CN106844140A - A kind of monitoring method based on SCOM - Google Patents
A kind of monitoring method based on SCOM Download PDFInfo
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- CN106844140A CN106844140A CN201611189983.3A CN201611189983A CN106844140A CN 106844140 A CN106844140 A CN 106844140A CN 201611189983 A CN201611189983 A CN 201611189983A CN 106844140 A CN106844140 A CN 106844140A
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- scom
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3003—Monitoring arrangements specially adapted to the computing system or computing system component being monitored
- G06F11/3034—Monitoring arrangements specially adapted to the computing system or computing system component being monitored where the computing system component is a storage system, e.g. DASD based or network based
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/32—Monitoring with visual or acoustical indication of the functioning of the machine
- G06F11/324—Display of status information
Abstract
The invention discloses a kind of monitoring method based on SCOM, comprise the following steps：Volume is divided in units of RAID groups, it is found that device module finds all of volume in units of RAID groups；The data model module in SCOM is called in timing；Data model module calls built-in script module and using each RAID group as data source；Filter module is divided each RAID group in units of rolling up；Volume after division and the monitored object for finding are corresponded, and by correspondence after roll into corresponding monitoring flow；Monitoring module extract successively monitoring flow in volume state and by SCOM consoles will monitoring flow in all of volume and volume status display out；The present invention can all show monitored all of volume.
Description
Technical field
The present invention relates to automatically-monitored technology, more particularly to a kind of monitoring method based on SCOM.
Background technology
SCOM is the abbreviation of Microsoft System Center Operations Manager, is microsoft system center
Action Manager.SCOM provides graphic interface, allows keeper to monitor server, the application being deployed in current network
System and client, failure present in monitoring objective computer and application program and the warning for producing.At present, SCOM is in monitoring
When the system and application program of non-Microsoft, the data that can only be obtained by script in third party's service are used as monitored object
Status data.
Because the queuing time-out time of SCOM script queues is 10 minutes, by test, by the use of script as monitored object
Data source, when the number of monitored object reaches more than 1000, SCOM cannot just obtain the shape of monitored object
State, so as to not reach the purpose of monitoring.When the monitored object on volume upper strata just reaches more than 1000, the monitoring of volume and volume lower floor
Object highest can be reached for 65000 or so.Current Microsoft and other storage manufacturers do not have and so utilize pin on a large scale
This as data source monitoring precedent.Therefore how by the use of script as data source, and script queue time-out is prevented so that will be by
The object of monitoring all shows the problem that exploitation storage SCOM management bags first have to solve that has become.
The content of the invention
The technical problems to be solved by the invention are directed to above-mentioned the deficiencies in the prior art and provide a kind of prison based on SCOM
Control system and method, this monitoring system and method based on SCOM can all show monitored all of volume.
To realize above-mentioned technical purpose, the technical scheme that the present invention takes is：
A kind of monitoring method based on SCOM, comprises the following steps：
Step 1：Volume is divided in units of RAID groups so as to be divided into multiple RAID groups；
Step 2：Construction finds device module, it is found that device module finds all of volume in units of RAID groups successively, it may be found that
Volume is used as monitored object, it may be found that device module finds the process of monitored object as monitoring flow successively；
Step 3：Construction timer module, regularly calls the data model module in SCOM；
Step 4：Data model module calls built-in script module, data model module to be obtained by the script in script module
All of RAID groups and using each RAID group as data source；
Step 5：Each RAID group in step 4 is divided and will by construction filter module, filter module in units of rolling up
Curly hair after division is sent in the discovery device module in step 2；
Step 6：It was found that the volume after device module will be divided in step 5 is corresponded with the monitored object in step 2, and will correspondence
Afterwards roll into corresponding monitoring flow；
Step 7：Construction monitoring module, monitoring module is extracted the state of the volume in monitoring flow and is incited somebody to action by SCOM consoles successively
The status display of all of volume and volume in monitoring flow is out.
It is described as further improved technical scheme of the present invention, including SCOM managers and monitored storage device
SCOM managers and monitored storage device are connected by virtual network；
Specifically include following steps：
Step 1：Monitored storage device is divided so as to be divided into multiple the volume for itself storing in units of RAID groups
RAID groups；
Step 2：Constructed on SCOM managers and find device module, it is found that device module finds monitored depositing successively by virtual network
The all of volume in units of RAID groups in storage equipment, find the volume that will be seen that of device module as monitored object and by itself according to
The secondary process for finding monitored object is used as monitoring flow；
Step 3：Timer module is constructed on SCOM managers, the data model module in SCOM is regularly called；
Step 4：Data model module calls built-in script module, and data model module is by the script in built-in script module
Be sent in monitored storage device by virtual network, script obtain the RAID groups in monitored storage device and by each
RAID groups feed back on SCOM managers successively as data source；
Step 5：Filter module is constructed on SCOM managers, each RAID group in step 4 is list to roll up by filter module
In the discovery device module that position is divided and the curly hair after division is sent in step 2；
Step 6：It was found that the volume after device module will be divided in step 5 is corresponded with the monitored object in step 2, and will correspondence
Afterwards roll into corresponding monitoring flow；
Step 7：Monitoring module is constructed on SCOM managers, monitoring module extracts the state of the volume in monitoring flow and leads to successively
Cross SCOM consoles will monitor flow in all of volume and volume status display out.
Used as further improved technical scheme of the present invention, the quantity of the RAID groups in the monitored storage device is more than
300。
Instant invention overcomes cause monitored volume can not be shown due to script queue time-out in the prior art
The defect come, also overcomes in the prior art before script queue is not timed-out, and the state of monitored volume can not be complete
The defect of full display, the present invention by the queuing object using each RAID group as script queue, the wherein volume in RAID groups
The number of quantity is unrestricted, therefore when the number of monitored object reaches more than 1000, SCOM is by the present invention
Method can obtain the state of monitored object so that script queue will not occur overtime phenomenon, the volume that this can be monitored
All shown by SCOM consoles.
Brief description of the drawings
Fig. 1 is workflow diagram of the invention.
Specific embodiment
Specific embodiment of the invention is further illustrated below according to Fig. 1：
Referring to Fig. 1, a kind of monitoring method based on SCOM, including SCOM managers and monitored storage device, the SCOM pipes
Reason device and monitored storage device are connected by virtual network；Specifically include following steps：
Step 1：Volume is divided in units of RAID groups so as to be divided into multiple RAID groups, RAID groups be RAID Group just
It is the set that multiple hard disk combinations get up, to realize more Large Copacity, the faster purpose such as read or write speed, more High redundancy,
Volume can be created on Raid Group；
Specifically, the storage device that is monitored is divided so as to be divided into multiple the volume for itself storing in units of RAID groups
RAID groups.
Step 2：Construction finds device module, it is found that device module finds all of volume in units of RAID groups successively, will send out
Existing volume is used as monitored object, it may be found that device module finds the process of monitored object as monitoring flow successively；
Specifically, constructed on SCOM managers and find device module, it is found that device module finds to be monitored successively by virtual network
The all of volume in units of RAID groups in storage device, find the volume that will be seen that of device module as monitored object and by itself
Find the process of monitored object as monitoring flow successively.
Step 3：Construction timer module, regularly calls the data model module in SCOM；
Specifically, timer module is constructed on SCOM managers, the data model module in SCOM is regularly called；Data model
Module is responsible for generating the data source of monitored object.
Step 4：Data model module calls built-in script module, and data model module is by the script in script module
Obtain all of RAID groups and using each RAID group as data source；
Specifically, data model module calls built-in script module, and data model module is by the pin in built-in script module
This is sent in monitored storage device by virtual network, script obtain the RAID groups in monitored storage device and by each
RAID groups feed back on SCOM managers successively as data source；Once generate the data conduct of all volumes in a RAID group
Data source, rather than data of the generation in units of rolling up every time as data source.It is right as the queuing of script queue using RAID groups
As.
Step 5：Construction filter module, filter module is divided each RAID group in step 4 in units of rolling up
And in the discovery device module that the curly hair after division is sent in step 2；
Specifically, filter module is constructed on SCOM managers, each RAID group in step 4 is list to roll up by filter module
In the discovery device module that position is divided and the curly hair after division is sent in step 2.
Step 6：It was found that the volume after device module will be divided in step 5 is corresponded with the monitored object in step 2, and will
Rolling into after correspondence monitor accordingly in flow.
Step 7：Construction monitoring module, monitoring module extracts the state of the volume in monitoring flow and by SCOM controls successively
Platform will monitor flow in all of volume and volume status display out.
Specifically, monitoring module is constructed on SCOM managers, monitoring module extracts the shape of the volume in monitoring flow successively
State and by SCOM consoles will monitor flow in all of volume and volume status display out.
The quantity of the RAID groups in the monitored storage device is more than 300.
The present invention operationally, goes back specific following operation principle：Distribution SCOM monitors environments are disposed first, in SCOM pipes
Imported in SCOM administration interfaces on reason device and store SCOM plug-in unit bags；Device module is found defined in SCOM plug-in unit bags, device is found
Module reads the registration table of All hosts in the current field, will be mounted with the main frame for storing monitoring programme as monitored main frame,
Monitored main frame is exactly monitored storage device described above, and the SCOM management programs in SCOM managers are supervised from trend
SCOM agencies are pushed and installed in control storage device；Timer module is constructed in SCOM plug-in unit bags and the hair of component is initiated in timing
Now with to component and monitoring, component herein refers to the volume in the RAID groups in monitored storage device, timer module
Call data model module, data model module that the script in built-in script module is pushed in monitored storage device
In SCOM agencies, it is responsible for collecting the RAID groups in monitored storage device by SCOM agencies；Script is by monitored storage
The storage monitoring programme installed in equipment sends the order of storage, so as to obtain all of component of storage（By discovery device module
Obtain）And component state（Obtained by monitoring module）And as monitored object and the Finding Object of discovery device；Script collection
SCOM management programs can be returned data to via SCOM agencies after complete data, SCOM management programs receive SCOM agencies and return
After the data returned, according to the filter module constructed in SCOM plug-in unit bags, each RAID group is divided in units of rolling up, will
During all of volume correctly distributes the corresponding monitoring flow found in device module in RAID groups, monitoring module can be automatically extracted
The state of corresponding volume, the attribute and state of volume will be SCOM by the correct SCOM consoles included on SCOM managers
On administration interface.
Protection scope of the present invention includes but is not limited to embodiment of above, and protection scope of the present invention is with claims
Be defined, any replacement being readily apparent that to those skilled in the art that this technology is made, deformation, improvement each fall within it is of the invention
Protection domain.
Claims (3)
1. a kind of monitoring method based on SCOM, it is characterised in that comprise the following steps：
Step 1：Volume is divided in units of RAID groups so as to be divided into multiple RAID groups；
Step 2：Construction finds device module, it is found that device module finds all of volume in units of RAID groups successively, it may be found that
Volume is used as monitored object, it may be found that device module finds the process of monitored object as monitoring flow successively；
Step 3：Construction timer module, regularly calls the data model module in SCOM；
Step 4：Data model module calls built-in script module, data model module to be obtained by the script in script module
All of RAID groups and using each RAID group as data source；
Step 5：Each RAID group in step 4 is divided and will by construction filter module, filter module in units of rolling up
Curly hair after division is sent in the discovery device module in step 2；
Step 6：It was found that the volume after device module will be divided in step 5 is corresponded with the monitored object in step 2, and will correspondence
Afterwards roll into corresponding monitoring flow；
Step 7：Construction monitoring module, monitoring module is extracted the state of the volume in monitoring flow and is incited somebody to action by SCOM consoles successively
The status display of all of volume and volume in monitoring flow is out.
2. the monitoring method based on SCOM according to claim 1, it is characterised in that including SCOM managers and monitored
Storage device, the SCOM managers and monitored storage device are connected by virtual network；
Specifically include following steps：
Step 1：Monitored storage device is divided so as to be divided into multiple the volume for itself storing in units of RAID groups
RAID groups；
Step 2：Constructed on SCOM managers and find device module, it is found that device module finds monitored depositing successively by virtual network
The all of volume in units of RAID groups in storage equipment, find the volume that will be seen that of device module as monitored object and by itself according to
The secondary process for finding monitored object is used as monitoring flow；
Step 3：Timer module is constructed on SCOM managers, the data model module in SCOM is regularly called；
Step 4：Data model module calls built-in script module, and data model module is by the script in built-in script module
Be sent in monitored storage device by virtual network, script obtain the RAID groups in monitored storage device and by each
RAID groups feed back on SCOM managers successively as data source；
Step 5：Filter module is constructed on SCOM managers, each RAID group in step 4 is list to roll up by filter module
In the discovery device module that position is divided and the curly hair after division is sent in step 2；
Step 6：It was found that the volume after device module will be divided in step 5 is corresponded with the monitored object in step 2, and will correspondence
Afterwards roll into corresponding monitoring flow；
Step 7：Monitoring module is constructed on SCOM managers, monitoring module extracts the state of the volume in monitoring flow and leads to successively
Cross SCOM consoles will monitor flow in all of volume and volume status display out.
3. the monitoring method based on SCOM according to claim 2, it is characterised in that in the monitored storage device
The quantity of RAID groups is more than 300.
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| CN201611189983.3A CN106844140B (en) | 2016-12-21 | 2016-12-21 | Monitoring method based on SCOM |
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|---|---|---|---|
| CN201611189983.3A CN106844140B (en) | 2016-12-21 | 2016-12-21 | Monitoring method based on SCOM |
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| CN106844140B CN106844140B (en) | 2020-05-26 |
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Granted publication date: 20200526 Termination date: 20211221 |