CN103618643A - Method and device for dynamic alarm type monitoring of message queue - Google Patents
Method and device for dynamic alarm type monitoring of message queue Download PDFInfo
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Abstract
The invention relates to the field of message queue related technologies, in particular to a method and device for dynamic alarm type monitoring of a message queue. The method for dynamic alarm type monitoring of the message queue comprises the steps of obtaining a new alarm component, wherein at least one alarm component is obtained to serve as the new alarm component; updating the new alarm component, wherein an alarm component, to be updated, corresponding to the new alarm component is obtained from a monitoring task, the alarm component to be updated is updated to the new alarm component, and then alarm type monitoring is conducted on the message queue by adopting the monitoring task. According to the method and device for dynamic alarm type monitoring of the message queue, the alarm type monitoring is conducted on the message queue by adopting the monitoring task, multiple alarm components are formed by dividing the monitoring task, and the alarm component used in the monitoring task is updated through the new component in the operating process. Due to the fact that the alarm component is updated in the operating process, the alarm component can be changed at any time, the whole monitoring task does not need to be changed, and then dynamic modification of the monitoring task is achieved.
Description
Technical field
The present invention relates to message queue correlative technology field, particularly a kind of dynamic alarm monitoring method of message queue and device.
Background technology
Message queue (being also called message queue) can overcome some shortcomings of early stage unix communication mechanism.The amount of information that can transmit as the signal of one of early stage unix communication mechanism is limited, although POSIX1003.1b was doing to open up aspect the real-time of signal extensively afterwards, make signal aspect transmission of information amount, have the improvement of certain degree, but this communication mode of signal is more as the communication mode of " immediately ", it requires the process of acknowledge(ment) signal in certain time range, signal to be made a response, therefore this signal is just meaningful in the life cycle of acknowledge(ment) signal process at most, the information that signal transmits is close to the lasting concept of process (process-persistent), pipeline and famous pipeline are typically with process, to continue IPC, and, can only transmit unformatted byte stream and can make troubles to application development undoubtedly, in addition, its buffer size is also restricted.
Message queue is exactly the chained list of a message.Message can be regarded as to a record, there is specific form and specific priority.To message queue, there is the process of write permission in message queue, according to certain rule, to add new information; To message queue, there is the process of read right can from message queue, read away message.Message queue continues with kernel.With reference to the example in figure 1, wherein, message queue 11 is connected with a plurality of service processes 12 of service that provide, and as the interface with other request service processes 13, request service process 13 sends service request to message queue 11, and message queue 11 service request is provided provide on the service processes of service 12.Wherein message queue 11, service processes 12 and request service process 13 can also can be in distinct devices in same equipment.
Due to the interface of message queue as a plurality of service processes and a plurality of request service processes, therefore for the information in message queue, monitor, often there is multiple monitor task, monitoring strategies and the mode of every kind of monitor task are different.
The monitor task of prior art is that integral body is fixedly installed, therefore be difficult to dynamically arrange in running, when monitor task changes to some extent, need to for example upgrade monitor task integral body, if monitor task is changed for gathering which alert event of message queue, need whole monitor task to reset, or to whether issuing the strategy of alert event, change and (for example to reporting to the police, check number of times, alarm threshold value, warning interval, alarm level is changed), or to changing with the affiliated party of described alert correlation, all need whole monitor task to reset, lack real-time and flexibility.
Summary of the invention
Based on this, be necessary to be fixedly installed for the monitor task of prior art, the technical problem that can not dynamically update, provides a kind of dynamic alarm monitoring method of message queue and device.
The dynamic alarm monitoring method of message queue, comprising:
New warning piece obtaining step, obtains at least one warning piece as new warning piece;
Warning piece step of updating is obtained the warning piece to be updated that described new warning piece is corresponding from monitor task, and described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue.
The dynamic alarm monitor of message queue, comprising:
New warning piece acquisition module, obtains at least one warning piece as new warning piece;
Warning piece update module is obtained the warning piece to be updated that described new warning piece is corresponding from monitor task, and described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue.
The present invention adopts monitor task to carry out alarm monitoring to message queue, by monitor task is cut apart, is divided into a plurality of warning pieces, in running, the warning piece in monitor task is upgraded with new warning piece.Because warning piece is in operation, upgrade, therefore, warning piece is to change at any time, and without the whole monitor task of change, thereby realize the object that on-the-fly modifies monitor task.
Accompanying drawing explanation
Fig. 1 is the annexation figure of existing message queue and server and subscriber equipment;
Fig. 2 is the workflow diagram of the dynamic alarm monitoring method of a kind of message queue of the present invention;
Fig. 3 is the workflow diagram of one of them embodiment of warning piece step of updating of the present invention;
Fig. 4 is the workflow diagram of the another one embodiment of warning piece step of updating of the present invention;
Fig. 5 is the construction module figure of the dynamic alarm monitor of a kind of message queue of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention will be further described in detail.
The workflow diagram that is illustrated in figure 2 the dynamic alarm monitoring method of a kind of message queue of the present invention, is characterized in that, comprising:
New warning piece obtaining step S201, obtains at least one warning piece as new warning piece;
Warning piece step of updating S202 obtains the warning piece to be updated that described new warning piece is corresponding from monitor task, and described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue.
Wherein, monitor task consists of a plurality of warning pieces, warning piece is the fractionation to described monitor task, be used to specify certain part rule of described monitor task, can adopt the mode of configuration file to leave a fixing server in, for example configuration center server, when needs are revised monitor task, can modify to wherein one or more warning pieces.Meanwhile, can be at timed task of running background of the warning system of the message queue of operation a kind of message queue of the present invention dynamic alarm monitoring method, regularly performing step S201 obtains warning piece as new warning piece.Certainly, adopting timed task execution step S201 is one of them mode, in fact, can also for example, according to different situation execution step S201,, parts to be updated are arranged to expired time, when arriving expired time, perform step S201, or, after described new warning piece upgrades, warning system to message queue sends message, and notice warning system execution step S201 upgrades.
Warning piece to be updated is updated to described new warning piece, can adopts existing dynamic load mode.For example, in java, can adopt service that interface (SPI is provided, Service Provider Interface) mode, each new warning piece is made to SPI plug-in unit, thereby in the process of operation, obtain the new warning piece that adopts SPI plug-in unit mode to preserve, thereby dynamically upgrade the warning piece to be updated of monitor task.
Monitor task is split as to a plurality of warning pieces, can all upgrades the All Alerts parts of monitor task, also can only upgrade one or more warning piece, each warning piece that need to upgrade is warning piece to be updated.
Monitor task monitor task monitor task is split as a plurality of described warning pieces.Therein in an embodiment, described warning piece comprises: acquisition component, analysis of strategies parts or issue parts, wherein, described acquisition component is for gathering the alert event of described message queue, described analysis of strategies parts are for determining whether to issue described alert event, and described issue parts are for sending to described alert event the affiliated party with described alert correlation.Certainly, the sorting technique of above-mentioned warning piece is not unique, and for example acquisition component and analysis of strategies parts can merge as parts, or analysis of strategies parts also can merge as parts with issue parts.
Wherein, acquisition component is determined the associated queue in described message queue, gather which queue in message queue, and analysis of strategies parts check number of times (occurring issuing described alert event after how many times alert event) according to reporting to the police, alarm threshold value (issuing described alert event after surpassing alarm threshold value), warning interval (repeating alert event within warning interval does not issue), alarm level (issuing described alert event after surpassing alarm level) determines whether to issue described alert event, and issue parts comprise type of alarm, be about to described alert event and send to the affiliated party with described alert correlation, affiliated party can be the server by Admin Administration, or the server of certain operation system etc.
In step S202, from monitor task, obtain the warning piece to be updated that described new warning piece is corresponding, wherein, so-called " new warning piece to be updated corresponding to warning piece ", in the present embodiment, be specially: if new warning piece is acquisition component, warning piece to be updated is acquisition component, if new warning piece is analysis of strategies parts, warning piece to be updated is analysis of strategies parts, if new warning piece is issue parts, warning piece to be updated is issue parts.
Warning piece can comprise overall warning piece and local warning piece, and overall warning piece refers to during whole monitor task all effectively warning piece, and local alarm parts refer within wherein a period of time of monitor task effectively warning piece.In an embodiment, described warning piece comprises overall warning piece and local warning piece therein, and described local alarm parts are provided with time block.The warning piece that overall situation warning piece is used while being conventional, local alarm parts are the warning pieces of temporary use, so local alarm parts increase time block.
Therein in an embodiment:
As shown in Figure 3, described warning piece step of updating S202 specifically comprises:
Step S301 obtains the warning piece to be updated that described new warning piece is corresponding from monitor task;
Step S302, if described warning piece to be updated is overall warning piece, saves as described warning piece to be updated the rear parts that upgrade that lost efficacy;
Step S303, is updated to described new warning piece by described warning piece to be updated, and adopts described monitor task to carry out alarm monitoring to described message queue;
Step S304, if described new warning piece is local alarm parts, when described warning piece to be updated being updated to described new warning piece, the described time block that starts warning piece to be updated starts timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece inefficacy step;
Described local alarm component failure step, if upgrade parts after there is the inefficacy of being preserved by described warning piece to be updated, will upgrade parts as new warning piece after described inefficacy, carry out described warning piece step of updating.
Wherein, in step S302, if described warning piece to be updated is overall warning piece, described warning piece to be updated is saved as to the rear parts that upgrade that lost efficacy, if described warning piece to be updated is local alarm parts, do not preserve described warning piece to be updated, directly perform step S303.
Wherein, in step S304, if described new warning piece is local alarm parts, when described warning piece to be updated being updated to described new warning piece, the described time block that starts warning piece to be updated starts timing, and after the time block timing of described warning piece to be updated finishes, carries out local warning piece inefficacy step, if described new warning piece is overall warning piece, without carrying out local warning piece inefficacy step.
Wherein, local alarm component failure step, if upgrade parts after there is the inefficacy of being preserved by described warning piece to be updated, will upgrade parts as new warning piece after described inefficacy, carry out described warning piece step of updating.After the inefficacy of if there is no being preserved by described warning piece to be updated, upgrade parts, be that original warning piece to be updated is local alarm parts, now can select directly to finish, without carrying out described warning piece step of updating, or select execution step S201 again to obtain a new warning piece.
The present embodiment, by starting the time block of local alarm parts, thereby making only to make time block at local alarm parts worked in the default time, when arriving timing, if warning piece to be updated was overall warning piece before being updated to local alarm parts,, by local alarm component failure step, will after described inefficacy, upgrade parts as new warning piece.Carry out described warning piece step of updating, upgrade parts after warning piece to be updated can being updated to described inefficacy again, be about to warning piece to be updated and again upgrade overall warning piece.And if warning piece to be updated was local alarm parts before being updated to local alarm parts, without processing, can continue to use these local alarm parts, also can obtain a new warning piece by execution step S201.The method that adopts the present embodiment, the configuration of local alarm parts can cover the configuration of overall warning piece, and the entry-into-force time of the configuration of local alarm parts can be set, flexibly the work of control strategy.
Therein in an embodiment:
As shown in Figure 4, described warning piece step of updating S202 specifically comprises:
Step S401 obtains the warning piece to be updated that described new warning piece is corresponding from monitor task;
Step S402, is updated to described new warning piece by described warning piece to be updated, and adopts described monitor task to carry out alarm monitoring to described message queue;
Step S403, if described new warning piece is local alarm parts, when described warning piece to be updated is updated to described new warning piece, the described time block that starts warning piece to be updated carries out timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece inefficacy step;
Described local alarm component failure step, the warning piece to be updated that time block timing is finished, as Failure Alarm parts, obtains the new warning piece corresponding with described Failure Alarm parts, carries out described warning piece step of updating.
Wherein, if described new warning piece is local alarm parts, when described warning piece to be updated is updated to described new warning piece, the described time block that starts warning piece to be updated carries out timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece inefficacy step; If described new warning piece is overall warning piece, without carrying out local warning piece inefficacy step.
Wherein, local alarm component failure step, the mode of the new warning piece that its obtain is corresponding with described Failure Alarm parts is identical with step S201, can be from for example obtaining configuration center.
The construction module figure that is illustrated in figure 5 the dynamic alarm monitor of a kind of message queue of the present invention, comprising:
New warning piece acquisition module 501, for obtaining at least one warning piece as new warning piece;
Warning piece update module 502, for obtaining from monitor task the warning piece to be updated that described new warning piece is corresponding, described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue.
Therein in an embodiment, described warning piece comprises: acquisition component, analysis of strategies parts or issue parts, wherein, described acquisition component is for gathering the alert event of described message queue, described analysis of strategies parts are for determining whether to issue described alert event, and described issue parts are for sending to described alert event the affiliated party with described alert correlation.
In an embodiment, described warning piece comprises overall warning piece and local warning piece therein, and described local alarm parts are provided with time block.
Therein in an embodiment:
Described warning piece update module 502 specifically for:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
If described warning piece to be updated is overall warning piece, described warning piece to be updated is saved as to the rear parts that upgrade that lost efficacy;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated being updated to described new warning piece, the described time block that starts warning piece to be updated starts timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece failed module;
Described local alarm component failure module, if upgrade parts after there is the inefficacy of being preserved by described warning piece to be updated, will upgrade parts as new warning piece after described inefficacy, carry out described warning piece update module.
Therein in an embodiment:
Described warning piece update module 502 specifically for:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated is updated to described new warning piece, the described time block that starts warning piece to be updated carries out timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece failed module;
Described local alarm component failure module, the warning piece to be updated that time block timing is finished, as Failure Alarm parts, obtains the new warning piece corresponding with described Failure Alarm parts, carries out described warning piece update module.
The above embodiment has only expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (10)
1. the dynamic alarm monitoring method of message queue, is characterized in that, comprising:
New warning piece obtaining step, obtains at least one warning piece as new warning piece;
Warning piece step of updating is obtained the warning piece to be updated that described new warning piece is corresponding from monitor task, and described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue.
2. the dynamic alarm monitoring method of message queue according to claim 1, it is characterized in that, described warning piece comprises: acquisition component, analysis of strategies parts or issue parts, wherein, described acquisition component is for gathering the alert event of described message queue, described analysis of strategies parts are for determining whether to issue described alert event, and described issue parts are for sending to described alert event the affiliated party with described alert correlation.
3. the dynamic alarm monitoring method of message queue according to claim 1, is characterized in that, described warning piece comprises overall warning piece and local warning piece, and described local alarm parts are provided with time block.
4. the dynamic alarm monitoring method of message queue according to claim 3, is characterized in that:
Described warning piece step of updating specifically comprises:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
If described warning piece to be updated is overall warning piece, described warning piece to be updated is saved as to the rear parts that upgrade that lost efficacy;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated being updated to described new warning piece, the described time block that starts warning piece to be updated starts timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece inefficacy step;
Described local alarm component failure step is: if upgrade parts after there is the inefficacy of being preserved by described warning piece to be updated, will after described inefficacy, upgrade parts as new warning piece, carry out described warning piece step of updating.
5. the dynamic alarm monitoring method of message queue according to claim 3, is characterized in that:
Described warning piece step of updating specifically comprises:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated is updated to described new warning piece, the described time block that starts warning piece to be updated carries out timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece inefficacy step;
Described local alarm component failure step is: the warning piece to be updated that time block timing is finished, as Failure Alarm parts, obtains the new warning piece corresponding with described Failure Alarm parts, carries out described warning piece step of updating.
6. the dynamic alarm monitor of message queue, is characterized in that, comprising:
New warning piece acquisition module, for obtaining at least one warning piece as new warning piece;
Warning piece update module, for obtain the warning piece to be updated that described new warning piece is corresponding from monitor task, is updated to described new warning piece by described warning piece to be updated, and adopts described monitor task to carry out alarm monitoring to described message queue.
7. the dynamic alarm monitor of message queue according to claim 6, it is characterized in that, described warning piece comprises: acquisition component, analysis of strategies parts or issue parts, wherein, described acquisition component is for gathering the alert event of described message queue, described analysis of strategies parts are for determining whether to issue described alert event, and described issue parts are for sending to described alert event the affiliated party with described alert correlation.
8. the dynamic alarm monitor of message queue according to claim 6, is characterized in that, described warning piece comprises overall warning piece and local warning piece, and described local alarm parts are provided with time block.
9. the dynamic alarm monitor of message queue according to claim 8, is characterized in that:
Described warning piece update module specifically for:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
If described warning piece to be updated is overall warning piece, described warning piece to be updated is saved as to the rear parts that upgrade that lost efficacy;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated being updated to described new warning piece, the described time block that starts warning piece to be updated starts timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece failed module;
Described local alarm component failure module, if upgrade parts after there is the inefficacy of being preserved by described warning piece to be updated, will upgrade parts as new warning piece after described inefficacy, carry out described warning piece update module.
10. the dynamic alarm monitor of message queue according to claim 8, is characterized in that:
Described warning piece update module specifically for:
From monitor task, obtain the warning piece to be updated that described new warning piece is corresponding;
Described warning piece to be updated is updated to described new warning piece, and adopts described monitor task to carry out alarm monitoring to described message queue;
If described new warning piece is local alarm parts, when described warning piece to be updated is updated to described new warning piece, the described time block that starts warning piece to be updated carries out timing, and after the time block timing of described warning piece to be updated finishes, carry out local warning piece failed module;
Described local alarm component failure module, as Failure Alarm parts, obtains the new warning piece corresponding with described Failure Alarm parts for warning piece to be updated that time block timing is finished, carries out described warning piece update module.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105760378A (en) * | 2014-12-15 | 2016-07-13 | 阿里巴巴集团控股有限公司 | Transaction state monitor method and device |
| CN106886457A (en) * | 2015-12-16 | 2017-06-23 | 泰康保险集团股份有限公司 | Message queue processing method and processing device |
| CN112256516A (en) * | 2019-07-22 | 2021-01-22 | 广州酷旅旅行社有限公司 | Data analysis processing method for hotel direct connection system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102035685B (en) * | 2010-12-20 | 2014-08-13 | 中兴通讯股份有限公司 | Alarm treating method and DPI (Deep Packet Inspection) device |
| CN102624570B (en) * | 2012-04-27 | 2015-04-15 | 杭州东信北邮信息技术有限公司 | Monitoring system and method for detecting availability of web server |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105760378A (en) * | 2014-12-15 | 2016-07-13 | 阿里巴巴集团控股有限公司 | Transaction state monitor method and device |
| CN105760378B (en) * | 2014-12-15 | 2019-12-10 | 菜鸟智能物流控股有限公司 | Transaction state monitoring method and device |
| CN106886457A (en) * | 2015-12-16 | 2017-06-23 | 泰康保险集团股份有限公司 | Message queue processing method and processing device |
| CN106886457B (en) * | 2015-12-16 | 2020-09-04 | 泰康保险集团股份有限公司 | Message queue processing method and device |
| CN112256516A (en) * | 2019-07-22 | 2021-01-22 | 广州酷旅旅行社有限公司 | Data analysis processing method for hotel direct connection system |
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