CN103237296A - Message sending method and message sending system - Google Patents
Message sending method and message sending system Download PDFInfo
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- CN103237296A CN103237296A CN2013101370020A CN201310137002A CN103237296A CN 103237296 A CN103237296 A CN 103237296A CN 2013101370020 A CN2013101370020 A CN 2013101370020A CN 201310137002 A CN201310137002 A CN 201310137002A CN 103237296 A CN103237296 A CN 103237296A
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Abstract
The invention discloses a message sending method and a message sending system. The message sending system comprises a queue-entering interface module, a plurality of queue modules and a queue-exiting interface module, wherein the queue-entering interface module is used for receiving a to-be-sent message which is generated by a message producer and writing the to-be-sent message into the queue modules according to the message type, each queue module comprises a memory linked list, a reading buffer area and a database list, and the queue-exiting interface module is used for directly reading the to-be-sent message from the memory linked list of each queue module according to the priority strategy and sending the to-be-sent message. The message sending method and the message sending system have the advantages that the data amount of a to-be-sent list is reduced by adopting the multiple-queue mode, and the operation efficiency of the to-be-sent list is improved; by adopting the multiple-queue and large-buffer mechanism, the operation of the database is greatly reduced; different queues are used for different priorities, so the sending speeds of the messages different in priorities are controllable; and the utilization rate of the database resource is greatly reduced, the sending efficiency of the messages is improved, and meanwhile, the timeliness of the high-priority message is ensured.
Description
Technical field
The present invention relates to the network communications technology, more in particular to a kind of note transmission method with for the system that sends note.
Background technology
Traditional note sends the mode that adopts the polling data storehouse, namely receives after note sends request, and it is medium to be sent that note is written to database table to be sent, sends the note that the table to be sent in thread polling data storehouse can send and reads out and send.
Along with the quick growth of business, when the note traffic volume was very large, the data volume of table to be sent also can increase fast, added the operation in a large amount of polling data storehouses, caused the Database Systems resource utilization very high, and the note transmitting efficiency reduces.
Summary of the invention
At above-mentioned technical problem, the invention provides a kind of note transmission method and be used for to send the system of note.
On the one hand, the invention provides a kind of note transmission method comprises:
Receive the note to be sent that the message producer produces;
According to short message type described note to be sent is written to a plurality of formation modules, each described formation module comprises the internal memory chained list, reads buffering area and database table;
Directly read note to be sent and send from the internal memory chained list of each formation module according to priority policy.
On the other hand, the invention provides a kind of system for the transmission note comprises:
Go into the formation interface module, be used for receiving the note to be sent of message producer generation and according to short message type described note to be sent be written to a plurality of formation modules;
A plurality of formation modules, each the formation module in described a plurality of formation modules comprises the internal memory chained list, reads buffering area and database table;
The dequeue interface module is used for directly reading note to be sent and sending from the internal memory chained list of each formation module according to priority policy.
By implementing the present invention, many lining up modes have reduced the data volume of table to be sent, improve the efficient of operation table to be sent; Use the mechanism of the big buffering of many formations, significantly reduced the operation to database; Different priority uses different formations to make the transmission speed of note of different priorities controlled.
To sum up, adopt technical solution of the present invention, greatly reduced the resource utilization of database, improved the transmitting efficiency of note, ensured the ageing of high priority note simultaneously.
Description of drawings
Fig. 1 is the flow chart according to the note transmission method of one embodiment of the present invention;
Fig. 2 is the flow chart of step S200 among the Fig. 1 of another execution mode according to the present invention;
Fig. 3 is the flow chart of step S204 among the Fig. 2 of another execution mode according to the present invention;
Fig. 4 is the block diagram according to the system that is used for the transmission note of one embodiment of the present invention;
Fig. 5 is the schematic diagram of the formation module of system shown in Figure 4;
Fig. 6 is the state variation schematic diagram according to the formation module of embodiment of the present invention.
Embodiment
Various aspects, feature and advantage for the ease of understanding technical solution of the present invention specifically describe the present invention below in conjunction with accompanying drawing.Should be appreciated that following various execution modes only are used for illustrating, but not be used for restriction protection scope of the present invention.
With reference to figure 1, illustrate the note transmission method flow process according to one embodiment of the present invention.Wherein, described note transmission method comprises:
The note to be sent that S100, the reception message producer produce.
S200, according to short message type described note to be sent is written to a plurality of formation modules, each described formation module comprises the internal memory chained list, reads buffering area and database table.
Wherein, according to short message type described note to be sent is written to a plurality of formation modules, for example, according to the requirement of note time limit, will requires anxious note to write the high formation of priority in the time limit, will require not anxious short breath to write the low formation of priority in the time limit.Certainly, the present invention is not limited to this, can also write formation according to the note other types, and for example, the dynamic password notifying messages is write formation 1, fund is changed note writes formation 2, advertisement SMS is write formation 3, etc.
S300, directly read note to be sent and send from the internal memory chained list of each formation module according to priority policy.
According to embodiment of the present invention, send by directly reading note to be sent from the internal memory chained list, avoid the direct control to database, thereby greatly reduced the resource utilization of database, improved the transmitting efficiency of note.
In another embodiment of the present invention, among the step S200 the described formation module that is written in described a plurality of formation module of waiting to send short messages be may further comprise the steps:
S201, determine that the internal memory chained list of this formation module is whether full;
S202, when described internal memory chained list is discontented, described note to be sent is directly write to described internal memory chained list, and it is labeled as falls in lines;
S203, when described internal memory chained list is expired, described note to be sent only is written in the database table, and it is labeled as does not fall in lines;
S204, the note to be sent of not falling in lines in described database table when described internal memory chained list is had vacant position write described internal memory chained list in batches, so that be read and send in step S300.
When sending note, directly read note to be sent from the internal memory chained list thus, and need not database table is carried out frequent operation.
Preferably, step S202 also comprises when described note to be sent directly write to described internal memory chained list and also described note to be sent being written in the database table, thereby guarantees that note data can not lose.
In another embodiment of the present invention, also pending counter is added one when step S203 also only is written to described note to be sent in the database table when described internal memory chained list is expired.And S204 comprises:
S2041, determine that whether the value of described pending counter is zero;
S2042, when the value of described pending counter can not zero, read thread and inquire about described database table, and incorporate described internal memory chained list into according to the note to be sent that pending counter will not fallen in lines in bulk, revise the value of pending counter simultaneously;
S2043, when the value of described pending counter is zero, then stop to read thread to the read operation of described database table.
Preferably, described note to be sent of will not fall in lines in bulk according to pending counter is incorporated described internal memory chained list into and is comprised:
Read the first note to be sent of will not fall in lines in bulk according to pending counter of thread and read described buffering area from described database table, from described buffering area described note to be sent is read described internal memory chained list then.
By adopting pending counter to represent whether this formation has the pending note into formation, if having, just need be from table to be sent short message reading; If no, then do not need to read table to be sent; Therefore, under most of situation, do not need from table to be sent, to carry out read operation, reduced a lot of database manipulations.
In other execution modes of the present invention, step S300 directly reads note to be sent and sends from the internal memory chained list of each formation module according to priority policy and comprises:
Reading note to be sent according to each pre-configured formation module transmission note quantitative proportion from each formation module sends.
For example, suppose to be made as 60,30,10 respectively with three formations, 1,2,3 priority, to send the number that thread reads from formation at every turn be 100 to hypothesis again, and then the number of choosing from individual queue is as follows:
Formation 1:
100* (60/ (60+30+10))=60
But formation 1 this moment has only 50 notes, so can only get 50, then sends thread and can also choose 50.
Formation 2:
50* (30/ (30+10)=37
Formation 2 has 100 notes, from wherein taking out 37
Formation 3:
13*(10/10)=13
This mechanism can guarantee preferentially to send the note of high priority when the high priority note is many.
Therefore, different priority uses different formations to make the transmission speed of note of different priorities controlled.
In addition, it is a kind of for the system that sends note that the present invention also provides, and as shown in Figure 4, described system comprises:
Go into the formation interface module, be used for to receive note to be sent that the message producer produces and according to short message type with described note to be sent be written to a plurality of formation modules (Fig. 4 be shown as formation 1, formation 2 ..., formation n);
A plurality of formation modules, each the formation module in described a plurality of formation modules comprises the internal memory chained list, reads buffering area and database table, as shown in Figure 5;
The dequeue interface module is used for directly reading note to be sent and sending from the internal memory chained list of each formation module according to priority policy.
As shown in Figure 5, the internal memory chained list is used for preserving pending note.Database table can be kept at note in the database, and the effect of reading buffering area is to improve the efficient of getting the internal memory chained list from database read.
Wherein, the operating state of formation is as shown in Figure 6, and is as follows:
State 1: note directly writes to formation, reads thread and does not work;
State 2: note is written to database, reads thread and note is read into reads buffering;
State 3: note is written to formation, reads thread and note is read into reads buffering, hands over to write the formation from buffering;
Wherein, the variation of state produces corresponding event, and the relevant thread execution of driving is moved accordingly; Adopt big queue mechanism, most time services of formation have greatly reduced the database manipulation frequency at state 1.
In one embodiment of the invention, describedly go into the formation interface module the described formation module that is written in described a plurality of formation module of waiting to send short messages is comprised: whether the internal memory chained list of determining this formation module is full; When described internal memory chained list is discontented, described note to be sent is directly write to described internal memory chained list, and it is labeled as falls in lines; When described internal memory chained list is expired, described note to be sent only is written in the database table, and it is labeled as does not fall in lines, and the note to be sent of not falling in lines in described database table when described internal memory chained list is had vacant position writes described internal memory chained list in batches.
Preferably, when described internal memory chained list is discontented, described go into when the formation interface module directly writes to described internal memory chained list with described note to be sent also described note to be sent is written in the database table.
In another embodiment of the present invention, described system also comprises pending counter (not shown), and also pending counter is added one when only being written to described note to be sent in the database table when described internal memory chained list is expired.And describedly go into note to be sent that the formation interface module do not fall in lines in described database table write described internal memory chained list in batches and can comprise when described internal memory chained list is had vacant position: whether the value of determining described pending counter is zero; When the value of described pending counter can not zero, inquire about described database table by reading thread, and incorporate described internal memory chained list into according to the note to be sent that pending counter will not fallen in lines in bulk, revise the value of pending counter simultaneously; When the value of described pending counter is zero, then stop to read thread to the read operation of described database table.
Preferably, describedly go into note to be sent that the formation interface module will not fall in lines in bulk according to pending counter and incorporate described internal memory chained list into and comprise:
Read described buffering area by reading the first note to be sent of will not fall in lines in bulk according to pending counter of thread from described database table, from described buffering area described note to be sent is read described internal memory chained list then.
In one embodiment of the invention, as shown in Figure 4, described system option ground also comprises:
The parameter control module is used for when system initialization parameter being read internal memory and periodic refreshing and replaces so that other modules of system directly read parameter from described internal memory, and wherein, as an example, described parameter mainly comprises:
Queue size: the maximum of internal memory chained list;
Read buffer size: the maximum that reads buffering;
Queue priority strategy size: control formation transmission speed;
Send thread peek value at every turn: the maximum that sends the each peek of thread;
The monitoring parameter threshold values, etc.
In one embodiment of the invention, as shown in Figure 4, described system option ground also comprises:
Monitoring module, (for example be used for the running state data of other modules of extraction system, the average queuing time (millisecond) of internal memory chained list length (bar) (bar) to be sent formation flow (bar/5 minute) is transmitted traffic (bar/5 minute) always), in monitoring interface, represent described running state data, and when running status surpasses early warning value, in monitoring interface, report to the police.
It will be appreciated by those skilled in the art that for the technical problem to be solved in the present invention parameter control module and monitoring module are selectable modules, the two can exist simultaneously, also can be arranged in the described system by either-or.
Description by above-mentioned various execution modes as can be known, technical scheme of the present invention uses queue mechanism to improve the note treatment effeciency; Use many lining up modes to reduce the data volume of table to be sent; Use priority policy to ensure the real-time of high priority note.In addition, make the formation module can obtain more reasonable, use fully by interface module, classify to going into the formation note, the dequeue note is carried out priority policy; Adopt parameter module to obtain relevant parameter information at any time for other modules; At any time monitor the running status of each module by monitoring module.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by the mode of software combined with hardware platform, can certainly all implement by hardware.Based on such understanding, all or part of can the embodying with the form of software product that technical scheme of the present invention contributes to background technology, this computer software product can be stored in the storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
Claims (16)
1. a note transmission method is characterized in that, described method comprises:
Receive the note to be sent that the message producer produces;
According to short message type described note to be sent is written to a plurality of formation modules, each described formation module comprises the internal memory chained list, reads buffering area and database table;
Directly read note to be sent and send from the internal memory chained list of each formation module according to priority policy.
2. note transmission method as claimed in claim 1 is characterized in that, the described formation module that is written in described a plurality of formation module of waiting to send short messages be may further comprise the steps:
Whether the internal memory chained list of determining this formation module is full;
When described internal memory chained list is discontented, described note to be sent is directly write to described internal memory chained list, and it is labeled as falls in lines;
When described internal memory chained list is expired, described note to be sent only is written in the database table, and it is labeled as does not fall in lines, and the note to be sent of not falling in lines in described database table when described internal memory chained list is had vacant position writes described internal memory chained list in batches.
3. note transmission method as claimed in claim 2 is characterized in that, when described internal memory chained list is discontented, also described note to be sent is written in the database table when described note to be sent is directly write to described internal memory chained list.
4. note transmission method as claimed in claim 2 is characterized in that, when described internal memory chained list is expired, also pending counter is added one when only being written to described note to be sent in the database table.
5. note transmission method as claimed in claim 4 is characterized in that, the note to be sent of not falling in lines in described database table when described internal memory chained list is had vacant position writes described internal memory chained list in batches and comprises:
Whether the value of determining described pending counter is zero;
When the value of described pending counter can not zero, read thread and inquire about described database table, and incorporate described internal memory chained list into according to the note to be sent that pending counter will not fallen in lines in bulk, revise the value of pending counter simultaneously;
When the value of described pending counter is zero, then stop to read thread to the read operation of described database table.
6. note transmission method as claimed in claim 5 is characterized in that, described note to be sent of will not fall in lines in bulk according to pending counter is incorporated described internal memory chained list into and comprised:
Read the first note to be sent of will not fall in lines in bulk according to pending counter of thread and read described buffering area from described database table, from described buffering area described note to be sent is read described internal memory chained list then.
7. as any described note transmission method of claim 1 to 6, it is characterized in that, directly read note to be sent and send from the internal memory chained list of each formation module according to priority policy and comprise:
Reading note to be sent according to each pre-configured formation module transmission note quantitative proportion from each formation module sends.
8. system that be used for to send note is characterized in that described system comprises:
Go into the formation interface module, be used for receiving the note to be sent of message producer generation and according to short message type described note to be sent be written to a plurality of formation modules;
A plurality of formation modules, each the formation module in described a plurality of formation modules comprises the internal memory chained list, reads buffering area and database table;
The dequeue interface module is used for directly reading note to be sent and sending from the internal memory chained list of each formation module according to priority policy.
9. system as claimed in claim 8 is characterized in that, describedly goes into the formation interface module the described formation module that is written in described a plurality of formation module of waiting to send short messages is comprised:
Whether the internal memory chained list of determining this formation module is full;
When described internal memory chained list is discontented, described note to be sent is directly write to described internal memory chained list, and it is labeled as falls in lines;
When described internal memory chained list is expired, described note to be sent only is written in the database table, and it is labeled as does not fall in lines, and the note to be sent of not falling in lines in described database table when described internal memory chained list is had vacant position writes described internal memory chained list in batches.
10. system as claimed in claim 9 is characterized in that, when described internal memory chained list is discontented, described go into when the formation interface module directly writes to described internal memory chained list with described note to be sent also described note to be sent is written in the database table.
11. system as claimed in claim 9 is characterized in that, described system also comprises pending counter, and also pending counter is added one when only being written to described note to be sent in the database table when described internal memory chained list is expired.
12. system as claimed in claim 11 is characterized in that, describedly goes into note to be sent that the formation interface module do not fall in lines in described database table write described internal memory chained list in batches and comprise when described internal memory chained list is had vacant position:
Whether the value of determining described pending counter is zero;
When the value of described pending counter can not zero, inquire about described database table by reading thread, and incorporate described internal memory chained list into according to the note to be sent that pending counter will not fallen in lines in bulk, revise the value of pending counter simultaneously;
When the value of described pending counter is zero, then stop to read thread to the read operation of described database table.
13. system as claimed in claim 12 is characterized in that, describedly goes into note to be sent that the formation interface module will not fall in lines in bulk according to pending counter and incorporates described internal memory chained list into and comprise:
Read described buffering area by reading the first note to be sent of will not fall in lines in bulk according to pending counter of thread from described database table, from described buffering area described note to be sent is read described internal memory chained list then.
14., it is characterized in that described dequeue interface module directly reads note to be sent and sends from the internal memory chained list of each formation module according to priority policy and comprises as any described system of claim 8 to 13:
Reading note to be sent according to each pre-configured formation module transmission note quantitative proportion from each formation module sends.
15. as any described system of claim 8 to 13, it is characterized in that described system also comprises:
The parameter control module is used for when system initialization parameter being read internal memory and periodic refreshing and replaces so that other modules of system directly read parameter from described internal memory.
16. as any described system of claim 8 to 13, it is characterized in that described system also comprises:
Monitoring module, the running state data for other modules of extraction system represents described running state data in monitoring interface, and reports to the police in monitoring interface when running status surpasses early warning value.
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| CN114205762A (en) * | 2021-12-10 | 2022-03-18 | 中国农业银行股份有限公司 | Short message flow control method, equipment and storage medium |
| CN114003609A (en) * | 2021-12-29 | 2022-02-01 | 飞狐信息技术（天津）有限公司 | Method and device for monitoring number of to-be-examined data |
| CN115242745A (en) * | 2022-07-19 | 2022-10-25 | 南京鼎山信息科技有限公司 | Short message pushing system and method based on 5G communication network |
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