CN105634767A - Northbound interface distributed management method and device - Google Patents
Northbound interface distributed management method and device Download PDFInfo
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- CN105634767A CN105634767A CN201410594191.9A CN201410594191A CN105634767A CN 105634767 A CN105634767 A CN 105634767A CN 201410594191 A CN201410594191 A CN 201410594191A CN 105634767 A CN105634767 A CN 105634767A
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Abstract
The invention discloses a northbound interface distributed management method and device. The method comprises steps of: performing user command interaction with a user by using an interface provided by a host process for interacting with the user; processing a passive service corresponding to the user command by using at least one passive service processing process; and processing a spontaneously-operating active service by using at least one active service processing process. The method and device solve a problem that a northbound interface is unsteady because of a large managed data volume and complex services and improve the stability of the northbound interface.
Description
Technical field
The present invention relates to the communications field, in particular to a kind of northbound interface distribution management method and device.
Background technology
Along with forth generation communication (the4thGenerationcommunicationsystem, referred to as 4G) the ripe application of technology, market carries optical transfer network (OpticalTransportNetwork, referred to as OTN), Packet Transport Network (PacketTransportNetwork, referred to as PTN), IP device increment rapid, client manufacturer to by northbound interface realize unified supervision, centralized supervisory demand more and more higher.
The northbound interface centralization supervision first stage: cascade is adaptive.
The A-stage of northbound interface is the zone supervisors of the northbound interface of multiple manufacturer, polytype northbound interface, multiple network region northbound interface. Along with client manufacturer concentrates the demand be concurrentlying in charge of, northbound interface has developed multiple device, improve based on existing northbound interface device, realize centralized supervisory, such as: Simple Network Management Protocol (SimpleNetworkManagementProtocol, referred to as SNMP) multi-stage cascade realizes concentration and be concurrently in charge of, Common Object Request Broker system (CommonObjectRequestBrokerArchitecture, referred to as CORBA) multi-stage cascade realizes concentration and be concurrently in charge of, basic ideas are all cascade layer by layer is adaptive, it is achieved concentrate and be concurrently in charge of.
Northbound interface centralization supervision second stage: interface updates.
And in recent years, the stage along with the angle of multiple equipment vendors terminates, namely front 5 big equipment vendors and the several equipment vendors in certain field with advantage that can survive, northbound interface is no longer the situation that how numerous and diverse part is, concentrate on several northbound interfaces such as SNMP, CORBA, many technical operations system interface (Multi-TechnologyOperationsSystemInterface, referred to as MTOSI), file interface (FTP). Additionally along with client manufacturer is more and more higher to the demand of centralized supervisory, Element management system (the ElementManagementSystem of corresponding equipment vendors, referred to as EMS) webmaster has been also carried out update, occur in that the EMS network management platform that a collection of centralization degree is high, management device type is complete, the U2000 of such as Huawei, the U31 of ZTE Corporation are a collection of EMS network management platform of representative. The equivalent network element number of these network management platforms management starts gradually with ten thousand for digit. And client manufacturer claims as economizing centralized supervisory at present, this means that supervision equivalent network element number is can from ten thousand, 20,000,50,000,100,000 improved, the requirement of each manufacturer EMS webmaster network management platform is more and more higher, and the large scale network operating capability simultaneously for northbound interface requires also more and more higher.
Management equipment vendors of client manufacturer equipment, at new technique, such as software defined network (SoftwareDefinedNetwork, referred to as SDN, before rise, it is all manage equipment vendors' equipment by the northbound interface of equipment vendors' webmaster, and the mode of this management is that essence change will not occur in a very long time. Northbound interface for equipment vendors' webmaster, wherein SNMP interface, is suitable only for managing alarm notice, and FTP interface is suitable only for management configuration data, need comprehensive management configuration, alarm, performance, sending down service, it is generally required to rely on several connection-oriented interfaces such as CORBA, MTOSI. For client manufacturer, a connection (being namely a set of northbound interface on manufacturer's EMS webmaster), is basic demand, additionally requires the stability of northbound interface exactly.
In this stage, mainly by new webmaster, new interface version replaces original northbound interface, unitized northbound interface, decreasing northbound interface technology kind and quantity, improve northbound interface operating capability, this stage major part north orientation is substantially one process and processes.
The northbound interface centralization supervision phase III: large scale network.
And along with large scale network develops rapidly, ability to the management of northbound interface large scale network is a challenge, in that case, northbound interface there will be because management data volume is excessive, business is complicated and operating capability not enough (such as low memory, CPU scarce capacity) occurs, and then cause that northbound interface is unstable.
For northbound interface in correlation technique because managing the problem that data volume is big, business is complicated and causes northbound interface unstable, effective solution is not yet proposed at present.
Summary of the invention
The invention provides a kind of northbound interface distribution management method and device, at least to solve the problems referred to above.
An aspect according to embodiments of the present invention, provide a kind of northbound interface distributed management device, including: host process, at least one passive service treatment progress, at least one active business treatment progress, wherein, described host process, for providing the interface interacted with user; Described passive service treatment progress, for processing the passive service corresponding with described user command; Described active business treatment progress, for processing the active business of spontaneous operation.
Preferably, described host process includes: host process initialization module, for initializing the parameter of described host process, and/or, the context environmental relevant to described host process; Registering modules, for registering progress information and/or the professional ability information of described passive service treatment progress; Order distribution module, is used for processing described user command, and issues described user command to passive service treatment progress.
Preferably, described passive service treatment progress includes: passive service treatment progress initialization module, for initializing described passive service treatment progress, and/or, register progress information and/or the professional ability information extremely described host process of described passive service treatment progress; Passive service order receiver module, for receiving the described user command forwarded by described host process, and is forwarded described user command to passive service processing module, and returns the result that described passive service processing module processes; Described passive service processing module, for processing the described user command that described passive service order receiver module forwards.
Preferably, described active business treatment progress includes: active business treatment progress initialization module, is used for initializing described active business treatment progress, and/or, register the progress information extremely described host process of described active business treatment progress; Active business processing module, for processing the active business of spontaneous operation.
Preferably, described northbound interface includes one below: CORBA northbound interface, MTOSI northbound interface.
Another aspect according to embodiments of the present invention, additionally provides a kind of northbound interface distribution management method, including: the interface interacted with user provided by host process, carry out the mutual of user command with user; By at least one passive service treatment progress, process the passive service corresponding with described user command; And by least one active business treatment progress, process the active business of spontaneous operation.
Preferably, the interface interacted with user provided by host process, carry out including alternately of user command with user: initialize the parameter of described host process, and/or, the context environmental relevant to described host process; Register progress information and/or the professional ability information of described passive service treatment progress; Process described user command, and issue described user command to passive service treatment progress.
Preferably, by at least one passive service treatment progress, process the passive service corresponding with described user command to include: initialize described passive service treatment progress, and/or, register progress information and/or the professional ability information extremely described host process of described passive service treatment progress; Receive the described user command forwarded by described host process, and forward described user command to passive service processing module, and return the result that described passive service processing module processes; Process the described user command that described passive service order receiver module forwards.
Preferably, by least one active business treatment progress, the active business processing spontaneous operation includes: initialize described active business treatment progress, and/or, register the progress information extremely described host process of described active business treatment progress; Process the active business of spontaneous operation.
Preferably, described northbound interface includes one below: CORBA northbound interface, MTOSI northbound interface.
By the present invention, the interface interacted with user provided by host process is provided, carries out the mutual of user command with user; By at least one passive service treatment progress, process the passive service corresponding with user command; And by least one active business treatment progress, process the mode of the active business of spontaneous operation, solving northbound interface in correlation technique because managing the problem that data volume is big, business is complicated and causes northbound interface unstable, improving the stability of northbound interface.
Accompanying drawing explanation
Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention. In the accompanying drawings:
Fig. 1 is the structural representation of northbound interface distributed management device according to embodiments of the present invention;
Fig. 2 is the preferred structure schematic diagram one of northbound interface distributed management device according to embodiments of the present invention;
Fig. 3 is the preferred structure schematic diagram two of northbound interface distributed management device according to embodiments of the present invention;
Fig. 4 is the preferred structure schematic diagram three of northbound interface distributed management device according to embodiments of the present invention;
Fig. 5 is the schematic flow sheet of northbound interface distribution management method according to embodiments of the present invention;
Fig. 6 is the structural representation of northbound interface large scale network managing device according to the preferred embodiment of the invention;
Fig. 7 is the flow chart of northbound interface large scale network managing device according to the preferred embodiment of the invention;
Fig. 8 is that corba interface carries out the structural representation of large scale network managing device according to the preferred embodiment of the invention;
Fig. 9 is that corba interface carries out the workflow diagram of large scale network managing device according to the preferred embodiment of the invention;
Figure 10 is that MTOSI interface carries out the structural representation of large scale network managing device according to the preferred embodiment of the invention;
Figure 11 is that MTOSI interface carries out the workflow diagram of large scale network managing device according to the preferred embodiment of the invention.
Detailed description of the invention
From the major northbound interface of several ratio used both at home and abroad at present, interfacing itself possesses distributed capability, the embodiment of the present invention is from distributed capability, design a kind of extendible device for the management of northbound interface large scale network, this device can by service distribution in different business process, and business process can be extended as required, thus promoting northbound interface large scale network operating capability, adapt to the development of large scale network.
It should be noted that when not conflicting, the embodiment in the application and the feature in embodiment can be mutually combined. Describe the present invention below with reference to the accompanying drawings and in conjunction with the embodiments in detail.
Present embodiments provide a kind of northbound interface distributed management device, Fig. 1 is the structural representation of northbound interface distributed management device according to embodiments of the present invention, as shown in Figure 1, this northbound interface distributed management device includes: host process 12, at least one passive service treatment progress 14, at least one active business treatment progress 16, wherein, host process 12, for providing the interface interacted with user; Passive service treatment progress 14 coupled to host process 12, for processing the passive service corresponding with user command; Active business treatment progress 16 coupled to host process 12, for processing the active business of spontaneous operation.
It should be noted that module involved in embodiments of the invention, unit can be realized by the mode of software, it is also possible to realized by the mode of hardware. Described module, unit in the present embodiment can also be arranged within a processor, for instance, it is possible to it is described as: a kind of processor includes host process 12, at least one passive service treatment progress 14, at least one active business treatment progress 16. Wherein, the title of these modules is not intended that the restriction to this module itself under certain conditions, for instance, host process 12 is also described as " for providing the module of the interface interacted with user ".
Fig. 2 is the preferred structure schematic diagram one of northbound interface distributed management device according to embodiments of the present invention, as shown in Figure 2, it is preferable that, host process 12 may include that host process initialization module 122, for initializing the parameter of host process, and/or, the context environmental relevant to host process; Registering modules 124 coupled to host process initialization module 122, passive service treatment progress 14 and active business treatment progress 16, for registering progress information and/or the professional ability information of passive service treatment progress; Order distribution module 126 coupled to Registering modules 124 and passive service treatment progress 14, is used for processing user command, and issues user command to passive service treatment progress.
Fig. 3 is the preferred structure schematic diagram two of northbound interface distributed management device according to embodiments of the present invention, as shown in Figure 3, preferably, passive service treatment progress 14 may include that passive service treatment progress initialization module 142, for initializing passive service treatment progress, and/or, the registration progress information of passive service treatment progress and/or professional ability information are to host process; Passive service order receiver module 144 coupled to passive service processing module 146, for receiving the user command forwarded by host process, and forwards user command to passive service processing module, and returns the result that passive service processing module processes; Passive service processing module 146 coupled to passive service treatment progress initialization module 142, for processing the user command that passive service order receiver module forwards.
Fig. 4 is the preferred structure schematic diagram three of northbound interface distributed management device according to embodiments of the present invention, as shown in Figure 3, preferably, active business treatment progress 16 includes: active business treatment progress initialization module 162, for initializing active business treatment progress, and/or, the progress information of registration active business treatment progress is to host process; Active business processing module 164 coupled to active business treatment progress initialization module 162, for processing the active business of spontaneous operation.
Preferably, above-mentioned northbound interface includes but not limited to the northbound interface of one below: CORBA northbound interface, MTOSI northbound interface. Their common trait is in that: the technology of above-mentioned northbound interface application itself possesses distributed capability.
The present embodiment additionally provides a kind of northbound interface distribution management method, and Fig. 5 is the schematic flow sheet of northbound interface distribution management method according to embodiments of the present invention, as it is shown in figure 5, this flow process comprises the steps:
Step S502, the interface interacted with user provided by host process, carry out the mutual of user command with user;
Step S504, by least one passive service treatment progress, processes the passive service corresponding with user command; And
Step S506, by least one active business treatment progress, processes the active business of spontaneous operation.
It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although illustrating logical order in flow charts, but in some cases, it is possible to perform shown or described step with the order being different from herein.
Preferably, above-mentioned steps S502 may include that the parameter initializing host process, and/or, the context environmental relevant to host process; The progress information of registration passive service treatment progress and/or professional ability information; Process user command, and issue user command to passive service treatment progress.
Preferably, above-mentioned steps S504 may include that by least one passive service treatment progress, process the passive service corresponding with user command to include: initialize passive service treatment progress, and/or, the registration progress information of passive service treatment progress and/or professional ability information are to host process; Receive the user command forwarded by host process, and forward user command to passive service processing module, and return the result that passive service processing module processes; Process the user command that passive service order receiver module forwards.
Preferably, above-mentioned steps S506 may include that initialization active business treatment progress, and/or, the progress information of registration active business treatment progress is to host process; Process the active business of spontaneous operation.
Preferably, above-mentioned northbound interface includes one below: CORBA northbound interface, MTOSI northbound interface.
In order to make technical scheme and realize method clearly, below in conjunction with preferred embodiment, it is realized process and be described in detail.
The preferred embodiment of the present invention relates to a kind of adaptive device and method, especially one northbound interface large scale network managing device and method. Wherein, this device itself possesses the interface of distributed capability suitable in northbound interface technology, for instance: CORBA northbound interface, MTOSI northbound interface.
In order to provide the device and method of northbound interface that a kind of large scale network manages, thus promoting the operating capability of northbound interface, and improve the stability of northbound interface, the preferred embodiment of the present invention be the technical scheme is that the device adopting the management of a kind of northbound interface large scale network, utilize the thinking of distributed management, service deployment is processed to different processes, thus reaching to promote the purpose of northbound interface operating capability and expansible operating capability.
Wherein, this device includes following process:
Host process, as the uniquely coupled entrance of user, user and this process interaction. Wherein host process includes initialization module, Registering modules and order distribution module. Initialization module initializes host process parameter, initializes host process related context environment. Registering modules for passive service treatment progress registration relevant information and professional ability information to host process. Order distribution module processes user command, and addresses corresponding passive service treatment progress, order is transmitted to passive service treatment progress and processes, and order distribution module has remote access capability, is the key of distributed treatment.
Passive service treatment progress, compared to active business, passive service refers to need to be triggered related service by user command. Passive service treatment progress includes passive service treatment progress initialization module, passive service order receiver module, passive service processing module. Passive service treatment progress initialization module is responsible for passive process initialization, and registers the progress information of correspondence and professional ability information to host process Registering modules; Passive service order receiver module receives the user command that host process forwards, and is transmitted to the process of passive service processing module, after having processed, if desired for returning data, then returns data to caller; Order receiver module is the recipient of corresponding order distribution module, is the key of distributed treatment.
Active business treatment progress, processes and needs spontaneous operation, it is not necessary to the passive business triggered, for instance notice, ftp file generation etc. Active business treatment progress includes active business treatment progress initialization module, active business processing module. Active business treatment progress initialization module is responsible for active business and is initialized, and registers corresponding progress information to host process. Active business processing module, after initialization completes, starts to process corresponding active business.
Owing to above-mentioned distributed management device adopts mode and the login mechanism of distributed treatment, it is possible to dispose 1 host process, N number of passive service treatment progress and N number of active business treatment progress. Balanced deployment can be carried out according to type of service, calling service amount etc., be deployed in different passive services and active business treatment progress, thus obtaining the autgmentability of management on large, reducing the complexity of each process, improving stability.
Preferably, described device is used in the northbound interface of connection, the northbound interface such as including CORBA, MTOSI.
Preferably, described device is applicable to manufacturer's carrying webmaster northbound interface management of the equivalent network element in units of ten thousand or the management of similar extensive webmaster northbound interface.
Below in conjunction with accompanying drawing, the preferred embodiment of the present invention is further described.
Fig. 6 is the structural representation of northbound interface large scale network managing device according to the preferred embodiment of the invention. With reference to the northbound interface large scale network managing device flow chart shown in Fig. 7, the northbound interface of the preferred embodiment of the present invention is managed process to be described:
Initialize flow process: (setp0��step16 in the following step S702��step S734 corresponding diagram 7 respectively)
Step S702, host process initializes, and reads relevant parameter, initializes context environmental.
Step S704, initializes passive service treatment progress context.
Step S706, passive service treatment progress is to host process registration procedure contextual information and professional ability information. Professional ability information refers to which business passive service treatment progress can process.
Step S708, host process Registering modules initializes passive process registers information.
Step S710, host process Registering modules Transfer Parameters information is to passive service treatment progress.
Step S712, passive service treatment progress initializes, until completing to initialize.
Step S714, initializes active business treatment progress context.
Step S716, active business treatment progress is to host process registration procedure contextual information.
Step S718, host process Registering modules initializes actively process registers information.
Step S720, host process Registering modules Transfer Parameters information is to active business treatment progress.
Step S722, active business treatment progress initializes, until completing to initialize.
Active business operating process:
Step S724, after active business treatment progress completes initialization, proceeds by the Business Processing of correspondence, for instance a series of business operations that need not trigger such as notice transmission, ftp file generation. For active business Business Processing, being suitable for the business needing high efficiency to process, for instance for the notice under large scale network, the per second needs of ordinary circumstance processes hundreds of bar notice, is the business comparing and expending internal memory and cpu resource.
Actively operational delays flow process:
Step S726, user sets out calling service, sends command calls to host process.
Step S728, host process, according to command calls business information, inquires about the passive service treatment progress address information of correspondence in Registering modules.
Step S730, host process forward command is to corresponding passive service treatment progress.
Step S732, passive service treatment progress Service Processing Module processes order.
Step S734, if desired for returning data, passive service treatment progress returns data to caller.
Large scale network managing device figure is carried out with reference to the corba interface shown in Fig. 8. For corba interface, inherently possess distributed management ability, and update the replacement stage at second stage northbound interface, owing to the network size of management is generally also in the manageable scope of one process, therefore generally all do not consider to process service distribution. But expand rapidly ten thousand equivalent network element scales along with the network equipment to, therefore can utilize CORBA distributed nature, implement the device of the preferred embodiment of the present invention.
Technology is realized, except active process, in addition it is also necessary to naming service process and notice service processes according to CORBA.
Wherein, naming service process, it is achieved naming tree, can access the remote object being registered to naming service by naming tree, thus realizing distributed management. This device naming service naming tree needs registration to log in manager and two namenodes of Registering modules object, wherein log in EmsSessionFactory manager's object that manager is TMF814 definition, and Registering modules object belongs to the internal object of this device, it it is a key point of this device realization.
Notice service processes, realize Message Agent, the host process of this device, active business treatment progress and passive service treatment progress belong to service end for CORBA, and notice service can set up notification agent in service end and user side, thus realizing service end and user side notifies decoupling. In this device, notifier processes process sends notification to notice service, and the service that notifies is responsible for and user side exchange.
Northbound interface CORBA host process, including initialization module, Registering modules and order distribution module. Initialization module initializes host process parameter, initializes host process ORB environment. Registering modules registers the CORBA object information that passive process is relevant, and registration procedure needs to be registered in naming service self. Order distribution module processes user command, according to the CORBA object that order is corresponding, the passive service treatment progress that addressing is corresponding, order is transmitted to passive service treatment progress and processes.
Northbound interface configuration treatment progress, this process processes northbound interface configuration data, i.e. source configuration data. Belonging to passive service treatment progress, this device is only enumerated and is processed configuration data with this passive service treatment progress, actual can dispose multiple passive service treatment progress, according to type of service, can process the miscellaneous services such as alarm, performance, teleservice. Passive service treatment progress includes initialization module, passive service order receiver module, passive service processing module. Configuration treatment progress initialization module obtains host process Registering modules object to naming service, and register the progress information of correspondence and professional ability information to host process Registering modules, and obtain initiation parameter information, and complete configuration treatment progress ORB initialization according to parameter information. Configuration treatment progress order receiver module receives the user command that northbound interface CORBA host process forwards, and is transmitted to configuration treatment progress processing module process, after having processed, if desired for returning data, then returns data to caller
Northbound interface notifier processes process, belongs to active business treatment progress. Northbound interface notifier processes process includes initialization module, notification handler module. Northbound interface notifier processes process initialization module obtains host process Registering modules object to naming service, and register the progress information of correspondence to host process Registering modules, and obtain initiation parameter information, and complete configuration treatment progress ORB initialization according to parameter information. After northbound interface notifier processes process initialization completes, start to process corresponding announcement information, send the notification to notice service processes.
Carry out large scale network managing device flow chart with reference to the corba interface shown in Fig. 9, the northbound interface management process of the preferred embodiment of the present invention be described:
Initialize flow process: (setp0��step23 in the following step S902��step S948 corresponding diagram 9 respectively)
Step S902, notice service processes initializes.
Step S904, naming service process initialization.
Step S906, Corba northbound interface host process initializes context, initializes ORB.
The registration of step S908, Corba northbound interface host process logs in manager and Registering modules object to naming service.
Step S910, Corba northbound interface configuration service treatment progress initializes contextual information.
Step S912, Corba northbound interface configuration service treatment progress obtains host process Registering modules object to naming service.
Step S914, Corba northbound interface configuration service treatment progress is to Corba northbound interface host process registration procedure contextual information and CORBA business object.
Step S916, Corba northbound interface host process Registering modules Transfer Parameters information is to Corba northbound interface configuration service treatment progress.
Step S918, Corba northbound interface configuration service treatment progress initializes ORB.
Step S920, Corba northbound interface notification process initializes contextual information.
Step S922, Corba northbound interface notification process obtains host process Registering modules object to naming service.
Step S924, Corba northbound interface notification process is to Corba northbound interface host process registration procedure contextual information.
Step S926, Corba northbound interface host process Registering modules Transfer Parameters information is to Corba northbound interface notification process.
Step S928, Corba north orientation notification process initializes ORB.
User uplink notifier processes flow process:
Step S930, Corba north orientation notification process notification handler module processes notice.
Step S932, Corba north orientation notification process sends the notification to notice service processes.
Step S934, user initializes, and sets up the notification agent with service end, receives notice.
User's down order handling process:
Step S936, user obtains to naming service and logs in manager's object.
Step S938, user carries out logon operation, obtains manager.
Step S940, user sends the acquisition order of certain configuration data and arrives Corba northbound interface host process.
Step S942, Corba northbound interface host process order distribution module is addressed according to manager's object that order is corresponding, finds Corba northbound interface configuration service treatment progress.
Step S944, Corba northbound interface host process forward command is to Corba northbound interface configuration service treatment progress.
Step S946, Corba northbound interface configuration service treatment progress Service Processing Module processes order.
Step S948, as returned data, Corba northbound interface configuration service returns data to user.
Large scale network managing device figure is carried out with reference to the MTOSI interface shown in Figure 10; If Figure 10, MTOSI are owing to based on webservice, sending soap message, itself possess very strong distributed management ability, and itself supports the abilities such as registration. Therefore the device of the preferred embodiment of the present invention can be implemented very easily.
In Figure 11, main modular is consistent with the installation drawing shown in Fig. 6, institute the difference is that, order receives device specialization in MTOSI and receives addressed module for service, additionally web services Registering modules 0 can register internal services, obtaining start-up parameter for other process, passive process specialization is configuration treatment progress and sending down service treatment progress. Other parts and Fig. 6 illustrate identical, repeat no more.
Carry out the flow chart of large scale network managing device with reference to the MTOSI interface shown in Figure 11, the northbound interface management process of the preferred embodiment of the present invention is described: (the step 1��step 14 in the following step S1102��step S1128 corresponding Figure 11 respectively)
Step S1102, MTOSI host process initializes.
Step S1104, MTOSI host process registration internal services, main offer inner parameter etc. services.
Step S1106, notification process obtains start-up parameter by MTOSI internal services.
Step S1108, notification process initializes.
Step S1110, configuration treatment progress is to MTOSI host process registration service, and obtains start-up parameter by MTOSI internal services.
Step S1112, configuration treatment progress initializes.
Step S1114, sending down service treatment progress is to MTOSI host process registration service, and obtains start-up parameter by MTOSI internal services.
Step S1116, sending down service treatment progress initializes.
Step S1118, notification process obtains user and notifies service, and sends notification to user.
Step S1120, user sends certain service creation order to MTOSI host process.
Step S1122, MTOSI host process carries out service addressing by request.
Step S1124, MTOSI host process distributes this request to sending down service treatment progress.
Step S1126, sending down service treatment progress processes request message.
Step S1128, sending down service treatment progress return processes data to user.
In sum, adopt the above embodiment of the present invention and preferred embodiment to provide the device of a kind of extensibility, it is possible to reach ten thousand specific equivalent network element network northbound interface operating capabilities, and the scale operating capability autgmentability that network size expands is provided. Simultaneously because business can distributed deployment in different processes or different machines, thus promoting computing capability and the disposal ability of business, reduce the complexity of each distributed process, thus bringing the dual lifting of performance and stability.
Obviously, those skilled in the art should be understood that, each module of the above-mentioned present invention or each step can realize with general calculation element, they can concentrate on single calculation element, or it is distributed on the network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, can be stored in storage device is performed by calculation element, or they are fabricated to respectively each integrated circuit modules, or the multiple modules in them or step are fabricated to single integrated circuit module realize. so, the present invention is not restricted to the combination of any specific hardware and software.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations. All within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention.
Claims (10)
1. a northbound interface distributed management device, it is characterised in that including: host process, at least one passive service treatment progress, at least one active business treatment progress, wherein,
Described host process, for providing the interface interacted with user;
Described passive service treatment progress, for processing the passive service corresponding with described user command;
Described active business treatment progress, for processing the active business of spontaneous operation.
2. device according to claim 1, it is characterised in that described host process includes:
Host process initialization module, for initializing the parameter of described host process, and/or, the context environmental relevant to described host process;
Registering modules, for registering progress information and/or the professional ability information of described passive service treatment progress;
Order distribution module, is used for processing described user command, and issues described user command to passive service treatment progress.
3. device according to claim 1, it is characterised in that described passive service treatment progress includes:
Passive service treatment progress initialization module, is used for initializing described passive service treatment progress, and/or, register progress information and/or the professional ability information extremely described host process of described passive service treatment progress;
Passive service order receiver module, for receiving the described user command forwarded by described host process, and is forwarded described user command to passive service processing module, and returns the result that described passive service processing module processes;
Described passive service processing module, for processing the described user command that described passive service order receiver module forwards.
4. device according to claim 1, it is characterised in that described active business treatment progress includes:
Active business treatment progress initialization module, is used for initializing described active business treatment progress, and/or, register the progress information extremely described host process of described active business treatment progress;
Active business processing module, for processing the active business of spontaneous operation.
5. device according to any one of claim 1 to 4, it is characterised in that described northbound interface includes one below:
Common Object Request Broker system CORBA northbound interface, many technical operations system interface MTOSI northbound interface.
6. a northbound interface distribution management method, it is characterised in that including:
The interface interacted with user provided by host process, carries out the mutual of user command with user;
By at least one passive service treatment progress, process the passive service corresponding with described user command; And
By at least one active business treatment progress, process the active business of spontaneous operation.
7. method according to claim 6, it is characterised in that the interface interacted with user provided by host process, carries out including alternately of user command with user:
Initialize the parameter of described host process, and/or, the context environmental relevant to described host process;
Register progress information and/or the professional ability information of described passive service treatment progress;
Process described user command, and issue described user command to passive service treatment progress.
8. method according to claim 6, it is characterised in that by least one passive service treatment progress, processes the passive service corresponding with described user command and includes:
Initialize described passive service treatment progress, and/or, register progress information and/or the professional ability information extremely described host process of described passive service treatment progress;
Receive the described user command forwarded by described host process, and forward described user command to passive service processing module, and return the result that described passive service processing module processes;
Process the described user command that described passive service order receiver module forwards.
9. method according to claim 6, it is characterised in that by least one active business treatment progress, the active business processing spontaneous operation includes:
Initialize described active business treatment progress, and/or, register the progress information extremely described host process of described active business treatment progress;
Process the active business of spontaneous operation.
10. the method according to any one of claim 6 to 9, it is characterised in that described northbound interface includes one below:
Common Object Request Broker system CORBA northbound interface, many technical operations system interface MTOSI northbound interface.
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| CN201410594191.9A CN105634767A (en) | 2014-10-29 | 2014-10-29 | Northbound interface distributed management method and device |
| PCT/CN2015/072804 WO2016065773A1 (en) | 2014-10-29 | 2015-02-11 | Method and apparatus for distributed management by northbound interface |
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