CN103024699A - Short message sending method and information resource station entity - Google Patents
Short message sending method and information resource station entity Download PDFInfo
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- CN103024699A CN103024699A CN2011102839756A CN201110283975A CN103024699A CN 103024699 A CN103024699 A CN 103024699A CN 2011102839756 A CN2011102839756 A CN 2011102839756A CN 201110283975 A CN201110283975 A CN 201110283975A CN 103024699 A CN103024699 A CN 103024699A
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Abstract
The invention discloses a short message sending method and an information resource station entity, wherein the method comprises the following steps of: in an adapter of an information resource station entity SP, respectively setting a plurality of queues depending on an application, for caching short messages to be sent; respectively configuring a priority and a backlog value in each of the queues; caching the received short messages to be sent into corresponding queues depending on corresponding service priorities by the adapter of the SP; monitoring the various queues, and temporarily stopping sending the short messages which are lower than the queue in priority and are cached in the queue in case that it monitors that the number of the short messages which are cached in one of the queues and are to be sent exceeds the backlog value corresponding to the queue. According to the technical scheme disclosed by the invention, when the SP end has a great amount of short message servicees, the short message sending of the application program which has a comparatively high requirement on realtime performance is guaranteed.
Description
Technical field
The present invention relates to the mobile communication technology field, particularly relate to a kind of note transmission method and a kind of information resources station entity.
Background technology
Type and the definition of the related news between each network element in China Mobile's short message service have been described in the China Mobile Peer to Peer Protocol (CMPP, China Mobile Peer to Peer).These network elements comprise: internet short message gateway (ISMG) and information resources station entity (SP)
Information resources station entity SP sends note by the CMPP agreement to internet short message gateway ISMG.The note that adapter among the SP receives each terminal issues request.In adapter, a large amount of notes etc. are to be sent.According to the CMPP agreement, one slide block is arranged in the port of adapter, be used for the note that buffer memory is sending, note issues to ISMG, after this note is successfully sent, remove this note in the slide block, have vacant position in the slide block this moment, can be again from etc. take out a note a large amount of notes to be sent and put into slide block and send to ISMG.In existing scheme, when having vacant position, be to take out note according to the principle of equilibrium to send to gateway, that is to say the sequencing that enters adapter according to note, submit to gateway one by one.
The defective of this scheme is, when SP sends a large amount of note to ISMG at short notice, can cause huge pressure to Short Message Service Gateway, makes the gateway response speed slack-off, and the transmission speed of SP also can become and slowly, note can overstock at SP holds; Or the speed that sends to adapter from each application program is when sending to the speed of ISMG greater than adapter, and note also can overstock at SP holds.The user just can not in time receive note in this case, and the application of especially having relatively high expectations for promptness such as application such as short-message verification codes, is flagrant.
Summary of the invention
The invention provides a kind of note transmission method, when the method has a large amount of short message services at the SP end, can guarantee that the note of the application program that promptness is had relatively high expectations sends.
The present invention also provides a kind of information resources station entity, and this information resources station entity can guarantee that the note of the application program that promptness is had relatively high expectations sends when a large amount of short message services is arranged.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention discloses a kind of note transmission method, in the adapter of information resources station entity SP, by using a plurality of formations are set respectively, be used for buffer memory note to be sent; For individual queue disposes respectively a priority and an overstocked value; The method comprises:
The note to be sent that the adapter of information resources station entity SP will receive is cached in the corresponding formation by its corresponding service priority;
Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspended the note of buffer memory in the low formation of this formation of transmission priority ratio.
Described method also comprises:
For each formation creates a thread, be used for taking out note from formation and send;
The note that described time-out sends buffer memory in the low formation of this formation of priority ratio comprises; The state information of the thread of the formation that this formation of priority ratio is low is set to suspend, and corresponding time out is set;
The thread of the formation that this formation of described priority ratio is low reads the state information of self, suspends the note that sends corresponding formation according to state information, and recovers later the note of corresponding formation is sent at time out.
Described in the adapter of information resources station entity SP, by application a plurality of formations are set respectively and comprise:
In the adapter of SP, by each principle of using a corresponding formation a plurality of formations are set respectively;
Perhaps, in the adapter of SP, the application that is respectively different business priority by the principle of the professional corresponding formation of concrete identical services priority arranges different formations.
Described method also comprises: in each application end, send application identities Appid of each application configuration of note for needs;
Described in the entity SP of information resources station, by using a plurality of formations are set respectively, specifically the Appid according to each application arranges respectively a plurality of formations.
The method further comprises:
Obtain ISMG and process the average length of time that note sends;
Process the average length of time that note sends according to ISMG, determine a threshold level, send note in the formation that priority is greater than or equal to this threshold level to ISMG, and suspend the transmission of the note in the formation that is lower than this threshold level.
For the formation that is greater than or equal to described threshold level, described method also comprises:
Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspended the note of buffer memory in the low formation of the described formation of transmission priority ratio.
The average length of time that the described ISMG of obtaining processes the note transmission comprises:
Obtain the transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG, reach the successful note quantity of transmission;
The transmitting time length sum of each bar note that described success sends divided by sending successful note quantity, obtains used time T of note transmission of the interior ISMG average treatment of predetermined period before the current time
Aver
The described transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG of obtaining reaches the successful note quantity of transmission and also comprises and utilize array with the unit interval described time span T and note quantity to be carried out record, specifically comprises:
With the unit interval as sign, at the different time span T that constantly obtain of the diverse location place of array 1 record, and in note quantity corresponding to array 2 corresponding positions storage;
The transmitting time length sum of each bar note that described success sends comprises divided by sending successful note quantity:
With the whole numerical value in the array 1 and divided by the whole numerical value in the array 2 and, obtain note of ISMG average treatment and send used time T
Aver
The invention also discloses a kind of information resources station entity, this information resources station entity comprises: adapter and monitoring unit; In the described adapter, be respectively arranged with a plurality of formations by application, be used for buffer memory note to be sent;
Adapter, the note to be sent that is used for receiving is cached to corresponding formation by its corresponding service priority;
Monitoring unit is used for individual queue is monitored, and when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspends the note of buffer memory in the low formation of this formation of transmission priority ratio.
Described monitoring unit also is used for obtaining ISMG and processes the average length of time that note sends; Process the average length of time that note sends according to ISMG, determine a threshold level, send note in the formation that priority is greater than or equal to this threshold level to ISMG, and suspend the transmission of the note in the formation that is lower than this threshold level;
Described monitoring unit, also be used for priority is greater than or equal to the formation of described threshold level, carry out described following process: individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the note of buffer memory in the low formation of this formation of transmission priority ratio.
As seen by above-mentioned, the present invention is this in the adapter of information resources station entity SP, by using a plurality of formations is set respectively, is used for buffer memory note to be sent; For individual queue disposes respectively a priority and an overstocked value; The note to be sent that the adapter of SP will receive is cached in the corresponding formation by its corresponding service priority; Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the technical scheme that sends the note of buffer memory in the low formation of this formation of priority ratio, when the SP end has a large amount of short message services, can guarantee that the note of the application program that promptness is had relatively high expectations sends.
Description of drawings
Fig. 1 is the schematic diagram that the adapter among the SP sends note among the present invention to ISMG;
Fig. 2 is the flow chart of a kind of note transmission method in the embodiment of the invention.
Embodiment
In order to make the purpose, technical solutions and advantages of the present invention clearer, describe the present invention below in conjunction with the drawings and specific embodiments.
Fig. 1 is the schematic diagram that the adapter among the SP sends note among the present invention to ISMG.As shown in Figure 1, the note that receives each terminal of the adapter among the SP issues request.In adapter, it is to be sent that a large amount of notes can enter respectively each formation etc. according to rule.Slide block in the port is used for the note that buffer memory is sending, note issues to ISMG, after this note is successfully sent, removes this note in this note slide block of removing buffer memory, have vacant position in the slide block this moment, can take out a note again and put into slide block and send to ISMG from formation.
Fig. 2 is the flow chart of a kind of note transmission method in the embodiment of the invention.In the adapter of information resources station entity SP, by using a plurality of formations are set respectively, be used for buffer memory note to be sent, for individual queue disposes respectively a priority and an overstocked value, then as shown in Figure 2, the method comprises:
201, the note to be sent that the adapter of information resources station entity SP will receive is cached in the corresponding formation by its corresponding service priority.
In an embodiment of the present invention: in the adapter of SP, by each principle of using a corresponding formation a plurality of formations are set respectively, are each application a formation is set respectively; Perhaps, in the adapter of SP, the application that is respectively different business priority by the principle of the professional corresponding formation of concrete identical services priority arranges different formations, the application that is different business priority arranges different formations, and the application of identical services priority is arranged same formation.
In each application end, can send for needs application identities Appid of each application configuration of note; Then described in the entity SP of information resources station, by using a plurality of formations are set respectively, specifically the Appid according to each application arranges respectively a plurality of formations.
In this step, the note to be sent that the adapter of SP will receive is cached in the corresponding formation by its corresponding service priority and comprises: the note to be sent that will receive is cached to the source of this note and uses in the corresponding formation.
In the adapter at SP, for each is used when a formation is set respectively, describedly overstock value and comprise with one for individual queue disposes respectively a priority: identical overstocked value is disposed in the formation that is equal priority.Overstocked value be one greater than 0 integer.In one embodiment of the invention, can be first put an application identities for each application of needing to send note (or be called application program join), be used for unique identification and be somebody's turn to do application, and be that each application identities that disposes is set a priority and overstocked a value.
202, individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the note of buffer memory in the low formation of this formation of transmission priority ratio.
Specifically, in this step: for each formation creates a thread, be used for taking out note from formation and send; When the note quantity to be sent of buffer memory surpassed overstocked value corresponding to this formation in monitoring a formation, the state information of the thread of the formation that this formation of priority ratio is low was set to time-out, and corresponding time out is set; The thread of the formation that this formation of priority ratio is low reads the state information of self, suspends the note that sends corresponding formation according to state information, and recovers later the note of corresponding formation is sent at time out.
In the described method of Fig. 2, can also further obtain ISMG and process the time span that note sends, process the time span that note sends according to ISMG, determine a threshold level, the note that transmission priority is greater than or equal to the formation of this threshold level arrives ISMG, and suspends the transmission of the note of the formation that is lower than this threshold level.For the formation that is greater than or equal to described threshold level, carry out described following process: individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the note of buffer memory in the low formation of this formation of transmission priority ratio.
The described ISMG of obtaining processes the average length of time that note sends and comprises: obtain the transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG, reach the successful note quantity of transmission; The transmitting time length sum of each bar note that described success sends divided by sending successful note quantity, obtains used time T of note transmission of the interior ISMG average treatment of predetermined period before the current time
Aver
Wherein, after note sends successfully to ISMG, therefore can receive the affirmation message that ISMG returns, specifically can calculate ISMG and process a note and send used time T according to send difference between the time of note and time that ISMG returns acknowledge message to ISMG; The time that ISMG is sent many notes is averaging processing, obtains note of ISMG average treatment and sends used time T aver.
The described transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG of obtaining reaches the successful note quantity of transmission and also comprises and utilize array with the unit interval described time span T and note quantity to be carried out record, specifically comprises:
With the unit interval as sign, at the different time span T that constantly obtain of the diverse location place of array 1 record, and in note quantity corresponding to array 2 corresponding positions storage;
The transmitting time length sum of each bar note that described success sends comprises divided by sending successful note quantity:
With the whole numerical value in the array 1 and divided by the whole numerical value in the array 2 and, obtain note of ISMG average treatment and send used time T
Aver
Described with the unit interval as sign, at the different time span T that constantly obtain of the diverse location place of array 1 record, and comprise in array 2 corresponding positions note quantity corresponding to record:
Array 1 and array 2 that length is N are set, and N is natural number, calculates according to described predetermined period, and wherein, described during cycle is N or is the integral multiple of N;
Whenever obtain a T value, the number of minutes of current time t be multiply by 60 number of seconds of adding current time t, and then mould N, the numerical value between 0～N-1 obtained;
The above-mentioned numerical value that calculates as station location marker, is put into position corresponding to array 1 with the T value, wherein, if correspondence position has a plurality of T, then in correspondence position record a plurality of T's and; In the correspondence position of array 2, record the quantity of the T of typing in the correspondence position of array 1;
If exceed the thresholding time apart from the last registration time, carry out in array 1 and the array 2 and add 0 operation, wherein, described thresholding time value is less than described predetermined period;
Be respectively array 1 and array 2 arranges pointer parameter, be respectively applied to record the position of array 1 and array 2 last operations, if the last operating position of the current position that calculates and pointer parameter record is not simultaneously, judge whether to exceed a described predetermined period, be the value that then empties in array 1 and array 2 current positions, re-start the current time span of obtaining of record and note quantity; Otherwise continuation cumulative record.
In one embodiment of the invention, the described time span of processing the note transmission according to ISMG, determine a threshold level concrete as: suppose to have the formation of 1,2,3,4,5 priority level, the priority of its middle grade 1 is the highest, and the priority of other grades is successively decreased according to the order of sequence.If ISMG processes the time span of note transmission less than 1000ms, then send the note of the formation of all priority levels, namely send the note of all 5 formations without threshold level, in this place, basis, monitoring these 5 lines up, be the note quantity to be sent of buffer memory in 3 the formation when surpassing overstocked value corresponding to this formation when monitoring grade, suspend the transmission grade and be 4 and grade be the note of buffer memory in two formations of 5.If ISMG processes the time span of note transmission when 1000ms arrives 2000ms, determine that threshold level is 3, then grade is that the note of 1,2 and 3 formation can continue to send, and grade to be the note of 4 and 5 formation suspend sends, and In Grade is that 1,2 and 3 formation is monitored, by that analogy.Here the time span of suspending can be decided according to actual conditions.
A kind of information resources station entity among the present invention comprises: adapter and monitoring unit; In the described adapter, be respectively arranged with a plurality of formations by application, be used for buffer memory note to be sent;
Adapter, the note to be sent that is used for receiving is cached to corresponding formation by its corresponding service priority;
Monitoring unit is used for individual queue is monitored, and when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspends the note of buffer memory in the low formation of this formation of transmission priority ratio.
In adapter, for each formation creates a thread, be used for taking out note from formation and send;
Singly when the note quantity to be sent of buffer memory in monitoring a formation surpassed overstocked value corresponding to this formation, the state information of the thread of the formation that this formation of priority ratio is low was set to time-out, and corresponding time out is set in described monitoring; The thread of the formation that this formation of priority ratio is low reads the state information of self, suspends the note that sends corresponding formation according to state information, and recovers later the note of corresponding formation is sent at time out.
In described adapter, be respectively arranged with a plurality of formations by each principle of using a corresponding formation; Perhaps, in the adapter of SP, the application that is respectively different business priority by the principle of the professional corresponding formation of concrete identical services priority is provided with different formations.
When in each application end, when each that sends note for needs used an application identities Appid of configuration, in SP, be respectively arranged with a plurality of formations according to the Appid of each application.
Described monitoring unit also is used for obtaining ISMG and processes the average length of time that note sends; Process the average length of time that note sends according to ISMG, determine a priority level, the note that sends in the formation that is greater than or equal to this priority level arrives ISMG, and suspends the transmission of the note in the formation that is lower than this priority level;
Described monitoring unit, also be used for being greater than or equal to the formation of described definite priority level, carry out described following process: individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the note of buffer memory in the low formation of the described formation of transmission priority ratio.
Described monitoring unit is used for obtaining the transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG, reaches the successful note quantity of transmission; The transmitting time length sum of each bar note that described success is sent divided by sending successful note quantity, obtains used time T of note transmission of the interior ISMG average treatment of predetermined period before the current time
Aver
Described monitoring unit particularly, with the unit interval as sign, at the different time span T that constantly obtain of the diverse location place of array 1 record, and in note quantity corresponding to array 2 corresponding positions storage; With the whole numerical value in the array 1 and divided by the whole numerical value in the array 2 and, obtain note of ISMG average treatment and send used time T
Aver
More particularly, described monitoring unit arranges array 1 and the array 2 that length is N, and N is natural number, calculates according to described predetermined period, and wherein, described during cycle is N or is the integral multiple of N; Whenever obtain a T value, the number of minutes of current time t be multiply by 60 number of seconds of adding current time t, and then mould N, the numerical value between 0～N-1 obtained; The above-mentioned numerical value that calculates as station location marker, is put into position corresponding to array 1 with the T value, wherein, if correspondence position has a plurality of T, then in correspondence position record a plurality of T's and; In the correspondence position of array 2, record the quantity of the T of typing in the correspondence position of array 1;
Described monitoring unit further, exceeds thresholding during the time in the distance last registration time, carries out in array 1 and the array 2 and adds 0 operation, and wherein, described thresholding time value is less than described predetermined period; Be respectively array 1 and array 2 arranges pointer parameter, be respectively applied to record the position of array 1 and array 2 last operations, if the last operating position of the current position that calculates and pointer parameter record is not simultaneously, judge whether to exceed a described predetermined period, be the value that then empties in array 1 and array 2 current positions, re-start the current time span of obtaining of record and note quantity; Otherwise continuation cumulative record.
The technical characterictic of each functional module sees also associated description among the said method embodiment in the information resources station entity that the embodiment of the invention provides, and repeats no more herein.
In sum, the present invention is this in the adapter of information resources station entity SP, by using a plurality of formations is set respectively, is used for buffer memory note to be sent; For individual queue disposes respectively a priority and an overstocked value; The note to be sent that the adapter of SP will receive is cached in the corresponding formation by its corresponding service priority; Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the technical scheme that sends the note of buffer memory in the low formation of this formation of priority ratio, when the SP end has a large amount of short message services, can guarantee that the note of the application program that promptness is had relatively high expectations sends.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, is equal to replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (10)
1. a note transmission method is characterized in that, in the adapter of information resources station entity SP, by using a plurality of formations is set respectively, is used for buffer memory note to be sent; For individual queue disposes respectively a priority and an overstocked value; The method comprises:
The note to be sent that the adapter of information resources station entity SP will receive is cached in the corresponding formation by its corresponding service priority;
Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspended the note of buffer memory in the low formation of this formation of transmission priority ratio.
2. method according to claim 1 is characterized in that, described method also comprises:
For each formation creates a thread, be used for taking out note from formation and send;
The note that described time-out sends buffer memory in the low formation of this formation of priority ratio comprises; The state information of the thread of the formation that this formation of priority ratio is low is set to suspend, and corresponding time out is set;
The thread of the formation that this formation of described priority ratio is low reads the state information of self, suspends the note that sends corresponding formation according to state information, and recovers later the note of corresponding formation is sent at time out.
3. method according to claim 1 is characterized in that, and is described in the adapter of information resources station entity SP, by application a plurality of formations is set respectively and comprises:
In the adapter of SP, by each principle of using a corresponding formation a plurality of formations are set respectively;
Perhaps, in the adapter of SP, the application that is respectively different business priority by the principle of the professional corresponding formation of concrete identical services priority arranges different formations.
4. method according to claim 3 is characterized in that, described method also comprises: in each application end, send application identities Appid of each application configuration of note for needs;
Described in the entity SP of information resources station, by using a plurality of formations are set respectively, specifically the Appid according to each application arranges respectively a plurality of formations.
5. each described method in 4 according to claim 1 is characterized in that the method further comprises:
Obtain ISMG and process the average length of time that note sends;
Process the average length of time that note sends according to ISMG, determine a threshold level, send note in the formation that priority is greater than or equal to this threshold level to ISMG, and suspend the transmission of the note in the formation that is lower than this threshold level.
6. method according to claim 5 is characterized in that, for the formation that is greater than or equal to described threshold level, described method also comprises:
Individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspended the note of buffer memory in the low formation of this formation of transmission priority ratio.
7. method according to claim 6 is characterized in that, the average length of time that the described ISMG of obtaining processes the note transmission comprises:
Obtain the transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG, reach the successful note quantity of transmission;
The transmitting time length sum of each bar note that described success sends divided by sending successful note quantity, obtains used time T of note transmission of the interior ISMG average treatment of predetermined period before the current time
Aver
8. method according to claim 7, it is characterized in that, the described transmitting time length T that sent each bar note successfully before the current time in the predetermined period to ISMG of obtaining, and send successful note quantity and also comprise and utilize array with the unit interval described time span T and note quantity to be carried out record, specifically comprise:
With the unit interval as sign, at the different time span T that constantly obtain of the diverse location place of array 1 record, and in note quantity corresponding to array 2 corresponding positions storage;
The transmitting time length sum of each bar note that described success sends comprises divided by sending successful note quantity:
With the whole numerical value in the array 1 and divided by the whole numerical value in the array 2 and, obtain note of ISMG average treatment and send used time T
Aver
9. an information resources station entity is characterized in that, this information resources station entity comprises: adapter and monitoring unit; In the described adapter, be respectively arranged with a plurality of formations by application, be used for buffer memory note to be sent;
Adapter, the note to be sent that is used for receiving is cached to corresponding formation by its corresponding service priority;
Monitoring unit is used for individual queue is monitored, and when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspends the note of buffer memory in the low formation of this formation of transmission priority ratio.
10. information resources according to claim 9 station entity is characterized in that,
Described monitoring unit also is used for obtaining ISMG and processes the average length of time that note sends; Process the average length of time that note sends according to ISMG, determine a threshold level, send note in the formation that priority is greater than or equal to this threshold level to ISMG, and suspend the transmission of the note in the formation that is lower than this threshold level;
Described monitoring unit, also be used for priority is greater than or equal to the formation of described threshold level, carry out described following process: individual queue is monitored, when the note quantity to be sent of buffer memory surpasses overstocked value corresponding to this formation in monitoring a formation, suspend the note of buffer memory in the low formation of this formation of transmission priority ratio.
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| CN106878967A (en) * | 2017-03-10 | 2017-06-20 | 北京百悟科技有限公司 | Note transmission method and device |
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| CN116155831A (en) * | 2022-12-28 | 2023-05-23 | 河南辉煌科技股份有限公司 | Data transmission method and system for railway production management system |
| CN117295118A (en) * | 2023-10-08 | 2023-12-26 | 广州市玄武无线科技股份有限公司 | Method for buffering short message data and controlling flow with strong stability |
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