CN105188090A - Method and system for realizing short message downlink pressure balance - Google Patents
Method and system for realizing short message downlink pressure balance Download PDFInfo
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- CN105188090A CN105188090A CN201510484062.9A CN201510484062A CN105188090A CN 105188090 A CN105188090 A CN 105188090A CN 201510484062 A CN201510484062 A CN 201510484062A CN 105188090 A CN105188090 A CN 105188090A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/08—Load balancing or load distribution
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
Abstract
The invention discloses a method and a system for realizing short message downlink pressure balance. The method comprises the following steps: acquiring data from the outside and storing the acquired data in a data queue by a service platform; reading the data in the data queue and verifying the read data by a thread; after the verification is passed, performing first data balance distribution on the data according to a predetermined routing algorithm, and storing the distributed data in corresponding data intermediate charts; and reading data to be transmitted from each data intermediate chart according to priorities, selecting a short message access number which is matched with the read data, and transmitting the data to be transmitted to a short message gateway through the short message access number. Through adoption of the method provided by the invention, the short message downlink pressure balance problem of each short message access number can be solved. The data is distributed twice through the routing algorithm, and different short message access numbers are selected to issue short messages, so that the support and efficiency of large-data-volume issuing services are improved, and time consumed by issuing is shortened.
Description
Technical field
The present invention relates to technical field of data transmission, be specifically related to a kind of method and system realizing the equilibrium of note downstream pressure.
Background technology
Operator is sayed, a lot of marketing message, prompting message and identifying code information on services all can point out user by photos and sending messages under short message channel, in recent years except point-to-point note, occur that more content supplier comes to the pattern of user's transmitting short message by the short message channel of operator, the network element issued has: send data source (business platform) and be finally issued in user's hand to sms center again to Short Message Service Gateway, user can by the real-time consumption information getting oneself of SMS and record, even can realize shopping by accumulated point exchanging to need, so real-time identifying code and cryptographic service serve vital effect.So the promptness of short message sending and accuracy serve more and more important effect in Consumer's Experience.
See Fig. 1, prior art is from business platform to Short Message Service Gateway, and every bar note is all issue from fixing note Number for access, fixing connection.When some connection data amounts are larger, just there will be overstocking of note, short message delay sends, and other connection is idle, causes the very large wasting of resources, is also unfavorable for the lifting of Consumer's Experience.Prior art scheme is summarized as follows:
1), after passing through from the data check of various system, various interface, first hash in the respective directories of disk and processed by follow-up data handling system;
2) data handling system is according to the data to be sent under the directory scan disk directory of configuration, and be organized into Packet Generation to gateway, last information is sent to sms center by gateway.
Under can finding out that from prior art data are put into different catalogues to be sent according to the priority of data by analysis process, transmission process scans file to be sent, be put in different connection pools according to the difference of note Number for access, fixing note Number for access is adopted to be sent to Short Message Service Gateway, achieve simple two priority classes, but the downstream pressure that cannot realize each note Number for access is balanced.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of method and system realizing the equilibrium of note downstream pressure, solve the isostasy problem that each note Number for access note is descending, improve the efficiency of short message sending, what also achieve that note accesses makes full use of.
The technical scheme that the present invention solves the problems of the technologies described above is as follows:
On the one hand, the invention provides a kind of method realizing the equilibrium of note downstream pressure, described method comprises:
S1, business platform obtain data by this deposit data in data queue from outside;
S2, thread read the data in described data queue and carry out data check to these data;
S3, after data check passes through, according to the first predetermined routing algorithm, first time data balancing shunting is carried out to described data, and the data after shunting are stored in corresponding data middle table, form data to be sent;
S4, from each data middle table, read data to be sent according to the priority of described data to be sent, and select the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm, and by described note Number for access, data to be sent are sent to Short Message Service Gateway.
On the other hand, the invention provides a kind of system realizing the equilibrium of note downstream pressure, described system comprises:
Data acquisition module, for obtaining data by this deposit data in data queue from outside;
Data read module, adopts it to read data in described data queue for thread;
Data check module, for carrying out data check to the data of described reading;
Data distribution module for the first time, for after data check passes through, carries out first time data balancing shunting according to the first predetermined routing algorithm to described data;
First memory module, for the data after shunting being stored in corresponding data middle table, forms data to be sent;
Second time data distribution module, reads data to be sent for the priority according to data to be sent from each data middle table, and selects the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm;
Data transmission blocks, for sending to Short Message Service Gateway by described note Number for access by data to be sent.
A kind of method and system realizing the equilibrium of note downstream pressure provided by the invention, first the data obtained from outside are deposited in data queue by business platform, then employing thread carrys out the data in read data queue, just the data after shunting are stored in the middle table of local data base after first time data balancing shunting, finally the data of often opening in data middle table are carried out second time equilibrium shunting, select the note Number for access of coupling that data to be sent are sent to Short Message Service Gateway.Wherein, first the data obtained from outside are deposited in data queue by business platform, and introduce the data that thread comes in read data queue, reach the effect of data buffer storage, reading database frequently when avoiding mass data to send, cause the decline of database access efficiency, and the data queue in access memory improves the treatment effeciency of data; Twice balanced shunting is carried out to sent data, and select different note Numbers for access, different connections carries out issuing of note, issuing of note is carried out compared to existing technology by fixing note Number for access, fixing connection, solve the equalization problem of each note Number for access note downstream pressure, improve the efficiency that note issues, also achieve making full use of of note Number for access.
Accompanying drawing explanation
Fig. 1 is the flow chart that prior art note issues;
Fig. 2 is a kind of method flow diagram realizing the equilibrium of note downstream pressure of the embodiment of the present invention one;
Fig. 3 is the whole implementation procedure flow chart of the embodiment of the present invention one;
Fig. 4 is the balanced schematic diagram of first time data distribution in the embodiment of the present invention one;
Fig. 5 is the schematic diagram that in the embodiment of the present invention one, business platform sends the data to Short Message Service Gateway;
Fig. 6 is a kind of system schematic realizing the equilibrium of note downstream pressure of the embodiment of the present invention two.
Embodiment
Be described principle of the present invention and feature below in conjunction with accompanying drawing, example, only for explaining the present invention, is not intended to limit scope of the present invention.
Embodiment one, a kind of method realizing the equilibrium of note downstream pressure.Below in conjunction with Fig. 2-Fig. 4, the method that the present embodiment provides is described in detail.
Data by this deposit data in data queue are obtained from outside see Fig. 2, S1, business platform.
Concrete, see Fig. 3, by various interface, from outside, various system obtains the data that may need to send to user to business platform, because the disposal ability of data can improve in the data queue in internal memory, such as, when reading data, speed is fast, therefore business platform introduces data queue, by the various deposit data that obtain from outside in data queue, reach the effect of data buffer storage, ensure that overstocked phenomenon does not appear in the data of peripheral system.
S2, thread read the data in described data queue and carry out data check to these data.
Concrete, see Fig. 4, when business platform by the deposit data that obtains from outside after data queue, business platform introduces the linear pond of process, is carried out the data in read data queue, wherein by the sub-thread in linear pond, every bar data in data queue process separately by the sub-thread of in linear pond, when data volume is large, achieve the asynchronous process of data, improve the data-handling efficiency of business platform.It should be noted that, when thread reads data from data queue, in order to improve the speed of digital independent, the overabundance of data avoiding thread at every turn to read and affect the efficiency of digital independent, therefore, the present embodiment setting thread reads the threshold data amount of data at every turn from data queue, each time thread at most can only from data queue the data of read threshold data volume.
After data in thread read data queue, the operations such as check sum Reseal are carried out to the data read.Whether the data check in the present embodiment comprises is short message verification, and such as, whether these data are short message; Whether interruption-free time check, such as in the interruption-free time of user; Black/white list verifies, and such as, user corresponding to data is blacklist; Filtering sensitive words, such as, verifies in these data whether comprise predetermined sensitive word; Priority verifies, such as, and the priority etc. of these data.Certainly, the present embodiment is not limited to only verify these contents above-mentioned, and can carry out other verification to data, concrete restriction is not done in this enforcement yet.In the present embodiment, each data is verified, ensure that user receives accuracy and the promptness of information, user is better served.
S3, after data check passes through, according to the first predetermined routing algorithm, first time data balancing shunting is carried out to described data, and the data after shunting are stored in corresponding data middle table, form data to be sent.
Concrete, when data check passes through, such as, these data are note data, and current time is not the interruption-free time of user, this user is not blacklist, and there is no predetermined deeply grateful word or sensitive word wherein in these data through filtering, then according to the first predetermined routing algorithm, first time data balancing shunting is carried out to these data, and the data after equilibrium being shunted are stored in corresponding data middle table, the data after first time data balancing shunting are data to be sent.Wherein, every bar data correspondence has a user mobile phone number, namely these data finally can be sent to a certain user mobile phone, last bit digital of user mobile phone number corresponding for data and data middle table total quantity are divided by remainder number by the present embodiment, then these data being stored in is numbered in the data middle table of this remainder, such as, data middle table has send_wait_0 to send_wait_4 five table, the tail number of mobile phone is 9, then these data are stored in send_wait_4 table, realize the first time equilibrium shunting of data thus.
In addition, when data check not by time, such as, data need the user of delayed delivery or correspondence for blacklist, then these data are stored in local disk, and local disk uses as the preservation of deferred message and troubleshooting.
S4, from each data middle table, read data to be sent according to the priority of data to be sent, and select the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm, and by described note Number for access, data to be sent are sent to Short Message Service Gateway.
Concrete, when above-mentioned, first time data balancing shunting is carried out to data, and after the data after equilibrium shunting are stored in corresponding data middle table, the data in the transmission process scan-data middle table in business platform, the data in data middle table are data to be sent.During the data of transmission process in scan-data middle table, scan according to the priority of data, after data are read in scanning, carry out parameter matching as requested, generate the complete information content, and according to corresponding Short Message Service Gateway agreement, such as, CMPP (ChinaMobilePeertoPeer, China Mobile Peer to Peer Protocol), SGIP (ShortMessageGatewayInterfaceProtocol, message gateway interface agreement) or SMGP (ShortMessageGatewayProtocol, Short Message Service Gateway agreement) information content is encapsulated.
See Fig. 5, business platform to be selected according to the second predetermined routing algorithm the data after having encapsulated and the note Number for access of this Data Matching subsequently, and by the note Number for access of this coupling, these data is sent to Short Message Service Gateway.In the present embodiment, be divided by the bit digital second from the bottom of cell-phone number corresponding for data and note Number for access total quantity remainder number, then select the numbering note Number for access identical with this remainder to be the note Number for access with this Data Matching, and by the connection of this note Number for access, these data are pushed to Short Message Service Gateway.Such as, the note Number for access of current configuration always has 3, mobile phone penultimate is 7, then second note Number for access is selected to be the note Number for access with this Data Matching, and these data are pushed to Short Message Service Gateway by the connection of second note Number for access, reach the second time equilibrium shunting of data.It should be noted that, in order to ensure the speed that note issues, the present embodiment can set the number of thresholds of each note Number for access transmitting short message, can only issue the note of number of thresholds to Short Message Service Gateway by a certain specific note Number for access at every turn.
Embodiment two, a kind of system realizing the equilibrium of note downstream pressure.Below in conjunction with Fig. 6, the system that the present embodiment provides is described in detail.
See Fig. 6, the system that the present embodiment provides comprises data acquisition module 601, data read module 602, first threshold setting module 603, data check module 604, for the first time data distribution module 605, first data memory module 606, second data memory module 607, second time data distribution module 608, data transmission blocks 609 and Second Threshold setting module 6010.
Data acquisition module 601 is mainly used in obtaining data by this deposit data in data queue from outside.
Concrete, by various interface, from outside, various system obtains the data that may need to send to user to data acquisition module 601 in business platform, because the disposal ability of data can improve in the data queue in internal memory, such as, when reading data, speed is fast, and therefore business platform introduces data queue, by the various deposit data that obtain from outside in data queue, reach the effect of data buffer storage, ensure that overstocked phenomenon does not appear in the data of peripheral system.
Data read module 602 is mainly used in thread and adopts data in its read data queue.
First threshold setting module 603 is mainly used in setting the number of thresholds that thread reads data at every turn from data queue.
The data that data check module 604 is mainly used in thread reads carry out data check.
Concrete, when business platform by the deposit data that obtains from outside after data queue, business platform introduces the linear pond of process, the data utilizing data read module 602 to come in read data queue by the sub-thread in linear pond, wherein, the every bar data in data queue process separately, when data volume is large by the sub-thread of in linear pond, achieve the asynchronous process of data, improve the data-handling efficiency of business platform.It should be noted that, when thread reads data from data queue, in order to improve the speed of digital independent, the overabundance of data avoiding thread at every turn to read and affect the efficiency of digital independent, first threshold setting module 603 sets the threshold data amount that thread reads data at every turn from data queue, each time thread at most can only from data queue the data of read threshold data volume.
Thread is by after the data in data read module 602 read data queue, and the data that data check module 604 pairs of threads read carry out the operations such as check sum Reseal.In the present embodiment, each data is verified, ensure that user receives accuracy and the promptness of information, user is better served.
First data distribution module 605 is mainly used in after data check passes through, and carries out first time data balancing shunting according to the first predetermined routing algorithm to data.
First data memory module 606 is mainly used in the data after the first data distribution module 605 being shunted and is stored in corresponding data middle table, forms data to be sent.
Second data memory module 607 be mainly used in when data check not by time, will not by verification data be stored in local disk.
Concrete, when data check passes through, first data distribution module 605 carries out first time data balancing shunting according to the first predetermined routing algorithm to these data, the first data memory module 606 equilibrium is shunted after data be stored in corresponding data middle table.
In addition, when data check does not pass through, such as, data need the user of delayed delivery or correspondence for blacklist, then these are not stored in local disk by the data of verification by the second data memory module 607, and local disk uses as the preservation of deferred message and troubleshooting.
Second time data distribution module 608 is mainly used in from each data middle table, reading data to be sent according to the priority of data to be sent, and selects the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm.
Data transmission blocks 609 is mainly used in, by the note Number for access of coupling, data to be sent are sent to Short Message Service Gateway.
Second Threshold setting module 6010 is mainly used in the number of thresholds of the data to be sent that setting data sending module 609 is sent by note Number for access.
Concrete, when first time data distribution module 605 pairs of data have carried out first time data balancing shunting, after data after equilibrium shunting are stored in corresponding data middle table by the first data memory module 606, data in transmission process scan-data middle table in business platform, the data in data middle table are data to be sent.During the data of transmission process in scan-data middle table, scan according to the priority of data, after data are read in scanning, carry out parameter matching as requested, generate the complete information content, and according to corresponding Short Message Service Gateway agreement, such as, CMPP (ChinaMobilePeertoPeer, China Mobile Peer to Peer Protocol), SGIP (ShortMessageGatewayInterfaceProtocol, message gateway interface agreement) or SMGP (ShortMessageGatewayProtocol, Short Message Service Gateway agreement) information content is encapsulated.
Second time data distribution module 608 is to the note Number for access of the data after encapsulate according to the second predetermined routing algorithm selection and this Data Matching subsequently, and these data are sent to Short Message Service Gateway by the note Number for access of this coupling by data transmission blocks 609.It should be noted that, in order to ensure the speed that note issues, Second Threshold setting module 6010 can set the number of thresholds of each note Number for access transmitting short message, can only issue the note of number of thresholds to Short Message Service Gateway by a certain specific note Number for access at every turn.
A kind of method and system realizing the equilibrium of note downstream pressure provided by the invention, first the data to be sent obtained from outside are deposited in data queue by business platform, then employing thread carrys out the data in read data queue, just the data after shunting are stored in the data middle table of local data base after first time data balancing shunting, finally the data of often opening in data middle table are carried out second time equilibrium shunting, select the note Number for access of coupling that data to be sent are sent to Short Message Service Gateway.Wherein, first the data obtained from outside are deposited in data queue by business platform, and introduce the data that thread comes in read data queue, reach the effect of data buffer storage, reading database frequently when avoiding mass data to send, cause the decline of database access efficiency, and the data queue in access memory improves the treatment effeciency of data; Twice loading sharing is carried out to sent data, and select different note Numbers for access, different connections carries out issuing of note, issuing of note is carried out compared to existing technology by fixing note Number for access, fixing connection, solve the equalization problem of each note Number for access note downstream pressure, improve the efficiency that note issues, also achieve making full use of of note Number for access; At the process of thread read data queue and the data-pushing after finally second time data balancing being shunted in the process of Short Message Service Gateway, the thread reading data volume of data and the data volume of business platform propelling data are limited, improve the efficiency reading data and propelling data, avoid the congested problem causing network not smooth of factor data.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. realize a method for note downstream pressure equilibrium, it is characterized in that, described method comprises:
S1, business platform obtain data by this deposit data in data queue from outside;
S2, thread read the data in described data queue and carry out data check to these data;
S3, after data check passes through, according to the first predetermined routing algorithm, first time data balancing shunting is carried out to described data, and the data after shunting are stored in corresponding data middle table, form data to be sent;
S4, from each data middle table, read data to be sent according to the priority of described data to be sent, and select the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm, and by described note Number for access, data to be sent are sent to Short Message Service Gateway.
2. a kind of method realizing the equilibrium of note downstream pressure as claimed in claim 1, is characterized in that, the data check in described step S2 at least comprises interruption-free time check, the verification of black/white list, filtering sensitive words and priority verification.
3. a kind of method realizing the equilibrium of note downstream pressure as claimed in claim 1, is characterized in that, in the process performing described step S2, setting thread reads the number of thresholds of data at every turn from data queue.
4. a kind of method realizing the equilibrium of note downstream pressure as claimed in claim 1, it is characterized in that, described step S3 specifically comprises:
After data check passes through, be divided by last bit digital of cell-phone number corresponding for each data described and data middle table total quantity remainder number, and these data be stored in and be numbered in the data middle table of described remainder;
Described step S4 specifically comprises:
Priority according to data to be sent reads data to be sent from each data middle table, and be divided by the bit digital second from the bottom of cell-phone number corresponding for each data to be sent of described reading and total note Number for access quantity remainder number;
Using be numbered the note Number for access of described remainder as the note Number for access with this Data Matching to be sent, and by this note Number for access, these data to be sent are sent to Short Message Service Gateway.
5. a kind of method realizing the equilibrium of note downstream pressure as claimed in claim 4, it is characterized in that, described step S3 also comprises:
When data check does not pass through, be not stored in described in local disk by the data of verification.
6. a kind of method realizing the equilibrium of note downstream pressure as claimed in claim 1, is characterized in that, send to Short Message Service Gateway specifically to comprise data to be sent in described step S4 by described note Number for access:
By described note Number for access, described data to be sent are sent to Short Message Service Gateway according to the Short Message Service Gateway agreement of correspondence, and set the number of thresholds of the data to be sent sent by note Number for access.
7. realize a system for note downstream pressure equilibrium, it is characterized in that, described system comprises:
Data acquisition module, for obtaining data by this deposit data in data queue from outside;
Data read module, adopts it to read data in described data queue for thread;
Data check module, for carrying out data check to the data of described reading;
Data distribution module for the first time, for after data check passes through, carries out first time data balancing shunting according to the first predetermined routing algorithm to described data;
First memory module, for the data after shunting being stored in corresponding data middle table, forms data to be sent;
Second time data distribution module, reads data to be sent for the priority according to data to be sent from each data middle table, and selects the note Number for access with this Data Matching to be sent according to the second predetermined routing algorithm;
Data transmission blocks, for sending to Short Message Service Gateway by described note Number for access by data to be sent.
8. a kind of system realizing the equilibrium of note downstream pressure as claimed in claim 7, it is characterized in that, described system also comprises:
First threshold setting module, reads the number of thresholds of data at every turn from data queue for setting thread.
9. a kind of system realizing the equilibrium of note downstream pressure as claimed in claim 7, it is characterized in that, described system also comprises:
Second memory module, for when data check does not pass through, is not stored in described in local disk by the data of verification.
10. a kind of system realizing the equilibrium of note downstream pressure as claimed in claim 7, it is characterized in that, described system also comprises:
Second Threshold setting module, for setting the number of thresholds of the data to be sent sent by note Number for access.
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| CN111782395B (en) * | 2020-06-30 | 2024-01-05 | 北京思特奇信息技术股份有限公司 | Shunting control method and system for message processing |
| CN113423075A (en) * | 2021-05-18 | 2021-09-21 | 北京达佳互联信息技术有限公司 | Short message sending control method and device, electronic equipment, storage medium and product |
| CN115412865A (en) * | 2022-08-11 | 2022-11-29 | 北京天融信网络安全技术有限公司 | Short message gateway protocol calling method, system, electronic equipment and storage medium |
| CN115412865B (en) * | 2022-08-11 | 2023-11-24 | 北京天融信网络安全技术有限公司 | Short message gateway protocol calling method, system, electronic equipment and storage medium |
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