WO2013075492A1 - Procédé et système pour une transmission de message basée sur une plate-forme de publication ouverte aux services - Google Patents

Procédé et système pour une transmission de message basée sur une plate-forme de publication ouverte aux services Download PDF

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Publication number
WO2013075492A1
WO2013075492A1 PCT/CN2012/077835 CN2012077835W WO2013075492A1 WO 2013075492 A1 WO2013075492 A1 WO 2013075492A1 CN 2012077835 W CN2012077835 W CN 2012077835W WO 2013075492 A1 WO2013075492 A1 WO 2013075492A1
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Prior art keywords
data
message
service server
sdp
client
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PCT/CN2012/077835
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English (en)
Chinese (zh)
Inventor
黎佳志
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中兴通讯股份有限公司
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Publication of WO2013075492A1 publication Critical patent/WO2013075492A1/fr

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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
    • H04L51/06—Message adaptation to terminal or network requirements
    • H04L51/066—Format adaptation, e.g. format conversion or compression

Definitions

  • the present invention relates to an Internet and mobile value-added service system, and more particularly to an instant messaging (IM, Instant Messenger) based on an Open Service Publishing Platform (SDP), a method and system for intercommunicating email and mobile terminal messages, and a device .
  • IM instant messaging
  • SDP Open Service Publishing Platform
  • the technical problem to be solved by the embodiments of the present invention is to provide a message communication method and system based on an open service publishing platform, which solves the problem of interworking between IM, mail and mobile terminals.
  • a message communication method is based on an open service publishing platform (SDP), comprising: after receiving, by the service server on the Internet side, the destination address sent by the client on the Internet side is the data of the mobile terminal on the mobile network side, the data is sent To the message distribution gateway, the message distribution gateway encapsulates the data into a format that can be identified by the SDP, and invokes the service interface provided by the SDP to send the encapsulated data to the SDP, and the SDP sends the received data to the mobile terminal;
  • SDP open service publishing platform
  • the open service delivery platform After receiving the data of the client on the Internet side, the open service delivery platform (SDP) sends the data to the message distribution gateway, and the message distribution gateway encapsulates the data.
  • the interface provided by the service server is used to send the encapsulated data to the service server, and the service server sends the received data to the client.
  • the method further includes:
  • the first communication type service server on the Internet side After receiving the data of the second communication type client on the Internet side, the first communication type service server on the Internet side sends the data to the message distribution gateway, and the message distribution gateway Encapsulating the data into a format recognizable by the second communication type service server to which the second communication type client belongs, and calling the interface provided by the second communication type service server to send the encapsulated data to the second a communication type service server, wherein the second communication type service server sends the received data to the second communication type service client.
  • the communication type corresponding to the service server is an instant communication service type or a mail communication service type.
  • the method further includes:
  • the message distribution gateway After receiving the data, the message distribution gateway authenticates the data and encapsulates the data after the authentication is passed.
  • the service server on the Internet side sends the data to the message distribution gateway, and the data is sent to the message distribution gateway.
  • the information distribution gateway encapsulates the data into a format that can be recognized by the SDP, and sends the encapsulated data to the SDP by using the service interface provided by the SDP.
  • the step of the SDP transmitting the received data to the mobile terminal includes:
  • the message distribution gateway sends the data to a corresponding interface corresponding to the type provided by the SDP according to a type of data received from a service server on the Internet side, the type including a text type and a multimedia type.
  • a message communication system which is based on an Open Service Release Platform (SDP), including a service server and a client on the Internet side, an SDP and a mobile terminal on the mobile network side, and a message distribution gateway;
  • SDP Open Service Release Platform
  • the service server is configured to: after receiving the data of the mobile terminal sent by the client on the Internet side, the data of the mobile terminal on the mobile network side, send the data to the message distribution gateway; After receiving the data of the client on the Internet side, the destination address sent by the mobile terminal on the mobile network side is sent to the message distribution gateway;
  • the message distribution gateway is configured to: after receiving the data of the mobile terminal whose destination address is the mobile network side from the service server on the Internet side, the data is encapsulated into a format that can be recognized by the SDP, and the SDP is invoked.
  • the service interface sends the encapsulated data to the SDP; after receiving the data of the client whose destination address is the Internet side, the data is encapsulated into a service server to which the client belongs. Format, invoking an interface provided by the service server to send the encapsulated data to the service server.
  • the service server includes a first communication type service server and a second communication type service server, where:
  • the first communication type service server is configured to: after receiving the data of the second communication type client sent by the first communication type client, the data is sent to the message distribution gateway;
  • the message distribution gateway is configured to: after the destination address received by the first communication type service server is the data of the second communication type client on the Internet side, the data is encapsulated into the second communication type client
  • the second communication type service server is capable of recognizing the format, called The interface provided by the second communication type service server sends the encapsulated data to the second communication type service server;
  • the second communication type service server is configured to: send the received data to the second communication type service client.
  • the communication type corresponding to the service server is an instant communication service type or a mail communication service type.
  • a message distribution gateway comprising a data transceiver module and a data processing module, wherein:
  • the data transceiver module is configured to: after receiving the data of the mobile terminal whose destination address is the mobile network side from the service server on the Internet side, send the data to the data processing module, and encapsulate the data processing module Sending data to the SDP; after receiving the data of the client on the Internet side from the SDP, sending the data to the data processing module, and sending the data encapsulated by the data processing module to the client The business server to which it belongs;
  • the data processing module is configured to: encapsulate the received data, and when the received data is data of the mobile terminal on the mobile network side, the data is encapsulated into a format that the SDP can recognize; When the data is that the destination address is the data of the client on the Internet side, the data is encapsulated into a format recognizable by the service server to which the client belongs.
  • the message distribution gateway further includes a user authentication module and a user information module, where: the user information module is configured to: maintain user information of an Internet user and a mobile network user; and the user authentication module is configured to: Assessing the sender or receiver of the data according to the user information in the user information module;
  • the data transceiver module is configured to: send the received data to the user authentication module, and send the received data to the data processing module after being authenticated.
  • the above-mentioned technical solution provides a device and method for interworking between IM, mail and mobile terminal with good scalability, and is used for solving the problem of interworking of IM, mail and mobile terminal, and greatly improving the use of the mobile terminal.
  • the need for interworking between mail and mobile terminals, and the processing framework of the message distribution gateway is also proposed.
  • the framework has good scalability and flexibility.
  • the four modules of the framework are one-to-one messaging module, user authentication module, and data processing module.
  • the user information module each module has a single responsibility, can be divided and combined, flexible deployment, and can adapt to the complex and changing environment and needs of the Internet and mobile Internet.
  • FIG. 1 is a schematic structural diagram of a system in an embodiment
  • FIG. 2 is a schematic structural diagram of a message distribution gateway in an embodiment
  • FIG. 3 is a schematic diagram of a process flow of a message distribution gateway in an embodiment.
  • FIG. 4 is a schematic diagram of a process of sending a message to an IM/mail side mobile terminal in an embodiment
  • FIG. 5 is a schematic diagram of a process flow of a mobile terminal sending a message to an IM/mail side in the embodiment
  • FIG. 6 is an IM side to an email side in the embodiment. Schematic diagram of the processing flow for sending a message
  • FIG. 7 is a schematic diagram of a processing flow of sending a message from the mail side to the IM side in the embodiment.
  • the embodiment of the present invention introduces an SDP for unified management of CP/SP and value-added services, and the platform can provide unified open and integrated management for third parties. It is precisely because of this unified openness of SDP that the Internet service and the mobile terminal can be communicated by simply calling the open Web Service interface provided by the SDP, without having to consider complex protocol conversion and billing issues, and more. There is no need to consider mobile terminal equipment issues.
  • the SDP platform is used to realize the interworking of IM, Email and mobile terminals, and the instantness and convenience of IM and Email are enhanced, and the experience of information communication is enhanced.
  • the message communication system based on the SDP platform includes a service server and a client on the Internet side, an SDP and a mobile terminal on the mobile network side, and a message distribution gateway.
  • the service server is configured to: receive the destination address sent by the client on the Internet side is mobile After the data of the mobile terminal on the network side, the data is sent to the message distribution gateway; the message distribution gateway is configured to: receive, from the service server on the Internet side, the data whose destination address is the mobile terminal on the mobile network side After the data is encapsulated into a format that the SDP can recognize, the service interface provided by the SDP is used to send the encapsulated data to the SDP, and the received destination address is received from the SDP by the client on the Internet side. After the data is encapsulated into a format that can be recognized by the service server to which the client belongs, the interface provided by the service server is invoked to send the encapsulated data to the service server;
  • the SDP is configured to: after receiving the data sent by the mobile terminal on the mobile network side that the destination address is the client on the Internet side, send the data to the message distribution gateway.
  • the message distribution gateway side is connected to the Internet as an IM/mail server, and the other side is connected.
  • the SDP platform accesses the mobile network.
  • the device On the mobile network side, the device is connected to the SDP platform through the network service (Web Service) interface provided by the SDP. It does not need to pay attention to complex protocol conversion, communication, and accounting on the mobile network side.
  • Web Service Web Service
  • the interface provided by the SDP is provided in the form of a web service (Web Service), the server is on the SDP side, and the client is on the message distribution gateway.
  • Web Service Web Service
  • the service server includes a first communication type service server and a second communication type service server.
  • the first communication type service server is configured to: after receiving the data of the second communication type client sent by the first communication type client, the data is sent to the message distribution gateway;
  • the message distribution gateway is configured to: after the destination address received by the first communication type service server is the data of the second communication type client on the Internet side, encapsulate the data into the second communication type client
  • the second communication type service server can recognize the format, and invoke the interface provided by the second communication type service server to send the encapsulated data to the second communication type service server;
  • the second communication type service server is configured to: send the received data to the second communication type service client.
  • the communication type corresponding to the service server is an IM service type or a mail communication service type, that is, the first communication type is an IM service type, and the second communication type is a mail communication type; or, One communication type is a mail communication type, and the second communication type is an IM service type.
  • the message distribution gateway 200 includes a data transceiving module 201 and a data processing module.
  • the data transceiver module 201 is configured to: after receiving the data of the mobile terminal whose destination address is the mobile network side from the service server on the Internet side, send the data to the data processing module 202, and package the data processing module 202 The data is sent to the SDP; and is further configured to send the data to the data processing module 202 after the data of the client whose destination address is the Internet side is received from the SDP, and encapsulate the data processing module 202. The data is sent to the service server to which the client belongs;
  • the data processing module 202 is configured to: encapsulate the received data, where the data is a destination format; and when the data is the data of the client on the Internet side, the data is encapsulated into the client
  • the business server is able to recognize the format.
  • the message distribution gateway 200 may further include a user authentication module 203 and a user information module.
  • the user information module 204 is configured to: maintain user information of the Internet user and the mobile network user; the user authentication module 203 is configured to: authenticate the sender or receiver of the data according to the user information in the user information module 204. ;
  • the data transceiver module 201 is configured to: send the received data to the user authentication module
  • the messaging module 201 is further configured to: receive the request message from the IM server, the mail server, and the SDP platform, and the returned status report, and maintain the message queue.
  • the data processing module 203 is not only responsible for reorganizing the message content according to a certain display format and the needs of the destination system, but also processing the data for anti-virus and anti-spam information, and can implement these functions by providing an external interface, for example, through ICAP.
  • the interface of the protocol is connected to the antivirus system to implement the virus killing function.
  • the above modules use the way of message communication or function call to realize mutual interaction.
  • the message communication method based on the SDP platform includes:
  • the service server on the Internet side After receiving the data of the mobile terminal on the mobile network side, the service server on the Internet side sends the data to the message distribution gateway, and the message distribution gateway encapsulates the data into an SDP.
  • the identified format, the service interface provided by the SDP is called to send the encapsulated data to the SDP, and the SDP sends the received data to the mobile terminal; after the data of the client, the data is sent to the message distribution gateway, the message
  • the distribution gateway encapsulates the data into a format recognizable by the service server to which the client belongs, and invokes an interface provided by the service server to send the encapsulated data to the service server, and the service server receives the data. Sent to the client.
  • the method further includes: after receiving, by the first communication type service server on the Internet side, the destination address sent by the first communication type client is the data of the second communication type client on the Internet side, sending the data to the message distribution gateway
  • the message distribution gateway encapsulates the data into a format recognizable by the second communication type service server to which the second communication type client belongs, and invokes the interface provided by the second communication type service server to encapsulate the encapsulated data.
  • Sending to the second communication type service server, the second communication type service server sends the received data to the second communication type service client.
  • the communication type corresponding to the service server is an instant communication service type or a mail communication service type. That is, the first communication type is an IM service type, and the second communication type is a mail communication type; or, the first communication type is a mail communication type, and the second communication type is an IM service type.
  • the message distribution gateway After receiving the data, the message distribution gateway authenticates the data and authenticates the data before encapsulating the data.
  • the message distribution gateway sends the data to a corresponding interface corresponding to the type provided by the SDP according to a type of data received from a service server on the Internet side, the type including a text type and a multimedia type.
  • the typical message distribution gateway processing flow includes the following steps:
  • Step 301 Receive a request message, including an IM, a mail system, and an SDP request message. Implemented by a messaging module;
  • Step 302 Determine a system to which the destination address of the message belongs, and add the message to the corresponding message queue, which is implemented by the message transceiver module.
  • Step 303 Perform authentication on the sender and receiver of the message, and implement the user authentication module.
  • Step 304 processing data, including content format, virus killing, anti-spam, etc., implemented by a data processing module;
  • Step 305 The message is sent according to the corresponding interface of the system to which the message destination address belongs, and is implemented by the message transceiver module.
  • the interworking between the Internet side and the mobile network side includes the following four forms:
  • the processing steps from the IM/mail side to the mobile terminal side include receiving a message, analyzing the message, user authentication, and data processing to a business process that calls the SDP platform to submit to the network element in the corresponding mobile network.
  • the processing steps from the mobile terminal side to the IM/mail side include receiving a mobile terminal request transmitted from the SDP platform, analyzing the request, and authenticating the user to the data processing and handing over to the corresponding IM/mail server business process;
  • the processing steps from the mail side to the IM side include receiving a message, analyzing the message, user authentication, and data processing to a business process forwarded to the IM server;
  • the processing steps from the IM side to the mail side include an IM client request transmitted from the receiving IM server, an analysis request, a user authentication to data processing, and a business process forwarded to the mail server.
  • the process of sending a message to the mobile terminal by the IM/mail side includes the following steps: Step 401: After receiving the message from the client, the IM/mail server parses the destination address of the message as a mobile terminal, and invokes the message. The interface provided by the transceiver module sends the message to the messaging module. Step 402: The messaging module receives the message from the IM/mail server, determines the destination address of the message, learns that the message is sent to the mobile terminal, and adds a corresponding message. queue.
  • Step 403 The user authentication module authenticates the message, and if the authentication is performed, sends the message to the number. According to the processing module, otherwise, the process is aborted.
  • Step 404 The data processing module determines the message type and reorganizes the message content, and invokes the related function interface to perform virus detection and anti-spam processing, and sends the message to the message transceiver module.
  • the message contains only plain text, it reconstitutes the message structure required by the SDP to send a text message to the Web Service interface. If the message also contains multimedia data elements (such as pictures, sounds, etc.), it is reconstituted under SDP. The message structure required for the web service interface of the MMS.
  • Step 405 The message sending and receiving module determines that the destination address of the message is a mobile terminal, and when the message type is plain text, the web service interface set by the SDP is set to send the short message, and is sent when the message type is a multimedia message, that is, the multimedia data element is included.
  • the web service interface of the SDP is set to send the MMS message. If the delivery is successful, the message is cleared from the message queue. Otherwise, the retry policy is used to retry.
  • This method can also include the following steps:
  • Step 406 The SDP platform returns a status report sent to the mobile terminal message to the messaging module of the message distribution gateway.
  • Step 407 The messaging module of the message distribution gateway receives the SDP message, determines that the message is a returned status report, and forwards the message to the data processing module.
  • Step 408 The data processing module stores the status report, and constructs a message sending result notification to return to the message sending and receiving module.
  • Step 409 The message sending and receiving module determines that it is an IM/mail side address according to the original message source address, and invokes the corresponding interface with the IM/mail server to deliver the message to the IM/mail server.
  • Step 501 The SDP platform receives a request from the mobile terminal for the destination address of the IM/mail server, and invokes an interface provided by the messaging module. The request message is sent to the messaging module.
  • Step 502 The messaging module receives the message from the SDP, and determines the destination address of the message, and learns that the message is sent to the IM/mail side, and joins the corresponding message queue.
  • Step 503 The authentication module authenticates the message, and if the authentication is passed, sends the message to the data. The module is processed, otherwise, the process is aborted.
  • Step 504 The data processing module reorganizes the message content, and invokes a related function interface to perform virus detection and anti-spam processing, and sends the message to the message transceiver module after completion.
  • Step 505 The messaging module determines that the destination address of the message is the IM/mail side, and invokes the corresponding interface to deliver the message. If the delivery succeeds, the message is cleared from the message queue. Otherwise, the retry is retried.
  • This method can also include the following steps:
  • Step 506 The IM/mail server sends a status report of the sent result to the messaging module.
  • Step 508 The data processing module stores the status report, and constructs a user message sending result notification to return to the message sending and receiving module.
  • Step 509 The message sending and receiving module determines that it is a terminal device identifier according to the source address of the original message, and invokes the Web service interface of the SDP to deliver the message to the SDP platform.
  • Step 601 The IM server receives a request from the IM client message destination address as the mail side, and sends the request message to the message sending and receiving module.
  • Step 602 The messaging module receives the message from the IM server, determines the destination address of the message, and learns that the message is sent to the mail side, and joins the corresponding message queue.
  • Step 603 The authentication module authenticates the message, and if the authentication is performed, sends the message to the data processing module. Otherwise, the process is aborted.
  • Step 604 The data processing module reorganizes the message content, and invokes a related function interface to perform virus detection and anti-spam processing, and sends the message to the message transceiver module after completion.
  • Step 605 The message sending and receiving module determines that the destination address of the message is the mail side, and invokes the interface with the mail server to deliver the message. If the delivery is successful, the message is cleared from the message queue. Otherwise, the retrying strategy is used to retry.
  • This method can also include the following steps:
  • Step 606 The mail server sends a status report of the sent result to the messaging module.
  • Step 607 The messaging module receives the message of the mail server, determines that the message is a message sending status report, and forwards the message to the data processing module.
  • Step 608 The data processing module stores the status report, and constructs a user message sending result notification to return to the message sending and receiving module.
  • Step 609 The messaging module determines that it is the IM side address according to the source address of the original message, and invokes an interface with the IM server to deliver the message to the IM server.
  • Step 701 The mail server receives a request from the mail client that the destination address of the mail client is the IM side, and sends the request message to the message sending and receiving module.
  • Step 702 The messaging module receives the message from the mail server, determines the destination address of the message, and learns that the message is sent to the IM side, and joins the corresponding message queue.
  • Step 703 The authentication module authenticates the message, and if the authentication is performed, sends the message to the data processing module. Otherwise, the process is aborted.
  • Step 704 The data processing module reorganizes the message content, and invokes a related function interface to perform virus detection and anti-spam processing, and sends the message to the message transceiver module after completion.
  • Step 705 The message sending and receiving module determines that the destination address of the message is the IM side, and invokes the interface with the IM server to deliver the message. If the delivery is successful, the message is cleared from the message queue. Otherwise, the retrying strategy is used to retry.
  • This method can also include the following steps:
  • Step 706 The IM server sends a status report of the sent result to the messaging module.
  • Step 707 The messaging module receives the message of the IM server, determines that the message is a message sending status report, and forwards the message to the data processing module.
  • Step 708 The data processing module stores the status report, and constructs a user message sending result notification to return to the message sending and receiving module.
  • Step 709 The messaging module determines that it is the mail side address according to the source address of the original message, and sends the message to the mail server by using an interface with the mail server.
  • the SDP platform of the embodiment of the invention solves the problem of interworking between the IM, the mail and the mobile terminal, and can improve the instantness of the IM and the mail by utilizing the high immediacy, high convenience and high experience of the mobile terminal. Sex, convenience and experience.
  • the embodiment of the present invention provides a well-structured framework and implementation method, so that the interworking process of the IM, the mail, and the mobile terminal can be implemented in a very scalable and relatively fixed processing flow, thereby providing a universal An apparatus and method for interworking IM, mail, and mobile terminals based on the SDP platform.
  • the SDP platform of the embodiment of the present invention solves the problem of interworking between the IM, the mail, and the mobile terminal, and can well utilize the high immediacy, high convenience, and high experience of the mobile terminal.
  • the embodiment of the present invention provides a clear structure framework and implementation method, so that the interworking process of the IM, the mail, and the mobile terminal can be implemented in a very scalable and relatively fixed processing flow, thereby providing a universal An apparatus and method for interworking IM, mail, and mobile terminals based on the SDP platform. Therefore, the present invention has strong industrial applicability.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)
  • Information Transfer Between Computers (AREA)

Abstract

La présente invention se rapporte à un procédé et à un système adaptés pour transmettre des messages sur la base d'une plate-forme de publication ouverte aux services. L'invention est caractérisée en ce que, après qu'elle a reçu des données, d'un serveur de service sur le côté réseau Internet dont l'adresse cible est un terminal mobile sur le côté réseau mobile, une passerelle de distribution de messages est configurée de façon : à encapsuler les données à un format qui peut être reconnu par un SDP ; et à retrouver une interface de service fournie par le SDP dans le but de transmettre les données encapsulées au SDP. L'invention est caractérisée d'autre part en ce que, après qu'elle a reçu des données, du SDP dont l'adresse cible est un client sur le côté réseau Internet, la passerelle de distribution de messages est configurée de façon : à encapsuler les données à un format qui peut être reconnu par le serveur de service auquel le client appartient ; et à retrouver une interface fournie par le serveur de service dans le but de transmettre les données encapsulées au serveur de service. La solution technique décrite dans la présente invention permet : de résoudre le problème d'intercommunication entre des IM, des courriers électroniques et des terminaux mobiles ; et d'améliorer de façon significative la vitesse, la commodité et l'expérience en rapport avec des IM et des courriers électroniques au moyen de terminaux mobiles.
PCT/CN2012/077835 2011-11-24 2012-06-29 Procédé et système pour une transmission de message basée sur une plate-forme de publication ouverte aux services WO2013075492A1 (fr)

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CN2012100371784A CN102571636A (zh) 2011-11-24 2012-02-17 一种基于开放业务发布平台的消息通信方法及系统

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