CN102256348A - Routing method, device and system for uplink message - Google Patents
Routing method, device and system for uplink message Download PDFInfo
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- CN102256348A CN102256348A CN2010101820122A CN201010182012A CN102256348A CN 102256348 A CN102256348 A CN 102256348A CN 2010101820122 A CN2010101820122 A CN 2010101820122A CN 201010182012 A CN201010182012 A CN 201010182012A CN 102256348 A CN102256348 A CN 102256348A
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Abstract
The invention relates to a routing method, device and system for an uplink message, wherein the method comprises the following steps: receiving an uplink message sent by a user end; obtaining a user-end identifier of the uplink message through analyzing; and distributing the uplink message to a corresponding value added service (VAS) server according to a correspondence relation between the user-end identifier and the VAS. In the embodiment of the invention, the user-end identifier is used to distribute the uplink message for testing VAS to the corresponding server to which the VAS belongs, a VAS developer can send the uplink message only to an access code, a network access gateway sends the uplink message to a service assess gateway and then the service access gateway sends the uplink message to the server to which the corresponding VAS belongs according to the user-end identifier, thus the problem that too much network resources are occupied by an overlarge amount of access codes if every VAS to be tested is distributed with one access code can be voided and the maintenance work of the access codes can be reduced.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of method for routing of upstream message, Apparatus and system.
Background technology
Value-added service is the higher level information requirement that operator offers the consumer.Therefore, it provides better more thoughtful more various service, meets different consumer groups' personalized requirement.The value-added service self-characteristic determines that it must be a kind of diversification, comprehensive cluster business, and being different from speech business, value-added service is that collection voice, picture, literal etc. are the comprehensive business of one, and is abundant in content colorful, involving a wide range of knowledge, is the conglomerate of multiple business.Value-added service provides a series of combinations of services, brings new experience to the user.
In the prior art, the value-added service developer of One's name is legion is in a large amount of value-added service of exploitation, before with the value-added service commercialization, need to test value-added service, at this moment, network system operator need distribute an access code for each value-added service to be tested, for example, China Mobile is supplementing with money for the user at present, the access code of business such as reporting the loss is 10086, because the enormous amount of value-added service, therefore network system operator need distribute a large amount of access codes, wasted the resource of access code, and network system need safeguard the relation of value-added service to be tested and access code, increased the maintenance cost of network system, also allows the value-added service developer need write down the relation of each value-added service and access code, make the developer very inconvenient when the test value-added service, and make mistakes easily.
Summary of the invention
The purpose of the embodiment of the invention provides a kind of method for routing, Apparatus and system of upstream message, the problem of a large amount of access codes of needs when being used for solving prior art test value-added service.
For addressing the above problem, the embodiment of the invention provides a kind of method for routing of upstream message, wherein, comprising:
Receive the upstream message that user side sends;
Parsing obtains the user side sign in the described upstream message;
Corresponding relation according to described user side sign and value-added service is distributed to corresponding value-added service server with described upstream message.
The embodiment of the invention also provides a kind of route device of upstream message, wherein, comprising:
Receiving element is used to receive the upstream message that user side sends;
Resolution unit is used for resolving the user side sign that obtains described upstream message;
Memory cell is used to receive and store the business information that the developer registers, and comprises the corresponding relation of user side sign and value-added service in the described business information;
Dispatching Unit is used for according to the described user side sign of described memory cell and the corresponding relation of value-added service described upstream message being distributed to corresponding value-added service server.
The embodiment of the invention also provides a kind of route system of upstream message, and wherein, described system comprises service access gateway, Business Management Platform and value-added service server;
Described service access gateway is used to receive and preserve the log-on message that Business Management Platform is come synchronously, comprises the corresponding relation of user side sign and value-added service in the described log-on message; Receive the upstream message that user side sends, and resolve the user side sign that obtains in the described upstream message,, described upstream message is distributed to corresponding value-added service server according to the user side sign of described preservation and the corresponding relation of value-added service;
Described value-added service server is used to receive the service message that service access gateway sends over and handles.
In the embodiment of the invention, identify the server that the upstream message that will test value-added service is distributed to corresponding value-added service place by user side, the value-added service developer can only send upstream message to same access code, has avoided taking too much Internet resources too greatly for the access code quantity that each value-added service to be tested distributes an access code to cause.
Description of drawings
Fig. 1 is the flow chart of the method for routing specific embodiment one of embodiment of the invention upstream message;
Fig. 2 is the signaling process figure of the method for routing specific embodiment two of embodiment of the invention upstream message;
Fig. 3 is the structural representation of the route device specific embodiment of embodiment of the invention upstream message;
Fig. 4 is the structural representation of the route system specific embodiment of embodiment of the invention upstream message.
Embodiment
Below by drawings and Examples, technical scheme of the present invention is done detailed description further.
The method for routing specific embodiment one of embodiment of the invention upstream message
Fig. 1 is the flow chart of the method for routing specific embodiment one of embodiment of the invention upstream message.As shown in Figure 1, the concrete job step of the method for routing of embodiment of the invention upstream message comprises:
The upstream message that step 101, reception user side send;
The recreation of developer's exploitation, various value-added services such as short message data bag need be arrived when testing on the network, at first the registered user holds sign in the network management module in network system, the user side sign can comprise: mobile terminal number MSISDN (Mobile Subscriber International ISDN/PSTN Number, portable terminal International ISDN/PSDN number), conversation initialized protocol (Session InitiationProtocol, SIP) the intrinsic sign of user side such as address and mailbox (Email) address, when registration, also to fill in the title of the corresponding value-added service to be tested of this user side sign and the registration content such as description of value-added service to be tested, after succeeding in registration, the Business Management Platform in the network system is delivered to the information synchronization such as server address URL of the value-added service of this user side sign and correspondence the service access gateway of network system; Various value-added services such as the recreation of developer's exploitation, short message data bag need be arrived when testing on the network system, user side sends upstream message (MessageOriginal by portable terminal to same access code, MO), the service access gateway of network system enters step 102 after receiving the upstream message of user side by the related content that comprises value-added service of portable terminal transmission.
Content in the upstream message that the service access gateway parsing user side of network system sends, comprise contents such as the title of user side sign, value-added service and test request in the upstream message, make mobile terminal number corresponding with value-added service to be tested, after parsing the content in the upstream message, enter step 103.
According to the corresponding log-on message of the sign of the user side in upstream message inquiry, corresponding relation according to user side sign and value-added service in the log-on message, obtain the corresponding value-added service of user side sign, service access gateway is distributed to upstream message in the corresponding value-added service server then, and the value-added service server starts the test value-added service according to the test request in this uplink information.For example, mobile terminal number is the value-added service 1 of 130011 correspondences, the server address of value-added service 1: http://www.servicel.com, receive user side when being designated the upstream message that 130011 portable terminal sends over, then this upstream message is distributed to the server at value-added service 1 place, mobile terminal number is 130022 corresponding value-added services 2, the server address URL:http of value-added service 2: //www.service2.com, when receiving number and be the upstream message that 130022 portable terminal sends, this upstream message is distributed to the server at value-added service 2 places.
In the embodiment of the invention, to test the upstream message of value-added service by the corresponding relation of user side sign and user side sign and value-added service and distribute the server at corresponding value-added service place, the value-added service developer can only send upstream message to same access code, network access gateway sends to service access gateway with upstream message, service access gateway is distributed to upstream message according to the user side sign server at corresponding value-added service place, avoided distributing an access code for each value-added service to be tested, cause access code quantity to take too much Internet resources too greatly, and can reduce maintenance work access code.
The method for routing specific embodiment two of embodiment of the invention upstream message
Fig. 2 is the signaling process figure of the method for routing specific embodiment two of embodiment of the invention upstream message.As shown in Figure 2, it is that example describes that the embodiment of the invention is designated mobile terminal number MSISDN with user side, and MSISDN is meant that the calling subscriber is a number of calling out required group an of mobile subscriber among the GSM PLMN, acts on similar fixed network PSTN number; Be in the numbering plan of public telephone network switching network, the unique number that can discern the mobile subscriber.Embodiment of the invention concrete steps comprise:
Step 201, value-added service developer test the log-on message of value-added service to the registration of developer's door;
The value-added service developer imports log-on message in developer's door, log-on message comprises description, mobile terminal number, the server address URL of value-added service and the contents such as corresponding relation of user side sign and value-added service of the title of value-added service to be tested, value-added service to be tested, after registration is finished, enter step 202.
Step 202, developer's door send log-on message to the service management module;
Step 203, operator examine please in the test;
After developer's door sends to service management module in the network system with log-on message, operator by network system examines, operator is according to the title of value-added service to be tested, describe, the information relevant with value-added service such as developer numbering or mobile terminal number is to examining in this test, and to the value-added service allocation identification of this mobile terminal number correspondence, for example with the sign of value-added service ID as value-added service, examine by after, the service management module will store the sign of the value-added service of mobile terminal number and correspondence thereof, log-on messages such as title enter step 204.
Step 204, service management module are synchronized to service access gateway with log-on message;
Step 205, developer send upstream message;
When the developer need test value-added service newly developed, earlier by SMS service center (Short Message Service Center, SMSC) or multimedia messaging service, MMS center (Multimedia Messaging Service Centre, MMSC) send upstream message, comprise contents such as mobile terminal number, test request in the upstream message.
Step 206, SMSC/MMSC are forwarded to network access gateway with upstream message;
Network access gateway is the communication protocol that is used for the network equipments such as adaptive SMSC or MMSC, for example network access gateway can be Short Message Peer to Peer (short message peer to peer, SMPP) etc.
Step 207, network access gateway are forwarded to service access gateway with upstream message;
Service access gateway in the network system can be used for realizing forwards, user's access, authentication etc., and in embodiments of the present invention, service access gateway can only use an access code, and this access code is used for the upstream message of each value-added service of acceptance test.
Step 208, service access gateway are resolved upstream message;
After receiving upstream message, service access gateway at first will parse the contents such as mobile terminal number in the upstream message, log-on message according to contents such as mobile terminal number and this mobile terminal number correspondence, inquire server address URL with the corresponding value-added service of this upstream message place according to the mobile terminal number of registration and the corresponding relation of value-added service, enter step 209 then.
Step 209, service access gateway are transmitted the server of described upstream message to corresponding value-added service.
According to the server of the value-added service of this mobile terminal number correspondence or trigger server address URL, this upstream message is forwarded to corresponding server.
Further, in embodiments of the present invention, when not needing to continue to test value-added service again, the log-on message of this mobile terminal number can be nullified, can carry out related with new value-added service this mobile terminal number more then and re-register, make same mobile terminal number can continue on for testing other value-added service.
In the embodiment of the invention, mobile terminal number is registered in network system and is associated with in the corresponding value-added service to be tested, when needs are tested each value-added service, portable terminal can only send upstream message to same access code, network access gateway is forwarded to service access gateway with the upstream message that receives, service access gateway parses mobile terminal number in the upstream message and according to the server at the log-on message of this mobile terminal number value-added service place that the upstream message distribution is corresponding, to start test to value-added service, avoided making access code quantity too big for each value-added service to be tested distributes access code, cause taking too much Internet resources, thereby reduced maintenance work access code.
The route device specific embodiment of embodiment of the invention upstream message
Fig. 3 is the structural representation of the route device specific embodiment of embodiment of the invention upstream message, and described device can be a kind of service access gateway.Described device comprises: receiving element 301, resolution unit 302, Dispatching Unit 303 and memory cell 304, receiving element 301 is used to receive the upstream message to same access code transmission that user side sends, this access code is default access code, the upstream message that is used for the various value-added services of acceptance test, resolution unit 302 parses the user side sign in the upstream message that receiving element 301 receives, as mobile terminal number MSISDN, memory cell 304 is used to receive and store the business information of developer's registration, comprises the corresponding relation of user side sign and value-added service in the business information; Described Dispatching Unit 303 is distributed to upstream message the server at corresponding value-added service place according to the described user side sign in the memory cell 304 and the corresponding relation of value-added service.
In the embodiment of the invention, receive upstream message by receiving element, parse mobile terminal number in the upstream message by resolution unit, then by the corresponding relation of Dispatching Unit according to sign of the user side in the memory cell and value-added service, upstream message is distributed in the server at corresponding value-added service place, be implemented in the network system, can only prepare an access code for a plurality of value-added services, thereby reduce the quantity of access code, save the resource of network system, can reduce the developer again and to a plurality of test value-added service the time, will write down the loaded down with trivial details of a plurality of access codes.
Further, also comprise authentication module 3031 in the Dispatching Unit 303, be used for user side being carried out authentication according to the log-on message of described memory cell 304, under the situation that 3031 pairs of user side authentications of authentication module are passed through, Dispatching Unit 303 sends to corresponding value-added service according to the user side sign with upstream message, do not pass through under the situation of authentication at 3031 pairs of user sides of authentication module, upstream message is carried out discard processing, to reduce the quantity of useless upstream message, improve the efficient of distribution upstream message.
The route system specific embodiment of embodiment of the invention upstream message
Fig. 4 is the structural representation of the route system specific embodiment of embodiment of the invention upstream message.As shown in Figure 4, the route system of embodiment of the invention upstream message comprises service access gateway 30, Business Management Platform 40 and value-added service server 50, described Business Management Platform 40 is the platforms that value-added service is registered and managed that provide for the value-added service developer, and the user holds the corresponding relation of sign and value-added service by developer's door registered user on Business Management Platform 40; Described service access gateway 30 is used to receive and preserve the log-on message that Business Management Platform 40 is come synchronously, comprises the corresponding relation of user side sign and value-added service in the described log-on message; Receive the upstream message that user side sends, and resolve the user side sign that obtains in the described upstream message,, described upstream message is distributed to corresponding value-added service server 50 according to the user side sign of described preservation and the corresponding relation of value-added service;
Described value-added service server 50 is used to receive the service message that service access gateway 30 sends over and handles.
In the embodiment of the invention, service access gateway identifies the server that the upstream message that will test value-added service is distributed to corresponding value-added service place by user side, the value-added service developer can only send upstream message to same access code and carry out operational trials when carrying out operational trials, avoided taking too much Internet resources too greatly for the access code quantity that each value-added service to be tested distributes an access code to cause.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
It should be noted that at last: above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the scope of various embodiments of the present invention technical scheme.
Claims (8)
1. the method for routing of a upstream message is characterized in that, comprising:
Receive the upstream message that user side sends;
Parsing obtains the user side sign in the described upstream message;
Corresponding relation according to described user side sign and value-added service is distributed to corresponding value-added service server with described upstream message.
2. the method for routing of upstream message according to claim 1 is characterized in that, comprises in the described upstream message:
User side sign and test request.
3. the method for routing of upstream message according to claim 1 is characterized in that, described corresponding relation according to described user side sign and value-added service sends to described upstream message in the value-added service server of correspondence and also comprises:
Described user side is carried out authentication;
By under the situation of authentication,, described upstream message is sent to the value-added service server of correspondence according to the corresponding relation of described user side sign and value-added service;
Not by under the situation of authentication, described upstream message is carried out discard processing.
4. according to the method for routing of any described upstream message of claim 1-3, it is characterized in that, the corresponding relation of described user side sign and value-added service by service developer by the Business Management Platform registered in advance and be synchronized to service access gateway.
5. according to the method for routing of any described upstream message of claim 1-3, it is characterized in that described user side is designated mobile terminal number MSISDN.
6. the route device of a upstream message is characterized in that, comprising:
Receiving element is used to receive the upstream message that user side sends;
Resolution unit is used for resolving the user side sign that obtains described upstream message;
Memory cell is used to receive and store the business information that the developer registers, and comprises the corresponding relation of user side sign and value-added service in the described business information;
Dispatching Unit is used for according to the described user side sign of described memory cell and the corresponding relation of value-added service described upstream message being distributed to corresponding value-added service server.
7. the route device of upstream message according to claim 6 is characterized in that, described Dispatching Unit also comprises:
Authentication module, be used for user side being carried out authentication according to the log-on message of described memory cell, under the situation that authentication module is passed through the user side authentication, Dispatching Unit sends to corresponding value-added service according to mobile terminal number with upstream message, in authentication module user side is not passed through under the situation of authentication upstream message to be carried out discard processing.
8. a upstream message route system is characterized in that, described system comprises Business Management Platform, service access gateway and value-added service server;
Described Business Management Platform is used for the corresponding relation that the registered user holds sign and value-added service;
Described service access gateway is used to receive and preserve the log-on message that Business Management Platform is come synchronously, comprises the corresponding relation of user side sign and value-added service in the described log-on message; Receive the upstream message that user side sends, and resolve the user side sign that obtains in the described upstream message,, described upstream message is distributed to corresponding value-added service server according to the user side sign of described preservation and the corresponding relation of value-added service;
Described value-added service server is used to receive the service message that service access gateway sends over and handles.
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| WO2019061340A1 (en) * | 2017-09-29 | 2019-04-04 | 华为技术有限公司 | Packet forwarding control method and apparatus |
| CN110234112A (en) * | 2018-03-05 | 2019-09-13 | 华为技术有限公司 | Message treatment method, system and user plane functions equipment |
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Application publication date: 20111123 |