CN104683147A - Hardware management method and system for large-scale data centre - Google Patents
Hardware management method and system for large-scale data centre Download PDFInfo
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Abstract
The invention provides a hardware management method for a large-scale data centre for managing the data centre; the data centre comprises a plurality of racks; each rack comprises a plurality of different pieces of hardware equipment; each hardware equipment comprises a plurality of components; each rack, hardware equipment and component have management attribution; the management method comprises the following steps of acquiring the management attribution of each data centre, rack, hardware equipment and component; forming a hardware data structure topological graph according to the acquired management attribution of the data centre, rack, hardware equipment and component; issuing a management request based on user demand according to the order of the hardware data structure topological graph; and implementing the management of the plurality of components of the plurality of different pieces of hardware equipment according to the management request and according to a first equipment management manner or second equipment management manner stored in advance. By utilizing the hardware management method for the large-scale data centre, the unified management for the plurality of racks of the data centre is realized, the implementation is simple and reliable, and the organization form of the data centre management system is simplified.
Description
Technical field
The invention belongs to large technical field of data administration, relate to a kind of management method and system, particularly relate to a kind of to large-scale data central hardware management method and system.
Background technology
Large-scale data center has the equipment such as a large amount of servers, storage array and switch, how carry out management to these equipment to be convenient to system manager and to grasp hardware holistic health, safeguard in time faulty equipment and replace, it is very important for improving equipment availability, reliability and utilance on the whole.Industry all has ripe solution for server and storage array, the former is based on IPMI (Intelligent Platform Management Interface, IPMI), the latter is based on SES (SCSI Enclosure Services, Enclosure Service).But not yet there is solution more easily for the integrated management of data center.Ge great IT vendor once combined and is defined CIM (Common Information Module, total information module) and manages IT assets, but this protocol architecture is large but impractical, and exploitation learning cost is higher; And based on HTTP and XML, for user, dispose and safeguard also being not easy, cause its not real budding out into popularity.
Generally speaking, enterprise-level server has BMC (baseboard management controller usually, baseboard management controller), it is a compact processor, can independent operating operating system and do not rely on the operating system that main frame is installed.BMC supports that IPMI, IPMI are the hardware management agreements jointly formulated by Dell, Hewlett-Packard, Intel and NEC Deng Ji great IT company.Keeper by IPMI agent (IPMI agency) communication on ipmitool and BMC plate, can realize the function such as information, display system log content, network remote switching on and shutting down obtaining transducer (such as cpu temperature, rotation speed of the fan).
SES is a kind of way to manage to storing cabinet.Enclosure contains the elements such as power supply, fan, temperature sensor.SES-2 specifies to use the RECEIVE DIAGNOSTIC RESULTS of scsi command and SEND DIAGNOSTIC two orders to manage.Control and management end arranges the performance of case back plate by SEND DIAGNOSTIC order, there is S.M.A.R.T Threshold early warning in such as certain disk, controller will send this order to the backboard of disk group, postnotum the redness warning etc. of this disk can be lighted, thus allow system manager pinpoint the problems; Same, control and management end can also send RECEIVE DIAGNOSTICRESULTS order to obtain the various state informations of cabinet, the states such as such as supply voltage, temperature, fan and each disk slot most important.
Server and to store cabinet be hardware device main in data center, but no matter IPMI and SES, all can only manage certain assembly, and cannot form a device view integrated, to provide information to system manager more intuitively.A such as storage server, it has installed SAS (Serial Attached SCSI) card and BMC plate simultaneously, and has managed several storage racks by SAS card.Keeper can obtain the information on SAS card and BMC plate respectively by corresponding instrument and implement control and management to it; But cannot carry out unified management by single interface to this storage server, the information obtained also is isolated.And for certain frame having multiple server and the storage array of internal logic contact, the administration view in units of frame integrated also cannot be obtained.
Therefore, how to provide a kind of to large-scale data central hardware management method and system, solve in prior art and accurately cannot grasp these hardware device holistic health states for the large-scale data center having the hardware devices such as a large amount of server, storage array and switch, more cannot carry out unified management by single interface to these hardware devices and cause the not high many disadvantages of hardware device availability, reliability, utilance, become practitioner in the art's technical problem urgently to be resolved hurrily in fact.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide a kind of to large-scale data central hardware management method and system, accurately cannot grasp these hardware device holistic health states for solving in prior art for the large-scale data center having the hardware devices such as a large amount of server, storage array and switch, more cannot carry out unified management by single interface to these hardware devices and cause the problem that hardware device availability, reliability, utilance are not high.
For achieving the above object and other relevant objects, one aspect of the present invention provides a kind of to large-scale data central hardware management method, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, wherein, each frame, hardware device, assembly have management attribute, describedly comprise the following steps large-scale data central hardware management method: the management attribute collecting data center described in each, frame, hardware device and assembly; Management attribute according to the described data center collected, frame, hardware device and assembly builds a hardware data structure topological diagram; Management request is issued according to the order of described hardware data structure topological diagram according to user's request;
Ask according to described management and perform the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode.
Alternatively, described large-scale data central hardware management method also to be comprised: the first view is built to the multiple data centers being in same rank, the entrance entering multiple data center is set in described first view; Second view is built to the multiple frames being in same rank, the entrance entering multiple frame is set in described second view; Three-view diagram is built to the multiple different hardware equipment being in same rank, the entrance entering different hardware equipment is set in described three-view diagram; To multiple component constructions the 4th view that described hardware device comprises, the entrance entering different assembly is set in described 4th view.
Alternatively, described large-scale data central hardware management method also to be comprised: arrange while entering the entrance of multiple data center in described first view, to the management attribute that multiple data center configuration in described first view is mated with it; Arrange in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view; Arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it; The while of arranging the entrance entering different assembly in described 4th view, to the management attribute that different arrangement of components in described 4th view is mated with it.
Alternatively, described large-scale data central hardware management method is also included in and builds described first view, the second view, three-view diagram and the 4th view after, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links with described 4th view.
Alternatively, the response of execution management result is produced described large-scale data central hardware management method is also comprised.
Alternatively, described management request for reading/inquire about/operate/arrange request.
The present invention also provides a kind of to large-scale data central hardware management system on the other hand, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, wherein, each frame, hardware device, assembly have management attribute, described large-scale data central hardware management system to be comprised: collection module, for collecting the management attribute of data center described in each, frame, hardware device and assembly; Topology constructing module, for building a hardware data structure topological diagram according to the management attribute of the described data center collected, frame, hardware device and assembly; First management level, for issuing management request according to user's request according to the order of described hardware data structure topological diagram; Second management level, for forwarding management request; 3rd management level, for managing described multiple different hardware equipment; 4th management level, for asking according to described management and performing the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode.
Alternatively, described large-scale data central hardware management system also to be comprised: view builds module and arranges module, wherein, described view builds multiple component constructions the 4th view that module is used for building the first view to the multiple data centers being in same rank, the multiple frames being in same rank being built to the second view, the multiple different hardware equipment being in same rank are built to three-view diagram and comprise described hardware device; Described arrange module for arrange in described first view enter multiple data center entrance, arrange in described second view enter multiple frame entrance, the entrance that enters different hardware equipment is set in described three-view diagram and arranges in described 4th view and enter the entrance of different assembly; Described first management level, the second management level, the 3rd management level, and the 4th management level are also for providing the first view respectively, the second view, three-view diagram, and the 4th view issuing in management request process.
Alternatively, described attribute configuration module is also comprised to large-scale data central hardware management system, described attribute configuration module be used in described first view arrange enter the entrance of multiple data center while, to the management attribute that multiple data center configuration in described first view is mated with it; Arrange in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view; Arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it; The while of arranging the entrance entering different assembly in described 4th view, to the management attribute that different arrangement of components in described 4th view is mated with it.
Described alternatively also link module is comprised to large-scale data central hardware management system, described link module is used for after structure described first view, the second view, three-view diagram and the 4th view, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links with described 4th view.
As mentioned above, of the present invention to large-scale data central hardware management method and system, there is following beneficial effect:
1, of the present inventionly achieve unified management to frame multiple in data center to large-scale data central hardware management method and system, its enforcement is simple and reliable, has simplified the organizational form of data center management system, is convenient to dispose.
2, of the present invention possess very large advantage to large-scale data central hardware management method and system simultaneously on Capacity extension, also for epoch of cloud computing arrive the preparation carried out on hardware.
Accompanying drawing explanation
Fig. 1 is shown as of the present invention to large-scale data central hardware management method schematic flow sheet.
Fig. 2 is shown as the idiographic flow schematic diagram schematic diagram to step S2 in large-scale data central hardware management method of the present invention.
Fig. 3 is shown as of the present invention to large-scale data central hardware management system theory structure schematic diagram.
Fig. 4 is shown as of the present invention to large-scale data central hardware management system and data center's logic association schematic diagram
Element numbers explanation
1 pair of large-scale data central hardware management system
11 collection modules
12 views build module
13 arrange module
14 attribute configuration modules
15 link module
16 topology constructing module
17 human-computer interaction modules
18 first management level
19 second management level
20 the 3rd management level
21 the 4th management level
3 data centers
31 frames
32
33
311 servers
312 store rack
3111 CPU
3112 operating systems
3113 internal memories
3121 fans
3122 disks
S1 ~ S7 step
Embodiment
Below by way of specific instantiation, embodiments of the present invention are described, those skilled in the art the content disclosed by this specification can understand other advantages of the present invention and effect easily.The present invention can also be implemented or be applied by embodiments different in addition, and the every details in this specification also can based on different viewpoints and application, carries out various modification or change not deviating under spirit of the present invention.
Refer to accompanying drawing.It should be noted that, the diagram provided in the present embodiment only illustrates basic conception of the present invention in a schematic way, then only the assembly relevant with the present invention is shown in graphic but not component count, shape and size when implementing according to reality is drawn, it is actual when implementing, and the kenel of each assembly, quantity and ratio can be a kind of change arbitrarily, and its assembly layout kenel also may be more complicated.
Below in conjunction with embodiment and accompanying drawing, the present invention is described in detail.
Embodiment one
The present embodiment provides a kind of to large-scale data central hardware management method, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, wherein, each frame, hardware device, assembly have management attribute.Refer to Fig. 1, be shown as large-scale data central hardware management method schematic flow sheet.As shown in Figure 1, described large-scale data central hardware management method to be comprised the following steps:
S1, collects the management attribute of data center described in each, frame, hardware device and assembly.In the present embodiment, the management attribute of described data center comprises the geographical location information of data center.The management attribute of described frame comprises the geographical position of described frame, IP address information residing for described frame, event information, the number of devices of hardware device under described frame, details option etc.The management attribute of described hardware device comprises the type of hardware device, hardware device numbering etc.Described assembly comprises subassembly product number, component sequence number, component type etc.
S2, builds the first view, the second view, three-view diagram, the 4th view, and enters described second view, three-view diagram, the entrance of the 4th view.Refer to Fig. 2, be shown as the idiographic flow schematic diagram of step S2, described step S2 comprises the following steps:
S21, first view is built to the multiple data centers being in same rank, the entrance entering multiple data center is set in described first view, arrange while entering the entrance of multiple data center in described first view, to the management attribute that multiple data center configuration in described first view is mated with it;
S22, second view is built to the multiple frames being in same rank, the entrance entering multiple frame is set in described second view, arranges in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view.
S23, three-view diagram is built to the multiple different hardware equipment being in same rank, the entrance entering different hardware equipment is set in described three-view diagram, arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it;
S24, to multiple component constructions the 4th view that described hardware device comprises, the entrance entering different assembly is set in described 4th view, the while of arranging the entrance entering different assembly in described 4th view, to the management attribute that different arrangement of components in described 4th view is mated with it.
S3, after structure described first view, the second view, three-view diagram and the 4th view, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links to realize described first view redirect second view with described 4th view, second view redirect three-view diagram, three-view diagram redirect the 4th view.
S4, the management attribute according to the described data center collected, frame, hardware device and assembly builds a hardware data structure topological diagram.
S5, issues management request according to user's request according to the order of described hardware data structure topological diagram.In the present embodiment, described management request comprise read/inquire about/operate/arrange request.
S6, asks according to described management and performs the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode.In the present embodiment, described first equipment control mode is IPMI way to manage, and described second equipment control mode is SES way to manage.And described IPMI way to manage makes it be in charge of BMC substrate by an IPMI agency, and described SES way to manage makes it be in charge of the connected cabinet of SAS card by a SES agency.
S7, produces and feeds back execution management result response to make keeper from the information required for the acquisition of unified management interface.
What the present embodiment provided achieves unified management to frame multiple in data center to large-scale data central hardware management method, its enforcement is simple and reliable, simplify the organizational form of data center management system, be convenient to dispose, on Capacity extension, possess very large advantage simultaneously.Simultaneously also for epoch of cloud computing arrive the preparation carried out on hardware.
Embodiment two
The present embodiment provides a kind of to large-scale data central hardware management system 1, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, assembly comprises, and wherein, each frame, hardware device, assembly have management attribute.Refer to Fig. 3, be shown as large-scale data central hardware management system theory structure schematic diagram.As shown in Figure 3, describedly to comprise large-scale data central hardware management system 1: collection module 11, view builds module 12, arranges module 13, attribute configuration module 14, link module 15, topology constructing module 16, human-computer interaction module 17, first management level 18, second management level the 19, three management level 20, and the 4th management level 21.Due to described in the present embodiment to large-scale data central hardware management system for managing large-scale data center, because whole data center is divided into 4 levels according to granularity is descending, so described to the first management level 18 in large-scale data central hardware management system 1, second management level 19,3rd management level 20, and the 4th management level 21 are corresponding according to 4 levels of descending point with data center respectively.Refer to Fig. 4, be shown as large-scale data central hardware management system and data center's logic association schematic diagram.As shown in Figure 4, whole data center is divided into 4 levels from large to small according to granularity, respectively with the first management level 18 in this programme, second management level the 19, three management level 20, and the 4th management level 21 are corresponding, wherein, described data center 3 comprises multiple frame 31, frame 32, frame 33, wherein, frame hangs server 311 31 times, store rack 312, server hangs CPU3111, operating system 3,112 311 times, internal memory 3113, stores rack 312 times extension fans 3121, disk 3122.Such as, the management attribute of CPU31111 comprises CPU usage and current voltage, and the management attribute of operating system 31112 comprises operating system version, and the management attribute of internal memory 31113 comprises total capacity and the utilization rate of internal memory.The management attribute of fan 31121 comprises rotating speed and consumed power, and the management attribute of disk 31122 comprises the capacity of use of disk, disk health status, disk total capacity.All contain the assembly of some under each equipment, outwards provide the interface of inquiry and operation according to features.Such as storage rack, contain the equipment such as fan, disk below, fan can export again its attribute such as rotating speed, consumed power.And rotation speed of the fan can read or arrange.Like this by the combination of multiple assembly, merge into individual equipment, multiple equipment remerges as single frame, merges into the logical view at individual data center finally by multiple frame.System manager when administering and maintaining hardware, then needs from up to down to roam in this logical view, navigates to concrete equipment and the assembly under it, completes management role.
Wherein, described collection module 11 is for collecting the management attribute of data center described in each, frame, hardware device and assembly.In the present embodiment, the management attribute of described data center comprises the geographical location information of data center.The management attribute of described frame comprises the geographical position of described frame, IP address information residing for described frame, event information, the number of devices of hardware device under described frame, details option etc.The management attribute of described hardware device comprises the type of hardware device, hardware device numbering etc.Described assembly comprises subassembly product number, component sequence number, component type etc.Described collection module 11 is by the first management level 17, second management level the 18, three management level 19, and the management attribute of the 4th management level 20 successively collection assembly, hardware device, frame, data center from top to bottom.
Described view builds module 12 for multiple component constructions the 4th view multiple data centers being in same rank being built to the first view, the multiple frames being in same rank built to the second view, the multiple different hardware equipment being in same rank are built to three-view diagram and comprise described hardware device.
Described arrange module 13 for arrange in described first view enter multiple data center entrance, arrange in described second view enter multiple frame entrance, the entrance that enters different hardware equipment is set in described three-view diagram and arranges in described 4th view and enter the entrance of different assembly.
Described attribute configuration module 14 in described first view arrange enter the entrance of multiple data center while, to the management attribute that multiple data center configuration in described first view is mated with it; Arrange in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view; Arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it; The while of arranging the entrance entering different assembly in described 4th view, the management attribute mate with it different arrangement of components in described 4th view is so that keeper can grasp the holistic health of whole data center more accurately in management process.
Described link module 15 is for after structure described first view, the second view, three-view diagram and the 4th view, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links with described 4th view.
Described topology constructing module 16 is for building a hardware data structure topological diagram according to the management attribute of the described data center collected, frame, hardware device and assembly.
The human-computer interaction module 17 be connected with described collection module 11 for receiving the management request of described keeper, and receive that described collection module collects each described in data center, frame, hardware device and assembly management attribute.
First management level 18 for issuing management request according to user's request according to the order of described hardware data structure topological diagram, and provide described first view after issuing management request.
Second management level 19 for forwarding described management request, and manage all hardware equipment in single frame, namely by utilizing described collection module 11 to collect the lower management attribute hanging hardware device, and provide described second view.
3rd management level 20, for managing described multiple different hardware equipment, in the present embodiment, comprise management server and cabinet equipment, and provide described three-view diagram.
4th management level 21 for asking according to described management and performing the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode, and provide described 4th view.
In the present embodiment, propose the data center's way to manage combined by IPMI and SES, this way to manage is referred to as CRM (Converged Rack Management by the present embodiment, polymerization rack management) layer, i.e. the second management level, both unifications are placed in CPM (unified platform management) layer, i.e. the 3rd management level, can manage this equipment after under assembly management; Multiple hardware equipment information just can carry out unified management to all enclosure in single frame after being aggregated into the second management level, presents to IT keeper finally by web UI (human-computer interaction module).For third party developer, we also provide RCM (Rack Control Module) API, can expand the scope of application of this programme widely.。In aforementioned storage server, can act on behalf of by deployment IPMI and SES, IPMI agency is in charge of BMC plate simultaneously, and SES agency is then in charge of the multiple stage storage rack that the machine SAS card is connected.When keeper needs acquisition information, CRM assembly according to the type of order, can send request respectively to IPMI or SES agency, rear both receive order after can be driven by the BMC firmware of respective agreement and lower floor or SAS and communicate, return to CRM after acquisition information.Keeper just can obtain the information of needs from a unified server administration interface subsequently.
Of the present invention unified management to frame multiple in data center is achieved to large-scale data central hardware management method and system, its enforcement is simple and reliable, simplify the organizational form of data center management system, be convenient to dispose, on Capacity extension, possess very large advantage simultaneously.Simultaneously also for epoch of cloud computing arrive the preparation carried out on hardware.
In sum, the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (10)
1. one kind to large-scale data central hardware management method, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, and wherein, each frame, hardware device, assembly have management attribute, it is characterized in that, described large-scale data central hardware management method to be comprised the following steps:
Collect the management attribute of data center described in each, frame, hardware device and assembly;
Management attribute according to the described data center collected, frame, hardware device and assembly builds a hardware data structure topological diagram;
Management request is issued according to the order of described hardware data structure topological diagram according to user's request;
Ask according to described management and perform the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode.
2. according to claim 1 to large-scale data central hardware management method, it is characterized in that: described large-scale data central hardware management method also to be comprised:
First view is built to the multiple data centers being in same rank, the entrance entering multiple data center is set in described first view;
Second view is built to the multiple frames being in same rank, the entrance entering multiple frame is set in described second view;
Three-view diagram is built to the multiple different hardware equipment being in same rank, the entrance entering different hardware equipment is set in described three-view diagram;
To multiple component constructions the 4th view that described hardware device comprises, the entrance entering different assembly is set in described 4th view.
3. according to claim 2 to large-scale data central hardware management method, it is characterized in that: described large-scale data central hardware management method also to be comprised:
Arrange while entering the entrance of multiple data center in described first view, to the management attribute that multiple data center configuration in described first view is mated with it;
Arrange in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view;
Arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it;
The while of arranging the entrance entering different assembly in described 4th view, to the management attribute that different arrangement of components in described 4th view is mated with it.
4. according to claim 2 to large-scale data central hardware management method, it is characterized in that: described large-scale data central hardware management method is also included in and builds described first view, the second view, three-view diagram and the 4th view after, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links with described 4th view.
5. according to claim 1 to large-scale data central hardware management method, it is characterized in that: described also comprising large-scale data central hardware management method produces the response of execution management result.
6. according to claim 1 to large-scale data central hardware management method, it is characterized in that: described management request for reading/inquire about/operate/arrange request.
7. one kind to large-scale data central hardware management system, be applied to the multiple data center of management, described data center comprises multiple frame, multiple different hardware equipment is comprised under frame described in each, hardware device described in each comprises multiple assembly, and wherein, each frame, hardware device, assembly have management attribute, it is characterized in that, described large-scale data central hardware management system to be comprised:
Collection module, for collecting the management attribute of data center described in each, frame, hardware device and assembly;
Topology constructing module, for building a hardware data structure topological diagram according to the management attribute of the described data center collected, frame, hardware device and assembly;
First management level, for issuing management request according to user's request according to the order of described hardware data structure topological diagram;
Second management level, for forwarding management request;
3rd management level, for managing described multiple different hardware equipment;
4th management level, for asking according to described management and performing the management to assembly multiple under multiple different hardware equipment according to the first equipment control mode prestored or the second equipment control mode.
8. according to claim 7 to large-scale data central hardware management system, it is characterized in that: described large-scale data central hardware management system also to be comprised: view builds module and arranges module, wherein, described view builds multiple component constructions the 4th view that module is used for building the first view to the multiple data centers being in same rank, the multiple frames being in same rank being built to the second view, the multiple different hardware equipment being in same rank are built to three-view diagram and comprise described hardware device; Described arrange module for arrange in described first view enter multiple data center entrance, arrange in described second view enter multiple frame entrance, the entrance that enters different hardware equipment is set in described three-view diagram and arranges in described 4th view and enter the entrance of different assembly; Described first management level, the second management level, the 3rd management level, and the 4th management level are also for providing the first view respectively, the second view, three-view diagram, and the 4th view issuing in management request process.
9. according to claim 8 to large-scale data central hardware management system, it is characterized in that: described attribute configuration module is also comprised to large-scale data central hardware management system, described attribute configuration module be used in described first view arrange enter the entrance of multiple data center while, to the management attribute that multiple data center configuration in described first view is mated with it; Arrange in described second view while entering the entrance of multiple frame, the management attribute mated with it is configured to frame multiple in described second view; Arrange in described three-view diagram while entering the entrance of different hardware equipment, different hardware equipment in described three-view diagram is configured to the management attribute mated with it; The while of arranging the entrance entering different assembly in described 4th view, to the management attribute that different arrangement of components in described 4th view is mated with it.
10. according to claim 7 to large-scale data central hardware management system, it is characterized in that: described also link module is comprised to large-scale data central hardware management system, described link module is used for after structure described first view, the second view, three-view diagram and the 4th view, described first view and described second view are linked, described second view and described three-view diagram link and described three-view diagram links with described 4th view.
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