CN110377234A - A kind of collecting method of the isomery storage based on SMI-S - Google Patents
A kind of collecting method of the isomery storage based on SMI-S Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/06—Digital input from, or digital output to, record carriers, e.g. RAID, emulated record carriers or networked record carriers
- G06F3/0601—Interfaces specially adapted for storage systems
- G06F3/0602—Interfaces specially adapted for storage systems specifically adapted to achieve a particular effect
- G06F3/0604—Improving or facilitating administration, e.g. storage management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/06—Digital input from, or digital output to, record carriers, e.g. RAID, emulated record carriers or networked record carriers
- G06F3/0601—Interfaces specially adapted for storage systems
- G06F3/0628—Interfaces specially adapted for storage systems making use of a particular technique
- G06F3/0629—Configuration or reconfiguration of storage systems
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/06—Digital input from, or digital output to, record carriers, e.g. RAID, emulated record carriers or networked record carriers
- G06F3/0601—Interfaces specially adapted for storage systems
- G06F3/0668—Interfaces specially adapted for storage systems adopting a particular infrastructure
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Abstract
The present invention discloses a kind of collecting method of isomery storage based on SMI-S, is related to data acquisition technology field；The data that SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server realize the data acquisition of Embedded Model；SMI-S Client realizes that the data of Proxy Model acquire not comprising the data that the isomery of Embedded SMI-S Server stores by sending request to SMI-S Provider；It only needs to dispose a set of capture program using the present invention, so that it may store isomery and carry out data acquisition, and data are stored in database, conveniently check the resource service condition and behavior pattern of all storages, greatly improve O&M efficiency.
Description
Technical field
The present invention discloses a kind of collecting method of isomery storage based on SMI-S, is related to data acquisition technology field.
Background technique
Under multi-vendor SAN (storage area network) environment, operation maintenance personnel generally requires a variety of independent application software
The resource service condition and behavior pattern for checking multi-vendor storage, increase the complexity of O&M.SMI-S(Storage
Management Interface Specification storage management interface standard) it is the professional standard that SNIA is developed,
It is intended to mitigate the administrative burden of multi-vendor SAN (storage area network) environment, by the standard, managing software independently can be by one
It is a that storage equipment is managed based on the standard interface of Common Information Model (CIM) agreement.
WBEM, Web-Based Enterprise Management web-based negotiation support system.WBEM (is divided by DMTF
Cloth management work group) it is responsible for a set of integration firm management of computing environment using Internet standard technique of exploitation.It
Provide the complete industrial unified management tool based on WEB technology.Promote the data exchange of entirely different technology and platform.
CIM is that the core of WBEM defines a kind of with different levels, object-oriented information model and framework, which can be with
For the system in enterprise network management entire scope, the information management of network, application program and service provides public definition, and
User is allowed to expand.It describes the conceptual model of management, can allow user by network between mutual system
The semantic management information abundant of exchange.
Open Pegasus is the open source realization of CIM and WBEM standard.It is write by C++, it is possible to very easily will
The CIM management object of object-oriented is transformed into program module.Therefore it is supported by each operating system platform, including UNIX,
Linux,OpenVMS,and Microsoft Windows。
The collecting method for the isomery storage based on SMI-S that the invention proposes a kind of, provides isomery based on SMI-S
The data of storage acquire, the several scenes of compatible isomery storage, under previous multi-vendor SAN (storage area network) environment, fortune
Dimension personnel generally require a variety of independent application software to check the resource service condition and behavior pattern of multi-vendor storage, increase
The complexity for having added O&M only needs to dispose a set of capture program using the present invention, so that it may store progress data to isomery and adopt
Collection, and data are stored in database, it conveniently checks the resource service condition and behavior pattern of all storages, greatly improves fortune
Tie up efficiency.
Summary of the invention
The present invention is directed to problem of the prior art, provides a kind of collecting method of isomery storage based on SMI-S, purport
In the case where reducing multi-vendor SAN (storage area network) environment to the complexity of the data acquisition of isomery storage, pass through a set of acquisition
Program, compatible multi-vendor storage improve O&M efficiency.
Concrete scheme proposed by the present invention is:
A kind of collecting method of the isomery storage based on SMI-S:
SMI-S Client is established in harvester using Open Pegasus, at the same support Embedded Model and
The data acquisition of the isomery storage of Proxy Model,
The data that wherein SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server are realized
The data of Embedded Model acquire；
SMI-S Client does not include Embedded SMI-S by sending request to SMI-S Provider
The data of the isomery storage of Server realize the data acquisition of Proxy Model.
In the method using Open Pegasus by under bin catalogue executable file wbemexec and about
Dynamic base under the lib of wbemexec copies under harvester respective directories, and dynamic library path is configured in respective directories,
SMI-S Client is established in harvester.
SMI-S Provider installs different provider to distinct device or system in harvester in the method.
Harvester carries out data acquisition by acquisition module in the method, and acquisition module is set to needing to acquire data
It is standby to carry out device configuration and ei configuration, data acquisition is carried out by acquisition.
SMI-S Client sends request to SMI-S Provider and uses xml document in the method, and according to ei
Variable in configuration replacement xml document, generates true available xml document.
SMI-S Client reads device configuration information in the method, according to the relevant configuration of current device, reads
The content of acquisition file judges which kind of process executed according to the content of acquisition file, executes the data of corresponding process
Acquisition.
In the method according to acquisition file be WBEM command file, include wbemexec, then represent use
Wbemexec order executes acquisition, executes process into wbemexec.
In the method according to acquisition file be CIM command file, include cimcli, then represent using cimcli
Order executes acquisition, executes process into cimcli.
A kind of data acquisition device of the isomery storage based on SMI-S, described device are being acquired using Open Pegasus
The data acquisition established SMI-S Client in machine, while the isomery of Embedded Model and Proxy Model being supported to store,
Wherein the data of storage equipment of the SMI-S Client acquisition comprising Embedded SMI-S Server are real in device
The data acquisition of existing Embedded Model；
SMI-S Client does not include Embedded SMI- by sending request to SMI-S Provider in device
The data of the isomery storage of S Server realize the data acquisition of Proxy Model.
Usefulness of the present invention is:
The present invention provides a kind of collecting method of isomery storage based on SMI-S, is being adopted using Open Pegasus
SMI-S Client is established in collection machine, while the data for supporting the isomery of Embedded Model and Proxy Model to store are adopted
Collection, the data that wherein SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server realize Embedded
The data of Model acquire；SMI-S Client does not include Embedded by sending request to SMI-S Provider
The data of the isomery storage of SMI-S Server realize the data acquisition of Proxy Model；
The present invention is based on the SMI-S data for providing isomery storage to acquire, the several scenes of compatible isomery storage, in the past
Under multi-vendor SAN (storage area network) environment, it is multi-vendor to check that operation maintenance personnel generally requires a variety of independent application software
The resource service condition and behavior pattern of storage, increase the complexity of O&M, only need to dispose a set of adopt using the present invention
Collect program, so that it may store to isomery and carry out data acquisition, and data are stored in database, conveniently check the resource of all storages
Service condition and behavior pattern greatly improve O&M efficiency.
Detailed description of the invention
Fig. 1 is SMI-S Basic Reference Model schematic diagram；
Fig. 2 is that data acquire overall architecture schematic diagram in the method for the present invention；
Fig. 3 is that acquisition module executes flow diagram in the present invention.
Specific embodiment
The present invention provides a kind of collecting method of isomery storage based on SMI-S:
SMI-S Client is established in harvester using Open Pegasus, at the same support Embedded Model and
The data acquisition of the isomery storage of Proxy Model,
The data that wherein SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server are realized
The data of Embedded Model acquire；
SMI-S Client does not include Embedded SMI-S by sending request to SMI-S Provider
The data of the isomery storage of Server realize the data acquisition of Proxy Model.
A kind of data acquisition device of the isomery storage based on SMI-S corresponded to the above method is provided simultaneously.
The present invention will be further explained below with reference to the attached drawings and specific examples, so that those skilled in the art can be with
It more fully understands the present invention and can be practiced, but illustrated embodiment is not as a limitation of the invention.
Using the method for the present invention, can carry out under multi-vendor SAN (storage area network) environment to the data of isomery storage
Acquisition,
Wherein the operating system of harvester be Centos7.2, include acquisition module, Client and SMI-S Provider,
Device refers to the storage equipment for realizing SMI-S, including centralized storage, and Storage System, which refers to, realizes SMI-S
Storage system, including the distributed memory system under cloud center.The distributed memory system under cloud center can be allowed to dock one
Provider stores acquisition system by Provider access isomery,
But only one Client in harvester, i.e. SMI-S Client, being obtained using Client includes Embedded
The data of the storage equipment of SMI-S Server, the i.e. data acquisition of realization Embedded Model, can also use Client
By sending the data that request is stored not comprising the isomery of Embedded SMI-S Server to SMI-S Provider,
SMI-S Provider installs different provider to distinct device or system in harvester, passes through SMI-S
Provider obtains the data that the isomery not comprising Embedded SMI-S Server stores, that is, realizes the number of Proxy Model
According to acquisition,
And when carrying out data acquisition by acquisition module, the data of compatible Embedded Model and Proxy Model are adopted
Collection, and device configuration and ei configuration are provided, ei configuration can provide the range and index item of acquisition data, while can configure acquisition
Order.
The method of the present invention detailed process are as follows:
The SMI-S Client client that isomery storage acquisition is generated using Open Pegasus, is downloaded in harvester
Open Pegasus source code compiles Open Pegasus, by the executable file wbemexec under bin catalogue after the completion of compiling
With about the dynamic base under the lib of wbemexec copy to harvester /opt/wbemexec catalogue under, it is as follows:
Then dynamic library path/opt/wbemexec/lib is configured to/etc/ld.so.conf in, SMI-S Client
It generates and is installed in harvester, SMI-S Client is WBEM Client, and CIM-XML agreement is supported to come and SMI-S
Server communication, can execute order by/opt/wbemexec/bin/wbemexec, and wbemexec execution acquires general
Format are as follows:
wbemexec-h__IP__-p__PORT__-u__USER__-w__PWD____XMLFILE__
Isomery stores producer and provides SMI-S Provider, and installation configuration is carried out in harvester, can pass through cimcli
Order is executed, cimcli order executes the general format of acquisition are as follows:
cimcli ei__CLASS__-n__NAMESPACE__
The code directory structure of acquisition module is as follows in harvester:
When carrying out needing to acquire the device configuration of data, config file place apparatus configuration file collect-
StorageArray.cfg and system configuration file kpicoll.env, device configuration file format are as follows:
Device coding | ip | port | user name | password | execute order | acquisition content identification | the acquisition time started | last time
Acquisition time | collection period |
Every a line represents the configuration of isomery storage, is divided into 10 parts by " | ", how many needs to acquire data
Equipment, just configures several rows, and device coding is the unique identification of equipment；Ip, port, user name, password are used for device authorization；Pass through
Configuration executes order, it is possible to specify executes the command file of acquisition, the command file of acquisition of the invention is named as WBEM_
F, CIM_N,
Colcmd file places command file, and command file WBEM_F format is as follows:
/opt/wbemexec/bin/wbemexec-h__IP__-p__PORT__-u__USER__-w__PWD____
XMLFILE__
Parameter is shown in Table 1,
Table 1
| Parameter | Paraphrase |
| /opt/wbemexec/bin/wbemexec | Practical exectorial complete trails |
| -h__IP__ | Designated equipment IP, _ _ IP__ need to be replaced by true IP |
| -p__PORT__ | Designated equipment port, _ _ PORT__ need to be replaced by true port |
| -u__USER__ | Designated equipment user name, _ _ USER__ need to be replaced by true user name |
| -w__PWD__ | Designated equipment password, _ _ PWD__ need to be replaced by true password |
| __XMLFILE__ | Specified xml document, _ _ XMLFILE__ need to be replaced by true xml document |
Wherein _ _ IP__, _ _ PORT__, _ _ USER__, _ _ PWD__ variable, are replaced by the configuration in device configuration file
It changing, _ _ XMLFILE__ variable goes to replace by the xml in ei file and xml document under capture program,
Command file CIM_N format is as follows:
/opt/pegasus/bin/cimcli ei__CLASS__-n__NAMESPACE__
Parameter is shown in Table 2,
Table 2
_ _ CLASS__ and _ _ NAMESPACE__ variable, are replaced by ei file,
And ei file is to provide the file of namespace, class, under the eis file of acquisition module, in the present invention
Referred to as ei file can specify the range and index item of acquisition data by namespace, class, and ei file format is as follows:
namespace|class
Namespace points are three kinds of situations:
Shaped like x
Shaped like x/y
Shaped like x/y/z
And xml document is the xml document template that uses when sending request, need according in ei file namespace,
Class replaces variable therein, generates true available xml document, uses under using wbemexec acquisition, xml text
Part is uniformly placed under the xml document folder of acquisition module, is shared 3 xml documents, is respectively corresponded three kinds of situations of namespace,
The data that acquisition generates are placed under spool file, and code file is acquired based on sacoll.sh, acquisition module
Ellipsis represents other acquisition code files in code directory；
Into collecting flowchart, with reference to Fig. 3:
Device configuration file collect-storageArray.cfg is read by row,
If last time acquisition time is not less than current time plus collection period, current device is ignored in this acquisition, continues
Next device configuration of device configuration file is read,
To a line device configuration, is split by " | " and obtain the value of 10 parts, be the relevant configuration of current device, wherein including
The name ExecFileName of command file,
The content of reading order file ExecFileName represents use if including wbemexec in content
Wbemexec order executes acquisition, executes process into wbemexec；If including cimcli in content, represent using cimcli
Order executes acquisition, executes process into cimcli,
Wbemexec is executed in process, it is necessary first to be replaced the variable in command file, then be passed through reading
The ei file of ExecFileName_eis generates xml document in conjunction with command file and xml document and executes acquisition；
Cimcli is executed in process, and the ei file by reading ExecFileName_eis replaces the change in command file
Amount, then executes acquisition；
The collected data of wbemexec and cimcli are put under spool file, while the journal file of process is put
Under logs file,
After an equipment data acquisition, when the last time acquisition time in update device configuration file is this acquisition
Between,
If not acquiring in device configuration file there are also equipment in this acquisition, then continue to read device configuration file,
Until all devices acquisition is completed.
The operating system of harvester is Centos7.2 in apparatus of the present invention, includes acquisition module, Client and SMI-S
Provider, Device refer to the storage equipment for realizing SMI-S, including centralized storage, and Storage System refers to reality
The storage system for having showed SMI-S, including the distributed memory system under cloud center.It can allow distributed memory system under cloud center
A Provider is docked, acquisition system is stored by Provider access isomery,
But only one Client in harvester, i.e. SMI-S Client, being obtained using Client includes Embedded
The data of the storage equipment of SMI-S Server, the i.e. data acquisition of realization Embedded Model, can also use Client
By sending the data that request is stored not comprising the isomery of Embedded SMI-S Server to SMI-S Provider,
SMI-S Provider installs different provider to distinct device or system in harvester, passes through SMI-S
Provider obtains the data that the isomery not comprising Embedded SMI-S Server stores, that is, realizes the number of Proxy Model
According to acquisition,
And when carrying out data acquisition by acquisition module, the data of compatible Embedded Model and Proxy Model are adopted
Collection, and device configuration and ei configuration are provided, ei configuration can provide the range and index item of acquisition data, while can configure acquisition
Order.
The SMI-S Client client for being generated isomery storage acquisition in apparatus of the present invention using Open Pegasus, is being adopted
Open Pegasus source code is downloaded in collection machine, Open Pegasus is compiled, by the executable text under bin catalogue after the completion of compiling
Part wbemexec and about the dynamic base under the lib of wbemexec copy to harvester /opt/wbemexec catalogue under, such as
Under:
Then dynamic library path/opt/wbemexec/lib is configured to/etc/ld.so.conf in, SMI-S Client
It generates and is installed in harvester, SMI-S Client is WBEM Client, and CIM-XML agreement is supported to come and SMI-S
Server communication, can execute order by/opt/wbemexec/bin/wbemexec, and wbemexec execution acquires general
Format are as follows:
wbemexec-h__IP__-p__PORT__-u__USER__-w__PWD____XMLFILE__
Isomery stores producer and provides SMI-S Provider, and installation configuration is carried out in harvester, can pass through cimcli
Order is executed, cimcli order executes the general format of acquisition are as follows:
cimcli ei__CLASS__-n__NAMESPACE__
The code directory structure of acquisition module is as follows in harvester:
When carrying out needing to acquire the device configuration of data, config file place apparatus configuration file collect-
StorageArray.cfg and system configuration file kpicoll.env, device configuration file format are as follows:
Device coding | ip | port | user name | password | execute order | acquisition content identification | the acquisition time started | last time
Acquisition time | collection period |
Every a line represents the configuration of isomery storage, is divided into 10 parts by " | ", how many needs to acquire data
Equipment, just configures several rows, and device coding is the unique identification of equipment；Ip, port, user name, password are used for device authorization；Pass through
Configuration executes order, it is possible to specify executes the command file of acquisition, the command file of acquisition of the invention is named as WBEM_
F, CIM_N,
Colcmd file places command file, and command file WBEM_F format is as follows:
/opt/wbemexec/bin/wbemexec-h__IP__-p__PORT__-u__USER__-w__PWD____
XMLFILE__
Parameter is shown in Table 1,
Table 1
| Parameter | Paraphrase |
| /opt/wbemexec/bin/wbemexec | Practical exectorial complete trails |
| -h__IP__ | Designated equipment IP, _ _ IP__ need to be replaced by true IP |
| -p__PORT__ | Designated equipment port, _ _ PORT__ need to be replaced by true port |
| -u__USER__ | Designated equipment user name, _ _ USER__ need to be replaced by true user name |
| -w__PWD__ | Designated equipment password, _ _ PWD__ need to be replaced by true password |
| __XMLFILE__ | Specified xml document, _ _ XMLFILE__ need to be replaced by true xml document |
Wherein _ _ IP__, _ _ PORT__, _ _ USER__, _ _ PWD__ variable, are replaced by the configuration in device configuration file
It changing, _ _ XMLFILE__ variable goes to replace by the xml in ei file and xml document under capture program,
Command file CIM_N format is as follows:
/opt/pegasus/bin/cimcli ei__CLASS__-n__NAMESPACE__
Parameter is shown in Table 2,
Table 2
_ _ CLASS__ and _ _ NAMESPACE__ variable, are replaced by ei file,
And ei file is to provide the file of namespace, class, under the eis file of acquisition module, in the present invention
Referred to as ei file can specify the range and index item of acquisition data by namespace, class, and ei file format is as follows:
namespace|class
Namespace points are three kinds of situations:
Shaped like x
Shaped like x/y
Shaped like x/y/z
And xml document is the xml document template that uses when sending request, need according in ei file namespace,
Class replaces variable therein, generates true available xml document, uses under using wbemexec acquisition, xml text
Part is uniformly placed under the xml document folder of acquisition module, is shared 3 xml documents, is respectively corresponded three kinds of situations of namespace,
The data that acquisition generates are placed under spool file, and code file is acquired based on sacoll.sh, acquisition module
Ellipsis represents other acquisition code files in code directory；
Enter collecting flowchart using apparatus of the present invention, with reference to Fig. 3:
Device configuration file collect-storageArray.cfg is read by row,
If last time acquisition time is not less than current time plus collection period, current device is ignored in this acquisition, continues
Next device configuration of device configuration file is read,
To a line device configuration, is split by " | " and obtain the value of 10 parts, be the relevant configuration of current device, wherein including
The name ExecFileName of command file,
The content of reading order file ExecFileName represents use if including wbemexec in content
Wbemexec order executes acquisition, executes process into wbemexec；If including cimcli in content, represent using cimcli
Order executes acquisition, executes process into cimcli,
Wbemexec is executed in process, it is necessary first to be replaced the variable in command file, then be passed through reading
The ei file of ExecFileName_eis generates xml document in conjunction with command file and xml document and executes acquisition；
Cimcli is executed in process, and the ei file by reading ExecFileName_eis replaces the change in command file
Amount, then executes acquisition；
The collected data of wbemexec and cimcli are put under spool file, while the journal file of process is put
Under logs file,
After an equipment data acquisition, when the last time acquisition time in update device configuration file is this acquisition
Between,
If not acquiring in device configuration file there are also equipment in this acquisition, then continue to read device configuration file,
Until all devices acquisition is completed.
Embodiment described above is only to absolutely prove preferred embodiment that is of the invention and being lifted, protection model of the invention
It encloses without being limited thereto.Those skilled in the art's made equivalent substitute or transformation on the basis of the present invention, in the present invention
Protection scope within.Protection scope of the present invention is subject to claims.
Claims (9)
1. a kind of collecting method of the isomery storage based on SMI-S, it is characterized in that
SMI-S Client is established in harvester using Open Pegasus, while supporting Embedded Model and Proxy
The data acquisition of the isomery storage of Model,
The data that wherein SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server realize Embedded
The data of Model acquire；
SMI-S Client is by sending request not comprising Embedded SMI-S Server's to SMI-S Provider
The data of isomery storage realize the data acquisition of Proxy Model.
2. according to the method described in claim 1, it is characterized in that using Open Pegasus by the executable file under bin catalogue
It wbemexec and is copied under harvester respective directories about the dynamic base under the lib of wbemexec, dynamic library path is configured
Into respective directories, SMI-S Client is established in harvester.
3. method according to claim 1 or 2, it is characterized in that SMI-S Provider to distinct device or is in harvester
System installs different provider.
4. according to the method described in claim 3, it is characterized in that harvester carries out data acquisition, acquisition module by acquisition module
Device configuration and ei configuration are carried out to the equipment for needing to acquire data, data acquisition is carried out by acquisition.
5. according to the method described in claim 4, it is characterized in that SMI-S Client makes to SMI-S Provider transmission request
The variable in replacement xml document is configured with xml document, and according to ei, generates true available xml document.
6. method according to claim 4 or 5, it is characterized in that SMI-S Client reads device configuration information, according to working as
The relevant configuration of preceding equipment reads the content of acquisition file, which kind of stream executed according to the judgement of the content of acquisition file
Journey executes the data acquisition of corresponding process.
7. according to the method described in claim 6, it is characterized in that according to acquisition file be WBEM command file, include
Wbemexec is then represented and is executed acquisition using wbemexec order, executes process into wbemexec.
8. according to the method described in claim 6, it is characterized in that according to acquisition file be CIM command file, include
Cimcli is then represented and is executed acquisition using cimcli order, executes process into cimcli.
9. a kind of data acquisition device of the isomery storage based on SMI-S, it is characterized in that described device utilizes Open Pegasus
The number established SMI-S Client in harvester, while the isomery of Embedded Model and Proxy Model being supported to store
According to acquisition,
The data that wherein SMI-S Client obtains the storage equipment comprising Embedded SMI-S Server in device are realized
The data of Embedded Model acquire；
SMI-S Client does not include Embedded SMI-S by sending request to SMI-S Provider in device
The data of the isomery storage of Server realize the data acquisition of Proxy Model.
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Cited By (1)
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|---|---|---|---|---|
| CN114020217A (en) * | 2021-11-08 | 2022-02-08 | 苏州博纳讯动软件有限公司 | Heterogeneous storage and management method based on SMI-S protocol |
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