Patent Application
20120093148
The present invention relates to the technique of broadband service triggering and service nesting, and particularly, to a method and an apparatus for triggering a nesting service based on a service platform.
With the continuous development of the broadband services, various service modes emerge endlessly; for different services in the same service platform, if entering from one service to another service, the nesting mode of the existing broadband service is required to enter a soft switcher twice, analyze the number twice and trigger the new service, and is required to analyze the number on the soft switcher, which wastes resources very much and is very bad for the developing and large scale use of services. For the nesting services in the same one service platform, the service platform switches the nesting services into the soft switcher, and the soft switcher analyzes the number and then re-switches the nesting services to the service platform, which will consume large quantities of bandwidth resources and is also disadvantageous for the service maintenance.
In view of the above illustration, the main object of the present invention is to provide a method and an apparatus for triggering a nesting service, which are able to implement triggering the nesting service in the service platform and save the bandwidth resources of the system.
In order to achieve the above object, the technical scheme of the present invention is implemented in the following way:
a method for triggering a nesting service comprises:
when receiving a call request of a nesting service in a normal service flow, determining a service key of said nesting service according to a called number of said nesting service, taking said service key as a call access object, converting said call request of the nesting service into a call access message in a service platform where a normal service is located, and triggering said nesting service in said service platform.
Preferably, said method further comprises:
setting a dedicated nesting service match number inside said service platform for said nesting service, and configuring a corresponding relationship of said called number of the nesting service and said service key of the nesting service.
Preferably, said method further comprises:
after receiving a service call request, a call control module of the service platform judging whether a soft switch match number comprises a nesting service number prefix, and if the soft switch match number comprises the nesting, service number prefix, then determining a current call service is the nesting service; and if the soft switch match number does not comprise the nesting service number prefix, then determining the current call service is the normal service.
Preferably, said method further comprises:
when a call control module of the service platform receives a call request of the normal service, forwarding said call request of the normal service to a Session Initial Protocol (SIP) processing module, and said SIP processing module sending out an INVITE signaling to a specified soft switch to call out and connect a called.
An apparatus for triggering a nesting service comprises:
a call control module, adapted for determining a type of a calling-out request message sent by a service logic processing module, forwarding a call request to a service nesting module to be processed when the call request is determined as the nesting service; and forwarding a received call access message to the service logic processing module;
the service nesting, module, adapted for determining a service key of said nesting service according to a called number in the call request sent by said call control module, taking said service key as a call access object, converting said call request of the nesting service into the call access message in a service platform where a normal service is located, and sending the call access message to said call control module; and
the service logic processing module, adapted for triggering a corresponding service according to a service key type in the call access message forwarded by said call control module.
Preferably, said apparatus further comprises a SIP processing module, which, on the one hand, is adapted for after receiving a call request of the normal service sent by a soft switch, determining a service key of said normal service according to a call information of said normal service, taking said service key as a call access object, generating a call access message, and sending the call access message to said call control module; and on the other hand, is adapted for sending out an INVITE signaling to a specified soft switch to call out and connect a called when receiving a normal call-out request forwarded by said call control module.
Preferably, said apparatus further comprises:
a setting module is adapted for setting a dedicated soft switch match number inside said service platform for said nesting service; and
a configuration module is adapted for configuring a corresponding relationship of said called number of the nesting service and said service key of the nesting service.
Preferably, said call control module determines a type of the call request according to whether the soft switch match number comprising a nesting service match number prefix, a current call request is a call request of the nesting service when the soft switch match number comprises the nesting service match number prefix, and the current call request is a normal call request when the soft switch match number does not comprise the nesting service match number prefix.
In, the present invention, when the user starts up the nesting service in the normal calling process, and when the call control module in the service platform determines that the call is the nesting service, the current call request is forwarded to the service nesting module, and the service nesting module determines its service key according to the called number, and after generating the call access request of the nesting service, returns the call access request to the call control module, and the call control module initiates the service access to the service logic processing module. Since the call request of the nesting service is not forwarded to the SIP processing module to call out through the soft switch and then the soft switch after analyzing the number, does not access the call into the service platform over again through the SIP processing module, but the service nesting module in the service platform completes the transformation of call-out/call-in of the nesting service, the bandwidth resources in the system can be saved. The present invention is especially suitable for situations that the nesting services largely are started up in the communication system, and the implementation of the scheme of the present invention is simple and practical.
The basic concept of the present invention is: when a user starts up a nesting service in a normal call process and a call control module in a service platform determines that the call is a nesting service, forwarding a current call request to a service nesting module, the service nesting module determining its service key according to the called number, and after generating a call access request of the nesting service, sending the call access request to the call control module, and the call control module initiating a service access to a service logic processing module. Since the call request of the nesting service is not forwarded to a SIP processing module to call out and send to the soft switch to carry out a number analysis, and then entered the service platform over again to carry out the call access, but the service nesting module in the service platform completes the transformation of call out/call access of the nesting service, the bandwidth resources in the system can be saved. The present invention is particularly suitable for situations that large quantities of the nesting services are started up in the communication system, and the implementation of the scheme of the present invention is simple and practical.
In order to make the objects, technical schemes and advantages clearer, below the present invention will be illustrated in detail by embodiments and with reference to the accompanying drawings.
For a normal calling-in phone, after receiving an INVITE message sent by the soft switch, the SIP processing module 101 starts a normal call flow, analyzes the called number to detect that it is the “10000” service key, and then forwards the call to the call control module 103; and the call control module 103 forwards the call access message to the service logic processing module 105 to normally trigger the “10000” number service. In the “10000” service flow, if the user presses “1”, then the service initiates the call with the head of the soft switch match number being “4500” to the call control module 103.
After receiving the call request that the service demanding to call out, the call control module 103 firstly analyzes whether the current call request is the call request of the nesting service or the call request of the common service, and if it is the common call request, then forwards the soft switch index, which is obtained according to the soft switch match number analysis, in combination with other call information together to the SIP processing module 101; and the SIP processing module 101 starts up a normal call flow, and sends out the call request to a specified soft switch. The normal call is completed.
If it is the call request of the nesting service, then the current call request is directly forwarded to the service nesting module 102; the service nesting module 102 determines the service key of the nesting service (“114” service) according to the called number (wherein the called number is different from the soft switch match number) “114” of the nesting service, takes the service key as the call access object, converts the call request of the nesting service into the call access message in the service platform where the nesting service is located, and sends to the call control module 103. After receiving the call access message sent by the service nesting module 102, the call control module 103 forwards the call access message to the service logic processing module 105, and the service logic processing module 105 then triggers a new service “114”, and the service becomes the nesting service of the “10000” service at this time. Afterwards, after receiving the call response message of the call control module, the service nesting module 102 changes the call index of the response message and then directly returns it to an upper layer, associates the main service call with the nesting service call, and stores them together to a session data area to be managed; and the subsequent messages of the session include a request message and an event report and so on, are all carried out the corresponding conversion and forwarding by the service nesting module 102, so as to ensure the service flow can be carried out normally until releasing the current call or terminating the nesting flow. For the call control module 103 and the service logic processing module 105, the above “10000” service and the “114” service are two different data areas and service flows, which do not adopted differences between nesting and nested, but the “114” service is nested by the “10000” service in the view of the user or the service flow.
The SIP processing module 101 is responsible for receiving/sending bottom layer SIP protocol messages, analyzing protocols, assembling messages, analyzing numbers, and managing sessions and so on. The service nesting module 102 is dedicatedly responsible for analyzing the numbers of the nesting services, converting messages, and managing sessions and so on, and is located in one layer with the SIP processing module in parallel. The call control module 103 is responsible for the maintenance, management and state transition and so on of the call session state machine. The configuration module 104 is used for configuring the soft switch match number, analyzing the called number, and configuring the service key, and synchronizing to the call control module 103, the service nesting module 102 and the SIP processing module. The service logic processing module 105 is responsible for the service loading, the service logic processing, and the session management and so on. The service logic processing module 105 triggers different services according to the different service keys sent by the call control module 103.
step 201, when the call request of the nesting service is received in the normal service flow, the service key of the nesting service is determined according to, the called number of the nesting service.
The user call enters into the service platform through the Soft Switch (SS), the SIP processing module and the call control module normally trigger the service 1, and after establishing the connection successfully, triggers the service 2 of the present service platform according to the demand to nest; at this time, the service 1 sends the call request message down to the call control module by using a specified soft switch match number (as the above mentioned “4500”); and the call control module analyzes the configuration information according to the soft switch match number of the communication system to detect that the call is a nesting service, and then forwards the message to the service nesting module but not the SIP processing module; then the subsequent nesting service flows are all processed by the service nesting module, thus it does not need to forward the message to the SS over again to re-enter the service platform once again.
Step 202, the service key is taken as the call access object, the call request of the nesting service is converted into the call access message in the service platform where the normal service is located, and the nesting service is triggered in the service platform.
The service nesting module 102 determines the service key of the nesting service according to the called number in the call request message sent by the call control module 103 (which is consistent with the number analysis by the SIP processing module 101), takes the service key as the call access object, converts the call request of the nesting service into the call access message in the service platform where the normal service is located, sends the call access message to the call control module 103; the call control module 103 forwards the call access message of the nesting service to the service logic processing module 105; the service logic processing module 105 initiates the nesting service according to the service key of the nesting service; and the service nesting module 102 maintains the whole flow of the nesting service (wherein the flow belongs to the sub-flow of the nested service).
The above description is only the preferable embodiments of the present invention, and is not intended to limit the protection, scope of the present invention.
| Number | Date | Country | Kind |
|---|---|---|---|
| 200910087039.0 | Jun 2009 | CN | national |
| Filing Document | Filing Date | Country | Kind | 371c Date |
|---|---|---|---|---|
| PCT/CN10/72640 | 5/11/2010 | WO | 00 | 12/14/2011 |
