CN102595002B - Device and method for online adjusting and testing value-added service process - Google Patents
Device and method for online adjusting and testing value-added service process Download PDFInfo
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- CN102595002B CN102595002B CN201110006660.7A CN201110006660A CN102595002B CN 102595002 B CN102595002 B CN 102595002B CN 201110006660 A CN201110006660 A CN 201110006660A CN 102595002 B CN102595002 B CN 102595002B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/50—Testing arrangements
- H04L43/55—Testing of service level quality, e.g. simulating service usage
Abstract
The invention discloses a device for online adjusting and testing a value-added service process. The device comprises a service generating module for generating a service logic of an intelligent network service and showing the routes of each independent service functional module (SIB) for each calling process and tracking service running information; a service debugging module for setting a breakpoint and sending a track configuration, as well as returning the information to be showed; a service tracking module for tracking the call, reporting each SIB path for the calling process, informing the service logic processing module to stop calling when the SIB is determined as the breakpoint, and receiving the track configuration, as well as tracking the calling based on the track configuration, and reporting the tracking service running information; and the service logic processing module for implementing the service logic and carrying out calling. The invention also discloses a method for online adjusting and testing the value-added service process. By using the device and the method disclosed by the invention, the generation of service logic and the actual running condition of the service can be combined and interacted.
Description
Technical field
The present invention relates to intelligent network business development technique, relate in particular to the apparatus and method of the online commissioning of a kind of value-added service flow process.
Background technology
Service creation environment (SCE) is the interface between telecommunications network and service design person, is also that imbody intelligent network fast, is efficiently introduced the functional entity of value-added service characteristic.SCE be one for the environment of service definition and exploitation, the member of utilization and network, independent of service generates new business.SCE offers the good graphics edition interface of user, and user can define and be applicable to telecommunication service own or that oneself like in SCE.
Service control point (SCP), is the core of intelligent network, is responsible for the service logic program and the data that IN business is provided of processing business.
SCE and SCP were relatively independent modules in the past, and the service scripts data that SCE has generated are loaded into SCP operation, and direct relation does not occur for both.Developer is when pinpointing the problems, often to experience the operation such as business generation, loading, activation of series of complex, the daily record of revising or increase could be applied in actual call and go, a slight change has but consumed a large amount of time in service management operation, and this has wasted urgent business development and testing time greatly.
Summary of the invention
In view of this, main purpose of the present invention is to provide the apparatus and method of the online commissioning of a kind of value-added service flow process, the actual motion fact of the generation of service logic and business can be combined, and make it to produce interaction, strengthen the control of development and maintenance personnel to business.
For achieving the above object, technical scheme of the present invention is achieved in that
The device of the online commissioning of a kind of value-added service flow process provided by the invention, this device comprises: business generation module, service debugging module, Service tracing module and business logic processing module; Wherein,
Business generation module, for generating the service logic of intelligent network business, and represents each separate traffic functional block (SIB, Service Independence Block) path of process in calling procedure and the service operation information of tracking;
Service debugging module, for breakpoint being set and tracking configuration feature being provided, sends and follows the tracks of configuration to Service tracing module, and to business generation module, returns to each SIB path and the service operation information of process in calling procedure;
Service tracing module, be used for following the tracks of calling, to service debugging module, report each SIB path of process in calling procedure, whether and to detect SIB be breakpoint, when SIB is breakpoint, informing business logic processing module stops call, and after receiving tracking configuration, informing business logic processing module is called out according to following the tracks of configuration; And follow the tracks of described calling according to described tracking configuration, to service debugging module, report the service operation information of tracking;
Business logic processing module, for carrying out the service logic of business generation module generation and carrying out call operation, and stops call or calls out according to following the tracks of configuration according to the notice of Service tracing module.
In such scheme, described service debugging module, is further used for arranging call matches mode, and it is one of following that described call matches mode comprises: calling number coupling, called number coupling, service key coupling.
In such scheme, described tracking configuration comprises following any one: tracking data, modification call data, single-step debug, continuation calling, end call, releasing tracking are set.
In such scheme, described Service tracing module, is further used for when receiving external message in calling procedure, and whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message.
In such scheme, described service debugging module comprises: call matches unit, breakpoint establishment and management unit, data tracking and modification unit, single-step debug unit, end call unit, releasing tracking cell, first interface unit, the second interface unit; Wherein,
Call matches unit, for arranging call matches mode;
Breakpoint establishment and management unit, for providing breakpoint that function is set, and management is to the interpolation of breakpoint, deletion, and set breakpoint is sent to Service tracing module with the form of breakpoint list;
Data tracking and modification unit, for specify the data that will follow the tracks of on SCE interface, and management is to the increase of the described data that will follow the tracks of, deletion and modification; When SIB is breakpoint, to Service tracing module, send trace information list message, described trace information list message is carried the data that appointment will be followed the tracks of;
Single-step debug unit, for sending single-step debug message to Service tracing module;
Continue calling unit, for sending and continue message related to calls to Service tracing module;
End call unit, for sending end call message to Service tracing module;
Remove tracking cell, for sending and remove tracking message to Service tracing module;
First interface unit, for being connected with business generation module, returns to each SIB path and the service operation information of process in calling procedure to business generation module;
The second interface unit, for being connected with Service tracing module, realizes the information interaction with Service tracing module.
The method of the online commissioning of a kind of value-added service flow process provided by the invention, the method comprises:
Generate the service logic of intelligent network business;
Carry out described service logic, breakpoint be set, and follow the tracks of and call out, in calling procedure, represent through each SIB path, and whether be breakpoint, when SIB is breakpoint, stop call if detecting SIB, follow the tracks of configuration;
After receiving tracking configuration, according to described tracking configuration, follow the tracks of described calling, and represent the service operation information of following the tracks of in calling procedure.
In such scheme, the described service logic of described execution, for: on SCP, according to call matches mode, by tracking and matching dialog box, carry out call matches, after call matches success, according to described service logic, call out, described service logic is generated by SCE.
In such scheme, it is one of following that described call matches mode comprises: calling number coupling, called number coupling, service key coupling.
In such scheme, the method further comprises: when receiving external message in calling procedure, whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message.
The invention provides the apparatus and method of the online commissioning of a kind of value-added service flow process, SCE generates the service logic of intelligent network business, on SCP, carry out described service logic, breakpoint be set, and follow the tracks of and call out, in calling procedure, represent through each SIB path, and whether be breakpoint, when SIB is breakpoint, stop call if detecting SIB, follow the tracks of configuration, after receiving tracking configuration, according to described tracking configuration, follow the tracks of described calling, and represent the service operation information of following the tracks of in calling procedure, so, the SIB information of real-time service operation can be represented to user, allow user that breakpoint is set on SIB simultaneously, data during for some service operation are followed the tracks of and are revised, by these open means, business personnel can be lighter, the actual state of more deep understanding service operation, and the method for the data that can follow the tracks of by modification of on-line debugging function helps to be difficult under some on-the-spot complex environments that occur of simulation the problem of reproduction, and, once there are abnormal conditions in service operation, in the problematic calling of incision that operating personnel can be very fast, locate fast.By the solution of the present invention, the actual motion fact of the generation of service logic and business can be combined, and make it to produce interaction, realize the online commissioning of value-added service flow process, strengthen the control of development and maintenance personnel to business.
Accompanying drawing explanation
Fig. 1 is three kinds of view of on-line debugging process of the present invention;
Fig. 2 is the structural representation that the embodiment of the present invention realizes the device of the online commissioning of a kind of value-added service flow process;
Fig. 3 is the schematic flow sheet that the embodiment of the present invention realizes the method for the online commissioning of a kind of value-added service flow process.
Embodiment
Intelligent network platform business is comprised of a lot of SIB, and the present invention is divided into three kinds of states by intelligent network platform business on-line debugging process, as shown in Figure 1, comprising: normal call state, tracking mode, breakpoint arrive state; Wherein,
Whether when on-line debugging starts, in normal call state, when finding by call matches the calling that will follow the tracks of, enter tracking mode, be now breakpoint by reporting each SIB path of calling process and detecting SIB;
When current SIB is in breakpoint list, system enters breakpoint and arrives state, now will report breakpoint to arrive message and receive to service debugging module and follow the tracks of configuration;
If carry out single-step debug under breakpoint arrival state, call out and when through each SIB, get back to breakpoint arrival state;
If carried out under breakpoint arrival state, continue to call out, on-line debugging will enter tracking mode;
If carry out and stop call or remove tracking under breakpoint arrival state, on-line debugging will enter normal call state, and now whole call follow process finishes.
Basic thought of the present invention is: the service logic that generates intelligent network business; Carry out described service logic, breakpoint be set, and follow the tracks of and call out, in calling procedure, represent through each SIB path, and whether be breakpoint, when SIB is breakpoint, stop call if detecting SIB, follow the tracks of configuration; After receiving tracking configuration, according to described tracking configuration, follow the tracks of described calling, and represent the service operation information of following the tracks of in calling procedure.
Below by drawings and the specific embodiments, the present invention is described in further detail.
The present invention realizes the device of the online commissioning of a kind of value-added service flow process, and as shown in Figure 2, this device comprises: business generation module 21, service debugging module 22, Service tracing module 23, business logic processing module 24; Wherein,
Business generation module 21, is arranged on SCE, for generating the service logic of intelligent network business, and represents each SIB path of process in calling procedure and the service operation information of tracking;
Service debugging module 22, is arranged on SCE, for breakpoint being set and tracking configuration feature being provided, to Service tracing module 23, sends and follows the tracks of configuration, and to business generation module 21, return to each SIB path and the service operation information of process in calling procedure;
Service tracing module 23, be arranged on SCP, by TCP/IP link, be connected with service debugging module 22, be used for following the tracks of calling, to service debugging module 22, report each SIB path of process in calling procedure, and whether detect SIB be breakpoint, when SIB is breakpoint, informing business logic processing module 24 stops call, and after receiving tracking configuration, informing business logic processing module 24 is called out according to following the tracks of configuration; And follow the tracks of described calling according to described tracking configuration, to service debugging module 22, report the service operation information of tracking;
Business logic processing module 24, is arranged on SCP, for carrying out the service logic of business generation module 21 generations and carrying out call operation, and stops call or calls out according to following the tracks of configuration according to the notice of Service tracing module 23;
Described service debugging module 22, is further used for arranging call matches mode, and described call matches mode comprises: calling number coupling, called number coupling, service key coupling etc.
Described tracking configuration comprises following any one: tracking data is set, revises call data, single-step debug, continuation calling, end call, releasing tracking etc.;
Described Service tracing module 23, is further used for when receiving external message in calling procedure, and whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message; With this, farthest guarantee to call out the sequential that receives external message;
Described external message is the message sending except service debugging module 22;
Described business logic processing module 24 is carried out the service logic that business generation module 21 generates, be specially: the call matches mode that described business logic processing module 24 arranges according to service debugging module 22 is carried out call matches by tracking and matching dialog box, after the match is successful, informing business tracking module 23 is followed the tracks of the calling of mating;
Further, described service debugging module 23 specifically comprises: call matches unit, breakpoint establishment and management unit, data tracking and modification unit, single-step debug unit, end call unit, releasing tracking cell, first interface unit, the second interface unit; Wherein,
Call matches unit, for arranging call matches mode;
Breakpoint establishment and management unit, for providing breakpoint that function is set, and management is to the interpolation of breakpoint, deletion, and set breakpoint is sent to Service tracing module 23 with the form of breakpoint list; Describedly provide breakpoint that function is set to be: any SIB that provides all SIB, user to choose on SCE interface is set to breakpoint;
Further, described breakpoint establishment and management unit, also in the situation that breakpoint is modified, sends breakpoint list to Service tracing module 23;
Data tracking and modification unit, for specify the data that will follow the tracks of on SCE interface, and management is to the increase of the described data that will follow the tracks of, deletion and modification; When SIB is breakpoint, to Service tracing module 23, send trace information list message, described trace information list message is carried the data that appointment will be followed the tracks of;
Described Service tracing module 23 receives after trace information list message, according to specifying the data that will follow the tracks of to follow the tracks of, sends the particular content of the data that will follow the tracks of when breakpoint arrives to service debugging module 22;
Single-step debug unit, for sending single-step debug message to Service tracing module 23;
Described Service tracing module 23 receives after single-step debug message, and informing business logic processing module 24 be take SIB as unit, down carries out one by one;
Continue calling unit, for sending and continue message related to calls to Service tracing module 23;
Described Service tracing module 23 receives and continues after message related to calls, and informing business logic processing module 24 is proceeded call operation;
End call unit, for sending end call message to Service tracing module 23;
Described Service tracing module 23 receives after end call message, and informing business logic processing module 24 directly finishes tracked calling when breakpoint arrives;
Remove tracking cell, for sending and remove tracking message to Service tracing module 23;
Described Service tracing module 23 receives to be removed after tracking message, stops the following the tracks of tracking of calling out;
First interface unit, for being connected with business generation module 21, returns to each SIB path and the service operation information of process in calling procedure to business generation module 21;
The second interface unit, for being connected with Service tracing module 23 by TCP/IP link, realizes the information interaction with Service tracing module 23.
Based on said apparatus, the present invention also provides the method for the online commissioning of a kind of value-added service flow process, and as shown in Figure 3, the method comprises following step:
Step 301:SCE generates the service logic of intelligent network business;
Step 302: on SCP, carry out described service logic, breakpoint be set, and follow the tracks of and call out, in calling procedure, represent through each SIB path;
Concrete, on SCE, open and will follow the tracks of business, to SCP, send check information, whether described check information is consistent for confirming the SCP business that above current business is opened with SCE, is now normal call state; After verification succeeds, any SIB that user chooses in business graphical interfaces is set to breakpoint, is saved in breakpoint list; On SCP, according to the call matches mode setting in advance, by tracking and matching dialog box, carry out call matches afterwards, wherein, call matches mode comprises: calling number coupling, called number coupling, service key coupling etc., it is consistent with default tracking number that described calling and called numbers match need to meet the calling and called number of calling, and described service key coupling is as long as the service key of business is consistent with default service key; After call matches success, according to described service logic, call out, and this calling followed the tracks of, enter tracking mode, in calling procedure by graphical interfaces represent through each SIB path;
Here, described in, be tracked as: the particular content of each SIB path of metered call process and the data that will follow the tracks of of appointment.
Step 303: whether detect SIB in calling procedure is breakpoint, when SIB is breakpoint, stops call, the line trace of going forward side by side configuration;
Concrete, in calling procedure, detect SIB whether in breakpoint list, in the time of in breakpoint list, described SIB is breakpoint, enters breakpoint and arrives state, stops call, and to user, provides tracking configuration feature;
Described tracking configuration comprises following any one: tracking data is set, revises call data, single-step debug, continuation calling, end call, releasing tracking etc.; Wherein,
The described tracking data that arranges is: user specifies the data that will follow the tracks of on SCE interface, and when the calling procedure point of interruption arrives, the particular content of the data that will follow the tracks of by tree-like displaying is to user;
Described modification call data are: to the increase of the data that will follow the tracks of, deletion and modification;
Described single-step debug is: user thinks when the processing of concrete observation calling in a certain section of SIB region is live to use this function, and calling be take to SIB as unit, down carries out one by one;
Described continuation is called out: user uses this function while wanting to finish to the observation of current breakpoint, and callings continuation is normally run to next breakpoint;
Described end call is: user uses this function while wanting to finish current calling, calling is directly finished;
Described releasing is tracked as: user uses this function while wanting to stop to the tracking of current calling, stops the following the tracks of tracking of calling out.
Step 304: after receiving tracking configuration, follow the tracks of described calling according to described tracking configuration, and represent the service operation information of following the tracks of in calling procedure;
This step is converted to tracking mode by breakpoint arrival state, described in represent the service operation information of following the tracks of in calling procedure, be specially: the particular content of the data of following the tracks of in calling procedure is sent to SCE interface by TCP/IP link and represent.
Said method, further comprises: when receiving external message in calling procedure, whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message; With this, farthest guarantee to call out the sequential that receives external message.
Pass through such scheme, the exploitation of business and the actual motion of calling have interosculated, the SIB information of real-time service operation can be represented to user, allow user that breakpoint is set on SIB simultaneously, parameter during for some service operation is followed the tracks of and is revised, by these open means, business personnel can be lighter, the actual state of more deep understanding service operation, and on-line debugging function can help to be difficult under some on-the-spot complex environments that occur of simulation by revising the method for tracking data the problem of reproduction, and, once there are abnormal conditions in service operation, in the problematic calling of incision that operating personnel can be very fast, locate fast.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention, all any modifications of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., within all should being included in protection scope of the present invention.
Claims (7)
1. a device for the online commissioning of value-added service flow process, this device comprises: business generation module, service debugging module, Service tracing module and business logic processing module; Wherein,
Business generation module, for generating the service logic of intelligent network business, and represents each separate traffic functional block (SIB) path of process in calling procedure and the service operation information of tracking;
Service debugging module, for breakpoint being set and tracking configuration feature being provided, sends and follows the tracks of configuration to Service tracing module, and to business generation module, returns to each SIB path and the service operation information of process in calling procedure;
Service tracing module, be used for following the tracks of calling, to service debugging module, report each SIB path of process in calling procedure, whether and to detect SIB be breakpoint, when SIB is breakpoint, informing business logic processing module stops call, and after receiving tracking configuration, informing business logic processing module is called out according to following the tracks of configuration; And follow the tracks of described calling according to described tracking configuration, to service debugging module, report the service operation information of tracking;
Business logic processing module, for carrying out the service logic of business generation module generation and carrying out call operation, and stops call or calls out according to following the tracks of configuration according to the notice of Service tracing module;
Wherein, described Service tracing module, is further used for when receiving external message in calling procedure, and whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message.
2. device according to claim 1, is characterized in that, described service debugging module, is further used for arranging call matches mode, and it is one of following that described call matches mode comprises: calling number coupling, called number coupling, service key coupling.
3. device according to claim 1, is characterized in that, described tracking configuration comprises following any one: tracking data, modification call data, single-step debug, continuation calling, end call, releasing tracking are set.
4. device according to claim 3, it is characterized in that, described service debugging module comprises: call matches unit, breakpoint establishment and management unit, data tracking and modification unit, single-step debug unit, end call unit, releasing tracking cell, first interface unit, the second interface unit; Wherein,
Call matches unit, for arranging call matches mode;
Breakpoint establishment and management unit, for providing breakpoint that function is set, and management is to the interpolation of breakpoint, deletion, and set breakpoint is sent to Service tracing module with the form of breakpoint list;
Data tracking and modification unit, for specify the data that will follow the tracks of on service creation environment (SCE) interface, and management is to the increase of the described data that will follow the tracks of, deletion and modification; When SIB is breakpoint, to Service tracing module, send trace information list message, described trace information list message is carried the data that appointment will be followed the tracks of;
Single-step debug unit, for sending single-step debug message to Service tracing module;
Continue calling unit, for sending and continue message related to calls to Service tracing module;
End call unit, for sending end call message to Service tracing module;
Remove tracking cell, for sending and remove tracking message to Service tracing module;
First interface unit, for being connected with business generation module, returns to each SIB path and the service operation information of process in calling procedure to business generation module;
The second interface unit, for being connected with Service tracing module, realizes the information interaction with Service tracing module.
5. a method for the online commissioning of value-added service flow process, the method comprises:
Generate the service logic of intelligent network business;
Carry out described service logic, breakpoint be set, and follow the tracks of and call out, in calling procedure, represent through each SIB path, and whether be breakpoint, when SIB is breakpoint, stop call if detecting SIB, follow the tracks of configuration;
After receiving tracking configuration, according to described tracking configuration, follow the tracks of described calling, and represent the service operation information of following the tracks of in calling procedure; Wherein, described method further comprises: when receiving external message in calling procedure, whether be breakpoint, when being breakpoint, by message buffering if detecting SIB; When being not breakpoint, judge whether buffer memory is empty, when not being empty, first processes the message in buffer memory, processes afterwards described external message; When being empty, directly process described external message.
6. method according to claim 5, it is characterized in that, the described service logic of described execution, for: at service control point (SCP), above according to call matches mode, by tracking and matching dialog box, carry out call matches, after call matches success, according to described service logic, call out, described service logic is generated by SCE.
7. method according to claim 6, is characterized in that, it is one of following that described call matches mode comprises: calling number coupling, called number coupling, service key coupling.
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| CN201110006660.7A CN102595002B (en) | 2011-01-13 | 2011-01-13 | Device and method for online adjusting and testing value-added service process |
| PCT/CN2011/077643 WO2012094883A1 (en) | 2011-01-13 | 2011-07-26 | On-line debugging apparatus and method for value-added service procedure |
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| CN111277643B (en) * | 2020-01-18 | 2023-07-28 | 深圳市麦谷科技有限公司 | Http link tracking recording method and system |
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| CN1464684A (en) * | 2002-06-25 | 2003-12-31 | 华为技术有限公司 | Intelligent network service simulation system and method for implementing communication mechanism |
| CN101639805A (en) * | 2008-07-31 | 2010-02-03 | 国际商业机器公司 | Method and equipment for tracing variable in program debugging |
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| CN1132390C (en) * | 2001-03-16 | 2003-12-24 | 北京亿阳巨龙智能网技术有限公司 | Telecom service developing method based on independent service module |
| US8769502B2 (en) * | 2007-12-21 | 2014-07-01 | Sap Ag | Template based asynchrony debugging configuration |
| CN101299862B (en) * | 2008-06-11 | 2011-10-05 | 中国电信股份有限公司 | Telecommunication service generation environmental system |
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| CN1464684A (en) * | 2002-06-25 | 2003-12-31 | 华为技术有限公司 | Intelligent network service simulation system and method for implementing communication mechanism |
| CN101639805A (en) * | 2008-07-31 | 2010-02-03 | 国际商业机器公司 | Method and equipment for tracing variable in program debugging |
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