CN100361542C - Multimedia information value-added service interface and multimedia information value-added service processing method - Google Patents
Multimedia information value-added service interface and multimedia information value-added service processing method Download PDFInfo
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Abstract
The present invention discloses a multimedia message added-value service interface and a realizing method thereof. The interface comprises an API application layer and an API bottom layer, wherein the API application layer comprises a message processor and a message assembler which are used for receiving data from application programs and packaging a communication realizing method of the API bottom layer. The API bottom layer comprises a message receiver of an added-value service server, a message sender and a codec, wherein the message receiver sends messages to the message processor; the message sender is used for receiving messages transmitted from the message assembler; the codec separately forms respective full-duplex data channels with the message receiver and the message sender and exchanges data with a multimedia service center. Based on the hierarchical structure of the multimedia message added-value service interface, the present invention generates a sensing process, constructs multimedia data packets, and realizes the packaging of communication protocol packages, the encoding and decoding of the data packets, and the sending and receiving of the messages; the present invention shields the discrepancy of different color message centers and effectively reduces the technical sill of VAS application development.
Description
Technical field
The present invention relates to a kind of multimedia information value-added service interface and multimedia information value-added service processing method, belong to the mobile communication technology field.
Background technology
The userbase and the network standard of Multimedia Message network constantly increase, a plurality of service providers (Service Provider is called for short SP) need to mainly contain following two kinds of solutions at present by user's intercommunication of different MMS center (Multimedia MessageService center is called for short MMSC) with different regions:
Technical scheme one
Third generation partner plan (being called for short 3GPP) and Open Mobile Alliance (being called for short OMA) have defined MMS (Multimedia Message Service is called for short MMS) value-added service interface (MultimediaMessage7 is called for short the MM7 interface) agreement, but the programming implementation of this interface is not provided.General implementation is at present: develop the application corresponding system voluntarily by each application service provider, technical specification and corresponding interface that each application service provider proposes according to operator, according to the understanding of oneself, carry out demand analysis, the hierarchical structure of definition development interface, select oneself development language and development environment, write code voluntarily.
Technical scheme two:
The manufacturer of each MMS center (Multimedia Message Service Center is called for short MMSC) equipment is the access that makes things convenient for MMS, the application programming interfaces (being called for short API) of MMS7 interface are provided, and the application service provider is according to the application program of such application programming interfaces exploitation value-added services (Value AddedService is called for short VAS).
There is following problem in two kinds of above schemes:
1) because service provider's (being called for short SP) all will carry out intercommunication with different MMS center, so must understand the characteristics at all different multimedia messages centers;
2) different vendor for MMS center provides different system's joining procedures, data structure be there are differences, can increase the complexity that SP branches out like this;
3) SP uses different joining procedures, and the cost of business realizing is increased considerably;
4) the different VAS application need that provides of SP calls different MMS center interfaces, and the exploitation of VAS, management costs are increased.
3GPP and OMA have defined the interface protocol of MMS MM7 value-added service interface, but the programming implementation of this interface is not provided.Because the communication protocol that this interface is different from the past, the communication party who relates to is vast ICP, is difficult to finish the IOT InterOperation Testing test of operator and its interoperability.
Therefore, in order to guarantee the consistency in the interface realization, Development of E-business being had very important significance, is the speed that improves exploitation, reduces development difficulty, and the present invention has proposed feasible technology implementation method for the mobile short-message value-added service interface.
Summary of the invention
Main purpose of the present invention provides a kind of multimedia information value-added service interface and multimedia information value-added service processing method, by the unified value-added service application programming interfaces of SP and MMS center are provided, the otherness at shielding different multimedia messages center, thereby effectively reduce the technical threshold of VAS application and development, reduce the management cost of operator.
The objective of the invention is to realize by the following technical solutions: a kind of multimedia information value-added service interface is made of API application layer and API bottom; Wherein:
Described application layer comprises MMSC to VASP (value-added service merchant) message handling device and VASP to MMSC message assembler; Described MMSC to VASP message handling device receives data and sends to the API bottom from application program; Described VASP to MMSC message assembler receives the data that the API bottom sends, and is the form that application program can be handled with this data processing, and sends to described application program;
Described API bottom is by VASP message receiver, MMS merchant MMSP message sender and MM7Message﹠amp; Soap (MM7 message and simple object access protocol) codec is formed, described VASP message receiver sends to described MMSC to VASP message handling device with message, and described MMSP message sender is used to receive the message that is sent by VASP to MMSC message assembler; Described MM7Message﹠amp; The Soap codec forms the data channel of full duplex separately, described MM7Message﹠amp respectively with VASP message receiver and MMSP message sender; Soap codec (5) carries out exchanges data with the multimedia service center.
Described MMSC to VASP message handling device comprises News Category module and message secondary category module at least, and described News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; Described message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header.
Described VASP to MMSC message assembler comprises News Category module and message secondary category module at least, and described News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; Described message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header.
Described VASP message receiver comprises the traffic category module at least, be used to realize the bottom operation of relevant SOAP, HTTP and Transmission Control Protocol, described traffic category module comprises that at least VASP receives generic module and daily record generic module, and VASP receives generic module and is used for MMSC to VASP message handling device and described MM7Message﹠amp; The transmission of message between the Soap codec, the daily record generic module is used to produce communication log;
Described MMSP message sender comprises system configuration information class Modules and traffic category module at least; Described system configuration information classification is used to dispose and keep the information of the MMSC of VASP and correspondence; Described traffic category module is used for realizing the bottom operation of relevant simple object access protocol (SIMPLE OBJECT ACESSPROTOCOL is called for short SOAP), HTTP and Transmission Control Protocol, described traffic category module comprises that at least MM sends generic module and daily record generic module, and described MM sends generic module and is used for VASP to MMSC message assembler and described MM7Message﹠amp; The transmission of message between the Soap codec, the daily record generic module is used to produce communication log.
Described MM7Message﹠amp; The Soap codec comprises encoding and decoding class Modules, News Category module and message secondary category module at least, and described News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, makes the corresponding a kind of message of each class; Described message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header; Described encoding and decoding class Modules comprises coding class Modules and decoding class Modules at least, is used for and will changes mutually between the message of described message secondary category module package and soap message.
Described traffic category module also comprises authentication module, is used for the authentication between SP and the MMS center; Described system configuration information class Modules also is used to be provided with the connected mode information of supporting message.
The invention still further relates to a kind of processing method of multimedia information value-added service, based on the hierarchical structure that realizes multimedia information value-added service interface between SP and the MMS center, finish the operation of the processing method of multimedia information value-added service, specifically may further comprise the steps:
Step 1: the application program of value-added service server end is according to the configuration information of the MMS center of value-added service server and correspondence, and the IP address of initialization MMS center is provided with transmission and receive mode parameter at least;
Step 2: the process of intercepting of the application program of described value-added service server end is according to the transmission and the receive mode parameter that are provided with, judge whether to create the requirement of transmission process or receiving process, if the requirement that will create the transmission process is arranged, execution in step 3, if the requirement that will create receiving process is arranged, execution in step 7;
The attribute of the MM7 message that second News Category module setting in VASP to the MMSC message assembler of step 3:API application layer and visit are sent from application program, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The content of the second message secondary category module package Multimedia Message of value-added service merchant to the MMS center message assembler and the numerical value of message header; Then, VASP to the MMSC message assembler of API application layer sends to the API bottom with packaged Multimedia Message;
System configuration information class Modules configuration in the step 4:MMSP message sender also keeps the value-added service server and corresponding MMS center information; And message is sent to MM7Message﹠amp from VASP to MMSC message assembler by the second communication class Modules in the MMS merchant message sender; The Soap codec, the daily record generic module in the second communication class Modules in described MMS merchant's message sender produces communication log;
Step 5: described MM7Message﹠amp; The Soap codec receives the message that the MMSP message sender sends by the data channel of full duplex, described MM7Message﹠amp; The 3rd News Category module in the Soap codec is provided with and the attribute of access message, and all MM7 message is packaged into class, makes a kind of message of each class correspondence; Coding class Modules that comprises in the encoding and decoding class Modules and decoding class Modules will be changed between the message of the 3rd message secondary category module package in MM7 message and the simple object access protocol codec and simple object access protocol message mutually; At last by described MM7Message﹠amp; The Soap codec sends to the multimedia service center;
Step 6: send Multimedia Message up to success, execution in step 12;
Step 7: the requirement of the establishment process that MMSC to VASP message handling device (1) the reception application program in the described API application layer is sent, and by described MM7Message﹠amp; Soap codec (5) receives the message that the multimedia service center sends;
Step 8: described MM7Message﹠amp; The 3rd News Category module in the Soap codec (5) is provided with and the attribute of access message, and all MM7 message is packaged into class, makes a kind of message of each class correspondence; Coding class Modules that comprises in the described encoding and decoding class Modules and decoding class Modules are with described MM7 message with simply change mutually between the message of the 3rd message secondary category module package in the object access protocol codec (5) and simple object access protocol message;
The first traffic category module in the step 9:VASP message receiver (3) receives described MM7Message﹠amp by the reception generic module of wherein value-added service server; The message that Soap codec (5) is handled, and send this message to MMSC to VASP message handling device (1), the daily record generic module in the first traffic category module produces communication log;
Step 10: after described MMSC to VASP message handling device (1) receives message, the first News Category module setting in described MMSC to the VASP message handling device (1) and the attribute of access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The content of the first message secondary category module package Multimedia Message in described MMSC to the VASP message handling device (1) and the numerical value of message header are the form that application program can be handled with this Message Processing;
Step 11: receive Multimedia Message up to success;
Step 12: stop all transmissions and receiving process, and discharge resource.
By above-mentioned technical scheme as can be known: the present invention be based on SP and MMS center between realize multimedia information value-added service interface (VAS API) hierarchical structure, process is intercepted in generation, finish operations such as the transmission of encapsulation, encoding and decoding, packet of structure multi-medium data bag, communications protocol bag and reception, be used to shield the otherness at different multimedia messages center; By multimedia information value-added service interface of the present invention and implementation method, effectively reduce the technical threshold of VAS application and development, the management cost of reduction operator guarantees the consistency in the interface realization, Development of E-business is had very important significance, for improving the speed of exploitation, reduce development difficulty, the present invention has proposed feasible technology implementation method for the mobile short-message value-added service interface.
The present invention is described in further detail below in conjunction with accompanying drawing and specific embodiment:
Description of drawings
Fig. 1 is a Message Processing flow chart of the present invention;
Fig. 2 is the network positions figure of VAS API of the present invention;
The class figure that Fig. 3 comprises for VAS api interface of the present invention;
Fig. 4 is a VAS API network hierarchical structure of the present invention.
Embodiment
See also Fig. 2, be the network positions figure of VAS API of the present invention, all these traffic issues and technical problem can be by formulating the unified interface VAS API of SP and MMS center, the otherness at shielding different multimedia messages center.
See also Fig. 4, Fig. 4 is a VAS API network hierarchical structure of the present invention, comprise API application layer and API bottom, application layer comprises MMSC to VASP message handling device 1 and VASP to MMSC message assembler 2, be used for receiving data from application program, the API application layer has encapsulated API bottom communication implementation method; The API bottom is by VASP message receiver 3, MMSP message sender 4 and MM7Message﹠amp; Soap codec 5 is formed, and VASP message receiver 3 sends to described MMSC to VASP message handling device 1 with message, and MMSP message sender 4 is used to receive the message that is sent by VASP to MMSC message assembler 2; MM7Message﹠amp; Soap codec 5 forms the data channel of full duplex separately with VASP message receiver 3 and MMSP message sender 4 respectively, and described codec 5 carries out exchanges data with the multimedia service center.
MMSC to VASP message handling device 1 comprises News Category and message secondary category;
VASP to MMSC message assembler 2 comprises News Category and message secondary category;
MM7Message﹠amp; Soap codec 5 comprises encoding and decoding classification, News Category and message secondary category.
VAS API can make SP realize that VAS need not when using to be concerned about that the communication of bottom realizes, only need to use VAS API to get final product easy exploitation business, the encapsulation of API bottom communication mechanism realizes the authentication between SP and the MMS center, the short connection with long of API application layer support is connected, adopt the JAVA language compilation, encapsulated the bottom communication implementation method of API.
See also Fig. 3, the class figure that Fig. 3 comprises for VAS api interface of the present invention; The realization of MMS center VAS api interface comprises the definition of 6 classes;
The system configuration information class declaration configuration information of VASP and corresponding MMSC, and keep the data of system;
News Category is packaged into class with all MM7 message, the corresponding a kind of message of each class, and the user directly is provided with and visits by method classification that message object the provided attribute to message;
The message secondary category is used for definition and helps class, is used to encapsulate the content of Multimedia Message and the numerical value of message header;
Traffic category has been hidden the bottom operation of relevant SOAP, HTTP and Transmission Control Protocol, described traffic category comprises that MM7 sends class, VASP receives class and daily record class, MM7 sends class and VASP reception class is used for sending and receiving message, and the daily record class is used to realize the communication log function;
The encoding and decoding classification comprise the coding classification and the decoding classification, with the definition message and soap message between change mutually.
The encoding and decoding class is the foundation class of whole communication module, is finished automatically by VAS API, uses invisible to VAS; Communication class is responsible for the encapsulation that packet requires according to communications protocol; Classes of messages and message assisted class are responsible for structure and are conciliate packet based multimedia message; The daily record class is finished the automatic generation of API daily record, and it is sightless that journal function is used VAS.
The Message Processing flow process of SP use VAS API as shown in Figure 1.See also Fig. 1, a kind of implementation method of multimedia information value-added service interface, based on realizing multimedia information value-added service interface (VAS API) level structure between SP and the MMS center, process is intercepted in generation, finish operations such as the transmission of encapsulation, encoding and decoding, packet of structure multi-medium data bag, communications protocol bag and reception, specifically may further comprise the steps:
Step 1: the application program of value-added service server end is according to the configuration information of the MMS center of value-added service server and correspondence, and the IP address of initialization MMS center is provided with transmission and receive mode parameter at least;
Step 2: the process of intercepting of the application program of value-added service server end is according to the transmission and the receive mode parameter that are provided with, judge whether to create the requirement of transmission process or receiving process, if the requirement that will create the transmission process is arranged, execution in step 3, otherwise execution in step 7;
The attribute of the MM7 message that second News Category module setting in the message assembler 2 of step 3:API application layer and visit are sent from application program, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The content of the second message secondary category module package Multimedia Message and the numerical value of message header; Then, the message assembler 2 of API application layer sends to the API bottom with packaged Multimedia Message;
Step 4: the system configuration information class Modules configuration in the message sender 4 and the corresponding informance of maintenance value-added service server and MMS center; And message being sent to codec 5 message from message handling device 1 by the second communication class Modules, the daily record generic module in the second communication class Modules produces communication log.
Step 5: codec 5 receives the message that message sender 4 sends by the data channel of full duplex, the 3rd News Category module setting in the codec 5 and the attribute of access message, and all MM7 message is packaged into class, make the corresponding a kind of message of each class; Coding class Modules that comprises in the encoding and decoding class Modules and decoding class Modules will be changed between the message of the 3rd message secondary category module package and simple object access protocol message mutually; Send to the multimedia service center by codec 5 at last;
Step 6: send Multimedia Message up to success, execution in step 12;
Step 8: the 3rd News Category module in the codec 5 is provided with and the attribute of access message, and all MM7 message is packaged into class, makes a kind of message of each class correspondence; Coding class Modules that comprises in the encoding and decoding class Modules and decoding class Modules will be changed between the message of the 3rd message secondary category module package and simple object access protocol message mutually;
Step 9: the first traffic category module in the message receiver 3 receives the message that codec 5 is handled by the reception generic module of wherein value-added service server, and the daily record generic module that this message is sent in message handling device 1, the first traffic category module produces communication log;
Step 10: after message handling device 1 received message, the first News Category module in the message handling device 1 was provided with and the attribute of access message, and all MM7 message is packaged into class, a kind of message of each class correspondence; The content of the first message secondary category module package Multimedia Message in the message handling device 1 and the numerical value of message header are the form that application program can be handled with this Message Processing;
Step 11: receive Multimedia Message up to success;
Step 12: stop all transmissions and receiving process, and discharge resource.
Sending Multimedia Message in the above-mentioned step 6 specifically comprises the steps: up to success
Step 61: judge whether transmission message is successful, if success is preserved and sent message, execution in step 63, otherwise execution in step 62;
Step 62: resend message;
Step 63: judge whether to send down a piece of news, if, execution in step 3, otherwise execution in step 12.
Above-mentioned step 7 specifically comprises the steps:
Step 71: judge the classification that receives message, if delivery report request (DeliveryReport.Req) message, execution in step 72, if send report request (Deliver.Req) message, execution in step 73, if reading report request (ReadReplyReport.Req), execution in step 74;
Step 72: handle the delivery report request message, carry out 75;
Step 73: handle and send a request message execution in step 76;
Step 74: handle the reading report request message; Execution in step 75;
Step 75: search corresponding submission message and rehabilitation, execution in step 77;
Step 76: the transmission request to the user processes, execution in step 77;
Step 77: judge whether to receive down a piece of news, if, execution in step 71, otherwise execution in step 12.
Preserving the concrete steps that send message in the above-mentioned step 61 is, message is saved in the storage medium, waits for returning of delivery report and reading report.Searching the submission message of correspondence and the concrete steps of rehabilitation in the above-mentioned step 75 is, receives delivery report and reading report, seeks corresponding submission message according to Transaction (transaction layer connection) ID address, does rehabilitation.
Setting in the above-mentioned step 1 also comprises the connected mode information parameter that support message is set.Before above-mentioned steps 1, also to finish the step of the authentication between SP and the MMS center.
Claims (16)
1, a kind of multimedia information value-added service interface is characterized in that, is made of API application layer and API bottom; Wherein:
Described API application layer comprise MMS center to value-added service merchant message handling device (1) and value-added service merchant to MMS center message assembler (2); Described MMS center to value-added service merchant message handling device (1) receives the data that the API bottom sends, and is the form that application program can be handled with this data processing, and sends to described application program; Described value-added service merchant receives the data that application program sends and sends to the API bottom to MMS center message assembler (2);
Described API bottom is made up of value-added service merchant message receiver (3), MMS merchant's message sender (4) and MM7 message and simple object access protocol codec (5), described value-added service merchant message receiver (3) sends to described MMS center to value-added service merchant message handling device (1) with message, and described MMS merchant's message sender (4) is used for receiving the message that is sent to MMS center message assembler (2) by the value-added service merchant; Described MM7 message and simple object access protocol codec (5) form the data channel of full duplex separately respectively with value-added service merchant message receiver (3) and MMS merchant message sender (4), described MM7 message and simple object access protocol codec (5) carry out exchanges data with the multimedia service center.
2, according to the described multimedia information value-added service interface of claim 1, it is characterized in that, described MMS center to value-added service merchant message handling device (1) comprises the first News Category module and the first message secondary category module at least, the described first News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The described first message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header.
3, according to the described multimedia information value-added service interface of claim 1, it is characterized in that, described value-added service merchant comprises the second News Category module and the second message secondary category module at least to MMS center message assembler (2), the described second News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The described second message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header.
4, according to the described multimedia information value-added service interface of claim 1, it is characterized in that, described value-added service merchant message receiver (3) comprises the first traffic category module at least, be used to realize the bottom operation of procotol, the described first traffic category module comprises the reception generic module and the daily record generic module of value-added service server at least, the reception generic module of value-added service server is used for the transmission of MMS center to message between value-added service merchant message handling device (1) and described MM7 message and simple object access protocol codec (5), and the daily record generic module is used to produce communication log.
According to the described multimedia information value-added service interface of claim 1, it is characterized in that 5, described MMS merchant's message sender (4) comprises system configuration information class Modules and second communication class Modules at least; Described system configuration information classification is used to dispose and keep the information of the MMS center of value-added service server and correspondence; Described second communication class Modules is used to realize the bottom operation of procotol, described second communication class Modules comprises that at least multimedia sends generic module and daily record generic module, described multimedia sends generic module and is used for the transmission of value-added service merchant to message between MMS center message assembler (2) and described MM7 message and simple object access protocol codec (5), and the daily record generic module is used to produce communication log.
6, according to the described multimedia information value-added service interface of claim 1, it is characterized in that, described MM7 message and simple object access protocol codec (5) comprise encoding and decoding class Modules, the 3rd News Category module and the 3rd message secondary category module at least, described the 3rd News Category module is used to be provided with the attribute with access message, and all MM7 message is packaged into class, make the corresponding a kind of message of each class; Described the 3rd message secondary category module is used to encapsulate the content of Multimedia Message and the numerical value of message header; Described encoding and decoding class Modules comprises coding class Modules and decoding class Modules at least, is used for and will changes mutually between the message of described message secondary category module package and simple object access protocol message.
According to the described multimedia information value-added service interface of claim 4, it is characterized in that 7, the described first traffic category module also comprises authentication module, is used for the authentication between value-added service server and the MMS center.
According to the described multimedia information value-added service interface of claim 5, it is characterized in that 8, described second communication class Modules also comprises authentication module, is used for the authentication between value-added service server and the MMS center.
According to the described multimedia information value-added service interface of claim 5, it is characterized in that 9, described system configuration information class Modules also comprises the connected mode information of supporting message that is provided with.
10, a kind of processing method of multimedia information value-added service is characterized in that: may further comprise the steps:
Step 1: the application program of value-added service server end is according to the configuration information of the MMS center of value-added service server and correspondence, and the IP address of initialization MMS center is provided with transmission and receive mode parameter at least;
Step 2: the process of intercepting of the application program of described value-added service server end is according to the transmission and the receive mode parameter that are provided with, judge whether to create the requirement of transmission process or receiving process, if the requirement that will create the transmission process is arranged, execution in step 3, if the requirement that will create receiving process is arranged, execution in step 7;
The second News Category module setting of the value-added service merchant of step 3:API application layer to the MMS center message assembler (2) and the attribute of the visit MM7 message of sending from application program, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The content of the second message secondary category module package Multimedia Message of value-added service merchant to the MMS center message assembler (2) and the numerical value of message header; Then, the value-added service merchant of API application layer sends to the API bottom with packaged Multimedia Message to MMS center message assembler (2);
Step 4: the system configuration information class Modules configuration in MMS merchant's message sender (4) and the corresponding informance of maintenance value-added service server and MMS center; And message being sent to MM7 message and simple object access protocol codec (5) from the value-added service merchant to MMS center message assembler (2) by the second communication class Modules in the MMS merchant message sender (4), the daily record generic module in the second communication class Modules in described MMS merchant's message sender (4) produces communication log;
Step 5: described MM7 message and simple object access protocol codec (5) receive the message that MMS merchant's message sender (4) sends by the data channel of full duplex, the 3rd News Category module setting in described MM7 message and the simple object access protocol codec (5) and the attribute of access message, and all MM7 message is packaged into class, make the corresponding a kind of message of each class; Coding class Modules that comprises in the encoding and decoding class Modules and decoding class Modules are with MM7 message with simply change mutually between the message of the 3rd message secondary category module package in the object access protocol codec (5) and simple object access protocol message; Send to the multimedia service center by described MM7 message and simple object access protocol codec (5) at last;
Step 6: send Multimedia Message up to success, execution in step 12;
Step 7: the requirement of the establishment receiving process that the MMS center in the described API application layer to value-added service merchant message handling device (1) reception application program is sent, and by the message of described MM7 message with simple object access protocol codec (5) reception multimedia service center transmission;
Step 8: the 3rd News Category module in described MM7 message and the simple object access protocol codec (5) is provided with and the attribute of access message, and all MM7 message is packaged into class, makes a kind of message of each class correspondence; Coding class Modules that comprises in the described encoding and decoding class Modules and decoding class Modules are with described MM7 message with simply change mutually between the message of the 3rd message secondary category module package in the object access protocol codec (5) and simple object access protocol message;
Step 9: the first traffic category module in the value-added service merchant message receiver (3) receives the message that described MM7 message and simple object access protocol codec (5) are handled by the reception generic module of wherein value-added service server, and sending this message to MMS center to value-added service merchant message handling device (1), the daily record generic module in the first traffic category module produces communication log;
Step 10: after described MMS center to value-added service merchant message handling device (1) receives message, the first News Category module of described MMS center to the value-added service merchant message handling device (1) is provided with and the attribute of access message, and all MM7 message is packaged into class, the corresponding a kind of message of each class; The content of the first message secondary category module package Multimedia Message of described MMS center to the value-added service merchant message handling device (1) and the numerical value of message header are the form that application program can be handled with this Message Processing;
Step 11: receive Multimedia Message up to success;
Step 12: stop all transmissions and receiving process, and discharge resource.
11, according to the processing method of the described multimedia information value-added service of claim 10, it is characterized in that, send Multimedia Message in the described step 6 and specifically comprise the steps: up to success
Step 61: judge whether transmission message is successful, if success is preserved and sent message, execution in step 63, otherwise execution in step 62;
Step 62: resend message;
Step 63: judge whether to send down a piece of news, if, execution in step 3, otherwise execution in step 12.
According to the processing method of the described multimedia information value-added service of claim 10, it is characterized in that 12, described step 7 specifically comprises the steps:
Step 71: judge the classification that receives message, if the delivery report request, execution in step 72, if send the report request, execution in step 73, if the reading report request, execution in step 74;
Step 72: handle the delivery report request message, carry out 75;
Step 73: handle and send a request message execution in step 76;
Step 74: handle the reading report request message; Execution in step 75;
Step 75: search corresponding submission message and rehabilitation, execution in step 77;
Step 76: the transmission request to the user processes, execution in step 77;
Step 77: judge whether to receive down a piece of news, if, execution in step 71, otherwise execution in step 12.
According to the processing method of the described multimedia information value-added service of claim 11, it is characterized in that 13, the concrete steps of preservation transmission message are in the described step 61, and message is saved in the storage medium, wait for returning of delivery report and reading report.
14, according to the processing method of the described multimedia information value-added service of claim 12, it is characterized in that, the concrete steps of searching corresponding submission message and rehabilitation in the described step 75 are, receive delivery report and reading report, seek corresponding submission message according to transaction layer connection ID address, do rehabilitation.
According to the processing method of the described multimedia information value-added service of claim 10, it is characterized in that 15, setting also comprises the connected mode information parameter that support message is set in the described step 1.
16, according to the processing method of the described multimedia information value-added service of claim 10, it is characterized in that, before the described step 1, also comprise the step of finishing the authentication between value-added service server and the MMS center.
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| CN101340633B (en) * | 2008-08-12 | 2011-06-22 | 中兴通讯股份有限公司 | Value increasing service message overload control apparatus and method |
| CN102088674B (en) * | 2009-12-08 | 2013-07-03 | 深圳市彩讯科技有限公司 | Virtual synthesis technique-based multimedia message report generating method |
| CN106557375B (en) * | 2016-11-21 | 2020-05-12 | 桂林远望智能通信科技有限公司 | Communication system and method between encapsulation classes |
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