CN105450739A - Monitoring and managing method for storage resource off-site and synchronous sharing in storage dual-active environment - Google Patents
Monitoring and managing method for storage resource off-site and synchronous sharing in storage dual-active environment Download PDFInfo
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- CN105450739A CN105450739A CN201510781063.XA CN201510781063A CN105450739A CN 105450739 A CN105450739 A CN 105450739A CN 201510781063 A CN201510781063 A CN 201510781063A CN 105450739 A CN105450739 A CN 105450739A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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- 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
- H04L41/02—Standardisation; Integration
- H04L41/0246—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols
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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
- H04L41/0803—Configuration setting
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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
- H04L41/22—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks comprising specially adapted graphical user interfaces [GUI]
Abstract
Provided is a monitoring and managing method for storage resource off-site and synchronous sharing in a storage dual-active environment, comprising the steps of building a monitoring and managing system, connecting the monitoring and managing system to a resource assembly in which storage resources are stored and initializing the monitoring and managing system, and using the monitoring and managing system to monitor and manage the storage resources. The beneficial effects are as follows: monitoring and managing of storage resource off-site and synchronous sharing in a storage dual-active environment is the basis of business system construction based on a resource sharing platform; through monitoring and managing of the whole system, a data support is constructed systemically for the upper business system; and based on the monitoring and managing data accumulated by the tool, the maintenance means of storage resource off-site and synchronous sharing in a storage dual-active environment can be improved consistently, and beneficial supplement is provided for operation and maintenance management of two-place and three-center construction of the State Grid Corporation of China.
Description
Technical field
The invention belongs to Enterprise Informatization Technology field, particularly relate to a kind of monitoring and control method storing storage resources strange land under dual-active environment and synchronously share.
Background technology
Under the overall background that server virtualization technology is constantly ripe, the IT worker of modern enterprise has turned one's attention to network and storage one after another, for the persistent service using the Storage Virtualization gateway technique based on " with city dual-active " to realize information system.Dual-active pattern is adopted to carry out information system storage resources, the highest level disaster tolerance that data loss rate is low, switch speed fast, elimination switches trap, data zero are lost and remote cluster is supported can be realized, resource utilization ratio can be improved to a great extent, for business stability development is made contributions.
Under the system based on storage dual-active technology, system becomes increasingly sophisticated, conceals bottom fault simultaneously.But the running status of Information system is extremely important for operation management, and therefore deposit in case in fault tolerant mechanism, system monitoring and management become particularly important comprehensively.But the monitoring running state of system comparatively disperses at present, based on the monitoring of autonomous device, lack entire system monitoring and management tool, there is following defect:
1, monitoring dispersion, many plant equipment are independently monitored, and use independently monitoring tool separately, lack whole monitoring.System cloud gray model overall picture cannot be grasped;
2, professional technique Capability Requirement is higher, needs possess the higher effective analytical system running status of professional technique ability ability and carry out daily management to whole system;
3, monitoring resource only monitors autonomous device, fails to carry out system monitoring from entirety, can not effectively integrate the state of multiple link, have larger limitation.
4, the multiple logical block management of system possesses dependence, does not possess entire system managerial ability.
By this instrument, as a whole with integration system, predetermined system module and level, setting incidence relation and parameter index, setting up with total system is the whole monitoring system specification of monitoring target, whole system system running state, runnability, and the interactive performance between each logic module changes sustainable tracking, accumulates based on historical knowledge, measurable system later stage state trajectory, early warning ahead of time.This instrument provides logic-based dependence to manage, and provides visual, the automatic management tool of procedure, is combined the knowledge base progressively accumulated by this instrument, realizes the high stability of system, high maintainability, high security, high-performance.
Summary of the invention
In order to solve the problem, the object of the present invention is to provide a kind of monitoring and control method storing storage resources strange land under dual-active environment and synchronously share.
In order to achieve the above object, the monitoring and control method that under storage dual-active environment provided by the invention, storage resources strange land is synchronously shared comprises the following step carried out in order:
Step 1) set up Monitoring and management system;
Described Monitoring and management system mainly comprises system monitoring device, Monitoring Data processing unit, Monitoring Data exhibiting device, system management facility and management final controlling element;
Step 2) above-mentioned Monitoring and management system is connected with the resource component storing storage resources and initialization Monitoring and management system;
Each is stored the resource component management interface of storage resources share in different areas system and the IP network of a network interface and above-mentioned Monitoring and management system under dual-active environment interconnected, SNMP, SMI-S, Syslog parameter of the storage resources of configuration store in resource component and server disposition Agent, open the telnet/ssh service of storage resources; Each subobject of initialization storage resources on Monitoring and management system; Monitoring Data exhibiting device sets up service view, by setting up resource object, initialization object base attribute, comprises device name, deployed with devices position, equipment manufacturer, unit type, device management parameters, other adeditive attributes of equipment, based on topological establishing resource incidence relation;
Step 3) utilize above-mentioned Monitoring and management system to carry out monitoring and control to storage resources;
Start Monitoring and management system, and utilize this system cycle to gather the information of storage resources by system monitoring device.
In step 3) in, the described above-mentioned Monitoring and management system that utilizes comprises to the method that storage resources carries out monitoring and control the following step carried out in order:
Step 3.1) storage resources information gathering; System monitoring device is periodically by adapter SMI-SAgent, and SNMPAgent, SysLogAgent, HostAgent gather the data of storage resources; The laggard formatting lines process of data acquisition success, generate XML file, and sending to Monitoring Data processing unit, the data content of transmission comprises the object of data acquisition, acquisition time, the type of collection, the result of collection, resource object title, collection time started, collection end time, acquisition operations type, acquisition operations result, image data content, acquisition operations mode;
Step 3.2) data that system monitoring device sends carry out resolving, changing and be stored into database by Monitoring Data processing unit, and trigger Monitoring Data exhibiting device simultaneously and refresh display data; Monitoring Data processing unit according to comprising acquisition target device type, acquisition operations type, the information to gather batch carries out auto-associating, merger, extraction indication information to image data, and carries out association analysis based on data historian Monitoring Data;
Step 3.3) Monitoring Data that provides based on Monitoring Data processing unit of Monitoring Data exhibiting device, configure in conjunction with initial service, build the graphical topology exhibits based on business, business topology view can switch to resource view, then provides the basic running status displaying of each storage resources, performance state is shown and equipment alarm is reminded; Monitoring Data exhibiting device can based on multiple theme generating report forms data, and in conjunction with the early warning of historical data generation system and system recommendations;
Step 3.4) when Monitoring Data processing unit based on the Data Analysis that system monitoring device transmits go out the equipment alarm of storage resources, system mistake and the performance degradation situation based on historical data analysis time, whether the automatic trigger event service of system, enter system management view to system manager's prompting; After system manager selects to enter administration view, event code is sent to system management facility by event service module by Monitoring Data processing unit;
Step 3.5) system management facility receive Monitoring Data processing unit submit to event code after, automatic retrieval system presets management, carry out managerial fit, if the match is successful, system is automatically opened and is graphically pointed out management function, to point out out operating procedure and points for attention, if system management facility is judged to complete by automatic operation, whether prompt system administrative staff carry out automation mechanized operation; When system manager determines to carry out automation mechanized operation, management object information and bookkeeping target to encapsulate through XML file by triggering administration module and to be distributed to management final controlling element by system management facility;
Step 3.5) management final controlling element receive system management facility distribution management role after, resolve assignment file, call preset instructions storehouse, by SSH/Telnet/SMI-S agreement and HostAgent, bookkeeping is performed to storage resources, and process supervisory instruction execution result.
The effect of the monitoring and control method that storage resources strange land is synchronously shared under storage dual-active environment provided by the invention:
Storing the monitoring and control synchronously shared in storage resources strange land under dual-active environment is the basis built based on the operation system of resource sharing platform.By the monitoring and control of whole system, it is the construction data supporting of upper-layer service service system.Meanwhile, the monitoring accumulated by this instrument and management data, constantly can improve the maintenance service that the storage resources strange land under storage dual-active environment is synchronously shared, for the operation management of State Grid Corporation of China two places three center construction provides useful supplement.
Accompanying drawing explanation
The Monitoring and management system logical schematic that the monitoring and control method that Fig. 1 synchronously shares for storage resources strange land under storage dual-active environment provided by the invention adopts.
Fig. 2 is monitoring and control method flow diagram in the monitoring and control method that under storage dual-active environment provided by the invention, storage resources strange land is synchronously shared.
Embodiment
Below in conjunction with the drawings and specific embodiments, the asynchronous shared monitoring and control method of storage resources under storage dual-active environment provided by the invention is described in detail.
Under storage dual-active environment provided by the invention, the asynchronous shared monitoring and control method of storage resources comprises the following step carried out in order:
Step 1) set up Monitoring and management system;
Set up Monitoring and management system as shown in Figure 1, it mainly comprises system monitoring device 1, Monitoring Data processing unit 2, Monitoring Data exhibiting device 3, system management facility 4 and management final controlling element 5, wherein system monitoring device 1 is by adapter SMI-SAgent, SNMPAgent, SysLogAgent, HostAgent obtains monitoring target and stores and virtual gateway, optical fiber switch, the running status of server, Link State, Disk State, performance parameter, the information such as daily record alarm also send to Monitoring Data processing unit 2, data associate by Monitoring Data processing unit 2, merger, combing, integrate and store, and data processed result is shown by Monitoring Data exhibiting device 3, show that content is with service topology form, data comprise system basic status and show, performance is shown, figure fault warning etc.When data processing equipment 2 finds the event needing to carry out system management operation after data processing, event to be processed need be dealt into system management facility 4 by Event Service request, system management facility 4 carries out triggering management according to event request data according to default bookkeeping, and system management operation object, bookkeeping target are distributed to management final controlling element 5, management final controlling element 5 performs instruction according to preset instructions storehouse order.
Described system monitoring device 1 can be divided into following four classes according to the type of the storage resources 6 as monitored target, because class monitoring target every in actual moving process all exists Multiple Type entity, therefore according to the difference of monitoring target, can there is change in the parameter of actual monitoring.
First kind monitoring target is virtualization storage gateway, and the main rear end that gathers stores information and stores LUN, the binding relationship, the consumption of virtualization storage gateway resource, virtualization storage gateway daily record alarm etc. that store LUN, storage resource utilization rate, virtual chains of gateways line state, virtual gateway storage cluster node state; Rear end stores information and stores LUN, rear end storage resource consumption, rear end storing daily record alarm, rear end storage link active state, utilization ratio of storage resources.
Equations of The Second Kind monitoring target is back end storage system, and main collection stores essential information, stores LUN information, stores link active state, utilization ratio of storage resources, storing daily record warning information.
3rd class monitoring target is optical fiber switch, main collection optical fiber switch essential information, Interface status, interface rate, packet forwarding rate, interface link state.
4th class monitoring target is server, main acquisition server disk running status, disk space utilance, disk Link State, the alarm of disk correlation log, uses the operation system process status of storage resources.
Step 2) above-mentioned Monitoring and management system is connected with the resource component storing storage resources and initialization Monitoring and management system;
Each is stored resource component (storage, virtual gateway, optical fiber switch, the server) management interface of storage resources share in different areas system and the IP network of a network interface and above-mentioned Monitoring and management system under dual-active environment interconnected, SNMP, SMI-S, Syslog parameter of the storage resources 6 of configuration store in resource component and server disposition Agent, open the telnet/ssh service of storage resources 6.Each subobject of initialization storage resources 6 on Monitoring and management system; Monitoring Data exhibiting device 3 sets up service view, by setting up resource object (store containing storage gateway, rear end, store link, optical fiber switch, server, operation system), initialization object base attribute, comprise device name, deployed with devices position, equipment manufacturer, unit type, device management parameters, other adeditive attributes of equipment etc., based on topological establishing resource incidence relation;
Step 3) utilize above-mentioned Monitoring and management system to carry out monitoring and control to storage resources;
Start Monitoring and management system, and utilize this system cycle to gather the information of storage resources 6 by system monitoring device 1.
As shown in Figure 2, in step 3) in, the described above-mentioned Monitoring and management system that utilizes comprises to the method that storage resources carries out monitoring and control the following step carried out in order:
Step 3.1) storage resources information gathering; System monitoring device 1 is periodically by adapter SMI-SAgent, and SNMPAgent, SysLogAgent, HostAgent gather the data of storage resources 6; The laggard formatting lines process of data acquisition success, generate XML file, and sending to Monitoring Data processing unit 2, the data content of transmission comprises the object of data acquisition, acquisition time, the type of collection, the result of collection, resource object title, collection time started, collection end time, acquisition operations type, acquisition operations result, image data content, acquisition operations mode;
Step 3.2) data that sent by system monitoring device 1 of Monitoring Data processing unit 2 carry out resolving, changing and be stored into database, trigger Monitoring Data exhibiting device 3 simultaneously and refresh display data; Monitoring Data processing unit 2 according to comprising acquisition target device type, acquisition operations type, the information to gather batch carries out auto-associating, merger, extraction indication information to image data, and carries out association analysis based on data historian Monitoring Data;
Step 3.3) Monitoring Data that provides based on Monitoring Data processing unit 2 of Monitoring Data exhibiting device 3, configure in conjunction with initial service, build the graphical topology exhibits based on business, business topology view can switch to resource view, then provides the basic running status displaying of each storage resources 6, performance state is shown and equipment alarm is reminded.Monitoring Data exhibiting device 3 can based on multiple theme generating report forms data, and in conjunction with the early warning of historical data generation system and system recommendations;
Step 3.4) when Monitoring Data processing unit 2 based on the Data Analysis that system monitoring device 1 transmits go out the equipment alarm of storage resources 6, system mistake and the performance degradation situation based on historical data analysis time, whether the automatic trigger event service of system, enter system management view to system manager's prompting; After system manager selects to enter administration view, event code is sent to system management facility 4 by event service module by Monitoring Data processing unit 2;
Step 3.5) system management facility 4 receive Monitoring Data processing unit 2 submit to event code after, automatic retrieval system presets management, carry out managerial fit, if the match is successful, system is automatically opened and is graphically pointed out management function, to point out out operating procedure and points for attention, if system management facility 4 is judged to complete by automatic operation, whether prompt system administrative staff carry out automation mechanized operation; When system manager determines to carry out automation mechanized operation, management object information and bookkeeping target encapsulates through XML file and are distributed to manage final controlling element 5 by triggering administration module by system management facility 4;
Step 3.5) management final controlling element 5 receive system management facility 4 distribute management role after, resolve assignment file, call preset instructions storehouse, by SSH/Telnet/SMI-S agreement and HostAgent, bookkeeping is performed to storage resources 6, and process supervisory instruction execution result.
Based on monitoring and the management of storage resources share in different areas under the storage dual-active environment of above method, can solve and store at present system state monitoring function singleness under dual-active complex environment, dispersion; System management flow process is complicated, higher to technical requirement, and occurs misoperation problem occurred frequently.Based on the monitoring solution of integration, the monitoring of stratification can be carried out based on operation system level, be convenient to control state and the performance information that storage resources shares stage construction multi-angle comprehensively.Based on procedure, the automated and semi-automatic management that stylizes, reduce artificial incorrect operation, minimizing system is excessively shut down, and reduces failure rate.Improve system monitoring and management quality.
Claims (2)
1. store the monitoring and control method that storage resources strange land under dual-active environment is synchronously shared, it is characterized in that: described monitoring and control method comprises the following step carried out in order:
Step 1) set up Monitoring and management system;
Described Monitoring and management system mainly comprises system monitoring device (1), Monitoring Data processing unit (2), Monitoring Data exhibiting device (3), system management facility (4) and management final controlling element (5);
Step 2) above-mentioned Monitoring and management system is connected with the resource component storing storage resources and initialization Monitoring and management system;
Each is stored the resource component management interface of storage resources share in different areas system and the IP network of a network interface and above-mentioned Monitoring and management system under dual-active environment interconnected, SNMP, SMI-S, Syslog parameter of the storage resources of configuration store in resource component (6) and server disposition Agent, open the telnet/ssh service of storage resources (6); Each subobject of initialization storage resources (6) on Monitoring and management system; Monitoring Data exhibiting device (3) sets up service view, by setting up resource object, initialization object base attribute, comprise device name, deployed with devices position, equipment manufacturer, unit type, device management parameters, other adeditive attributes of equipment, based on topological establishing resource incidence relation;
Step 3) utilize above-mentioned Monitoring and management system to carry out monitoring and control to storage resources;
Start Monitoring and management system, and utilize this system cycle to gather the information of storage resources (6) by system monitoring device (1).
2. the monitoring and control method that under storage dual-active environment according to claim 1, storage resources strange land is synchronously shared, it is characterized in that: in step 3) in, the described above-mentioned Monitoring and management system that utilizes comprises to the method that storage resources carries out monitoring and control the following step carried out in order:
Step 3.1) storage resources information gathering; System monitoring device (1) is periodically by adapter SMI-SAgent, and SNMPAgent, SysLogAgent, HostAgent gather the data of storage resources (6); The laggard formatting lines process of data acquisition success, generate XML file, and sending to Monitoring Data processing unit (2), the data content of transmission comprises the object of data acquisition, acquisition time, the type of collection, the result of collection, resource object title, collection time started, collection end time, acquisition operations type, acquisition operations result, image data content, acquisition operations mode;
Step 3.2) data that system monitoring device (1) sends carry out resolving, changing and be stored into database by Monitoring Data processing unit (2), and trigger Monitoring Data exhibiting device (3) simultaneously and refresh display data; Monitoring Data processing unit (2) according to comprising acquisition target device type, acquisition operations type, the information to gather batch carries out auto-associating, merger, extraction indication information to image data, and carries out association analysis based on data historian Monitoring Data;
Step 3.3) Monitoring Data that provides based on Monitoring Data processing unit (2) of Monitoring Data exhibiting device (3), configure in conjunction with initial service, build the graphical topology exhibits based on business, business topology view can switch to resource view, then provides the basic running status displaying of each storage resources (6), performance state is shown and equipment alarm is reminded; Monitoring Data exhibiting device (3) can based on multiple theme generating report forms data, and in conjunction with the early warning of historical data generation system and system recommendations;
Step 3.4) when Monitoring Data processing unit (2) based on the Data Analysis that system monitoring device (1) transmits go out the equipment alarm of storage resources (6), system mistake and the performance degradation situation based on historical data analysis time, whether the automatic trigger event service of system, enter system management view to system manager's prompting; After system manager selects to enter administration view, event code is sent to system management facility (4) by event service module by Monitoring Data processing unit (2);
Step 3.5) after system management facility (4) receives the event code that Monitoring Data processing unit (2) submits to, automatic retrieval system presets management, carry out managerial fit, if the match is successful, system is automatically opened and is graphically pointed out management function, to point out out operating procedure and points for attention, if system management facility (4) is judged to complete by automatic operation, whether prompt system administrative staff carry out automation mechanized operation; When system manager determines to carry out automation mechanized operation, management object information and bookkeeping target encapsulates through XML file and are distributed to manage final controlling element (5) by triggering administration module by system management facility (4);
Step 3.5) after management final controlling element (5) receives the management role that system management facility (4) distributes, resolve assignment file, call preset instructions storehouse, by SSH/Telnet/SMI-S agreement and HostAgent, bookkeeping is performed to storage resources (6), and process supervisory instruction execution result.
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