CN104580221A - SMI-S storage unified management system based on autonomic computing - Google Patents

SMI-S storage unified management system based on autonomic computing Download PDF

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Publication number
CN104580221A
CN104580221A CN201510013621.8A CN201510013621A CN104580221A CN 104580221 A CN104580221 A CN 104580221A CN 201510013621 A CN201510013621 A CN 201510013621A CN 104580221 A CN104580221 A CN 104580221A
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smi
cim
module
request
management module
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何中辰
吴庆民
袁鹏飞
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Inspur Electronic Information Industry Co Ltd
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Inspur Electronic Information Industry Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0876—Aspects of the degree of configuration automation
    • H04L41/0886—Fully automatic configuration
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F11/00—Error detection; Error correction; Monitoring
    • G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
    • G06F11/16—Error detection or correction of the data by redundancy in hardware
    • G06F11/20—Error detection or correction of the data by redundancy in hardware using active fault-masking, e.g. by switching out faulty elements or by switching in spare elements
    • G06F11/202—Error detection or correction of the data by redundancy in hardware using active fault-masking, e.g. by switching out faulty elements or by switching in spare elements where processing functionality is redundant
    • G06F11/2023—Failover techniques
    • G06F11/2028—Failover techniques eliminating a faulty processor or activating a spare
    • 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
    • H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Theoretical Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Quality & Reliability (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Computer And Data Communications (AREA)

Abstract

The invention discloses an SMI-S storage unified management system based on autonomic computing. According to the SMI-S storage unified management system, an SMI-S service terminal is divided into an autonomic management layer, an SMI-S management layer and a Provider layer, and the SMI-S service terminal achieves system autonomic computing of features and unified management of a storage network environment through an autonomic management method based on strategies. Compared with the prior art, the SMI-S storage unified management system based on autonomic computing has the self-decision capacity and the self-management capacity, can conduct real-time fault monitoring, conducts flexible resource replacement when a fault occurs and achieves the self diagnosis function, the self configuration function, the self-repair function and other self management functions, the practicability is high, and popularization is easy.

Description

A kind of SMI-S based on Autonomic computing stores system for unified management
Technical field
Invention relate to field of computer technology, specifically a kind of practical, based on Autonomic computing SMI-S store system for unified management.
Background technology
In heterogeneous storage network environment, each manufacturer storage products lacks unified standard, storage administration implementation there are differences.The diversity of management object causes management complexity and handling cost comparatively large, and how solving the management in complicated heterogeneous storage network environment and Cost Problems, is the key issue faced at present.
SMI-S(Storage Management Initiative Specification) be by SNIA(SNIA) initiate and dominate, a kind of standard management interface of jointly participating and draw of numerous storage manufacturers, its target is memory device in storage networking and provides standardized communication mode between management software, thus makes storage administration realize vendor independence.SMI-S is based upon in some existing standard base, mainly CIM(Common Information Model, common information model) and WBEM(Web-Based Enterprise Management, web-based negotiation support system).CIM (common information model) is by DMTF(Distributed Management Task Force, Distributed Management Task group) industrial specification for managing computer system and network formulated, it provides a common conceptual framework, all systems are classified, and determine subnetwork environment, and depict the mutual of these parts.CIM is made up of CIM specification and CIM master pattern two parts, and CIM specification defines language and the methodology of integration management model, and CIM master pattern defines computer system, application program, network and device descriptive information model.WBEM(Web-Based Enterprise Management, web-based negotiation support system) to be founded under the help of many manufacturers by DMTF, the target of WBEM is the sets of interfaces for a management enterprise environment exploitation standard.The part of WBEM model most critical is its data model (mode of description and defining objects), coding criterion and the pattern transmitting data between client and server end.The data model of WBEM adopts CIM(Common Information Model, common information model).
Autonomic computing technology is proposed by IBM the earliest, is one of gordian technique of grid computing, and its basic object realizes the self-configuration of system, self-regeneration, self-optimization and self-protection.Based on this Autonomic computing technology, now provide a kind of SMI-S to store system for unified management, this system effectively can reduce the dependence to people when complication system is safeguarded, reduces maintenance cost, improves the adaptibility to response of system when change.
Summary of the invention
Technical assignment of the present invention is for above weak point, provide a kind of practical, based on Autonomic computing SMI-S store system for unified management.
SMI-S based on Autonomic computing stores a system for unified management, and its structure comprises self-discipline administration and supervision authorities, SMI-S administration and supervision authorities, the Provider layer that order is arranged, wherein:
Self-discipline administration and supervision authorities connect SMI-S client, are responsible for the decision-making of completion system and the response to SMI-S client-requested, and it is made up of service management module and self-discipline operating strategy storehouse two parts; Request is carried out CIM/XML coding by SMI-S client, service management module is passed to by http protocol, service management module accepts request, the CIM/XML data received are resolved, from policy library, select suitable strategy according to request type, the correlation module called in SMI-S Object Management group layer is finished the work and result is returned to SMI-S client;
SMI-S Object Management group layer is arranged between self-discipline administration and supervision authorities and Provider layer, be made up of CIM Object Manager CIMOM and CIM pattern base, CIMOM is responsible for safeguarding CIM pattern base, and providing one to access the common interface collection of Managed Object for SMI-S client, the CIM realized on HTTP operation and CIM/XML coding operates; CIMOM manages CIM pattern base, realizes the conversion of CIM/XML data to CIM object, and performs request to following SMI-S Provider transmission decision-making; Management object MOF file layout definition, is compiled as XML file by MOF compiler, leaves in CIM pattern base; All request access to Managed Object, first inquire about the class definition that whether there is Managed Object in CIM pattern base, when CIM pattern base exists the class definition of Managed Object, could manage Managed Object;
Provider layer, i.e. SMI-S accommodating layer, external storage equipment, provides and connects and the standard interface of managing memory apparatus; SMI-S Provider is responsible for the CIM operation in the managed resource of actual treatment, and provide CIM interface and specific to resource interface between mapping, this mapping comprises the realization that the CIM for fixed managed resource operates.
Described service management module is the dispatching center of described SMI-S service end, completes the response to SMI-S client-requested, request instruction parsing, decision-making and request and distributes; SMI-S client sends CIM request to service management module, this CIM request comprises that service management module accepts request, analysis request instruction type, when this CIM asks for the managed resource information of memory device obtains or modify instruction, then to call managed resource information management module and complete this request; When the practical operation that this CIM request is to memory device, then regulative strategy execution module completes this request.
Described Provider layer is also provided with resource information management module, equipment monitors module, policy enforcement module, wherein
Equipment is monitored module and is monitored storage device status, and realize memory device oneself and detect, when storage device status changes, this module sends the notice of storing device information change to managed resource information management module, upgrades corresponding CIM pattern base;
The relevant information of the managed resource of resource information management module access memory device, this relevant information comprises storage device status information, receives the event notice monitoring module from equipment, upgrades CIM pattern base according to storing device information change; When storage device status occurs abnormal, event notice is sent to service management module, service management module regulative strategy execution module selects suitable strategy from policy library, resource information management module accepts the operation requests from policy enforcement module, calls corresponding SMI-S Provider and performs an action;
Policy enforcement module chooses suitable strategy according to fault type from CIM pattern base, strategy is resolved into operation requests sequence, operation requests is sent to resource information management module, completes with memory device mutual by resource information management module.
When certain controller breaks down, the detailed process that opposite terminal controller is taken over is:
Equipment monitors module monitors to dual control storage device controller fault generation event, obtains fault object example from event, obtains the SMI-S overall identification of failed controller, confirms the source of trouble;
Equipment monitors module according to the SMI-S overall identification of failed controller, calls resource information module from CIM pattern base, obtains the state of failed controller and the type of fault, result is sent to policy enforcement module by service management module;
Policy enforcement module failure judgement type, if controller failure, calls the SMI-S overall identification that resource information module obtains opposite terminal controller from CIM pattern base;
Policy enforcement module is called resource information module and is sent decision-making to corresponding SMI-S Provider and performs request, and the resource take-over module of startup opposite terminal controller is taken over and operated in resource on failed controller or service;
Process terminates.
A kind of SMI-S based on Autonomic computing of the present invention stores system for unified management, has the following advantages:
A kind of SMI-S based on Autonomic computing of this invention stores system for unified management and achieves system Autonomic computing feature and the unified management to storage networking environment; Based on SMI-S specification, can manage Managed Objects different in heterogeneous storage network environment in a uniform manner, reduce the complicacy of heterogeneous storage network environmental management; On the basis of unified management heterogeneous storage network environment, add strategy support, thus there is self-decision-making and ability of self-management, real-time fault monitoring can be carried out, carry out resource flexibly to replace when fault occurs, complete the self-discipline management functions such as autodiagnosis, self-configuration, self-regeneration; Model self-discipline administration and supervision authorities deposit policy library, and wherein record the information of All Policies, each strategy defines condition and the action of strategy execution, when condition is set up, notify in the mode of event, system carries out condition judgment, condition is set up and is then performed corresponding action, practical, is easy to promote.
Accompanying drawing explanation
Accompanying drawing 1 is the SMI-S storage unified management model architecture schematic diagram based on Autonomic computing.
Accompanying drawing 2 is the SMI-S storage unified management model module pie graph based on Autonomic computing.
Accompanying drawing 3 is policy enforcement procedure figure.
Embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
The present invention proposes a kind of SMI-S based on Autonomic computing and stores system for unified management, and as shown in accompanying drawing 1, Fig. 2, Fig. 3, its structure comprises self-discipline administration and supervision authorities, SMI-S administration and supervision authorities, the Provider layer that order is arranged, wherein:
Self-discipline administration and supervision authorities connect SMI-S client, are responsible for the decision-making of completion system and the response to SMI-S client-requested, and it is made up of service management module and self-discipline operating strategy storehouse two parts; Request is carried out CIM/XML coding by SMI-S client, service management module is passed to by http protocol, service management module accepts request, the CIM/XML data received are resolved, from policy library, select suitable strategy according to request type, the correlation module called in SMI-S Object Management group layer is finished the work and result is returned to SMI-S client;
SMI-S Object Management group layer is arranged between self-discipline administration and supervision authorities and Provider layer, be made up of CIM Object Manager CIMOM and CIM pattern base, CIMOM is responsible for safeguarding CIM pattern base, and providing one to access the common interface collection of Managed Object for SMI-S client, the CIM realized on HTTP operation and CIM/XML coding operates; CIMOM manages CIM pattern base, realizes the conversion of CIM/XML data to CIM object, and performs request to following SMI-S Provider transmission decision-making; Management object MOF file layout definition, is compiled as XML file by MOF compiler, leaves in CIM pattern base; All request access to Managed Object, first inquire about the class definition that whether there is Managed Object in CIM pattern base, when CIM pattern base exists the class definition of Managed Object, could manage Managed Object;
Provider layer, i.e. SMI-S accommodating layer, external storage equipment, provides and connects and the standard interface of managing memory apparatus; SMI-S Provider is responsible for the CIM operation in the managed resource of actual treatment, and provide CIM interface and specific to resource interface between mapping, this mapping comprises the realization that the CIM for fixed managed resource operates.
Based on said system, wherein the mentality of designing of each module is as follows: Autonomic computing system should be able to carry out self-configuration, self-regeneration, self-optimization and self-protection.For reaching these features, system should comprise self-testing mechanism, namely initiatively finds storage device error state and can take appropriate measures to repair.The monitoring mechanism that model adopts SMI-S to provide, reaches the object that system oneself detects.In addition in order to complete various configuration and repair action, devising policy enforcement module, utilizing the operation that it has come memory device.Concrete module composition as shown in Figure 2.
Below the function of module each several part is further elaborated:
1. service management module.
Service management module is the dispatching center of SMI-S service end system of the present invention, completes the response to SMI-S client-requested, request instruction parsing, decision-making and request and distributes.SMI-S client sends various CIM to service management module and asks, the operation such as startup, stopping of the acquisition of resource related information as managed in memory device, amendment, equipment, service management module accepts request, analysis request instruction type, if the managed resource information of memory device obtains or modify instruction, then call managed resource information management module and complete this request; If the practical operation to memory device, then regulative strategy execution module completes this request.
2. equipment monitors module.
Equipment monitors the state that module monitors memory device, if storage device status changes, just sends the notice of storing device information change to managed resource information management module, upgrades corresponding CIM pattern base.It is the key modules realizing memory device oneself detection that equipment monitors module.The principle monitored realizes the SMI-S that SMI-S provides to monitor interface, obtains event notice, complete corresponding operation according to event type when corresponding event occurs.
3. resource information management module.
The relevant information of the managed resource of resource information management module access memory device, such as storage device status information, receives the event notice monitoring module from equipment, upgrades CIM pattern base according to storing device information change.If storage device status occurs abnormal, then send event notice to service management module, service management module regulative strategy execution module selects suitable strategy from policy library, resource information management module accepts the operation requests from policy enforcement module, calls corresponding SMI-S Provider and performs an action.
4. policy enforcement module.
Policy enforcement module chooses suitable strategy according to fault type from Autonomic computing policy library, strategy is resolved into operation requests sequence, operation requests is sent to resource information management module, completes actual mutual with memory device by resource information management module.
Treatment scheme.
When breaking down for dual control memory device controller below, opposite terminal controller is taken over and is described concrete treatment scheme:
Equipment monitors module monitors to dual control storage device controller fault generation event SMI-S Event, obtains fault object example SMI-S Instance from event, obtains the SMI-S overall identification ObjectPath of failed controller, confirms the source of trouble.
Equipment monitors module according to the SMI-S overall identification ObjectPath of failed controller, calls resource information module from CIM pattern base, obtains the state of failed controller and the type of fault, result is sent to policy enforcement module by service management module.
Policy enforcement module failure judgement type, if controller failure, calls the SMI-S overall identification ObjectPath that resource information module obtains opposite terminal controller from CIM pattern base.
Policy enforcement module is called resource information module and is sent decision-making to corresponding SMI-S Provider and performs request, and the resource take-over module of startup opposite terminal controller is taken over and operated in resource on failed controller or service.
Process terminates.
The realization of Autonomic computing feature.
One, the self-discipline based on strategy manages.
Self-discipline management system will have the functions such as Self-Test Diagnostics, self-configuration, self-regeneration to meet Autonomic computing feature, in design of the present invention, relies on strategy to carry out the realization of these functions.Policy library leaves in self-discipline administration and supervision authorities, and wherein have recorded the information of All Policies, each strategy defines condition and the action of strategy execution, to send event notice when condition is set up, system carries out condition judgment, when condition occurs, and the action executing in notification strategy.Using strategy to make to have nothing to do to the management of memory device and vendor equipment type, is the key of heterogeneous storage network resource management.The implementation of strategy as shown in Figure 3.
Two, based on the tactical management of priority.
If the conditional definition of multiple strategy is identical in self-discipline operating strategy storehouse, then there will be the problem of the action executing according to which strategy definition when this condition occurs.The mode that the present invention is adopted as each strategy definition priority solves this problem, carrys out implementation strategy according to the height of priority; When priority is identical, order strategically performs successively.
Above-mentioned embodiment is only concrete case of the present invention; scope of patent protection of the present invention includes but not limited to above-mentioned embodiment; that any a kind of SMI-S based on Autonomic computing according to the invention stores claims of system for unified management and the those of ordinary skill of any described technical field, to its suitable change done or replacement, all should fall into scope of patent protection of the present invention.

Claims (3)

1. the SMI-S based on Autonomic computing stores a system for unified management, it is characterized in that, its structure comprises self-discipline administration and supervision authorities, SMI-S administration and supervision authorities, the Provider layer that order is arranged, wherein:
Self-discipline administration and supervision authorities connect SMI-S client, are responsible for the decision-making of completion system and the response to SMI-S client-requested, and it is made up of service management module and self-discipline operating strategy storehouse two parts; Request is carried out CIM/XML coding by SMI-S client, service management module is passed to by http protocol, service management module accepts request, the CIM/XML data received are resolved, from policy library, select suitable strategy according to request type, the correlation module called in SMI-S Object Management group layer is finished the work and result is returned to SMI-S client;
SMI-S Object Management group layer is arranged between self-discipline administration and supervision authorities and Provider layer, be made up of CIM Object Manager CIMOM and CIM pattern base, CIMOM is responsible for safeguarding CIM pattern base, and providing one to access the common interface collection of Managed Object for SMI-S client, the CIM realized on HTTP operation and CIM/XML coding operates; CIMOM manages CIM pattern base, realizes the conversion of CIM/XML data to CIM object, and performs request to following SMI-S Provider transmission decision-making; Management object MOF file layout definition, is compiled as XML file by MOF compiler, leaves in CIM pattern base; All request access to Managed Object, first inquire about the class definition that whether there is Managed Object in CIM pattern base, when CIM pattern base exists the class definition of Managed Object, could manage Managed Object;
Provider layer, i.e. SMI-S accommodating layer, external storage equipment, provides and connects and the standard interface of managing memory apparatus; SMI-S Provider is responsible for the CIM operation in the managed resource of actual treatment, and provide CIM interface and specific to resource interface between mapping, this mapping comprises the realization that the CIM for fixed managed resource operates.
2. a kind of SMI-S based on Autonomic computing according to claim 1 stores system for unified management, it is characterized in that, described service management module is the dispatching center of described SMI-S service end, completes the response to SMI-S client-requested, request instruction parsing, decision-making and request and distributes; SMI-S client sends CIM request to service management module, this CIM request comprises that service management module accepts request, analysis request instruction type, when this CIM asks for the managed resource information of memory device obtains or modify instruction, then to call managed resource information management module and complete this request; When the practical operation that this CIM request is to memory device, then regulative strategy execution module completes this request;
Described Provider layer is also provided with resource information management module, equipment monitors module, policy enforcement module, wherein
Equipment is monitored module and is monitored storage device status, and realize memory device oneself and detect, when storage device status changes, this module sends the notice of storing device information change to managed resource information management module, upgrades corresponding CIM pattern base;
The relevant information of the managed resource of resource information management module access memory device, this relevant information comprises storage device status information, receives the event notice monitoring module from equipment, upgrades CIM pattern base according to storing device information change; When storage device status occurs abnormal, event notice is sent to service management module, service management module regulative strategy execution module selects suitable strategy from policy library, resource information management module accepts the operation requests from policy enforcement module, calls corresponding SMI-S Provider and performs an action;
Policy enforcement module chooses suitable strategy according to fault type from CIM pattern base, strategy is resolved into operation requests sequence, operation requests is sent to resource information management module, completes with memory device mutual by resource information management module.
3. a kind of SMI-S based on Autonomic computing according to claim 1 and 2 stores system for unified management, and it is characterized in that, when certain controller breaks down, the detailed process that opposite terminal controller is taken over is:
Equipment monitors module monitors to dual control storage device controller fault generation event, obtains fault object example from event, obtains the SMI-S overall identification of failed controller, confirms the source of trouble;
Equipment monitors module according to the SMI-S overall identification of failed controller, calls resource information module from CIM pattern base, obtains the state of failed controller and the type of fault, result is sent to policy enforcement module by service management module;
Policy enforcement module failure judgement type, if controller failure, calls the SMI-S overall identification that resource information module obtains opposite terminal controller from CIM pattern base;
Policy enforcement module is called resource information module and is sent decision-making to corresponding SMI-S Provider and performs request, and the resource take-over module of startup opposite terminal controller is taken over and operated in resource on failed controller or service;
Process terminates.
CN201510013621.8A 2015-01-12 2015-01-12 SMI-S storage unified management system based on autonomic computing Pending CN104580221A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106339297A (en) * 2016-09-14 2017-01-18 郑州云海信息技术有限公司 Method and system for warning failures of storage system in real time
US9596135B1 (en) 2016-08-31 2017-03-14 Red Hat, Inc. Configuring new nodes for using a storage system managed by a unified storage manager
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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CN106339297A (en) * 2016-09-14 2017-01-18 郑州云海信息技术有限公司 Method and system for warning failures of storage system in real time
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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Application publication date: 20150429