CN104486148A - Server recovery control method and device - Google Patents
Server recovery control method and device Download PDFInfo
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- CN104486148A CN104486148A CN201410734164.7A CN201410734164A CN104486148A CN 104486148 A CN104486148 A CN 104486148A CN 201410734164 A CN201410734164 A CN 201410734164A CN 104486148 A CN104486148 A CN 104486148A
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Abstract
The embodiment of the invention discloses a server recovery control method and device. The method comprises the following steps that use index information of a server on a production line is monitored; the server is evaluated according to the use index information of the server; if the evaluation result meets preset recovery conditions, the server is recovered. A target server to be scraped can be precisely found, the scraping recovery flow automation is realized, the manual intervention is reduced, the recovery timeliness is greatly improved, the life cycle operation of the server is accelerated, the reuse rate of resources in a machine frame position of the server is improved, and the operation cost is reduced.
Description
Technical field
The present invention relates to server technology field, be specifically related to a kind of server recycling and control method and device.
Background technology
Nowadays, the use of server is more and more extensive, and relate to all trades and professions, server brings many facilities to the live and work of people.
Along with a large amount of uses of server, some server because the reason such as length of service, working strength can not or by not competent work, need to keep in repair these servers in time or they are eliminated or use of lowering one's standard or status, to evade because machine breakdown causes risk, and the rack position resource of conservation of power resource and machine room.
In prior art, normally operation maintenance personnel is according to information such as server load conditions, and combination product line is to the information such as demand, server active time of server, and which server of artificial judgment can be scrapped, and regularly concentrates initiation undercarriage.
This mode manpower intervention is too much, and automaticity is low, poor in timeliness, needs to drop into more human cost, and can not meet efficiency requirements, simultaneously easily artificially omits, and causes a large amount of to treat that obsolete machine sky runs, wastes power resource and rack position resource.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of server recycling and control method and device, to realize controlling server the automatic recovery.
First aspect, embodiments provides a kind of server recycling and control method, comprising:
The service index information of the server on monitoring product line;
Service index information according to server is evaluated and tested described server, if described evaluation result meets preset recovering condition, is then reclaimed by described server.
Second aspect, the embodiment of the present invention additionally provides a kind of server recovery control device, comprising:
Indication information monitoring unit, the service index information of the server on monitoring product line;
Evaluation and test and recovery unit, evaluate and test described server for the service index information according to server, if described evaluation result meets preset recovering condition, then reclaimed by described server.
The embodiment of the present invention is by the service index information of the server on monitoring product line, according to described service index information, server is evaluated and tested, again according to evaluation result the automatic recovery server, server the automatic recovery can be realized, accurately can find target server to be scrapped, recovery process automation is scrapped in realization, decrease manpower intervention, the life cycle that is ageing, that accelerate server substantially increasing recovery operates, what improve server machine chord position resource reuses rate, reduces operation cost.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing the embodiment of the present invention is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the content of the embodiment of the present invention and these accompanying drawings.
Fig. 1 is the server recycling and control method flow chart described in the embodiment of the present invention one;
Fig. 2 is the server recycling and control method flow chart described in the embodiment of the present invention two;
Fig. 3 is the mutual schematic diagram of the server recycling and control method described in the embodiment of the present invention three;
Fig. 4 is the structured flowchart of the server recovery control device described in the embodiment of the present invention four;
Fig. 5 is the structured flowchart of the server recovery control device described in the embodiment of the present invention five.
Embodiment
The technical problem solved for making the present invention, the technical scheme of employing and the technique effect that reaches are clearly, be described in further detail below in conjunction with the technical scheme of accompanying drawing to the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those skilled in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Technical scheme of the present invention is further illustrated by embodiment below in conjunction with accompanying drawing.
Embodiment one
Fig. 1 is the server recycling and control method flow chart that the embodiment of the present invention one provides, the present embodiment is applicable to scraps by automation the situation that recovery process accurately finds target server to be scrapped, the method can perform for the server recovery control device realized server carries out in the server recovery system to be scrapped of the automatic recovery by being configured in, as shown in Figure 1, the server recycling and control method described in the present embodiment comprises:
The service index information of the server on S101, monitoring product line.
The service index information of server is used as the evaluation and test foundation of whether this server being scrapped to recovery by the technical scheme of the present embodiment.Wherein, can using the service index information of the cpu spike average utilization of server as server, or, also can using the service index information of the service life of the cpu spike average utilization of server and server as server, whether the described indication information according to server meets to described server the condition of scrapping is evaluated and tested.
Particularly, the service index information of server obtains by various ways, such as obtain the service index information of the server on product line by the mode of Real-Time Monitoring, also can obtain the service index information of the server on described product line from predetermined system.
S102, according to the service index information of server, described server to be evaluated and tested.
By last action obtain server service index information after, according to these indication informations evaluation and test server scrap recovery index.Such as, if the service index information of server only comprises the service index information of an aspect, then can directly evaluate and test according to this service index information, if the service index packets of information of server contains the service index information of two aspects or two or more aspect, then can evaluate and test these service index information respectively, or acquisition one evaluation and test PTS of first these service index information comprehensively being given a mark, such as carry out marking by weight proportion and obtain PTS, again this PTS is evaluated and tested, or two kinds of modes combine and evaluate and test.
S103, judge that whether described evaluation result meets and preset recovering condition, if then executable operations S104, otherwise executable operations S105.
Such as, default recovering condition is the server that active time exceedes certain time limit (such as 4 years), cpu spike average utilization is less than default cpu spike utilance threshold values and/or product-free line re-uses, then evaluation result meets the server of above-mentioned default recovering condition as server to be scrapped.
S104, then described server to be reclaimed, terminate.
Such as previous step obtains server inventory to be scrapped, then removed from server recovery system to be scrapped by the server info in described inventory, and indicates operation maintenance personnel to remove corresponding server to vacate rack position from corresponding rack position.
S105, not reclaim, terminate.
The present embodiment is by the service index information of the server on monitoring product line, according to described service index information, server is evaluated and tested, again according to evaluation result the automatic recovery server, server the automatic recovery can be realized, accurately can find target server to be scrapped, realize scrapping recovery process automation, decrease manpower intervention, the life cycle that is ageing, that accelerate server substantially increasing recovery operates, and what improve server machine chord position resource reuses rate, reduces operation cost.
Embodiment two
Fig. 2 is the server recycling and control method flow chart described in the embodiment of the present invention two, and as shown in Figure 2, the server recycling and control method described in the present embodiment comprises:
S201, determine that the peak traffic hours of described product line whole day is interval.
Peak traffic hours interval can be determined in several ways, such as can determine according to carrying out statistics to the index of server, also can determine according to the purposes of server and to the handling characteristics of application, or, also can determine that the whole day peak traffic hours of server is interval respectively by the characteristic of consumer products and consumer product.
S202, periodically obtain the cpu busy percentage peak value of described server in this peak traffic hours interval.
Such as, determine that whole day peak traffic hours is interval respectively by the characteristic of consumer products and consumer product, in this interval, gather the unit cpu data of a server every preset duration (such as 10 seconds).
S203, calculate the mean value of the cpu busy percentage peak value of described server in peak traffic hours interval.
The sample of whole day peak period, as a sample, is averaging by the maximum of getting these 60 data in every 10 minutes, as the interval peak averaging utilance in unit peak.
S204, judge described mean value whether continuously preset number of days be less than described pre-set threshold value, if then executable operations S205, otherwise executable operations S206.
Described mean value and pre-set threshold value are compared, when the continuous preset number of days of described mean value is less than described pre-set threshold value, then determines that described server meets and preset recovering condition.
Such as,
Wherein, T is that the rush hour of this machine is interval, and U is the interval peak averaging utilance in unit peak.
S205, then described server to be reclaimed.
S206, not reclaim.
The present embodiment is on the basis of embodiment one, specifically define the method that server is evaluated and tested, and default recovering condition, provide a kind of concrete server recycling and control method, accurately can find target server to be scrapped, realize scrapping recovery process automation, decrease manpower intervention, the life cycle that is ageing, that accelerate server greatly improving recovery operates, and that improves server machine chord position resource reuses rate, cuts operating costs.
Embodiment three
Fig. 3 is the mutual schematic diagram of the server recycling and control method described in the embodiment of the present invention three, and as shown in Figure 3, the server recycling and control method described in the present embodiment relates to operation maintenance personnel 310, server reclaims subsystem 320 and load monitoring subsystem 330.Wherein, described server recovery subsystem 320 and load monitoring subsystem 330 are two subsystems that the server recovery control device described in the present embodiment comprises.
The technical scheme of the present embodiment, by creating the data that comprise for recording the server info used of reaching the standard grade as aol server pond, reach the standard grade the data of the server info used as treating placed into service device pond and for the data that record the server info being used as backup and/or the test many services device pond as unified hot standby server pools for recording preparation.
Particularly, one can be set up to deposit make online at each product line and server info data aol server pond, often kind of business systems such as introduction goods (server), the server that temporarily rolls off the production line are set up one to treat placed into service device pond, full company can be shared a hot standby server pools of unification.
By monitoring the service index information of the server in described multiple server pools, according to described service index information, the server in described multiple server pools is evaluated and tested, then flow or undercarriage in described multiple server pools according to the server that evaluation result controls in described multiple server pools.
The specific implementation of such scheme can be multiple, such as obtain the service index information of the server in aol server pond, according to described service index information, the server in described aol server pond is evaluated and tested, determine doubtful idle server according to evaluation result;
The identification information of determined doubtful idle server is supplied to operation maintenance personnel, confirms idle server to make operation maintenance personnel according to the identification information of described doubtful idle machine;
The request that operation maintenance personnel deletes idle server if receive, then delete asked idle server information from aol server pond and add to and treat placed into service device pond;
Monitoring treats whether server in placed into service device pond meets first and preset and scrap condition, determines doubtfully to scrap server according to monitored results;
The determined doubtful identification information scrapping server is supplied to operation maintenance personnel, confirms to scrap server according to the described doubtful identification information scrapping server to make operation maintenance personnel;
The request that operation maintenance personnel degradation scraps server if receive, then scrap server info from treating to delete placed into service device pond and adding in unified hot standby server pools by asked;
Whether the server of the unified hot standby server pools of monitoring meets second is preset and scraps condition, according to monitored results determination undercarriage server.
Fig. 3 discloses a kind of concrete execution mode based on technique scheme by the mutual schematic diagram of server recycling and control method, wherein, the operation that server reclaims subsystem and the execution of load monitoring subsystem comprises S301-S309, and the operation that operation maintenance personnel performs comprises A301-A305.
It should be noted that, the technical scheme of the present embodiment is the service index information being obtained the server on product line by the mode of Real-Time Monitoring, by being distributed in server and reclaiming program on subsystem and load monitoring subsystem or hardware unit realizing.
Wherein, the operation that server reclaims subsystem execution comprises: S302, S303, S305, S306, S307, S308 and S309, and the operation that load monitoring subsystem performs comprises: S301 and S304.
Server recycling and control method described in the present embodiment comprises:
The load of server in server pools on S301, monitoring cable.
Namely by the service index information of server in load monitoring subsystem monitors aol server pond.
It should be noted that, the service index information of the present embodiment using the load of server as server illustrates, those skilled in the art can according to the particular content of the service index information of the concrete Limited service device of actual conditions, and the service index information of concrete server is at this and be not construed as limiting.
Such as, load monitoring subsystem is the default NOAH load monitoring subsystem in server recovery system, therefrom obtain the loading condition of server in aol server pond, by in the flow interval in rush hour of a day, cpu spike average utilization U is lower than 0.2, and the duration was more than the server of 15 days, be judged to be doubtful idle machine.
S302, analysis draw doubtful idle machine inventory, notice operation maintenance personnel.
Doubtful idle machine inventory is supplied to operation maintenance personnel reference by NOAH load monitoring subsystem.
After operation maintenance personnel receives described doubtful idle machine inventory, delete idle machine by operation A301 from aol server pond.
As being idle machine really, then server can be deleted by operation maintenance personnel from this product line, and the server of deletion can be put into and treat placed into service device pond, for other product lines in business system by server recovery subsystem constantly.
S303, deleted server is mounted to and treats placed into service device pond.
The server load that S304, monitoring are treated in placed into service device pond.
Server reclaims subsystem can monitor the server treated in placed into service device pond, for the server meeting condition of scrapping, automatically will remind operation maintenance personnel, and the function that a key undercarriage reclaims (interface is provided by rmc system), a key puts into unified hot standby server pools will be provided.
S305, server recovery subsystem judges whether to meet scraps time limit condition.
If then notify operation maintenance personnel, by operation A302, operation maintenance personnel determines whether server does not re-use, if, then can carry out operation A303 according to actual conditions to this server to trigger undercarriage or A304 and trigger and enter unified hot standby server pools, if what operation maintenance personnel triggered is operating as A304, then server recovery subsystem controls this server by S307 and enters unified hot standby server pools, is about to asked server info of scrapping and unifies in hot standby server pools from treating to delete placed into service device pond and adding to.
Judge not meet to scrap time limit condition if S305 server reclaims subsystem, then perform step S306 and judge that this server enters to treat that whether placed into service device pond is more than 30 days, control this server enter unified hot standby server pools if then perform S307.Judge whether this server meets by S308 and scrap time limit condition, if then perform step S309 automatically initiate undercarriage, undercarriage is scrapped, from system, delete the corresponding informance of this server, the operation of then being scrapped by A305 undercarriage by operation maintenance personnel is removed actual for this server rack position.
Those skilled in the art it should be explicitly made clear at this point, the present embodiment is to create the data of the server info comprised for recording use of reaching the standard grade as aol server pond, for recording the data of the server info preparing use of reaching the standard grade as treating placed into service device pond, and be example for the data recording the server info being used as backup and/or test as unified hot standby server pools three server pools, illustrate and according to the service index information of server, described server to be evaluated and tested, if described evaluation result meets preset recovering condition, then described server is carried out the concrete operations of reclaiming.The number of concrete establishment server pools and the concrete method described server evaluated and tested according to the service index information of server, if and described satisfied recovering condition of presetting does not do concrete restriction in the present embodiment, as long as accurately find target server to be scrapped in an automated manner by computer software, recovery process automation is scrapped in realization, manpower intervention can be decreased, the life cycle that is ageing, that accelerate server greatly improving recovery operates, that improves server machine chord position resource reuses rate, cuts operating costs.
Embodiment four
Fig. 4 is the structured flowchart of the server recovery control device described in the embodiment of the present invention four, and as shown in Figure 4, the server recovery control device described in the present embodiment comprises:
Indication information monitoring unit 410, the service index information of the server on monitoring product line;
Evaluation and test and recovery unit 420, evaluate and test described server for the service index information according to server, if described evaluation result meets preset recovering condition, then reclaimed by described server.
Further, described service index information comprises: the cpu spike average utilization of server, or described service index information comprises the cpu spike average utilization of server and the service life of server.
Further, described evaluation and test and recovery unit 420 specifically for:
Obtained the service index information of the server on product line by the mode of Real-Time Monitoring, or from predetermined system, obtain the service index information of the server on described product line.
Further, described indication information monitoring unit 410 specifically for:
Determine that the peak traffic hours of described product line whole day is interval;
The cpu busy percentage peak value of described server is periodically obtained in this peak traffic hours interval;
Described evaluation and test and recovery unit 420 specifically for:
Calculate the mean value of the cpu busy percentage peak value of described server in peak traffic hours interval, if described mean value meets preset recovering condition, then described server is reclaimed.
Further, described evaluation and test and recovery unit 420 specifically for:
Described mean value and pre-set threshold value are compared, when the continuous preset number of days of described mean value is less than described pre-set threshold value, then determines that described server meets and preset recovering condition.
Described device also comprises pretreatment unit further, before the operation of the service index information of the server on monitoring product line:
Create the data that comprise for recording the server info used of reaching the standard grade as aol server pond, reach the standard grade the data of the server info used as treating placed into service device pond and for the data that record the server info being used as backup and/or the test many services device pond as unified hot standby server pools for recording preparation;
Described indication information monitoring unit 410 specifically for:
Monitor the service index information of the server in described multiple server pools;
Described evaluation and test and recovery unit 420 specifically for:
According to described service index information, the server in described multiple server pools is evaluated and tested, flow or undercarriage in described multiple server pools according to the server that evaluation result controls in described multiple server pools.
Further, described indication information monitoring unit 410 and described evaluation and test and recovery unit 420 are specifically for the service index information obtaining the server in aol server pond, according to described service index information, the server in described aol server pond is evaluated and tested, determine doubtful idle server according to evaluation result;
The identification information of determined doubtful idle server is supplied to operation maintenance personnel, confirms idle server to make operation maintenance personnel according to the identification information of described doubtful idle machine;
The request that operation maintenance personnel deletes idle server if receive, then delete asked idle server information from aol server pond and add to and treat placed into service device pond;
Monitoring treats whether server in placed into service device pond meets first and preset and scrap condition, determines doubtfully to scrap server according to monitored results;
The determined doubtful identification information scrapping server is supplied to operation maintenance personnel, confirms to scrap server according to the described doubtful identification information scrapping server to make operation maintenance personnel;
The request that operation maintenance personnel degradation scraps server if receive, then scrap server info from treating to delete placed into service device pond and adding in unified hot standby server pools by asked;
Whether the server of the unified hot standby server pools of monitoring meets second is preset and scraps condition, according to monitored results determination undercarriage server.
The server recovery control device that the present embodiment provides can perform the server recycling and control method that the embodiment of the present invention one, embodiment two and embodiment three provide, and possesses the corresponding functional module of manner of execution and beneficial effect.
Embodiment five
Fig. 5 is the structured flowchart of the server recovery control device described in the embodiment of the present invention four, and as shown in Figure 5, the server recovery control device described in the present embodiment comprises:
Indication information monitoring unit 510, the service index information of the server on monitoring product line;
Evaluation and test and recovery unit 520, evaluate and test described server for the service index information according to server, if described evaluation result meets preset recovering condition, then reclaimed by described server;
Manual undercarriage processing unit 530, if the request for receiving operation maintenance personnel undercarriage server, then by asked undercarriage server info from treat placed into service device pond delete and asked server is defined as undercarriage server.
Further, described service index information comprises: the cpu spike average utilization of server, or described service index information comprises the cpu spike average utilization of server and the service life of server.
Further, described device also comprises pretreatment unit, before the operation of the service index information of the server on monitoring product line:
Create the data that comprise for recording the server info used of reaching the standard grade as aol server pond, reach the standard grade the data of the server info used as treating placed into service device pond and for the data that record the server info being used as backup and/or the test many services device pond as unified hot standby server pools for recording preparation;
Described indication information monitoring unit 510 specifically for:
Monitor the service index information of the server in described multiple server pools;
Described evaluation and test and recovery unit 520 specifically for:
According to described service index information, the server in described multiple server pools is evaluated and tested, flow or undercarriage in described multiple server pools according to the server that evaluation result controls in described multiple server pools.
Further, described indication information monitoring unit 510 and described evaluation and test and recovery unit 520 are specifically for the service index information obtaining the server in aol server pond, according to described service index information, the server in described aol server pond is evaluated and tested, determine doubtful idle server according to evaluation result;
The identification information of determined doubtful idle server is supplied to operation maintenance personnel, confirms idle server to make operation maintenance personnel according to the identification information of described doubtful idle machine;
The request that operation maintenance personnel deletes idle server if receive, then delete asked idle server information from aol server pond and add to and treat placed into service device pond;
Monitoring treats whether server in placed into service device pond meets first and preset and scrap condition, determines doubtfully to scrap server according to monitored results;
The determined doubtful identification information scrapping server is supplied to operation maintenance personnel, confirms to scrap server according to the described doubtful identification information scrapping server to make operation maintenance personnel;
The request that operation maintenance personnel degradation scraps server if receive, then scrap server info from treating to delete placed into service device pond and adding in unified hot standby server pools by asked;
Whether the server of the unified hot standby server pools of monitoring meets second is preset and scraps condition, according to monitored results determination undercarriage server.
The server recovery control device that the present embodiment provides can perform the server recycling and control method that the embodiment of the present invention one, embodiment two and embodiment three provide, and possesses the corresponding functional module of manner of execution and beneficial effect.
All or part of content in the technical scheme that above embodiment provides can be realized by software programming, and its software program is stored in the storage medium that can read, storage medium such as: the hard disk in computer, CD or floppy disk.
Note, above are only preferred embodiment of the present invention and institute's application technology principle.Skilled person in the art will appreciate that and the invention is not restricted to specific embodiment described here, various obvious change can be carried out for a person skilled in the art, readjust and substitute and can not protection scope of the present invention be departed from.Therefore, although be described in further detail invention has been by above embodiment, the present invention is not limited only to above embodiment, when not departing from the present invention's design, can also comprise other Equivalent embodiments more, and scope of the present invention is determined by appended right.
Claims (16)
1. a server recycling and control method, is characterized in that, comprising:
The service index information of the server on monitoring product line;
Service index information according to server is evaluated and tested described server, if described evaluation result meets preset recovering condition, is then reclaimed by described server.
2. server recycling and control method according to claim 1, it is characterized in that, described service index information comprises: the cpu spike average utilization of server, or described service index information comprises the cpu spike average utilization of server and the service life of server.
3. server recycling and control method according to claim 1, is characterized in that, the operation of the service index information of the server on monitoring product line specifically comprises:
Obtained the service index information of the server on product line by the mode of Real-Time Monitoring, or from predetermined system, obtain the service index information of the server on described product line.
4., according to the arbitrary described server recycling and control method of claim 1-3, it is characterized in that, the operation of the service index information of the server on monitoring product line specifically comprises:
Determine that the peak traffic hours of described product line whole day is interval;
The cpu busy percentage peak value of described server is periodically obtained in this peak traffic hours interval;
Service index information according to server specifically comprises the operation that described server is evaluated and tested:
Calculate the mean value of the cpu busy percentage peak value of described server in peak traffic hours interval.
5. server recycling and control method according to claim 4, is characterized in that, if described evaluation result meets preset recovering condition, then the operation that described server carries out reclaiming specifically is comprised:
Described mean value and pre-set threshold value are compared, when the continuous preset number of days of described mean value is less than described pre-set threshold value, then determines that described server meets and preset recovering condition.
6. server recycling and control method according to claim 1, is characterized in that, also comprises before the operation of the service index information of the server on monitoring product line:
Create the data that comprise for recording the server info used of reaching the standard grade as aol server pond, reach the standard grade the data of the server info used as treating placed into service device pond and for the data that record the server info being used as backup and/or the test many services device pond as unified hot standby server pools for recording preparation;
The operation of the service index information of the server on described monitoring product line specifically comprises:
Monitor the service index information of the server in described multiple server pools;
Service index information according to server is evaluated and tested described server, if described evaluation result meets preset recovering condition, then the operation that described server carries out reclaiming specifically is comprised:
According to described service index information, the server in described multiple server pools is evaluated and tested, flow or undercarriage in described multiple server pools according to the server that evaluation result controls in described multiple server pools.
7. server recycling and control method according to claim 6, it is characterized in that, monitor the service index information of the server in described multiple server pools, evaluate and test the server in described multiple server pools according to described service index information, the server controlled in described multiple server pools according to evaluation result flows in described multiple server pools or the operation of undercarriage specifically comprises:
Obtain the service index information of the server in aol server pond, according to described service index information, the server in described aol server pond is evaluated and tested, determine doubtful idle server according to evaluation result;
The identification information of determined doubtful idle server is supplied to operation maintenance personnel, confirms idle server to make operation maintenance personnel according to the identification information of described doubtful idle machine;
The request that operation maintenance personnel deletes idle server if receive, then delete asked idle server information from aol server pond and add to and treat placed into service device pond;
Monitoring treats whether server in placed into service device pond meets first and preset and scrap condition, determines doubtfully to scrap server according to monitored results;
The determined doubtful identification information scrapping server is supplied to operation maintenance personnel, confirms to scrap server according to the described doubtful identification information scrapping server to make operation maintenance personnel;
The request that operation maintenance personnel degradation scraps server if receive, then scrap server info from treating to delete placed into service device pond and adding in unified hot standby server pools by asked;
Whether the server of the unified hot standby server pools of monitoring meets second is preset and scraps condition, according to monitored results determination undercarriage server.
8. the server recycling and control method according to claim 6 or 7, it is characterized in that, described method also comprises: if receive the request of operation maintenance personnel undercarriage server, then by asked undercarriage server info from treat placed into service device pond delete and asked server is defined as undercarriage server.
9. a server recovery control device, is characterized in that, comprising:
Indication information monitoring unit, the service index information of the server on monitoring product line;
Evaluation and test and recovery unit, evaluate and test described server for the service index information according to server, if described evaluation result meets preset recovering condition, then reclaimed by described server.
10. server recovery control device according to claim 9, it is characterized in that, described service index information comprises: the cpu spike average utilization of server, or described service index information comprises the cpu spike average utilization of server and the service life of server.
11. server recovery control devices according to claim 9, is characterized in that, described evaluation and test and recovery unit specifically for:
Obtained the service index information of the server on product line by the mode of Real-Time Monitoring, or from predetermined system, obtain the service index information of the server on described product line.
12., according to the arbitrary described server recovery control device of claim 9-11, is characterized in that, described indication information monitoring unit specifically for:
Determine that the peak traffic hours of described product line whole day is interval;
The cpu busy percentage peak value of described server is periodically obtained in this peak traffic hours interval;
Described evaluation and test and recovery unit specifically for:
Calculate the mean value of the cpu busy percentage peak value of described server in peak traffic hours interval, if described mean value meets preset recovering condition, then described server is reclaimed.
13. server recovery control devices according to claim 12, is characterized in that, described evaluation and test and recovery unit specifically for:
Described mean value and pre-set threshold value are compared, when the continuous preset number of days of described mean value is less than described pre-set threshold value, then determines that described server meets and preset recovering condition.
14. server recovery control devices according to claim 9, it is characterized in that, described device also comprises pretreatment unit, before the operation of the service index information of the server on monitoring product line:
Create the data that comprise for recording the server info used of reaching the standard grade as aol server pond, reach the standard grade the data of the server info used as treating placed into service device pond and for the data that record the server info being used as backup and/or the test many services device pond as unified hot standby server pools for recording preparation;
Described indication information monitoring unit specifically for:
Monitor the service index information of the server in described multiple server pools;
Described evaluation and test and recovery unit specifically for:
According to described service index information, the server in described multiple server pools is evaluated and tested, flow or undercarriage in described multiple server pools according to the server that evaluation result controls in described multiple server pools.
15. server recovery control devices according to claim 14, is characterized in that, described indication information monitoring unit and described evaluation and test and recovery unit specifically for:
Obtain the service index information of the server in aol server pond, according to described service index information, the server in described aol server pond is evaluated and tested, determine doubtful idle server according to evaluation result;
The identification information of determined doubtful idle server is supplied to operation maintenance personnel, confirms idle server to make operation maintenance personnel according to the identification information of described doubtful idle machine;
The request that operation maintenance personnel deletes idle server if receive, then delete asked idle server information from aol server pond and add to and treat placed into service device pond;
Monitoring treats whether server in placed into service device pond meets first and preset and scrap condition, determines doubtfully to scrap server according to monitored results;
The determined doubtful identification information scrapping server is supplied to operation maintenance personnel, confirms to scrap server according to the described doubtful identification information scrapping server to make operation maintenance personnel;
The request that operation maintenance personnel degradation scraps server if receive, then scrap server info from treating to delete placed into service device pond and adding in unified hot standby server pools by asked;
Whether the server of the unified hot standby server pools of monitoring meets second is preset and scraps condition, according to monitored results determination undercarriage server.
16. server recovery control devices according to claims 14 or 15, it is characterized in that, described device also comprises manual undercarriage processing unit, if for the request receiving operation maintenance personnel undercarriage server, then by asked undercarriage server info from treat placed into service device pond delete and asked server is defined as undercarriage server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410734164.7A CN104486148B (en) | 2014-12-04 | 2014-12-04 | A kind of server recycling and control method and device |
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| CN104486148B (en) | 2018-11-23 |
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