CN101064670A - Network multi-service processing method and system - Google Patents
Network multi-service processing method and system Download PDFInfo
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Abstract
A network multiple operation processing method and system which relates to electricity communication technique, the method is: A. the communication report of different types of operation received by operation receiving equipment is transformed to request command in unite format; B. operation is distributed based on request command to generate corresponding operation request; C. based on said operation request, transferring relative third party operation module; D. the third party operation module generates and executes relative operation command according to transferring information. The system includes several operation equipments, compositive operation exchanging unit and the third party operation module; said operation equipments possess different operation types, said operation equipments send request communication report to the compositive operation exchanging unit, said compositive operation exchanging unit transfers the corresponding third party operation module according to the unite request command transformed by the request communication report, to execute the command operation of different kinds of protocol, the efficiency of development and maintenance of the invention is high, cost is low.
Description
Technical field
The present invention relates to electrical communication technology, relate in particular to a kind of network multi-service processing method and system.
Background technology
Insert external business by preposition, be current each bank in the prior art scheme of using, have such shortcoming but the access between multiple business equipment and a plurality of main frame handled:
A, when the communication packet agreement of external business changes, all adopt preposition all needs of this message protocol to make amendment.
May there be the identical service logic of part in b, different professional preposition, and these identical service logics be distributed in different preposition on, caused overlapping development and difficult in maintenance like this.
Therefore, prior art bad adaptability and efficient are low.
Summary of the invention
The object of the present invention is to provide a kind of adaptability is strong and efficient is high network multi-service processing method and system, when changing with the communication packet agreement that solves external business in the prior art, network-adaptive is relatively poor, and overlapping development and the inefficient problem that causes difficult in maintenance.
Network multi-service processing method among the present invention adopts following steps:
A, various types of traffic that each service reception equipment is received communication packet convert the request instruction of consolidation form to;
B, to carry out business according to the request instruction of described consolidation form adaptive, generates the corresponding service request;
C, according to described service request, initiate to call to corresponding third party's business module;
D, third party's business module produce and carry out relevant service order according to recalls information.
The request instruction of the consolidation form in the described steps A comprises request promoter, request instruction type and request relevant parameter, by described request instruction type and promoter and the definite service request that should carry out of request relevant parameter.
Described step C comprises the steps:
C1, obtain described service request corresponding service script, and to its parsing;
C2, initiate calling to third party's business module according to analysis result.
The corresponding relation of described service request and service scenario is by preestablishing, and set in this service scenario to finish the needed third party's business module of service request and call, and the division of labor between respectively calling, coordinated.
Described step D comprises the steps:
D1, concrete third party's business module that definite execution is called according to described recalls information;
D2, the protocol type that is adopted at concrete third party's business module carry out the respective protocol conversion, produce relevant service order;
D3, described service order is sent to concrete third party's business module;
D4, concrete third party's business module are finished instruction manipulation.
A kind of network multi-service treatment system comprises a plurality of business devices, and described a plurality of business devices have different types of service, it is characterized in that, also comprises integrated service crosspoint and a plurality of third party's business module, wherein,
Described a plurality of business device sends the request communication packet of various types of traffic to the integrated service crosspoint;
Described integrated service crosspoint converts the request instruction of consolidation form to according to the request communication packet of being received, initiate calling of corresponding third party's business module, produce relevant service order, carry out the instruction manipulation of various protocol types by third party's business module.
Described integrated service crosspoint comprises service access module, Service Switching Module and business execution module, wherein,
Described service access module receives the communication packet of business device, and finishes the request instruction conversion and the professional adaptation processing of consolidation form, sends the service request that is generated to Service Switching Module;
Described Service Switching Module is resolved according to service request of being received and the service scenario of being preserved, and initiates calling of third party's business module to business execution module;
Described business execution module determines to carry out the concrete third party's business module that calls, and produces relevant service order and sends it to concrete third party's business module.
Described service access module comprises protocol translation module and adaptive module, wherein,
Described protocol translation module is provided with conversion protocols, and received business device communication packet is sent to adaptive module be converted into the request instruction of consolidation form according to conversion protocols after;
It is adaptive that described adaptive module carries out business according to the request instruction of being received, generates the corresponding service request.
Described business execution module comprises third party's business module scheduling module and the relevant execution module of agreement, wherein,
Described third party's business module scheduling module is provided with the scheduling strategy of third party's business module scheduling, determines to carry out the concrete third party's business module that calls according to the recalls information of Service Switching Module transmission;
The protocol type that the relevant execution module of described agreement is adopted according to concrete third party's business module carries out respective protocol and transforms, and produces relevant service order and sends it to concrete third party's business module of respective protocol type.
Described business device has the voice transfer (VOIP:Voice-Over-Internet-Protocol) or the IPTV type of service of multipoint control unit (MCU:Multipoint Control Unit), IP based network.
The business logical operation that described third party's business module is finished relevant authentication, authorized, keeps accounts, logins.
Adopt technique scheme, beneficial effect of the present invention is: since the various types of traffic that each service reception equipment is received communication packet convert the request instruction of consolidation form to, and it is adaptive to carry out business according to the request instruction of consolidation form, generate the corresponding service request, initiate calling of corresponding third party's business module, produce and carry out relevant service order.Communication packet agreement for external business changes, and only needs to produce the corresponding service request by converting the request instruction of consolidation form to, does not influence the subsequent treatment of system.The present invention is directed to different in the prior art professional preposition and may have the identical service logic of part, and these identical service logics be distributed in different preposition on, the present invention is by calling corresponding third party's business module, to finish correspondent service logic, make that identical service logic is shared in the same integrated service crosspoint in the various types of traffic, improve system development, maintenance efficiency, further strengthened level of integrated system, relatively reduced system cost.
Specifically, the present invention has the benefit of following several respects:
1) when the communication packet agreement of external business changes, only need the protocol translation of modification service access module just passable, this message protocol can be supported in free generalization operation exchange unit as required.
2) the present invention is by to the calling of corresponding third party's business module, and to finish correspondent service logic, makes that identical service logic is shared in the various types of traffic, improved system development, maintenance efficiency, avoided overlapping development, simplified maintenance work.
3) need carry out the migration of physical location when third party's business module, the scheduling strategy that only needs to revise third party's business module scheduling module gets final product, realized the transparence that third party's business module calls, the application of this third party's business module scheduling module can realize the high concurrent and load balancing of third party's business module cluster.
4) adopt the third party's business module among the present invention to dispatch module, can realize the real-time replacement of backup machine, improved the system safety performance.
5) when service logic was moved on the new third party's business module that adopts different message protocols, the protocol translation that only needs to revise the relevant execution module of agreement got final product, and service logic can remain unchanged.
Description of drawings
Fig. 1 is a system configuration schematic diagram of the present invention;
Fig. 2 is a basic controlling flow process schematic diagram of the present invention;
Fig. 3 is the concrete control flow schematic diagram of the present invention.
Embodiment
With embodiment the present invention is described in further detail with reference to the accompanying drawings below:
According to Fig. 1, the present invention includes a plurality of business device 1A, 1B, 1C, integrated service crosspoint 2 and a plurality of third party's business module 3A, 3B, 3C.
As shown in Figure 1, a plurality of business devices can have the type of service of MCU, VOIP, IPTV or other classification respectively, are respectively MCU business device 1A, VOIP business device 1B and IPTV business device 1C in the present embodiment.A plurality of business device 1A, 1B, 1C can send the request communication packet of various types of traffic respectively to integrated service crosspoint 2, these request communication packets can be based on procotols such as TCP/IP, adopt separately communications protocol and message format.
As shown in Figure 1, integrated service crosspoint 2 carries out naturalization according to the request communication packet of being received to be handled, initiate calling of corresponding third party's business module, produce relevant service order, by the instruction manipulation of third party's business module 3A, 3B, 3C execution various protocol types, third party's business module refers to the actual professional module of finishing, and may be bank main, also may be the BOSS (business operation support system) of telecom operators, even may be other third party's system module etc.Third party's business module 3A, 3B, 3C finish authentication, mandate and the record keeping of relevant aaa functionality respectively, and the business logical operation of login etc.
Specifically, as shown in Figure 1, integrated service crosspoint 2 comprises service access module 21, Service Switching Module 22 and business execution module 23, service access module 21 receives business device 1A, the communication packet of 1B or 1C, and request instruction conversion and the professional adaptive naturalization of finishing consolidation form are handled, send the service request that is generated to Service Switching Module 22, Service Switching Module 22 is resolved according to service request of being received and the service scenario of being preserved, the corresponding relation of service request and service scenario is by preestablishing, set in this service scenario and finished the needed third party's business module of service request and call, and the division of labor between respectively calling, coordinate, this service scenario can be finished by the mode of programming (Edit Text), and flow process is simple and can realize fast in revising Business Processing.
As shown in Figure 1, Service Switching Module 22 is initiated calling of third party's business module 3A, 3B, 3C to business execution module 23, business execution module 23 determines to carry out the concrete third party's business module 3 that calls, and produces relevant service order and sends it to concrete third party's business module 3A, 3B or 3C.
As shown in Figure 1, service access module 21 comprises protocol translation module 211 and adaptive module 212, protocol translation module 211 is provided with conversion protocols, received business device 1A, 1B or 1C communication packet are sent to adaptive module 212 be converted into the request instruction of consolidation form according to conversion protocols after, the request instruction of this consolidation form comprises the request promoter, request instruction type and request relevant parameter, it is adaptive that adaptive module 212 carries out business according to the request instruction of being received, generate the corresponding service request, adaptive module 212 just can be determined the service request that carry out according to above-mentioned request instruction type and promoter.
For example, same " checking user login " request, MCU is just different fully with the request form that the VOIP type is sent, this just needs protocol translation module 211 that these communication packets are transformed, though MCU and VOIP communication packet can form similarly " checking user login " request after protocol translation, but because promoter's difference, the information that request comprises also is not quite similar, corresponding concrete business processing flow is also different, in other words, the Business Processing of user's login may be not exclusively the same in MCU and the VOIP agreement, to check that not only password is correct when logining such as the user of MCU, will check also whether the user has authority to enter the room of appointment, and VOIP may only need to check password, so generate the corresponding service request through the adaptive back of adaptive module 212.Can in adaptive module 212, specify good different third party's business module 3A, 3B or the different request instructions of 3C and the corresponding relation of service request in advance, new when professional when increasing, the also corresponding expansion of this corresponding relation, corresponding relation can be according to constantly change and the expansion of practical business demand.
As shown in Figure 1, business execution module 23 comprises third party's business module scheduling module 231 and the relevant execution module 232 of agreement, third party's business module scheduling module 231 is provided with the scheduling strategy of third party's business module scheduling, because which platform third party business module 3A is third party's business module scheduling module 231 received recalls information itself do not specify by, 3B or 3C finally finish processing, understand which concrete third party's business module 3A in advance by scheduling strategy, 3B or 3C can finish this and call, so determine concrete third party's business module 3A by third party's business module scheduling module 231,3B or 3C.
For example, difference according to the business cooperation pattern, " the checking user login " of some business need be finished by third party's business module 3A, and " the checking user login " of some business then finished by third party's business module 3B, and these are all determined by third party's business module scheduling module 231.
As shown in Figure 1, the recalls information that this third party's business module scheduling module 231 transmits according to Service Switching Module 22 determines to carry out concrete third party's business module 3A, 3B or the 3C that calls, the protocol type that the relevant execution module of agreement 232 is adopted according to concrete third party's business module 3A, 3B or 3C carries out respective protocol and transforms, and produces relevant service order and sends it to concrete third party's business module 3A, 3B or the 3C of respective protocol type.
As depicted in figs. 1 and 2, basic controlling flow process of the present invention is as follows:
I, business device 1A, 1B or 1C send the request communication packet to integrated service crosspoint 2.
Service access module 21 in II, the integrated service crosspoint 2 converts the request communication packet of various types of traffic to the request instruction of consolidation form.
Service Switching Module 22 in III, the integrated service crosspoint 2 is initiated calling of corresponding third party's business module according to the request instruction information of consolidation form.
IV, business execution module 23 produce relevant service order and are sent to concrete third party's business module 3A, 3B or 3C according to recalls information.
V, concrete third party's business module 3A, 3B or 3C finish instruction manipulation.
As shown in figures 1 and 3, basic controlling flow process of the present invention is as follows:
1, business device 1A, 1B or 1C send the request communication packet to integrated service crosspoint 2.
2, protocol translation module 211 receives the communication packet of business device 1A, 1B or 1C, and the request instruction that converts thereof into consolidation form is sent to adaptive module 212;
3, to carry out business according to the request instruction of described consolidation form adaptive for adaptive module 212, generates the corresponding service request and also send it to Service Switching Module 22.
4, Service Switching Module 22 is obtained described service request corresponding service script, and to its parsing.
5, Service Switching Module 22 is initiated calling of third party's business module according to analysis result to third party's business module scheduling module 231.
6, third party's business module scheduling module 231 determines to carry out concrete third party's business module 3A, 3B or the 3C that calls according to recalls information.
7, the protocol type that adopted at concrete third party's business module of the relevant execution module 232 of agreement carries out respective protocol and transforms, and produces relevant service order.
8, the relevant execution module 232 of agreement is sent to concrete third party's business module 3A, 3B or 3C with service order.
Concrete third party's business module 3A, 3B or 3C finish instruction manipulation.
Claims (10)
1. network multi-service processing method, it is characterized in that: it adopts following steps:
The communication packet of A, various types of traffic that each service reception equipment is received converts the request instruction of consolidation form to;
B, to carry out business according to the request instruction of described consolidation form adaptive, generates the corresponding service request;
C, according to described service request, initiate to call to corresponding third party's business module;
D, third party's business module produce and carry out relevant service order according to recalls information.
2. network multi-service processing method according to claim 1, it is characterized in that: the request instruction of the consolidation form in the described steps A comprises request promoter, request instruction type and request relevant parameter, is determined the service request that carry out by described request instruction type and promoter, request relevant parameter.
3. network multi-service processing method according to claim 1 and 2 is characterized in that: described step C comprises the steps:
C1, obtain described service request corresponding service script, and to its parsing;
C2, initiate calling to third party's business module according to analysis result.
4. network multi-service processing method according to claim 3, it is characterized in that: the corresponding relation of described service request and service scenario is by preestablishing, set in this service scenario and finished the needed third party's business module of service request and call, and the division of labor and coordinating between respectively calling.
5. network multi-service processing method according to claim 1 is characterized in that: described step D comprises the steps:
D1, concrete third party's business module that definite execution is called according to described service request;
D2, the protocol type that is adopted at concrete third party's business module carry out the respective protocol conversion, produce relevant service order;
D3, described service order is sent to concrete third party's business module;
D4, concrete third party's business module are finished instruction manipulation.
6. a network multi-service treatment system comprises a plurality of business devices, and described a plurality of business devices have different types of service, it is characterized in that, also comprises integrated service crosspoint and a plurality of third party's business module, wherein,
Described a plurality of business device sends the request communication packet of various types of traffic to the integrated service crosspoint;
Described integrated service crosspoint converts the request communication packet of being received to the request instruction of consolidation form, initiate calling of corresponding third party's business module, produce relevant service order, carry out the instruction manipulation of various protocol types by third party's business module.
7. network multi-service treatment system according to claim 6 is characterized in that: described integrated service crosspoint comprises service access module, Service Switching Module and business execution module, wherein,
Described service access module receives the communication packet of business device, and finishes the request instruction conversion and the professional adaptation processing of consolidation form, sends the service request that is generated to Service Switching Module;
Described Service Switching Module is resolved according to service request of being received and the service scenario of being preserved, and initiates calling of third party's business module to business execution module;
Described business execution module determines to carry out the concrete third party's business module that calls, and produces relevant service order and sends it to concrete third party's business module.
8. network multi-service treatment system according to claim 7 is characterized in that: described service access module comprises protocol translation module and adaptive module, wherein,
Described protocol translation module is provided with conversion protocols, and received business device communication packet is sent to adaptive module be converted into the request instruction of consolidation form according to conversion protocols after;
It is adaptive that described adaptive module carries out business according to the request instruction of being received, generates the corresponding service request.
9. network multi-service treatment system according to claim 7 is characterized in that: described business execution module comprises third party's business module scheduling module and the relevant execution module of agreement, wherein,
Described third party's business module scheduling module is provided with the scheduling strategy of third party's business module scheduling, determines to carry out the concrete third party's business module that calls according to the recalls information of Service Switching Module transmission;
The protocol type that the relevant execution module of described agreement is adopted according to concrete third party's business module carries out respective protocol and transforms, and produces relevant service order and sends it to concrete third party's business module of respective protocol type.
10. according to any described network multi-service treatment system among the claim 6-9, it is characterized in that: described business device has MCU, VOIP or IPTV and other various types of traffic, and corresponding third party's business module is finished the business logical operation of relevant authentication, mandate, record keeping, login.
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| CN102271162A (en) * | 2011-08-03 | 2011-12-07 | 南京中兴新软件有限责任公司 | Platform as a service (PAAS)-cloud-based telecommunication comprehensive service platform system and using method |
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| CN101909048B (en) * | 2009-12-08 | 2013-03-06 | 新奥特（北京）视频技术有限公司 | Centralized trans-coding treatment method and device |
| CN104182234A (en) * | 2014-08-25 | 2014-12-03 | 杭州华为数字技术有限公司 | Business processing method and business system |
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| CN106303368A (en) * | 2015-05-13 | 2017-01-04 | 中兴通讯股份有限公司 | A kind of IPTV service processing method, IPTV service platform and system |
| WO2017028779A1 (en) * | 2015-08-17 | 2017-02-23 | 北京佰才邦技术有限公司 | Configuration method and apparatus for internet of things protocol conversion function, nonvolatile computer storage medium and electronic device |
| CN105141601A (en) * | 2015-08-17 | 2015-12-09 | 北京佰才邦技术有限公司 | Method and device for configuring Internet-of-Things protocol conversion function |
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| CN109874055A (en) * | 2019-03-12 | 2019-06-11 | 深圳市天威视讯股份有限公司 | A kind of collecting method and system suitable for Intelligent set top box |
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