CN102404695B - Mobile service message routing method, system and device - Google Patents
Mobile service message routing method, system and device Download PDFInfo
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Abstract
The invention comprises a mobile service message routing method, a system and a device, which comprise setting a service message gateway which is connected with each service process device through a communication network. A service message routing meter is saved in the service message gateway and at least comprises a service message identification, a user identification and a target service identification. The service message gateway receives service message from the service process devices, and the service message comprises the service message identification, the user identification and a service message content parameter. The service message gateway collects the service message identification and the user identification, and inquires corresponding target service identification determined by a service message routing meter. The service message gateway enables the service message to be sent to corresponding target service process devices according to the determined target service identification. The mobile service message routing method, the system and the device can provide flexible interconnection mechanisms for various mobile services, and achieve combination among the services.
Description
Technical Field
The present invention relates to mobile communication technology, and in particular, to a method, system, and device for routing a mobile service message.
Background
In recent years, the functions of the mobile phone are more and more extensive, including various functions such as map navigation, photographing, IM, two-dimensional code, video playing, music playing, payment and the like, and the diversified requirements of mass users are met.
Various service functions are usually implemented by service software installed on the mobile phone, and one mobile service software may implement one to more mobile service functions. The mobile service software can be developed in advance by a terminal manufacturer and installed on the mobile phone, or can be developed by a third-party software provider, and then the user downloads the software client and installs the software client on the mobile phone. For many mobile services, in addition to the service software client installed on the mobile phone, the mobile services also need to be connected with the service platform equipment on the network side to implement various service functions.
In practical use, many mobile services have interconnection scenarios, such as:
(1) sharing the service content, when the user 1 uses a service, the currently accessed service content is sent to the user 2, and the terminal of the user 2 opens the service content for processing. For example, after the user 1 uses a service software to find a map content, it needs to send the map content to a friend for sharing and subsequent processing. Other similar situations include music sharing, video sharing, and the like.
(2) And when the user 1 uses one service, the mobile service software client of the user 2 needs to be activated to perform service interaction with the 2 nd user, and the common call service can be understood as the interaction between the voice service clients. The user 1 may initiate a voice communication request in a dial-up service software preset in the terminal, or may initiate a voice communication request in a Web browsing service, which is now commonly referred to as click-to-dial. Besides voice services, short message services are also common service interaction examples, and others include similar or heterogeneous service interactions such as IM (instant messaging) and video.
(3) For example, a mobile phone is used for photographing through a two-dimensional code, an address of a company corresponding to the two-dimensional code is accessed, and if a navigation software is started to navigate to the company, client software of the two-dimensional code service and service software of map navigation are required to be interconnected.
Therefore, there are many interconnection requirements among various mobile service software, and services include interconnection between internet services and mobile services, interconnection between different services on the same mobile phone, interconnection between different mobile services between different mobile phone terminals, and the like.
At present, each application software is provided by a plurality of software manufacturers, and each application is generally relatively independent, lacks an interconnection mechanism and is difficult to realize standard interconnection and fusion. When various services need to be interconnected, the services are usually realized through interface integration between corresponding network side service platform devices, so that the network side service platform devices are in a responsible mesh structure, and upgrading and maintenance are not facilitated.
Currently, some mobile services may implement the interconnection between the present service, the present service and other services through messages, which may be referred to as message services, and include: short message service, MMS service, IM service, email, etc.
However, many other mobile services have no perfect mechanism for implementing application layer service interworking through messages, such as map navigation, video, music, payment, and other services. Or only the mutual sending of messages among different users in the service is realized, but the service providers cannot share the interaction through the messages at different times. Even if the same service is provided, the service network does not have a scheme for correctly providing service messages to corresponding mobile users because of the existence of a plurality of service providers and different preference and service subscription conditions of different mobile users.
Disclosure of Invention
In view of this, the present invention is directed to a method, a system, and a device for routing a mobile service message, which provide service interconnection for users.
The method for routing mobile service message provided by the invention based on the above object is to set a service message gateway, the service message gateway is connected with each service processing device through a communication network, a service message routing table is stored in the service message gateway, the service message routing table at least comprises a service message identifier, a user identifier and a target service identifier, and the method comprises the following steps:
the service message gateway receives a service message from the service processing equipment, wherein the service message comprises a service message identifier, a user identifier and a service message content parameter;
the service message gateway extracts the service message identification and the user identification in the service message, and inquires the service message routing table to determine the corresponding target service identification;
and the service message gateway sends the service message to corresponding target service processing equipment according to the determined target service identifier.
Optionally, the method further includes:
setting a default route of a service message aiming at the service message, if a user identifier contained in the service message is not pre-stored in the service message routing table, finding a default target service according to the service message identifier contained in the service message, and sending the service message to corresponding target service processing equipment according to the identifier of the default target service;
when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table;
when a user subscribes a service, the user identification of the user and the service message identification of the service are pointed to the target service identification of the default target service.
Optionally, the target service processing device in the method is a mobile terminal, and the mobile terminal further detects whether the target service has been subscribed after receiving the service message, and if not, displays a prompt message to guide the user to subscribe the service.
Optionally, in the method, the service message gateway sends the service message to the target service processing device through a short message or a packet domain IP message.
Optionally, in the method, after receiving the service message, the service message gateway further performs format conversion on the service message.
Optionally, the service processing device in the method is a mobile terminal or a network side service platform device.
Optionally, in the method, the service message gateway is connected to a service subscription relationship management device, and the service subscription relationship management device synchronizes subscription relationship to the service message gateway.
Based on the above object, the present invention further provides a service message gateway, which is connected to the service processing device through the communication network; the service message gateway comprises:
the service message routing table unit is used for binding and storing the service message identifier, the user identifier and the target service identifier of the service;
a service message routing control unit, configured to, after receiving a service message including a service message identifier, a user identifier, and a service message content parameter from a service processing device, extract the service message identifier and the user identifier in the service message, and query the service message routing table unit to determine a corresponding target service identifier; and sending the service message to corresponding target service processing equipment according to the determined target service identifier.
Optionally, the service message routing table unit in the service message gateway sets a default target service identifier for a service message; when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table; when a user subscribes a service, the user identification of the user and the service message identification of the service point to the target service identification of a default target service;
and if the user identifier contained in the service message is not pre-stored in the service message routing table, the service message routing control unit finds the default target service according to the service message identifier contained in the service message, and sends the service message to the corresponding target service processing equipment according to the identifier of the default target service.
Optionally, after receiving the service message, the service message routing control unit of the service message gateway further performs format conversion on the service message.
Based on the above object, the present invention also provides a system for routing mobile service messages, comprising: the system comprises a service message gateway and a plurality of service processing devices, wherein the service message gateway is respectively connected with the service processing devices through a communication network; wherein,
a service message routing table is stored in the service message gateway, and the service message routing table at least comprises a service message identifier, a user identifier and a target service identifier; after receiving a service message containing a service message identifier, a user identifier and a service message content parameter from service processing equipment, a service message gateway extracts the service message identifier and the user identifier in the service message, and inquires a service message routing table to determine a corresponding target service identifier; and sending the service message to corresponding target service processing equipment according to the determined target service identifier.
Optionally, the system sets a default route of a service message for the service message, if a user identifier included in the service message is not pre-stored in the service message routing table, finds a default target service according to the service message identifier included in the service message, and sends the service message to a corresponding target service processing device according to the identifier of the default target service;
when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table;
when a user subscribes a service, the user identification of the user and the service message identification of the service are pointed to the target service identification of the default target service.
Optionally, the system further includes a service subscription relationship management device, configured to manage a subscription relationship between a user and a mobile service, and automatically synchronize the subscription relationship to the service message gateway.
It can be seen from the above that, the method, system and device for routing mobile service messages provided by the present invention provide a flexible and loosely-coupled novel multi-service interconnection mechanism, implement content sharing and interaction between mobile services, provide service interconnection for users, improve experience integration, embody interconnection characteristics between mobile services, facilitate users to share service content and exchange services through service messages, and facilitate service interconnection and fusion.
The method, system and apparatus disclosed herein, in its various embodiments, overcome the disadvantages of the prior art described above and achieve advantages not previously possible with such systems and methods.
The present invention now will be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the invention are shown. This invention may, however, be embodied in many other forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. Like numbers refer to like elements throughout.
Many modifications and other embodiments of the invention will come to mind to one skilled in the art to which this invention pertains having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. Therefore, it is to be understood that the inventions are not to be limited to the specific embodiments disclosed and that modifications and other embodiments are intended to be included within the scope of the appended claims. Although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.
Drawings
Fig. 1 is a schematic diagram of a system structure of mobile service message routing according to an embodiment of the present invention;
fig. 2 is a flowchart of a method for routing a mobile service message according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to specific embodiments and the accompanying drawings.
The scheme of the invention mainly comprises the following steps: setting a service message gateway, wherein the service message gateway is connected with each service processing device through a communication network, a service message routing table is stored in the service message gateway, and the service message routing table at least comprises a service message identifier, a user identifier and a target service identifier;
the service message gateway receives a service message from the service processing equipment, wherein the service message comprises a service message identifier, a user identifier and a service message content parameter; the service message gateway extracts the service message identification and the user identification in the service message, and inquires the service message routing table to determine the corresponding target service identification; and the service message gateway sends the service message to corresponding target service processing equipment according to the determined target service identifier.
In the embodiment of the invention, the service processing equipment can be a mobile terminal or network side service platform equipment. The user sending the service message is a mobile terminal or network side service platform equipment; the target service processing device is a mobile terminal or a network side service platform device. All the service processing devices such as the mobile terminal, the network side service platform device and the like can be used as the receiving and sending entity of the service message, and the interconnection among services and the interactive sharing among different users can be realized through the receiving and sending of the service message among the same or different service processing devices.
The service message can be a service short message related to each mobile service and function, and the service message comprises a user number for receiving and sending the service message and service related contents; the service message may also be a packet domain IP message or the like.
One or more service processing modules are arranged in the service processing equipment to realize different service functions. One service processing module can realize one or more service functions, and the service functions of different service processing modules can be crossed and overlapped. The service processing module can be in a software form or a hardware form. And if the service processing module is arranged in the terminal equipment of the user, the service processing module corresponds to the client of the service. The target service identifier may correspond to the service processing module, and when the target service processing device receives the service message, the target service processing device further forwards the service message to the corresponding service processing module therein for processing.
Referring to fig. 1, a system structure of mobile service message routing according to an embodiment of the present invention includes:
the service processing device 11 includes: mobile terminals such as mobile phones and network side service platform equipment. The mobile terminal can be connected with other mobile terminals and network side service platform equipment for communication through a mobile communication network. The service processing module of the mobile service runs on the mobile terminal and communicates with the service processing module of the mobile service (or the service platform equipment on the network side) on other terminals through the communication module on the terminal, so that the service logic and the display are realized. Each mobile terminal corresponds to a mobile subscriber number, and in order to use the same service function, mobile terminals of different users may subscribe and install different mobile services, such as the same use of navigation, some users select to install the navigation service provided by Google, and some users select to install the navigation service using caride; each mobile subscriber number may be equipped with a service processing module that subscribes to multiple mobile services.
The service processing device 11 is provided with one or more service processing modules for mobile services, and the service processing modules interact with corresponding network-side service platform devices to implement service functions. The service processing module of one mobile service can realize one or more service functions, and the service functions of different mobile service processing modules can be overlapped in a cross way. For example, service 1 implements function a, function B, and function C, and service 2 implements function a and function E. As an embodiment, the business functions include, but are not limited to: the map navigation function, the music playing function, the video playing function, the photographing function, the two-dimension code function and the payment function.
The service processing module of the mobile service can run in various operating systems of the terminal, including but not limited to WinMobile system, Android system, SymBain system, Apple terminal system, Linix system, Brew system.
The service processing device 11 may be of various mobile communication systems including, but not limited to, CDMA2000, GSM, WCDMA, TD-SCDMA.
And the service message gateway 12 receives the service message of the network side service platform device and forwards the service message to the corresponding target network side service platform device. The service message gateway 12 includes: a service message routing table unit 121 and a service message routing control unit 122. Wherein,
the service message routing table management unit 121 is responsible for managing and storing routing settings of messages related to service functions; the method specifically comprises a service message identifier, a user identifier and a target service identifier of the binding storage service.
The service message routing control unit 122 is connected to the service message routing table management unit 121, and completes forwarding of the service message according to the information of the relationship library, which may specifically include: after receiving a service message containing a service message identifier, a user identifier and a service message content parameter from service processing equipment, extracting the service message identifier and the user identifier in the service message, and inquiring the service message routing table unit to determine a corresponding target service identifier; and sending the service message to corresponding target service processing equipment according to the determined target service identifier.
The service messages are messages of the same mobile service or different mobile services, each service message corresponds to a mobile service function, and the service messages include, but are not limited to, parameters of service message identifiers, target user identifiers and message contents.
The bearer of the service message includes, but is not limited to, Short Message Service (SMS), Multimedia Message Service (MMS), TCP/IP based data message.
The mobile communication network 13 is responsible for providing communication channels, including communication between mobile terminals, and communication between the mobile terminals and the network side service platform device.
As an implementation manner, the system for routing service messages may further include
And the service subscription relation management device 14 is used for managing the subscription relation between the user and the mobile service and automatically synchronizing the subscription relation to the service message gateway 12. Wherein the subscription relationship comprises: service message identification, user identification and other parameters. Since the service subscription relationship management device 14 can obtain the subscription relationship information in time, the service message gateway 12 in the embodiment of the present invention is connected to the service subscription relationship management device 14, and keeps synchronization of the subscription relationship information, so that the service message gateway 12 can update information such as the service message identifier and the user identifier in time.
The mobile service interaction method includes the steps of the same mobile service or different mobile services interacting, wherein each service message corresponds to one mobile service function, and the service message includes, but is not limited to, several parameters of service message identification, target user identification and message content.
For example, for a "map navigation" type service message, the message content parameters are defined according to the map navigation service function, and include an address name, and longitude and latitude parameters as one embodiment. The service processing module of the map navigation service system opens the message, can display the corresponding address and the surrounding map, and can start the navigation function to the place.
For example, for a "video" class service message, as one embodiment, the message content includes an address link to the video buffer. After receiving the message, the mobile phone video service system can open the address in the link to play the video content and manage the received and transmitted video message.
According to the above system for interconnecting messages between mobile services, an embodiment of the present invention provides a method for routing messages between mobile services, including the following steps:
step 101, managing a service message routing table, where the service message routing table at least includes a service message identifier, a user identifier, and a target service platform identifier, and setting, updating, and querying a routing parameter of a service message in a service message gateway. The implementation mode of the business function relationship information management comprises the following steps:
(11) and setting a default service message route, wherein the route of all users to a certain mobile service message points to the default mobile service of the service function corresponding to the service message. The default service message routing setting may be to bind the service message identifier with the default target service identifier. If the user identifier contained in the service message is not pre-stored in the service message routing table, finding the default target service according to the service message identifier contained in the service message, and sending the service message to the corresponding target service processing equipment according to the default target service identifier.
(12) When a user subscribes a certain mobile service of an operator, if the route change condition of the service message is met, setting the service message corresponding to all or part of service functions contained in the mobile service and the route associated with the user identifier, and pointing to the service, namely binding the service message identifier and the target service identifier corresponding to all or part of the service functions of the subscribed service with the user identifier of the user in a service message routing table. The service message route change condition is, for example: the user has not subscribed to other mobile services associated with the service message.
(13) The user subscribes a certain mobile service, the user and the route of the service message corresponding to the mobile service point to the default mobile service corresponding to the service message, namely the user identification of the user and the service message identification of the service point to the target service identification of the default target service.
The service message routing table management further comprises the step of managing mobile service functions supported by the mobile services, each mobile service registration being associated to one or more service functions.
102, user 1 sends service message of service 1 to service message gateway through own mobile terminal, the service message at least includes service message identification, user identification, service message content parameter;
the entity of the service 1 sending the service message may be a mobile terminal or a network side service platform device. The service 1 initiating the service message may be a mobile service or a non-mobile service accessed on the internet.
Step 103, the service message gateway determines the target service processing device of the service message, receives the service message sent from the user 1 through the communication network, retrieves through the service message routing table unit, and determines the corresponding target service identifier according to the user identifier and the service message identifier of the message, thereby determining the target service processing device.
And step 104, the service message gateway sends the service message to the service processing equipment corresponding to the target service identifier, and the target service processing equipment receives and processes the service message.
The processing device corresponding to the target service identifier may be a service processing module of the network side service platform device of the target service, or may be a service processing module of the target service at the mobile terminal.
As an implementation manner, the service message gateway may change the format of the service message and then forward the service message to the target service processing unit.
As an implementation manner of step 104, if the processing device corresponding to the target service identifier is a service processing module installed on the mobile terminal, the method includes the following steps:
(41) the service message gateway sends the service message to the mobile terminal of the user 2 through the mobile communication network, and the sending mode includes but is not limited to short message and packet domain IP message
(42) After receiving the service message, the mobile terminal of the user 2 acquires the target service identifier in the message, immediately starts the service processing module of the corresponding target service, and transmits the service message parameter to the service processing module of the target service. Before starting the target service processing module, the voice and light prompts can be sent out, and the content of the received message and the sending user are displayed on the mobile terminal, so that the user can know and confirm the received message.
As an embodiment of step (42), after receiving the service message, the mobile terminal of the user 2 acquires the target service identifier in the message, detects whether the user has subscribed to the target service, and displays a prompt message to guide the user to subscribe to the service if the user has not subscribed to the service. Through this step, the user may be guided to use and subscribe to new services.
As an embodiment of step 104, the following steps are included: the service message gateway sends the service message to the network side service platform device corresponding to the target service identifier through the communication network, and the target network side service platform device receives the service message and performs service processing according to the service logic of the service according to the target user identifier and the content of the service message, for example, a service processing module which sends prompt information to the target user or starts the service processing module can also be only stored in a message library of the service.
The following is an example of a specific application of the method of the invention:
step 101, service message routing table management. The service message routing table at least comprises a service message identifier, a user identifier and a target service platform identifier, and routing parameter setting, updating and inquiring of the service message are carried out in the service message gateway.
The implementation mode of the business function relationship information management comprises the following steps:
in this embodiment, in the management of the service message routing table, the set service functions include map navigation, video playing, music playing, WAP browsing, and mobile payment, and the corresponding service message identifiers are MSG _ map navigation, MSG _ video playing, MSG _ music playing, MSG _ browsing, and MSG _ mobile payment. The service message routing table is stored as a data table, and the table structure is shown as follows:
sequence number user identification service message identification target service identification remark
1133111 MSG map navigation SER wing navigation …
2133222 MSG map navigation SER GoogleMap …
3133111 MSG music Player SER music …
The mobile service 'SER _ wing navigation' and 'SER _ google map' are both registered to support the processing of 'MSG _ map navigation' service messages, namely, the mobile service 'SER _ wing navigation' and 'SER _ google map' can be used as target processing service entities of the messages. The "SER _ love music" registration supports the "MSG _ music play" message.
A mobile service may also register to support multiple service messages, for example "SER _ google map" may support both "MSG _ map navigation" and "MSG _ browse" messages. The association support may be administratively set by the operator.
According to the service message routing table, the service message gateway retrieves the target service identifier of the received message through the user identifier and the service message identifier, and performs subsequent processing.
As an embodiment of the service message routing table management, the method includes:
(11) and setting a default service message route, wherein the route of all users to a certain mobile service message points to the default mobile service of the service function corresponding to the service message. For example, the default target service identifier of the MSG map navigation message is set as: SER wing sky navigation.
(12) When a user subscribes a certain mobile service of an operator, if the route modification condition of the service message is met, setting the service message corresponding to all or part of the service functions contained in the mobile service and the route associated with the user identification to point to the service. The service message route change condition is, for example: the user has not subscribed to other mobile services associated with the service message. In this embodiment, if the user 133222 subscribes to the "SER _ google map" service and SER _ map navigation supports MSG _ map navigation message processing, the MSG _ map navigation message processing entity address of the user 133222 is changed to the "SER _ google map" service identifier in the service function relationship information table.
(13) The user subscribes a certain mobile service, and the route of the service message corresponding to the user and the mobile service is all associated with the default mobile service corresponding to the service message. In this embodiment, if user 133222 unsubscribes "SER _ google map," then its MSG _ map navigation message is associated with the default map navigation service processing entity "SER _ wing navigation" or other subscribed services that support "MSG _ map navigation.
Step 102, the user 1 sends a service message of the service 1 to a service message gateway, wherein the service message at least comprises a service message identifier, a user identifier and a service message content parameter.
In this embodiment, when browsing Web using the internet service 1, the user 133222 finds a dining area and wishes to send a share to the friend 133111, so that the friend can find the dining area smoothly, and then sends a service message "MSG _ map navigation" including a service message identifier ("MSG _ map navigation"), a user identifier (133111), and message content (address latitude and longitude and description information corresponding to the restaurant) to the service message gateway through the network-side service platform device of the internet service 1. The network side service platform device of the internet service 1 is linked with the service message gateway through a communication network (IP network), and the service message sending protocol is defined by an interface protocol of the service message gateway, which may adopt a protocol including but not limited to XML protocol.
Step 103, the service message gateway receives the service message sent from the user 1 through the communication network, retrieves the service message through the service message routing table unit, and determines the corresponding target service identifier according to the user identifier and the service message identifier of the message.
In this embodiment, the service message gateway receives an "MSG _ map navigation" message sent by the network-side service platform device of the internet service 1 through the communication network, and retrieves the target service identifier of the "MSG _ map navigation" message associated with the target user 133111 in the service message routing table as "SER _ angel wing navigation".
And step 104, the service message gateway sends the service message to the service processing equipment corresponding to the target service identifier, and the target service processing equipment receives and processes the service message.
In this embodiment, the service message gateway sends the "MSG _ map navigation" message to the network-side service platform device corresponding to the service "SER _ wing navigation".
As an embodiment of step 104, the "SER _ wing navigation" target service processing entity is an "SER _ wing navigation" service client software element installed on the terminal of user 133111, and includes the following steps:
(41) the terminal is provided with service message gateway terminal software, the service message gateway sends the service message to the mobile terminal of the user 133111 through the mobile communication network, and the sending mode is short message with specific format;
(42) after the short message of the specific format is intercepted by the service message gateway software residing on the terminal of the user 133111, the target service identifier 'SER _ Tian Feng navigation' in the message is extracted, the corresponding Tian Feng navigation client is started, the message content containing the latitude and longitude addresses and the description of the restaurant is used as a parameter to transmit and navigate the 'SER _ Tian Feng navigation' client, the client displays the position of the restaurant through a map and characters, and the user can start navigation to the place at the 'SER _ Tian Feng navigation' client.
As an embodiment of step (42), after receiving the service message, the service message gateway terminal software acquires the target service identifier in the message, detects whether the user has subscribed to the target service, and displays a prompt message to guide the user to subscribe to the service if the user has not subscribed to the service. Through this step, the user may be guided to use and subscribe to new services. For example, in this embodiment, if the user has not subscribed to the "SER _ skyward navigation" service, a prompt message "order to become a member first and please confirm the order using the real-time navigation function" is displayed, and the user is guided to confirm the order through a similar prompt. Or the user can experience some functions for a plurality of times or for free first, and then the user is guided to order, so that the user can know the service from no time to know, use and order the service, and the aim of cross marketing and popularization among services is fulfilled.
As another embodiment of step (4), the "SER _ angel wing navigation" target service processing entity is "SER _ angel wing navigation" network-side service processing platform device, the service message gateway sends the message to the "SER _ angel wing navigation" network-side service processing platform device through the communication network, the network-side service platform device stores the message containing the restaurant address into the navigation message box of the user 133111, and sends the message to the "SER _ angel wing navigation" client, notifies the client to view the navigation message box, the user opens the message, the address and nearby content of the restaurant can be viewed, and navigation can be immediately started according to the address shared by the message.
Those of ordinary skill in the art will understand that: all or part of the steps for implementing the method embodiments may be implemented by hardware related to program instructions, and the program may be stored in a computer readable storage medium, and when executed, the program performs the steps including the method embodiments; and the aforementioned storage medium includes: various media that can store program codes, such as ROM, RAM, magnetic or optical disks.
Those of ordinary skill in the art will understand that: the invention is not to be considered as limited to the specific embodiments thereof, but is to be understood as being modified in all respects, all changes and equivalents that come within the spirit and scope of the invention.
Claims (13)
1. A method for mobile service message routing is characterized in that a service message gateway is set, the service message gateway is connected with each service processing device through a communication network, a service message routing table is stored in the service message gateway, the service message routing table at least comprises a service message identifier, a user identifier and a target service identifier, and the method comprises the following steps:
the service message gateway receives a service message from the service processing equipment, wherein the service message comprises a service message identifier, a user identifier and a service message content parameter;
the service message gateway extracts the service message identification and the user identification in the service message, and inquires the service message routing table to determine the corresponding target service identification;
and the service message gateway sends the service message to corresponding target service processing equipment according to the determined target service identifier.
2. The method of claim 1, further comprising:
setting a default route of a service message aiming at the service message, if a user identifier contained in the service message is not pre-stored in the service message routing table, finding a default target service according to the service message identifier contained in the service message, and sending the service message to corresponding target service processing equipment according to the identifier of the default target service;
when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table;
when a user subscribes a service, the user identification of the user and the service message identification of the service are pointed to the target service identification of the default target service.
3. The method of claim 1, wherein the target service processing device is a mobile terminal, the mobile terminal further detects whether the target service has been subscribed after receiving the service message, and if not, displays a prompt message to guide the user to subscribe to the service.
4. The method of claim 1, wherein the service message gateway sends the service message to a target service processing device via a short message or a packet domain IP message.
5. The method of claim 1, wherein the service message gateway further performs format conversion on the service message after receiving the service message.
6. The method according to claim 1, wherein the service processing device is a mobile terminal or a network-side service platform device.
7. The method of claim 1, wherein the service message gateway is connected to a service subscription relationship management device that synchronizes subscription relationships to the service message gateway.
8. A service message gateway is characterized in that the service message gateway is respectively connected with service processing equipment through a communication network; the service message gateway comprises:
the service message routing table unit is used for binding and storing the service message identifier, the user identifier and the target service identifier of the service;
a service message routing control unit, configured to, after receiving a service message including a service message identifier, a user identifier, and a service message content parameter from a service processing device, extract the service message identifier and the user identifier in the service message, and query the service message routing table unit to determine a corresponding target service identifier; and sending the service message to corresponding target service processing equipment according to the determined target service identifier.
9. The service message gateway of claim 8, wherein the service message routing table unit sets a default target service identifier for a service message; when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table; when a user subscribes a service, the user identification of the user and the service message identification of the service point to the target service identification of a default target service;
and if the user identifier contained in the service message is not pre-stored in the service message routing table, the service message routing control unit finds the default target service according to the service message identifier contained in the service message, and sends the service message to the corresponding target service processing equipment according to the identifier of the default target service.
10. The service message gateway of claim 8, wherein the service message routing control unit further performs format conversion on the service message after receiving the service message.
11. A system for mobile services message routing, comprising: the system comprises a service message gateway and a plurality of service processing devices, wherein the service message gateway is respectively connected with the service processing devices through a communication network; wherein,
a service message routing table is stored in the service message gateway, and the service message routing table at least comprises a service message identifier, a user identifier and a target service identifier; after receiving a service message containing a service message identifier, a user identifier and a service message content parameter from service processing equipment, a service message gateway extracts the service message identifier and the user identifier in the service message, and inquires a service message routing table to determine a corresponding target service identifier; and sending the service message to corresponding target service processing equipment according to the determined target service identifier.
12. The system according to claim 11, wherein a default route of a service message is set for the service message, and if a user identifier included in the service message is not pre-stored in the service message routing table, a default target service is found according to the service message identifier included in the service message, and the service message is sent to a corresponding target service processing device according to the default target service identifier;
when a user orders a service, binding a service message identifier and a target service identifier corresponding to all or part of service functions of the ordered service with a user identifier of the user in a service message routing table;
when a user subscribes a service, the user identification of the user and the service message identification of the service are pointed to the target service identification of the default target service.
13. The system of claim 11, further comprising a service subscription relationship management device for managing subscription relationships between users and mobile services and automatically synchronizing the subscription relationships to the service message gateway.
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| CN103650436B (en) * | 2013-07-25 | 2016-09-28 | 华为技术有限公司 | Service path distribution method, router and business perform entity |
| CN105871733A (en) * | 2015-01-19 | 2016-08-17 | 中兴通讯股份有限公司 | Method, device and system for processing user data packet |
| CN105791130A (en) * | 2016-03-16 | 2016-07-20 | 汉柏科技有限公司 | Route isolation data forwarding method and device |
| CN108270811A (en) * | 2016-12-30 | 2018-07-10 | 中国移动通信集团黑龙江有限公司 | A kind of service information distribution method and server |
| CN109325056A (en) * | 2018-08-21 | 2019-02-12 | 中国平安财产保险股份有限公司 | A kind of big data processing method and processing device, communication equipment |
| CN112532513A (en) * | 2019-09-19 | 2021-03-19 | 上海淘票儿信息科技有限公司 | Gateway and service data processing method |
| CN113472660B (en) * | 2020-03-31 | 2022-07-29 | 中移物联网有限公司 | Routing method and routing node of application information |
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