CN107566508A - A kind of short message micro services system for automating O＆M - Google Patents
A kind of short message micro services system for automating O＆M Download PDFInfo
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Abstract
The invention discloses a kind of short message micro services system for automating O＆M, including load equalizer, short message micro services node cluster, short message service monitor；Wherein load equalizer provides external short message access, and short message service request is forwarded to by short message micro services node cluster according to load balancing, short message micro services node cluster sets short message sending order after filtration treatment is carried out to short message content and sent successively, and short message service monitor is monitored to short message micro services node cluster and malfunctioning node is handled.By building the short message micro services cloud of a distributed deployment dynamic expansion, realize that short message service operation management automates, for enterprise provide high speed, stably, reliably, the short message service of service ability dynamic extending.
Description
Technical field
The present invention relates to cloud computing micro services technical field, more particularly, to a kind of short message for automating O＆M in incognito
Business system.
Background technology
Short message service is a kind of earliest short message service, and by sending messages to mobile phone, content is with text, numeral
Or based on binary system non-text data.Enterprise carries out office administration, issue marketing advertisement using short message, and Push Service notifies, therefore
Hinder early warning circular etc., short message service is that the purposes in terms of enterprise lifts the means of services, raising efficiency of service and benefit is more and more wider.
In traditional enterprise messaging service, short message service software all typically is built using minicomputer, utilizes minicomputer
High computing capability lift short message sending disposal ability, as business event develops, short message sending amount is increasing, works as short message
When traffic volume reaches billions of rank even more highs, and the slot count of minicomputer is limited, so in institute's energy extension CPU number and extension
It is also limited to deposit capacity, when short message amount explodes, the disposal ability of server turns into bottleneck, short message sending delay usually occurs, hair
Channel blockage is sent, short message is lost, and server fail is difficult to recover, and short message service Single Point of Faliure causes short message service to be interrupted,
The problems such as short message service upgrading extension is difficult, and upgrading cost is high.When enterprise messaging service goes wrong, information can be caused
It can not in time transmit, cause customer complaint, work disposal delay, and then influence the good brand image of enterprise, or even enterprise can be given
Industry brings heavy losses.
The content of the invention
Present invention aim to address the limited caused short message hair of server handling ability in enterprises service traditional at present
The defects of delay, short message channel are blocked, short message is lost and short message service upgrading extension is difficult is sent, designs a kind of automation O＆M
Short message micro services system.
To realize above goal of the invention, the technical scheme of use is：A kind of short message micro services system for automating O＆M, its
It is characterised by, including load equalizer, short message micro services node cluster, short message service monitor；Wherein load equalizer provides
External short message access, and short message service request is forwarded to by short message micro services node cluster according to load balancing, short message is micro-
Service node cluster sets short message sending order after filtration treatment is carried out to short message content and sent successively, short message service monitor
Short message micro services node cluster is monitored and malfunctioning node is handled.
Preferably, load equalizer is four-layer load-equalizing device.
Wherein described load balancing includes poll, WRR, random, Weighted random, Best-case Response Time, weighting
Best-case Response Time, Smallest connection number, weighting Smallest connection number and uniformity Hash.
Preferably, short message micro services node cluster includes the short message micro services node of at least two independence.
Preferably, short message micro services node deployment is in Linux Container containers or Docker containers.
Wherein described short message micro services node includes short message access interface functional module, short message processing function module, short message
Sending function module and memory database functional module.
Wherein described short message service monitor includes monitoring strategies management module, micro services node state monitoring function mould
Block, micro services node create dispatching management module, load balancing message notification module.
In wherein described monitoring side policy management module, monitoring strategies include service monitoring frequency, micro services node is survived,
Memory usage, CPU usage, client connection number, service response time, node load threshold values.
Compared with prior art, the beneficial effects of the invention are as follows：
1）System uses short message micro services node, and deployment is simple, flexibly quick, effectively avoids information forward delay interval.
2）Using load equalizer, short message is reallocated according to load balancing, it is reliable and stable, avoid short message from leading to
Road blocks.
3）Using short message service monitor, amendment malfunctioning node can be automated, while short message sending situation is monitored,
Effectively short message is avoided to lose.
4）Short message micro services system is made up of micro services combination set, and performance efficiency, reliable and stable and disposal ability are strong,
Easily extension.
Brief description of the drawings
Fig. 1 is automation O＆M short message micro services system architecture diagram；
Fig. 2 is short message micro services node dynamic creation flow chart；
Fig. 3 is short message micro services node processing flow chart；
Fig. 4 is memory database read-write and synchronous flow chart；
Fig. 5 is short message micro services monitor process chart；
Fig. 6 is that short message micro services clustered node failure dummy node shunts flow chart.
Embodiment
Accompanying drawing being given for example only property explanation, it is impossible to be interpreted as the limitation to this patent；
Below in conjunction with drawings and examples, the present invention is further elaborated.
Embodiment 1
Fig. 1 is refer to, Fig. 1 is automation O＆M short message micro services system architecture diagram.
System includes load equalizer, short message micro services node cluster, short message service monitor；Wherein load equalizer carries
Accessed for external short message, and short message service request is forwarded to by short message micro services node cluster, short message according to load balancing
Micro services node cluster sets short message sending order after filtration treatment is carried out to short message content and sent successively, short message service monitoring
Device is monitored to short message micro services node cluster and malfunctioning node is handled.
Four-layer load-equalizing device is deployed in short message access front end, unified externally to provide using standardization short message interface agreement
Short message access service, realize short message access centralized management.Short message source terminal is applied for enterprise, including office system, marketing system
And early warning system；Four-layer load-equalizing device provides Layer 4 load balancing, realizes the load balancing based on " IP+ ports ", four layers negative
Carry balanced device and use virtual IP address（VIP）It is externally unified that access service is provided, by the internal server IP of short message service to external shield,
Short message service internal server is avoided to be attacked.External system sends short message server request, is all sent to load equalizer
VIP on, the short message service received is asked according to the load balancing of configuration, is forwarded to corresponding short message by load equalizer
Handled on micro services node.
Wherein load balancing includes：Poll, WRR, random, Weighted random, Best-case Response Time, weighting are most
Small response time, Smallest connection number, weighting Smallest connection number and uniformity Hash.
Wherein poll refers on each processing node being assigned to external request in turn in order in cluster；WRR refers to root
The disposal ability of node is respectively handled according to cluster to dispatch access request, ensureing that the strong node processing of disposal ability more accesses please
Ask；Refer to random schedule at random and handle node to cluster；Weighted random refers to sets random probability by weight；Best-case Response Time refers to
The node priority scheduling of access request Best-case Response Time in clustered node；Weighting Best-case Response Time refers to reference to weight and request
Best-case Response Time makes requests on scheduling；Smallest connection number, which refers to, connects the minimum node priority scheduling of number in clustered node；Weighting
Smallest connection number refers to makes requests on scheduling with reference to weight and Smallest connection number；Uniformity Hash refers to the request sum hair of identical parameters
Same node is sent to, when the node is hung, then the request for being sent to the node is dispatched on the dummy node of the node.
Short message micro services node cluster is made up of the short message micro services node of two or more independence, each short message micro services section
Point functional independence, it is possible to provide complete short message service.For short message service node deployment in LXC containers, LXC is Linux
Container's writes a Chinese character in simplified form, and is the resource virtualizing on a kind of operating system level, can have and create in core cpu operating instruction
Simply, quickly, execution performance is high, the characteristics of may be copied.Therefore, using LXC container techniques, short message micro services section is realized
Point automation creates, and then realizes short message service ability dynamic expansion.Wherein Docker containers can be used to replace for LXC containers.
Short message micro services node dynamic creation flow chart is as shown in Figure 2.
Source code is compiled first, packed, and creates LXC containers, packed program then will be compiled and is deployed to
In LXC containers, and relevant parameter is configured, what a short message micro services node created.Then the short message micro services that will have been configured
Node, making are mirrored into being saved in mirror site.It is first from mirror site that short message is micro- when needing to add short message micro services node
Service mirror image is transferred to given server, and new short message micro services node is then created using mirror image, right after node creates
Node IP parameter is configured, and then notifies newly-increased node（Node name, IP, port, load balancing）To load balancing
Device, newly-increased node is brought into load balancing and is managed collectively after newly-increased node notice is received by load equalizer, and sets new
Increase the load balancing of node, subsequently when receiving new short message service request, according to the load balancing of setting, forwarding
Onto newly-increased short message micro services node.Therefore, using container mirror image technology, short message micro services node is created using mirror image, it is real
Existing short message micro services node dynamic creation.
Fig. 3 is short message micro services node processing flow chart.
Short message micro services node is mainly made up of four functional modules, is short message access interface functional module respectively, short message
Processing function module, short message sending functional module, memory database functional module.To improve the treatability of short message micro services node
Can, each functional module of micro services node is all handled using multi-thread concurrent, lifts the process performance of short message micro services node.Short message
Access interface module is mainly responsible for the short message service request that balancing received load device forwards, and request then is inserted into request
In queue, request queue packet is present in memory database, and returns to short message service request and receive success message.Short message processing
Module extracts data from request queue, and the validity and legitimacy to short message carry out cleaning filtration treatment, and validity was cleaned
Filter rule includes repeating filtering, blacklist filtering, inactive users filtering, and legitimacy cleaning filtering rule includes filtering sensitive words,
After short message cleaning filtering, enterprise's label need to be stamped to short message, according to the source of short message and short message type, short message is inserted
Into corresponding priority query, priority query is stored in memory database.SMS transmission module, by from high priority to
The order of low priority, note data is ejected from priority query successively and carries out short message sending.
Memory database accesses and data syn-chronization flow is as shown in figure 4, memory database preserves all dynamic exchange data,
Dynamic cata exchange, internal memory are provided for short message access interface functional module, short message processing function module, short message sending functional module
All data of database are all stored in internal memory, are had quick the characteristics of accessing using internal memory, are realized Dynamic cata exchange
High-throughput and high throughput performance.In order to improve the highly reliable and high availability of memory database, internal storage data lab setting principal and subordinate
Data backup, one master and multiple slaves can be set, main memory database provides reading and writing data, and providing data from memory database reads, main number
Delta data is synchronized to from database in real time according to storehouse, is main memory from database upgrade in main memory database corruption
Database, until former main memory database recovery, it is downgraded to again from memory database from memory database.In order to lift master
The performance of memory database, general main memory database are not provided with data syn-chronization and write disk file preservation, and from database
Data syn-chronization disk strategy is set, internal storage data is saved on disk, avoided in nodes break down, can be recovered from disk
Data.
Short message service monitor is monitored to short message service running status, is realized O＆M automatic management, is mainly included
Monitoring strategies management module, micro services node state monitoring function module, micro services node create dispatching management module, and load is equal
Weigh message notification module.
Monitoring strategies management module, mainly sets monitoring parameter, carries out effective monitoring and control to short message service process, makes
Service strides forward from application to supervisory level, realizes short message service IT O＆M automatic managements.
The parameter that monitoring strategies management mainly includes be service monitoring frequency, the survival of micro services node, memory usage,
CPU usage, client connection number, service response time, node meet threshold values.
Micro services node state monitoring function module, mainly each micro services node running status of short message service is supervised
Whether control, monitoring micro services node send failure, and whether monitoring micro services node load pressure exceedes established standardses threshold values.
Micro services node creates scheduling feature module, is responsible for scheduling micro services node and creates function, carries out new micro services
Node creates.
Load equalizer message informing management, when having monitored node failure, the notification payload balanced device node failure,
Short message service request the node is not pushed to again.When creating new node, notification payload balanced device addition nodal information, and
Node load balancing strategy is set, follow-up short message service request, will be dispatched on newly-increased node and carried out according to load balancing
Processing.
Short message service monitoring handling process is as shown in Figure 5.Each short message micro services node of short message service monitor automatic regular polling,
The survival condition of micro services node is monitored, checks whether there is nodes break down, if malfunctioning node, then notification payload is balanced
Device, malfunctioning node is isolated, short message service request is no longer forwarded to malfunctioning node, Hash is born if malfunctioning node is uniformity
Balance policy is carried, then obtains the dummy node of malfunctioning node, short message server request is forwarded to the dummy node of malfunctioning node, so as to
Single Point of Faliure is avoided to cause short message service to be interrupted.
Cluster dummy node shunting figure, can be by cluster to some node as shown in fig. 6, in short message micro services cluster
Other one or all nodes are arranged to the dummy node of the node.If short message micro services node 1 is by the node 2 in cluster, node 3
Be arranged to the dummy node of the node, when the node 1 breaks down, load equalizer just no longer forwarding short message service request to section
On point 1, but the service request equilibrium that need to be dealt into the node is forwarded on node 2 and node 3 and handled, ensure short message clothes
The availability of business.
In order to not influence the disposal ability of whole short message service, short message service monitor scheduling node creation module, from mirror
As warehouse extraction short message micro services mirror image, a new short message micro services node is created, to replace failure micro services node.Saving
After point creates, notification payload balanced device, former malfunctioning node is substituted using the new node that creates, and by the load balancing of malfunctioning node
Strategy setting is created on node to new.Follow-up short message service request is never sent to dummy node, and is sent to new create on node.
Short message service monitor is after inspection as without malfunctioning node is found, then continued checking for the load condition of node, such as
For the load of each node of fruit all in the load threshold values of setting, then short message service monitor, does not do task processing, waits for next
Scanning monitoring.If checking that discovery has node load occur to exceed threshold values situation, need for the new load of node establishment it is equal
Weigh node.Short message service monitor extracts node mirror image to create node from mirror site, after node creates, notification payload
Balanced device has a newly-increased node, and the newly-built node of notification payload balanced device mainly does load bridging for certain node, allows load balancing
Device corresponds to load balancing to set, and follow-up short message service request will be diverted on new establishment node, reduce the super threshold values of load
The load pressure of node, so as to realize short message service disposal ability automatic dynamic dilatation.
Therefore, by short message service monitor, automatic detection needs establishment micro services node to obtain situation, and dynamic dispatching is entered
Row node creates, and realizes that short message service O＆M automates, reduces artificial operation management workload, lifts operating efficiency.
The present invention passes through structure one using cloud computing, micro services, container, memory database these development of Mobile Internet technology
The short message micro services cloud of individual distributed deployment dynamic expansion, realize short message service operation management automate, for enterprise provide high speed,
Stable, the reliable, short message service of service ability dynamic extending.
Obviously, the above embodiment of the present invention is only intended to clearly illustrate example of the present invention, and is not pair
The restriction of embodiments of the present invention.For those of ordinary skill in the field, may be used also on the basis of the above description
To make other changes in different forms.There is no necessity and possibility to exhaust all the enbodiments.It is all this
All any modification, equivalent and improvement made within the spirit and principle of invention etc., should be included in the claims in the present invention
Protection domain within.
Claims (8)
1. a kind of short message micro services system for automating O＆M, it is characterised in that including load equalizer, short message micro services node
Cluster, short message service monitor；Wherein load equalizer provides external short message access, and is taken short message according to load balancing
Business request is forwarded to short message micro services node cluster, and short message micro services node cluster is set after carrying out filtration treatment to short message content
Short message sending order is simultaneously sent successively, and short message service monitor is monitored and to malfunctioning node to short message micro services node cluster
Handled.
2. a kind of short message micro services system for automating O＆M according to claim 1, it is characterised in that the load is equal
Weighing apparatus is four-layer load-equalizing device.
3. a kind of short message micro services system for automating O＆M according to claim 1, it is characterised in that the load is equal
Weighing apparatus strategy includes poll, WRR, random, Weighted random, Best-case Response Time, weighting Best-case Response Time, Smallest connection
Number, weighting Smallest connection number and uniformity Hash.
4. a kind of short message micro services system for automating O＆M according to claim 1, it is characterised in that the short message is micro-
Service node cluster includes the short message micro services node of at least two independence.
5. a kind of short message micro services system for automating O＆M according to claim 4, it is characterised in that the short message is micro-
Service node is deployed in Linux Container containers or Docker containers.
6. a kind of short message micro services system for automating O＆M according to claim 4, it is characterised in that the short message is micro-
Service node includes short message access interface functional module, short message processing function module, short message sending functional module and internal storage data
Library facility module；Wherein short message access interface module is mainly responsible for receiving short message service request, and request then is inserted into request
In queue, request queue packet is present in memory database functional module, and returns to short message service request and receive success message；
Short message processing module extracts data from request queue, and the validity and legitimacy to short message carry out cleaning filtration treatment, according to
The source of short message and short message type, short message is inserted into corresponding priority query, priority query is stored in internal storage data
In library facility module；SMS transmission module, by the order from high priority to low priority, ejected successively from priority query
Note data carries out short message sending；Memory database functional module preserves all dynamic exchange data, is short message access interface work(
Can module, short message processing function module, short message sending functional module offer Dynamic cata exchange.
A kind of 7. short message micro services system for automating O＆M according to claim 1, it is characterised in that the short message clothes
Business monitor includes monitoring strategies management module, micro services node state monitoring function module, micro services node and creates scheduling pipe
Manage module, load balancing message notification module；Wherein each short message of micro services node state monitoring function module automatic regular polling is in incognito
Business node, the survival condition of micro services node is monitored according to monitoring strategies management module, checks whether there is nodes break down, such as
The faulty node of fruit, then notification payload equilibrium message notification module, malfunctioning node is isolated, and no longer asks to forward by short message service
To malfunctioning node, if malfunctioning node is uniformity Hash load balancing, micro services node creates dispatching management module
The dummy node of malfunctioning node is obtained, short message server request is forwarded to the dummy node of malfunctioning node, so as to avoid Single Point of Faliure
Short message service is caused to be interrupted.
A kind of 8. short message micro services system for automating O＆M according to claim 7, it is characterised in that the monitoring side
In policy management module, monitoring strategies include service monitoring frequency, the survival of micro services node, memory usage, CPU usage,
Client connection number, service response time, node load threshold values.
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| CN109246631B (en) * | 2018-11-29 | 2022-03-15 | 中电万维信息技术有限责任公司 | Method for sending short message |
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| CN111221551B (en) * | 2019-10-29 | 2023-10-31 | 中盈优创资讯科技有限公司 | Database upgrading method and device |
| CN111221551A (en) * | 2019-10-29 | 2020-06-02 | 中盈优创资讯科技有限公司 | Database upgrading method and device |
| CN111065061A (en) * | 2019-11-25 | 2020-04-24 | 佛山欧神诺云商科技有限公司 | Short message request sending system and method based on multiple channels and storage medium |
| CN111093162A (en) * | 2019-12-18 | 2020-05-01 | 上海良鑫网络科技有限公司 | Method for intelligently selecting short message sending channel |
| CN113132434A (en) * | 2019-12-31 | 2021-07-16 | 湖北亿咖通科技有限公司 | Distributed service processing method, device, equipment and storage medium |
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| CN112070481A (en) * | 2020-09-08 | 2020-12-11 | 广东电网有限责任公司肇庆供电局 | Remote installation system and method |
| CN112130880A (en) * | 2020-09-27 | 2020-12-25 | 平安医疗健康管理股份有限公司 | Micro-service publishing method and device, computer equipment and storage medium |
| CN112463366A (en) * | 2020-11-19 | 2021-03-09 | 上海交通大学 | Cloud-native-oriented micro-service automatic expansion and contraction capacity and automatic fusing method and system |
| CN112463366B (en) * | 2020-11-19 | 2022-12-06 | 上海交通大学 | Cloud-native-oriented micro-service automatic expansion and contraction capacity and automatic fusing method and system |
| CN112965847A (en) * | 2021-03-03 | 2021-06-15 | 北京百度网讯科技有限公司 | Fault processing method, device, equipment and storage medium of micro-service architecture |
| CN113612827A (en) * | 2021-07-26 | 2021-11-05 | 海南港澳资讯产业股份有限公司 | Method and system for efficiently transmitting financial information in batches |
| CN113742073A (en) * | 2021-09-06 | 2021-12-03 | 中国西安卫星测控中心 | LSB interface-based cluster control method |
| CN113742073B (en) * | 2021-09-06 | 2023-01-24 | 中国西安卫星测控中心 | LSB interface-based cluster control method |
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