CN101467406A - System and method for processing multimedia information timing task - Google Patents
System and method for processing multimedia information timing task Download PDFInfo
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- CN101467406A CN101467406A CNA2006800550185A CN200680055018A CN101467406A CN 101467406 A CN101467406 A CN 101467406A CN A2006800550185 A CNA2006800550185 A CN A2006800550185A CN 200680055018 A CN200680055018 A CN 200680055018A CN 101467406 A CN101467406 A CN 101467406A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/07—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail characterised by the inclusion of specific contents
- H04L51/10—Multimedia information
Abstract
A system and a method for processing timing task of multimedia message are disclosed. The multimedia message timing task processing system includes: a message processing module for receiving signaling and calling a database module interface and timing task management module interface to complete the process of message; a database module for storing control message, generating control information and returning it to the message process module; a timing task management module for storing and triggering the timing task information; wherein, the message process module extracts the timing task information from the control information and stores in the timing task management module, the timing task management module triggers the message process module according to given time to process the timing task. The system and method can manage the multimedia message timing task completely, and process the timing task with high efficiency and instantaneity.
Description
The present invention relates to Multimedia Message communication field, more particularly to multimedia message timing task processing system and its method for multimedia message timing task processing system and its method and technology field.Background technology multimedia messaging service, MMS（MMS) it is short message service（SMS further development), it not only supports bigger capacity, supports multimedia content, and supports more service interaction patterns.With the continuous growth of multimedia messaging service, MMS amount, it would be possible to a kind of Killer application as the 3G epoch.There are some tasks in the life cycle of Multimedia Message, such as send message, repeating transmission message, time-out and do not obtain and forward message, message expired.According to multimedia messaging service, MMS specification（3GPP TS 22.140) and operator requirement, the processing time of these tasks is can to configure or user-defined, referred to as the timed task of Multimedia Message.The disposal ability and efficiency of multimedia message timing task directly influence the use feeling of user and the economic benefit of operator, are to constitute multimedia message central（MMSC) important a ring for disposal ability.Existing multimedia message timing task treatment technology is to use full table scan processing method.Its specific therefore method is：In message processing module（MESG distribution fixing process time slot in), by second timers trigger of system, to database module（DB Multimedia Message control information table) carries out full table scan, checks the message for finding to meet triggered time condition, just carries out corresponding task processing；When sweep time having exceeded defined processing time slot, stop scanning, wait next second timer to trigger.The major defect of this tupe is that treatment effeciency is low, and poor real, timed task Function Extension is not convenient, flexible enough.Reason is as follows：Firstly, because can not know current time whether there is timed task, it can only rely on and fixed time slot progress is distributed in message processing module entirely
Table scan, this can cause instantaneous external request signaling to block, and external request signaling response time-out can be especially caused when portfolio is busy, causes system to be processed into power drop；Secondly, medium-scale MMSC message amount of storage is all more than million grades, and second timer needs repeatedly triggering to complete full table scan, and the real-time of such timed task is greatly diminished.In addition, also not related to message to message task makes a distinction in the prior art, complete, flexible management method is not provided to timed task.Accordingly, it would be desirable to which a kind of carry out complete management to multimedia message timing task and can carry out high efficiency, the system and method for high real-time processing.The content of the invention is in view of problem above, it is an object of the present invention to provide a kind of system handled based on MMSC multimedia message timing task progress high efficiency, high real-time.The core concept of the technical scheme of the use of the present invention is by multimedia message timing task（Hereinafter referred to as timed task）From Multimedia Message control information（Hereinafter referred to as control information）In be completely exfoliated out, set up a set of independent, complete, multifunction timed task storage and trigger mechanism.Just the blunt multimedia message timing task processing system according to the present invention includes：Message processing module, for receiving signaling, calls database module interface and timing task management module interface, completes to Multimedia Message（Hereinafter referred to as message）Handling process, when receive signaling be message submit signaling when, by control information storage arrive database module, by timed task storage arrive timing task management module；Database module, for storing control information, and produces the database unique mark of control information（Following cylinder claims control information major key）Return to message processing module；Timing task management module, for being stored and being triggered to timed task, wherein, message processing module extracts timing task information storage to timing task management module from control information, and timing task management module handles timed task according to specified time triggered to message processing module request.
In said system in the present invention, the timed task in same triggered time second is stored in same queue by timing task management module（Second queue）, the data space of timing task management module is exactly to be made up of queue in one group second.Timing task management module calculates the second queue of timed task ownership according to second queue mapping algorithm, and the timed task received is appended to the rear of queue of corresponding second queue.In addition, the system of the present invention can also include system supporting module, for providing the timer needed for multimedia message timing task processing system, and the bottom communication of each intermodule is provided.In the system of the present invention, it is preferred that timing task management module is used for the second timer signaling that reception system supporting module is sent, and according to second queue mapping algorithm, calculates current time in system corresponding second, queue.The timed task in the corresponding second queue of current time is passed sequentially through into timed task triggering signaling in timing task management module and is sent to message processing module, after transmission timed task is deleted from second queue, then proceed to handle next timed task, until queue in this second is sky.Message processing module is taken out control information according to control information major key from database module, then timed task is handled using control information according to the timed task received.In the system of the present invention, under given conditions, message processing module actively sends timed task deletion signaling and gives timed task management module, and timing task management module calculates the second queue of timed task ownership according to second queue mapping algorithm, timed task is deleted in corresponding second queue.In above-mentioned system, timing task information includes triggered time, task type and control information major key.In above-mentioned system, system supporting module sent second timer signaling every one second to the timing task management device.
It is an object of the present invention to provide a kind of multimedia message timing task processing method.Just the blunt multimedia message timing task processing method according to the present invention comprises the following steps：Control information process step, message processing module receives message and submits signaling, control information storage is arrived into database module, and obtain control information major key；Timing task management step, timing task management module is stored and triggered to timed task, wherein, message processing module extracts timing task information storage to timing task management module from control information, and timing task management module handles timed task according to specified time triggered to message processing module request.In the above method of the present invention, in the follow-up signaling procedure of the message, message processing module can extract control information to database module according to above-mentioned control information major key and carry out Message Processing.In the above method of the present invention, timing task management module calculates the second queue of timed task ownership according to second queue mapping algorithm, and timed task is appended to the rear of queue of corresponding second queue.In the above method of the present invention, timing task management module is just blunt according to second queue mapping algorithm according to the second timer signaling received, calculates the corresponding second queue of current time.In addition, preferably, the timed task in the corresponding second queue of current time is passed sequentially through into timed task triggering signaling and is sent to message processing module, the timed task is deleted from second queue after transmission, then proceed to handle next timed task, until queue in this second is sky.Message processing module is taken out control information according to control information major key from database module, then timed task is handled using control information according to the timed task received.In the method for the invention, under given conditions, message processing module actively sends timed task deletion signaling and gives timed task management module, and timing task management module is according to second team
Row mapping algorithm calculates the second queue of timed task ownership, and timed task is deleted in corresponding second queue.In the methods described above, timing task information includes triggered time, task type and control information major key.Using system and method for the present invention, compared with prior art, on the basis of the separation of Multimedia Message media content and control information, the secondary separation of control information and timed task furthermore achieved that.By the way that timed task is stripped out from control information, independent, complete management is carried out to timed task, makes system module partition relatively sharp clearly, makes timed task Function Extension more convenient flexibly；By the second queue search that timed task triggering mode is converted to hundred orders of magnitude by the full table scan of million orders of magnitude, greatly improve the Trigger Efficiency of timed task, save a large amount of system processing times, simultaneously without the fixation time slot for taking message processing module, so as to improve whole multimedia message central（MMSC disposal ability and efficiency).Appended drawings are used for providing a further understanding of the present invention, and constitute a part for specification, together with embodiments of the present invention for explaining the present invention, are not construed as limiting the invention.In the accompanying drawings：Fig. 1 is the schematic diagram of the major networks structure of the multimedia messaging service, MMS environment according to the present invention；Fig. 2 is the schematic diagram of the system architecture of the multimedia message timing task processing system according to the present invention；Fig. 3 is the schematic diagram according to timing task management module storage organization and interface of the invention；And
Fig. 4 is the typical services u journey figures of multimedia message timing task processing system just according to one embodiment of the present of invention.Embodiment is illustrated below in conjunction with accompanying drawing to the preferred embodiments of the present invention, it will be appreciated that preferred embodiment described herein is merely to illustrate and explain the present invention, and is not intended to limit the present invention.
1. service environment and architecture Fig. 1 of system that system is present are multimedia messaging service, MMS environment（MMSE major networks structure chart), for the ease of clearly describing Multimedia Message typical services flow below, table 1 is introduced the Network Element Function and interface in Fig. 1.The support platform of MMS business is provided in the element name function of table 1 and interface multimedia message.
The heart 102 (MMSC)
Including Switching Module 102-2 (RELAY) and processing module 102-4 (SERVER).Switching Module is responsible for reception, route, the storage of Multimedia Message, the existing communication protocol stack of real 102-2 (RELAY).
RELAY 102-2 and SERVER 102-4 pass through MM2 interactive interfacings.Processing module SERVER 102-4 are responsible for business flow processing, database 102-4 (SERVER) storages, realize message status machine.
Wireless application gateway is between user agent 106 (UA) and MMSC 102
104 (WAP) radio bearer.User agent 106 is user mobile phone terminal.Pass through MM1 interfaces and MMSC
(UA) 102 interaction.E-mail service is interacted by MM3 interfaces and MMSC 102.
Device 108 (EMAIL) other multimedias disappear to be interacted by MM4 interfaces and MMSC 102.
Breath center 1010
(OTHER MMSC) value-added service service is interacted by MM7 interfaces and MMSC 102.
Device 1012 (VAS) Fig. 2 is the structural representation of the system 200 of the multimedia message timing task processing system according to the present invention, this figure is also processing module 102-4 system structure diagram, the detailed structure for showing multimedia message timing task processing system 200 and the relation of internal each intermodule simultaneously.As shown in Fig. 2 multimedia message timing task processing system 200 includes message processing module（MESG) 202, database module（DB) 204, timing task management module（ TASK ) 206.Wherein, MESG 202 is used to receive signaling, calls database module interface and timing task management module interface, complete the handling process to message, when it is that message submits signaling to receive signaling, DB 204 is arrived into control information storage, TASK 206 is arrived into timed task storage.
DB 204 returns to MESG 202 for storing control information, and will automatically generate control information major key as response message, and MESG 202 just can obtain control information according to control information major key from DB 204.
TASK 206 is used to timed task is stored and triggered, and MESG 202 extracts timing task information storage from control information and handles timed task to the requests of MESG 202 according to specified time triggered to TASK 206, TASK 206.Timing task information includes：Triggered time, task type, control information major key.Triggered time refers to the timed task appointed execution time, in seconds.Task type refers to the various timed task types of Multimedia Message, including timing is sent, timing is retransmitted, time-out does not obtain forwarding, message is expired etc., it is possible to carried out needing to extend according to business.Timed task is set up by control information major key and associated with specific control information.The timed task in same triggered time second is stored in same second queue by TASK 206, and TASK 206 data space is exactly to be made up of the mono- queues in Group seconds of Zhe samples.Pass through second queue mapping algorithm, it may be determined which second queue timed task is stored into.Another sunset is foretold, and multimedia message timing task processing system 200 also includes system supporting module (VOS) 208, for providing the timer needed for multimedia message timing task processing system, and provides the bottom communication of each intermodule.The functions of modules and interface in Fig. 2 are illustrated in table 2 below.The module title function of table 2 and interface system supporting module are responsible for providing the bottom communication of intermodule, and provide system
(VOS) 208 200 timer needed.Timing task management module in Fig. 2
The 206 second timers received, are exactly the just blunt cycle timer sent according to system configuration of system supporting module 208.Message processing module it be SERVER 102-4 control core, be responsible for the control and processing of (MESG) 202 paired message flow, it calls database module interface and timing task management module interface.It will not only connect
Receive the real-time signaling that processing RELAY 102-2 are sent, the timed task triggering signaling (TriggerTaskReq) for also wanting reception processing timing task management module 206 to send.Database module be responsible for store Multimedia Message control information, typically by
(DB) 204 large-scale commercial data bases are taken on.Timing task management is responsible for the timing task management of Multimedia Message.Can real module（TASK) 206 existing complete timing task management, including insertion, triggering, deletion.The data space of inside modules is made up of second queue array.Further it is proposed that a kind of processing method of multimedia message timing task, Bao includes Yi Xia Bu Sudden：Control information process step, message processing module (MESG) 202 receives message and submits signaling, and control information storage is arrived into database module（DB) 204, and obtain control information major key；In the follow-up signaling procedure of the message, control information is extracted to DB 204 according to control information major key and carries out Message Processing；Timing task management step, timing task management module（TASK) 206 pairs of timed tasks are stored and triggered, wherein, MESG 202 extracts timing task information storage from control information and handles timed task to the requests of MESG 202 according to specified time triggered to TASK 206, TASK 206.The action correspondence of the above method is presented as three signalings of intermodule：Timed task inserting signaling（), InsertTaskReq timed task triggering signaling (TriggerTaskReq), and timed task delete signaling (DeleteTaskReq)0
A. the step of inserting is as follows：
MESG 202 receives Multimedia Message and submits signaling, and control information just is stored in into DB 204, and DB 204 returns to control information major key.Then MESG 202 extracts each timed task from control information needs information, and TASK 206 is sent to by InsertTaskReq, so as to complete to peel off timed task.
TASK 206 calculates the second queue of timed task ownership, the timed task is appended to the rear of queue of corresponding second queue according to second queue mapping algorithm.
B. the step of triggering is as follows：According to system configuration, VOS 208 just sent second timer every one second to TASK 206.Receive after second timer, TASK 206 is according to second queue mapping algorithm, calculate current time in system corresponding second queue, timed task in queue in this second is passed sequentially through into TriggerTaskReq and is sent to MESG 202, after transmission the timed task is deleted from second queue, next timed task is continued with, until second queue is sky, processing is exited and waits next second timer.
MESG 202 takes out control information according to the control information major key received in timed task from DB 204, then utilizes the Message Processing of task type requirement in control information completion timing task.
C. the step silver deleted is as follows：Under certain condition, for example when message is successfully obtained before the deadline or user refuses, need to delete the expired timed task of message, to avoid timed task from triggering the expired processing to message, MESG 202 actively sends DeleteTaskReq to TASK 206.
TASK 206 calculates the second queue of timed task ownership, the timed task is deleted in corresponding, queue according to second queue mapping algorithm.
2. timing task management：^ internal structures and external interface Fig. 3 are timing task management module storage organization and interface schema, are designed the detailed description in realizing to the storage inside structure and external interface of timing task management below.
The storage organization of the internal datas of TASK 206 is defined as：The default value of the Multimedia Message term of validity is 48 hours in realizing at present, it is contemplated that some abnormal protections, message has
The maximum of valid value is set to 50 hours, thus TASK 206 data space just by 180000（50 x 3600 are the second number of the maximum term of validity of message）The second queue array of second queue composition, required memory capacity is directly proportional to the messaging service flow of system requirements, and the portfolio of 200/second needs 200M data spaces.Second queue mapping algorithm is：Second queue array position=triggered times of triggered time MOD 180000 are the UNIX times, i.e., the second number since 1970.MOD is modulo operation, the utilization for making the limited second queue array resource in time winding, such TASK 206 just be gone round and begun again by modulus.The quantity of current second queue timed task is described in the head node of second queue comprising queue length (length).
TASK 206 has three external interfaces：Insertion, triggering, deletion；Three interfaces are presented as three signalings interacted with MESG 202：Timed task inserting signaling (InsertTaskReq), timed task triggering signaling (TriggerTaskReq), timed task deletes signaling（ DeleteTaskReq ).Each signaling contains three fields：Triggered time, task type, control information major key.Insert action：By message processing module（MESG) the 202 timed task inserting signalings (InsertTaskReq) sent cause, timing task management module（TASK) 206 rear ^^ is received according to second queue mapping algorithm, calculate the second queue of timed task ownership, timed task is inserted into the rear of queue of corresponding second queue, then length adds 1.Trigger action：By system supporting module（VOS) the 208 second timer signalings sent cause, timing task management module（TASK) 206 receive after according to second queue mapping algorithm, calculate the second queue that the current time of system 200 needs to trigger.If second queue length to be triggered is 0, processing is directly exited.If second queue length to be triggered is not 0, according to first in first out（FIFO order) passes sequentially through timed task triggering signaling (TriggerTaskReq) and is sent to message processing module (MESG) 202, timed task is removed immediately after sending, length subtracts 1, until length is 0,, queue message is all disposed and exits processing again, then wait the arrival of next second timer.
Deletion is acted：By message processing module（MESG) 202 timed tasks sent are deleted signaling (DeleteTaskReq) and caused, timing task management module（TASK) 206 receive after it is just blunt according to second queue mapping algorithm, calculate the second queue of timed task ownership.If the second queue length of ownership is 0, processing is directly exited.If the second queue length of ownership is not 0, second queue is scanned, if it find that then then length subtracts 1 to the timed task from second queue, processing is directly exited if not finding.
3. the typical each Multimedia Message of business procession has timed task, including：Timed sending time can be set to sender, can be with the self-defined message term of validity；The message validity of acquiescence, the time for setting time-out not obtain forwarding other systems can be set to operator（Existing network China Mobile is forwarding dream net photograph album, and China Telecom is forwarding electronic mailbox）, to send failure repeating transmission is also timed according to time parameter method.As can be seen here, so many condition is checked by scanning message table, system effectiveness can not be improved.And the core concept of the present invention is exactly to be stripped out the timed task of Multimedia Message from the control information of Multimedia Message, a set of independent, complete timing task management mechanism is set up.Fig. 4 is the typical services flow chart of multimedia message timing task processing system according to an embodiment of the invention, describes to belong to the business procedure that point-to-point between same MMSC two mobile phone terminals sends Multimedia Message.In order to become apparent from the stripping means of the crucial handling process of explanation and timed task, only illustrate here to timing transmission and the processing of expired two timed tasks of message, and the triggered time of timed task is described in detail.MMSC system message term of validity maximum is set to 60 hours.Multimedia message terminal includes submission, notice, acquisition, delivery report Four processes to terminal traffic processing, as shown in figure 4, specific handling process is as follows：Step 1:August 1 day 22 in 2006:00, mobile phone A have sent a Multimedia Message to mobile phone B（Message Mm), set the message dilivery time to be August in 2006 2 days 8:00, the term of validity is 24 hours, it is desirable to deliver 4 blunt announcements；Mobile phone A is submitted to MMSC Switching Module by MMl_submit.REQ immediately（RELAY ) 102-2.
Step 2:RELAY 102-2 receive message, store the media content (MmContent) of message, generate message identifier, and return to mobile phone A message and submit successful response signaling (MMl_submit.RES)0It is to be stored in file mode in magnetic battle array in the implementation because MmContent is than larger.Bu Green 3:RELAY 102-2 then extract the control information of message（MmCtrllnfo), control information includes the key message of message, such as message processing state, MmContent deposit positions, message expired time, and signaling is submitted by inside（MM2SubmitReq SERVER 102-4 MESG modules 202) are sent to.So it is achieved that Multimedia Message media content（) and control information MmContent（MmCtrllnfo separation).Step 4:MESG 202 receives control information, and insert interface by database is saved in DB 204 by control information.Control information is to be stored in recording mode in the Multimedia Message control information table of database in the implementation.Step 5:DB 204 is automatically generated and is returned to control information major key, and such control information is just saved in database.MESG 202 checks control information, and it is that a timing sent message, the term of validity for 24 hours to find message, then passes through timed task inserting signaling (InsertTaskReq), timing is sent（Taskl), message is expired（Task2) two timed tasks, corresponding triggered time and above-mentioned control information major key are sent to TASK 206.Thus further realize Multimedia Message control information（MmCtrllnfo) with the separation of multimedia message timing task (MmTasklnfo).Step 6:TASK 206 receives timed task, and 2 days 8 August in 2006 is calculated first by second queue mapping algorithm: 00:00 timing sends the second queue of ownership：1154476800 MOD 180000=136800, taskl is preserved and chases after the 136800th second queue rear of queue of power mouthful；Then August in 2006 is calculated 3 days 22: 00:The second queue of 00 stale messages ownership：1154613600 MOD 180000=93600, additional 93600th second queue rear of queue is preserved by task2.
Step 7:Each second, TASK 206 can receive the second timer that VOS is sent, when the time is August in 2006 2 days 8: 00:When 00, the ears of TASK 206 go out the 136800th second queue processing again, and taskl is triggered into (TriggerTaskReq) to MESG 202.Because 1 second only handles a second queue, it is ensured that the recall precision and real-time of timed message.Step 8:MESG 202 receives taskl, it is necessary first to obtain control information, then passes through control information major key in timing task information, calls database query interface to obtain control information.Timed task is set up with control information by control information major key and contacted.Step 9:DB 204 takes out control information from database, returns to MESG 202.Step 10:Sent because the task type in taskl timing task informations is timing, MESG 202 is according to the control information of taking-up, such as control information major key, source purpose phone number composition notice, notices signaling (MM2NotificationReq) by interior subordinate and asks RELAY 102-2 to issue notice.Step 11：RELAY 102-2 issue notice (MMl_Notification.REQ) to mobile phone B by WAP.Step-rapid 12:Mobile phone B returns to announce response（ MM1— notification.RES ).Step 13:If mobile phone B is after notice is received, timely acquisition request message will send acquisition demand signalling (MMl retrieve.REQ) to RELAY 102-2.Step 14:MMSC is by message dilivery to mobile phone B (MMl_retrieve.RES).Step 15:Mobile phone B obtains message success, confirms that signaling (MMl_acknowledge.REQ) informs MMSC by obtaining.Step 16：RELAY 102-2, which are sent in the internal MESG 202 for obtaining and confirming signaling (MM2AcknowledgeReq) to SERVER 102-4, signaling, contains control information major key.
Step 17:After MESG 202 is received, the processing state for needing to change message is first had to, then calls database query interface to obtain control information again.Step 18:DB 204 takes out control information according to control information major key from database, returns to MESG 202.Step 19:If message has obtained success, expired processing would not be carried out again, and then MESG 202 needs to delete task2.MESG 202 deletes signaling (DeleteTaskReq) from control information middle ear and outbound message expired time, by timed task and is sent to TASK 206, and TASK 206 says 22 according to expired time August 3 in 2006: 00:00 calculates the second queue of task2 ownership：1154613600 MOD 180000=93600, searched from the beginning to the end in the 93600th second queue team, task2 is deleted after finding, the timed task of such stale messages is just triggered never again, it is to avoid reprocessing and charging bill conflict to message.If message is now expired, this step is skipped.Step-as 20:The call lists of MESG 202, move to final state by message status, update the data storehouse.Step 21:The requests of MESG 202 are by internal delivery report demand signalling (MM2DeliveryRptReq), and request RELAY 102-2 are sent to source user delivers blunt accuse.Step 22：RELAY 102-2 again by deliver 4 it is blunt accuse demand signallings (MMl_DeliveryReport. REQ) will deliver just it is blunt accuse mobile phone A, such source user knows whether mobile phone B receives message, and message flow is disposed.Bu Sudden 23:The abnormal conditions that this step does not only carry out to obtain message always in mobile phone B just occur, directly jump to step 23 from step 11, this is probably because terminal closedown, terminal such as do not support at the reason, 30 % of total traffic or so are accounted in reality, it needs to carry out expired processing；Current time reaches August in 2006 3 days 22: 00:When 00, by second timers trigger, TASK 206 takes out the 93600th second queue processing, by task2
Triggering (TriggerTaskReq) is sent to MESG 202.Next return to step 17 by 3,000,000 to continue executing with, i.e., completion step 17,18,20,21,22, Message Processing terminate.According to step Sudden above, on the basis of the separation of Multimedia Message media content and control information, the secondary separation of Multimedia Message control information and multimedia message timing task furthermore achieved that.The treatment effeciency of system is so not only improved, and system is also become very flexible to timed task Function Extension.The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for those skilled in the art, the present invention there can be various modifications and variations.Within the spirit and principles of the invention, any modification, equivalent substitution and improvements made etc., should be included in the scope of the protection.
Claims (16)
- Claims1. a kind of multimedia message timing task processing system, it is characterised in that including：Message processing module, submits signaling for receiving message, calls database module interface and timing task management module interface, complete the handling process to message；The database module, the message processing module is returned to for storing control information, and producing control information major key；The timing task management module, for being stored and being triggered to timed task, wherein,The message processing module extracts the timing task information storage to the timing task management module from the control information, and the timing task management module handles the timed task according to specified time triggered to the message processing module request.2. system according to claim 1, it is characterised in that the timing task management module is used for according to second queue mapping algorithm, the second queue of the timed task ownership is calculated, and the timed task is appended to the rear of queue of corresponding second queue.3. the just blunt system according to described in claim 1, it is characterised in that also including system supporting module, for providing the timer needed for the multimedia message timing task processing system, and provide the bottom communication of each intermodule.4. system according to claim 3, it is characterized in that, the timing task management module is used to receive the second timer signaling that the system supporting module is sent, and according to second queue mapping algorithm, calculates the current time in system corresponding second queue.5. system according to claim 4, it is characterised in that be sent to the message processing module in the timed task pipe signaling, institute is deleted after transmission from the second queue Timed task is stated, then proceedes to handle next timed task, until the second queue is sky.6. system according to claim 5, it is characterized in that, the message processing module is according to the timed task received, the control information is taken out from the database module according to the control information major key, then the timed task handled using the control information.7. system according to claim 1, it is characterized in that, under given conditions, the message processing module actively sends timed task and deletes signaling to the timing task management module, the timing task management module calculates the second queue that the timed task belongs to according to second queue mapping algorithm, and the timed task is deleted in corresponding second queue.8. according to system of the claim 1 any one of, it is characterised in that the timing task information includes triggered time, task type and the control information major key.9. the system according to any one of claim 3 to 6, it is characterised in that the system supporting module sent second timer signaling every one second to the timing task management device.10. a kind of multimedia message timing task processing method, it is characterised in that Bao includes Yi Xia Bu Sudden：Control information process step, message processing module receives message and submits signaling, control information storage is arrived into database module, and obtain control information major key；Timing task management step, timing task management module is stored and triggered to the timed task, wherein, the message processing module extracts timing task information storage to the timing task management module from the control information, and the timing task management module will be described Timed task asks processing according to specified time triggered to the message processing module.11. method according to claim 10, it is characterised in that the timing task management module calculates the second queue of the timed task ownership according to second queue mapping algorithm, and the timed task is appended to the rear of queue of corresponding second queue.12. method according to claim 10, it is characterised in that the timing task management module is blunt according to second queue mapping algorithm according to the second timer signaling received, calculates the corresponding second queue of current time.13. method according to claim 12, it is characterized in that, the timed task in the second queue is passed sequentially through into timed task triggering signaling and is sent to the message processing module, after transmission the timed task is deleted from the second queue, then proceed to handle next timed task, until the second queue is sky.14. method according to claim 13, it is characterized in that, the message processing module is according to the timed task received, the control information is taken out from the database module according to the control information major key, then the timed task handled using the control information.15. method according to claim 10, it is characterized in that, under given conditions, the message processing module actively sends timed task and deletes signaling to the timing task management module, the timing task management module calculates the second queue that the timed task belongs to according to second queue mapping algorithm, and the timed task is deleted in corresponding second queue.16. the method according to any one of claim 11 to 15, it is characterised in that the timing task information includes triggered time, task type and the control information major key.
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| PCT/CN2006/002539 WO2008037117A1 (en) | 2006-09-27 | 2006-09-27 | System for processing timing task of multimedia message and method thereof |
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| CN (1) | CN101467406B (en) |
| WO (1) | WO2008037117A1 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101188626B (en) * | 2007-12-26 | 2011-02-02 | 华为技术有限公司 | Data downloading system, device and method |
| CN102708171A (en) * | 2012-05-02 | 2012-10-03 | 上海达梦数据库有限公司 | Time-based method and time-based system for triggering execution of database task |
| CN108292236A (en) * | 2015-11-30 | 2018-07-17 | 华为技术有限公司 | A kind of information processing method and device |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106547626B (en) * | 2016-11-23 | 2020-04-07 | 泰康保险集团股份有限公司 | Method for balancing server in peer-to-peer architecture and server |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6044275A (en) * | 1998-03-23 | 2000-03-28 | Ericsson Inc. | System and method for time defined delivery of short message service messages |
| CN1413043A (en) * | 2001-10-11 | 2003-04-23 | 英业达集团(上海)电子技术有限公司 | Mobile communication device with function of sending short message regularly and its method |
| CN1225924C (en) * | 2002-09-20 | 2005-11-02 | 华为技术有限公司 | Method for realizing timing transmitting short message |
| KR101036080B1 (en) * | 2003-12-15 | 2011-05-19 | 엘지전자 주식회사 | Packet transmission apparatus and method for instance message service |
| CN1794832A (en) * | 2005-12-30 | 2006-06-28 | 深圳市杰特电信控股有限公司 | Method of transmitting short message |
-
2006
- 2006-09-27 WO PCT/CN2006/002539 patent/WO2008037117A1/en active Application Filing
- 2006-09-27 CN CN2006800550185A patent/CN101467406B/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101188626B (en) * | 2007-12-26 | 2011-02-02 | 华为技术有限公司 | Data downloading system, device and method |
| CN102708171A (en) * | 2012-05-02 | 2012-10-03 | 上海达梦数据库有限公司 | Time-based method and time-based system for triggering execution of database task |
| CN108292236A (en) * | 2015-11-30 | 2018-07-17 | 华为技术有限公司 | A kind of information processing method and device |
| CN108292236B (en) * | 2015-11-30 | 2022-11-01 | 华为技术有限公司 | Information processing method and device |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2008037117A1 (en) | 2008-04-03 |
| CN101467406B (en) | 2011-11-23 |
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