CN106936649A - Business monitoring method, system and system module and watch-dog - Google Patents
Business monitoring method, system and system module and watch-dog Download PDFInfo
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- CN106936649A CN106936649A CN201511004759.8A CN201511004759A CN106936649A CN 106936649 A CN106936649 A CN 106936649A CN 201511004759 A CN201511004759 A CN 201511004759A CN 106936649 A CN106936649 A CN 106936649A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/10—Active monitoring, e.g. heartbeat, ping or trace-route
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Abstract
The present invention relates to a kind of business monitoring method, system and system module and watch-dog, it is related to network technique field.Wherein, business monitoring method of the present invention includes：After system module receives service message, track record information is generated according to the service message, wherein, the service message and the track record information include service identification；The track record information is uploaded to watch-dog by the system module；Each system module that the watch-dog passes through from the service message obtains track record information, and monitoring information is determined based on service identification according to the track record information.By such method, watch-dog could obtain monitoring message after reaching destination address without waiting for service message, so that monitoring message has more real-time；Simultaneously as simplifying track record message in the processing procedure of each system module, the performance consumption to system module is reduced.
Description
Technical field
The present invention relates to network technique field, particularly a kind of business monitoring method, system and
System module and watch-dog.
Background technology
Popularization with distributed system in the application system, operation system of IT enterprises is used,
The performance of distributed system and the accuracy of Business Processing, correctness are inseparable.Enterprise is to dividing
The monitoring requirement more and more higher of cloth system.Monitoring is by tracking distributed system entirety, each mould
The operation details of block, reaches the overall monitor to distributed system.
Due to the need that the performance monitoring for distributed system, accuracy monitoring, correctness are monitored
The increasingly raising asked, enterprise tracks the treatment feelings of distributed system in the urgent need to better method
Condition, so that for enterprise improvement IT distributed systems, monitoring and treatment are abnormal, analyze business in real time
Capacity tendency provides platform.
On traditional system tracking, track record information is often placed on business letter
In breath, with service message in different intermodule transmission, it is necessary to ceaselessly change and transmit with
Track records message.Conventional method causes the poor efficiency that the delayed and telecommunication service of performance monitoring is processed.
In sum, existing system tracking includes problems with：
1. monitoring and analyze tracking information needs to consume the excessive performance of each system module.
2. must could read and analyze tracking letter when final step completes whole service request
Breath, supervises delayed.
3. when service request is needed by many submodules, it is difficult to the monitoring letter that each is tracked
Breath is together in series, and restructuring complexity is big, and analysis time is long, and monitoring system difficulty is big.
The content of the invention
It is an object of the invention to propose a kind of efficient business monitoring scheme.
According to an aspect of the present invention, a kind of business monitoring method is proposed, including：System mould
After block receives service message, track record information is generated according to service message, wherein, business
Message and track record information include service identification；System module will keep track of information and upload
To watch-dog；Each system module that watch-dog passes through from service message obtains track record information,
Monitoring information is determined based on service identification according to track record information.
Further, also identified including next-hop in service message；Also wrapped in track record information
Include upper hop mark, next-hop mark, this module id and single-point monitoring information.
Further, when service message is by the 1st system module, in track record information
Upper hop is designated beginning, and next-hop is designated service message the 2nd system module to be passed through
Mark；When service message is by n-th system module, upper hop is designated service message warp
(n-1)th mark of system module crossed, next-hop is designated (n+1)th that service message to be passed through
The mark of individual system module；When service message is by m-th system module, upper hop is designated
The m-1 mark of system module that service message passes through, next-hop is designated end；Wherein,
M-th system module is last system module of service message process, and m and n is whole
Number, and 1 ＜ n ＜ m.
Further, watch-dog determines monitoring information according to track record information based on service identification
Specifically include：Business of the watch-dog in the track record information obtained from each system module
Mark, upper hop mark, next-hop mark, this module id reduction service message transmission path,
Monitoring information is determined according to single-point monitoring information.
Further, watch-dog determines monitoring information according to track record information based on service identification
Specifically include：Watch-dog letter of analysis-reduction monitoring in real time during track record information is received
Breath, monitoring information is gradually updated according to the track record information for receiving.
By such method, when service message is by system module, system module can give birth to
Into track record information and upload to watch-dog；Watch-dog according to pass through from service message each
The track record information generation monitoring information that system module is obtained.Watch-dog disappears without waiting for business
Breath could obtain monitoring message after reaching destination address, so that monitoring message has more real-time；
Simultaneously as simplifying track record message in the processing procedure of each system module, reduce
To the performance consumption of system module.
According to another aspect of the present invention, a kind of system module is proposed, including：Information receiving and transmitting
Unit, for receiving service message；Service message is sent to next system module；Wherein,
Service message includes service identification；Information generating unit, for according to service message generation with
Track record information, track record information includes service identification；Information uploading unit, for inciting somebody to action
Track record information uploads to watch-dog.
Further, also identified including next-hop in service message；Also wrapped in track record information
Include upper hop mark, next-hop mark, this module id and single-point monitoring information.
Further, when service message is by the 1st system module, in track record information
Upper hop is designated beginning, and next-hop is designated service message the 2nd system module to be passed through
Mark；When service message is by n-th system module, upper hop is designated service message warp
(n-1)th mark of system module crossed, next-hop is designated (n+1)th that service message to be passed through
The mark of individual system module；When service message is by m-th system module, upper hop is designated
The m-1 mark of system module that service message passes through, next-hop is designated end；Wherein,
M-th system module is last system module of service message process, and m and n is whole
Number, and 1 ＜ n ＜ m.
When service message is by such system module, can generate track record information and on
Watch-dog is passed to, so that watch-dog is according to each system module acquisition passed through from service message
Track record information generates monitoring information, on the one hand without ability after service message arrival destination address
Monitoring message can be obtained, makes monitoring message more real-time；On the other hand due to simplifying tracking
Record message reduces the performance consumption to system module in the processing procedure of each system module.
According to a further aspect of the invention, a kind of watch-dog is proposed, including：Information receives single
Unit, for receiving the track record information from system module；Information process unit, for root
According to the track record information obtained from each system module, monitoring information is determined based on service identification.
Further, information process unit specifically for：According to what is obtained from each system module
Service identification, upper hop mark, next-hop mark in track record information, this module id
Reduction service message transmission path, monitoring information is determined according to single-point monitoring information.
Further, watch-dog is additionally operable to：Divide in real time during track record information is received
Analysis reduction monitoring information, monitoring information is gradually updated according to the track record information for receiving.
What such watch-dog can be obtained according to each system module passed through from service message
Track record information generates monitoring information.Watch-dog reaches destination address without waiting for service message
After could obtain monitoring message so that monitoring message has more real-time.
In addition, according to an aspect of the present invention, a kind of service monitoring system is proposed, including it is upper
Any one system module and any one watch-dog mentioned in text.
In such service monitoring system, when service message is by system module, system module
Track record information can be generated and watch-dog is uploaded to；Watch-dog passes through according to from service message
Each system module obtain track record information generation monitoring information.Watch-dog without waiting for
Service message could obtain monitoring message after reaching destination address, so that monitoring message is more real
Shi Xing；Simultaneously as processing procedure of the track record message in each system module is simplified,
Reduce the performance consumption to system module.
Brief description of the drawings
Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the application
A part, schematic description and description of the invention is used to explain the present invention, not structure
Into inappropriate limitation of the present invention.In the accompanying drawings：
Fig. 1 is the flow chart of one embodiment of business monitoring method of the invention.
Fig. 2 is the network topological diagram of another embodiment of business monitoring method of the invention.
Fig. 3 is the schematic diagram of another embodiment of business monitoring method of the invention.
Fig. 4 is the schematic diagram of one embodiment of system module of the invention.
Fig. 5 is the schematic diagram of one embodiment of watch-dog of the invention.
Fig. 6 is the schematic diagram of one embodiment of service monitoring system of the invention.
Specific embodiment
Below by drawings and Examples, technical scheme is done and is further retouched in detail
State.
The flow chart of one embodiment of business monitoring method of the invention is as shown in Figure 1.
In a step 101, system module receives service message.Service message may be from hair
The module or terminal of the business of rising, it is also possible to from the upper system module that service message passes through.
In one embodiment, service message includes service identification.
In a step 102, system module generates track record information according to service message.One
In individual embodiment, track record information includes service identification.
In step 103, the track record information of generation is uploaded to watch-dog by system module.
At step 104, watch-dog is obtained according to each system module passed through from service message
Track record information, information integration is carried out based on identical service identification, determine monitoring information.
By such method, when service message is by system module, system module can give birth to
Into track record information and upload to watch-dog；Watch-dog according to pass through from service message each
The track record information generation monitoring information that system module is obtained.Watch-dog disappears without waiting for business
Breath could obtain monitoring message after reaching destination address, so that monitoring message has more real-time；
Simultaneously as simplifying track record message in the processing procedure of each system module, reduce
To the performance consumption of system module.
In one embodiment, also the next-hop including service message is identified in service message, with
Upper hop mark, next-hop mark in track record information also including business information, this module mark
Know and single-point monitoring information.In one embodiment, when service message is initiated from originating end,
First systematic module is reached, the upper hop in track record information is designated beginning, next
Jump is designated the 2nd mark of system module being passed through of service message；When service message passes through
During n-th system module, the upper hop in track record information is designated service message process
(n-1)th mark of system module, next-hop is designated (n+1)th that service message to be passed through
The mark of system module；When service message is by m-th system module, information is kept track of
In upper hop be designated service message process the m-1 mark of system module, next-hop
It is designated end；Wherein, last system that m-th system module passes through for service message
Module, m and n are integer, and 1 ＜ n ＜ m.By such method, when watch-dog is obtained
From each system module obtain track record information after, can according to upper hop mark, under
One routing information for jumping mark generation service message, reduces service message transmission path.
In one embodiment, as service request passes through each system module, watch-dog can be by
Gradually obtain the track record information from each system module.Watch-dog can according to obtained with
Track record information generates and updates monitoring information and exports in real time.When service request reaches last
During individual system module, track record information is uploaded to watch-dog, watch-dog generation by system module
Complete monitoring information.By such method, watch-dog can analyze tracking letter when collecting
Breath, is not limited to just have monitoring information to export after the completion of whole service request.Improve monitoring
Real-time.
In one embodiment, as a example by the topology in Fig. 2, service message by application A,
Database is reached using B, using F, service identification is 1001, wherein, each application correspondence
One system module.As shown in Figure 3.
When service message reaches application A, system module A generation track record information.With
Track information includes：Service identification ID1001, a upper module id are to start, current block mark
Know the single-point monitoring information in A, next module id B and system module A.System mould
Track record information is uploaded to watch-dog by block A.
When service message 1001 is by system module B, system module B fills in track record
Information (service identification ID1001, a upper module：A, current block：B, next module：F,
Single-point monitoring information).System module B uploads the track record information of B to watch-dog in real time.
Watch-dog is reduced and output monitoring information (+A+B), analysis monitoring information.
When service message 1001 is by system module F, system module F fills in track record
Information (service identification ID1001, a upper module：B, current block：F, next module：
Database, single-point monitoring information).The track record information that system module F uploads F in real time is arrived
Watch-dog.Watch-dog is reduced and output monitoring information (+A+B+F), analysis monitoring information.
When service message 1001 reaches last module (database), database is filled in
Track record information (service identification ID1001, a upper module：F, current block：Database,
Next module：Terminate, single-point monitoring information).Database uploads the tracking note of database in real time
Record information is to watch-dog.Watch-dog reduces the complete track path of service message 1001, output
Monitoring information (+A+B+F+ databases), analytical performance information.
By such method, watch-dog can in real time be obtained and analyze service request and be at each
The monitoring information of module of uniting, makes monitoring information more real-time；Each system module only needs generation
Track record information is simultaneously uploaded, and reduces the performance consumption to system module.
The schematic diagram of one embodiment of system module of the invention is as shown in Figure 4.Wherein, disappear
Breath Transmit-Receive Unit 401 can receive service message, and service message may be from the initiation in business
End, it is also possible to come from a upper system module of service message process.Information generating unit 402
For generating track record information according to service message, track record information includes service identification.
The track record information that information uploading unit 403 can generate information generating unit 402 is uploaded
To watch-dog.
Such system module when service message passes through, can generate track record information and on
Watch-dog is passed to, so that watch-dog is according to each system module acquisition passed through from service message
Track record information generates monitoring information, on the one hand without ability after service message arrival destination address
Monitoring message can be obtained, makes monitoring message more real-time；On the other hand due to simplifying tracking
Record message reduces the performance consumption to system module in the processing procedure of each system module.
In one embodiment, also the next-hop including service message is identified in service message, with
Upper hop mark, next-hop mark in track record information also including business information, this module mark
Know and single-point monitoring information.In one embodiment, when service message is initiated from originating end,
First systematic module is reached, the upper hop in track record information is designated beginning, next
Jump is designated the 2nd mark of system module being passed through of service message；When service message passes through
During n-th system module, the upper hop in track record information is designated service message process
(n-1)th mark of system module, next-hop is designated (n+1)th that service message to be passed through
The mark of system module；When service message is by m-th system module, information is kept track of
In upper hop be designated service message process the m-1 mark of system module, next-hop
It is designated end；Wherein, last system that m-th system module passes through for service message
Module, m and n are integer, and 1 ＜ n ＜ m.Such system module can be to watch-dog
Offer include upper hop mark, next-hop mark track record information, when watch-dog acquisition from
After the track record information that each system module is obtained, can be according to upper hop mark, next-hop
The routing information of mark generation service message, reduces service message transmission path.
The schematic diagram of one embodiment of watch-dog of the invention is as shown in Figure 5.Wherein, information
Receiving unit 501 can receive the track record information from system module.Information process unit
502 according to the track record information obtained from each system module, determines to supervise based on service identification
Control information.Such watch-dog can be obtained according to each system module passed through from service message
Track record information generation monitoring information.Watch-dog reaches target ground without waiting for service message
Monitoring message could be obtained behind location, so that monitoring message has more real-time.
In one embodiment, information process unit 502 can be obtained according to from each system module
Service identification, upper hop mark, next-hop mark in the track record information for taking, this module
Mark reduction service message transmission path, monitoring information is determined according to single-point monitoring information.When this
After the watch-dog of sample obtains the track record information obtained from each system module, can be according to upper
One jumps mark, the routing information of next-hop mark generation service message, reduction service message transmission
Path, makes monitoring information complete.
In one embodiment, as service request passes through each system module, watch-dog can be by
Gradually obtain the track record information from each system module.Watch-dog can according to obtained with
Track record information generates and updates monitoring information and exports in real time.When service request reaches last
During individual system module, track record information is uploaded to watch-dog, watch-dog generation by system module
Complete monitoring information.Such watch-dog can analyze tracking information when collecting, and not limit to
Just there is monitoring information to export after the completion of whole service request.Improve the real-time of monitoring.
The schematic diagram of one embodiment of service monitoring system of the invention is as shown in Figure 6.Wherein,
Watch-dog 601 is connected with multiple system modules 602, and multiple system modules 602 constitute network and open up
Flutter.When service message is by system module, system module can generate track record information simultaneously
Upload to watch-dog 601.Watch-dog 601 is according to each system module passed through from service message
The track record information of acquisition, information integration is carried out based on identical service identification, it is determined that monitoring
Information.
In such service monitoring system, when service message is by system module, system module
Track record information can be generated and watch-dog is uploaded to；Watch-dog passes through according to from service message
Each system module obtain track record information generation monitoring information.Watch-dog without waiting for
Service message could obtain monitoring message after reaching destination address, so that monitoring message is more real
Shi Xing；Simultaneously as processing procedure of the track record message in each system module is simplified,
Reduce the performance consumption to system module.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention and
It is non-that it is limited；It is affiliated although being described in detail to the present invention with reference to preferred embodiment
The those of ordinary skill in field should be understood：Specific embodiment of the invention can still be entered
Row modification carries out equivalent to some technical characteristics；Without deviating from technical solution of the present invention
Spirit, it all should cover in the middle of claimed technical scheme scope of the invention.
Claims (12)
1. a kind of business monitoring method, it is characterised in that including：
After system module receives service message, according to service message generation track record letter
Breath, wherein, the service message and the track record information include service identification；
The track record information is uploaded to watch-dog by the system module；
Each system module that the watch-dog passes through from the service message obtains track record
Information, monitoring information is determined according to the track record information based on service identification.
2. method according to claim 1, it is characterised in that
Also identified including next-hop in the service message；
Also include upper hop mark, next-hop mark, this module mark in the track record information
Know and single-point monitoring information.
3. method according to claim 2, it is characterised in that
It is upper in the track record information when service message is by the 1st system module
One jump is designated beginning, and the next-hop is designated service message the 2nd system mould to be passed through
The mark of block；
It is upper in the track record information when service message is by n-th system module
One jumps (n-1)th mark of system module for being designated the service message process, described next
Jump is designated (n+1)th mark of system module being passed through of service message；
When the service message is by m-th system module, in the track record information
Upper hop is designated the m-1 mark of system module of service message process, the next-hop
It is designated end；
Wherein, last system module that m-th system module passes through for service message, m
Integer, and 1 ＜ n ＜ m are with n.
4. method according to claim 2, it is characterised in that the watch-dog according to
The track record information determines that monitoring information is specifically included based on service identification：
Business of the watch-dog in the track record information obtained from each system module
Mark, upper hop mark, next-hop mark, this module id reduction service message transmission path,
Monitoring information is determined according to the single-point monitoring information.
5. method according to claim 1, it is characterised in that the watch-dog according to
The track record information determines that monitoring information is specifically included based on service identification：
The watch-dog during the track record information is received supervise in real time by analysis-reduction
Control information, the monitoring information is gradually updated according to the track record information for receiving.
6. a kind of system module, it is characterised in that including：
Messaging unit, for receiving service message；The service message is sent to next
System module；Wherein, the service message includes service identification；
Information generating unit, it is described for generating track record information according to the service message
Track record information includes service identification；
Information uploading unit, for the track record information to be uploaded into watch-dog.
7. system module according to claim 6, it is characterised in that
Also identified including next-hop in the service message；
Also include upper hop mark, next-hop mark, this module mark in the track record information
Know and single-point monitoring information.
8. system module according to claim 7, it is characterised in that
When the service message is by the 1st system module, the upper hop is designated beginning,
The next-hop is designated the 2nd mark of system module being passed through of service message；
When the service message is by n-th system module, the upper hop is designated the industry
(n-1)th mark of system module that business message is passed through, the next-hop is designated service message
(n+1)th mark of system module being passed through；
When the service message is by m-th system module, the upper hop is designated business
The m-1 mark of system module that message is passed through, the next-hop is designated end；
Wherein, last system module that m-th system module passes through for service message, m
Integer, and 1 ＜ n ＜ m are with n.
9. a kind of watch-dog, it is characterised in that including：
Information receiving unit, for receiving the track record information from system module；
Information process unit, for the track record information that basis is obtained from each system module,
Monitoring information is determined based on service identification.
10. watch-dog according to claim 9, it is characterised in that described information treatment
Unit specifically for：
According to service identification, upper hop in the track record information obtained from each system module
Mark, next-hop mark, this module id reduction service message transmission path, according to the list
Point monitoring information determines monitoring information.
11. watch-dogs according to claim 9, it is characterised in that the watch-dog is also
For：
The real-time analysis-reduction monitoring information during the track record information is received, according to
The track record information for receiving gradually updates the monitoring information.
12. a kind of service monitoring systems, it is characterised in that including multiple claims 6~8 times
Any described watch-dog of system module and claim 9~11 described in one.
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