. virtual switch addition is completed；
S84. virtual switch title and local area network ID are obtained, the virtual switch of addition is selected；
S85. host is selected, and host ip is set；
S86. data network addition is completed.
10. a kind of cloud platform dispositions method comprising distributed storage as claimed in claim 6, which is characterized in that step S9
Specific step is as follows:
S91. it imports virtual machine and configures SCVM virtual machine module information；
S92. NFS remote server is selected, the title of SCVM virtual machine module is defined, selects Client OS and version；
S93. the calculate node for disposing SCVM virtual machine module is selected, pond is locally stored in selection, selects the SCVM that need to be imported
Virtual machine module template；
S94. virtual machine is completed to import；
S95. the IP of SCVM virtual machine module is configured；
S96. configuration management interface IP, configuration data interface IP；
S97. judge whether management interface IP and data-interface IP ping can lead to each other；
Specific step is as follows by step S10:
S10. storage pool is selected；
S101. selection is associated with host, has SCVM virtual machine module on the association host；
S102. SCVM virtual machine is selected, SDS storage addition is completed.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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