CN105162816A - Multi-scene service information automatic sharing platform and method based on communication network service - Google Patents
Multi-scene service information automatic sharing platform and method based on communication network service Download PDFInfo
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Abstract
The invention provides a multi-scene service information automatic sharing platform and method based on communication network services. Multiple scenes comprise a plurality of service scenes based on the same basic scene and also corresponding historical scenes and backtrack scenes. The basic scene and each service scene corresponds to a data object management system and a data object thereof of one communication network operation service system respectively. The historical scenes and the backtrack scenes are a set of all data objects of the basic scene and a set of all data objects of a network resource operation service scene within a past period of time respectively. The sharing platform includes a multi-scene organization and management unit, a multi-scene display and maintenance unit, an object-oriented data management unit, a data object operation and management unit, and a man-machine interaction interface. Through an object-oriented technology, multi-temporal and multi-professional communication network models can be managed in an integrated manner, system underlying data can be shared automatically, and visualized comprehensive management for multi-temporal and multi-professional communication network models is achieved through an inheritance relation map.
Description
Technical field
The present invention relates to OO communication network operator operating information system, more particularly, relate to a kind of automatic shared platform of many scene services information towards communication network resource operation business and method.
Background technology
Along with the fast development of whole society's informationization application, communication network resource operation enterprise has entered the full-service operation epoch, and its class of business expands to the polytypes such as voice, data, internet, applications by traditional speech business.Especially the electronic channel based on Internet technology and the communication technology progressively becomes the main flow service marketing channel in full-service operation epoch.Therefore, communication network scale is while constantly expanding, and its run time organization is also day by day complicated, especially proposes more and more higher requirement to network structure change.In the face of this situation, network resource management department is encountered by unprecedented technostress, and traditional network resource management system cannot be competent at a job.Main manifestations lacks to carry out support platform that is multi-disciplinary, business cooperation work, involved by each business, network resource information is managed respectively by different system, many times numerous business department is caused to realize some business-subject to coordinate, each operation system must design some repetitions, intersection, fault-tolerant function for native system situation, and more and more structure is numerous and diverse, complex operation to cause the network resource management system function of whole enterprise to become.
In general, the concrete measure of dealing with problems is mainly reflected in three aspects:
(1) carry out data centralization and merge management.Adopt unified network resource data model, whole device resources, number line resource and pipeline configurable resource are described, break specialty restriction, the association of getting through from data model aspect between the resource management specialties such as cable network, transmission network, data network, switching network, wireless network, pipeline pole line describes, and concentrating and merging of the full specialty of realization, full-service resource data manages;
(2) the flow process operation of through front and back end is merged with data sharing.By links " off-line and on-time model integrated management " (off-line and on-time model adhere to the business object data of different tense separately) such as resource distribution, conceptual design, resource inspections, the integration realizing service release front and back end flow process runs through, mid-sales pre-sales to full-service, carry out efficiently after sale, resource supporting fast;
(3) support for enterprise operation provides comprehensive Internet resources to apply with omnibearing cooperative working environment.To realize service fulfillment, engineering construction, maintenance management, fixed capital management each service link colleges and universities, easily collaborative work for target main line, the comprehensive application such as the configuration of full ERM, resource cutover, resource early warning analysis, resource statistics inquiry are realized by the collaborative work support platform of integration construct, meet each specialized department, each business post to the application demand of network resource management system, promote the quick operation ability of whole enterprise.
As can be seen here, it is must carry out integrated synthesis management to multi-time Scales, multi-specialized communication network resource model that network operating enterprise solves the measure of network resource management scarce capacity the very corn of a subject, and then is waiting the information sharing realizing communication network model between multiple business application system.Meanwhile, along with the deep development of communication network operator enterprise full-service operation pattern, the service links such as service fulfillment, engineering construction, maintenance management, fixed capital management, will propose more and more urgent application demand to the Real-Time Sharing of multi-time Scales, multi-specialized communication network model information.
So-called multi-time Scales communication network model refers to following, (in real time) and history different conditions instantly the data model of reflection communication network; Multi-specialized communication network model then refers to the proprietary communication network resources model in different communication network operation business activity.A communication network operator business application system can have multiple proprietary communication network resources model, and a proprietary communication network resources model also can be applied to multiple application system.In information system improvement project traditional at present, it is generally the collaborative work realizing between different application systems by the information sharing of application communication network model.And this " information sharing of application " or a kind of " outside pass through mechanism ", namely carry out the exchanges data between operating information system with the data transmission operation outside inner processing operation, the external data be usually expressed as between communication network operator operating information system exchanges.The function mode of this external data Fabric Interface is with paths such as data file, shared data bank or data switching center, intermittently business transferring information system internal communication network model not " profile data " or " increments of change data " in the same time, meets the demand of communication network model data sharing between each operation system.Action time series, after the transmission operation of this information sharing mechanism always occurs in communication network operator operating information system internal communication network model data change operation.Obviously, carry out the conversion of different tense communication network model with this " outside transmission type " information sharing mechanism, will directly affect the effect of collaborative work between different business information system.More be difficult to realize the online merging of different tense communication network model, fractionation, the incremental raio function such as comparatively.
And many scenes framework has the technical advantage that bottom data is shared automatically in multi-time Scales, multi-specialized communication network model integrated management.Under many scenes framework, the physical layer of OSI (OpenSystemInterconnection) seven layer model, Data Link Layer and network layer model will be integrated into Unified Communication network model in substrate scene, this model, based on OSI physical layer model, possesses the ability of data of description link layer and network layer model information simultaneously.Different business scenarios can be set up for different communication network operator service business based on unified communication network model, can safeguard respectively the different levels model content of Unified Communication network model in different business scenarios.And utilize the succession between different model of place and multiple inheritance relation, the board service management of multi-specialized communication network model can be realized easily." off-line and the on-time model integrated management " pursued in communication network operator operating information system is also with many scenes form and function of time tag to cover, and can realize board service and the management of communication network future models, real-time model and historical models completely.
The basic structure of Unified Communication network model is the physical layer of OSI, wherein comprises and describes the geometry of data communication transmission medium and interconnect equipment and topological structure.Its medium comprises aerial line, balanced cable, optical fiber, wireless channel etc.Interconnect equipment then comprises the interconnect equipment between DTE (data terminal equipment) and DCE (data communications equipment).DTE also known as physical equipment, as computer, terminal etc. are all included.DCE also claims circuit connection device, as modulator-demodulator etc.Transfer of data is normally through DTE---DCE, then through DCE---the path of DTE.Interconnect equipment refers to device DTE, DCE coupled together, as various plug, socket.
Summary of the invention
The technical problem to be solved in the present invention is, for information sharing problem not in time in multi-disciplinary collaborative work above-mentioned in communication network information system, provides the automatic shared platform of a kind of many scene services towards communication network service information and method.
The technical scheme that the present invention solves the problems of the technologies described above is, a kind of many scene services towards communication network service information sharing platform is provided, described many scenes are based on some business scenarios of same substrate scene and corresponding historic scenery and backtracking scene, and the data object management system of described substrate scene and the corresponding class communication network operator operation system of each business scenario difference and data object thereof, described historic scenery and backtracking scene are respectively substrate scene and the business scenario total data object set a passing moment, it is characterized in that, substrate scene in described many scenes, business scenario and corresponding historic scenery, the data object of backtracking scene comprises can be edited by the corresponding business activity of scene, the fundamental figure object class changed and communication network application object class, wherein: described fundamental figure object class comprises the point of band time mark, line, face key element and topological relation, described communication network application object class comprises the communication network model data of description object in the osi model physical layer corresponding with whole communication network operator business activity basic data object, described shared platform comprises many scenes organization and administration unit, the display of many scenes maintenance unit, object-oriented data administrative unit, data object operation administrative unit and human-computer interaction interface, wherein: described human-computer interaction interface, for realizing figure display and the operating data input of man-machine interaction, described many scenes organization and administration unit comprises between scene creation and scene inherits definition subelement and data collision coordination subelement, and described scene creation and succession definition subelement are used for business scenario and historic scenery and backtracking scene creation and the succession defined between scene and multiple inheritance relation, the succession between described scene and multiple inheritance relation are for defining the automatic shared relationship of data object between scene, described data collision coordinate subelement for define and succession and the multiple inheritance relation that performs lower to inherit the conflict coordination of data object regular, described data object operation administrative unit, for realizing the graphical interaction operation of data object in each scene according to the input of described human-computer interaction interface, described many scene display maintenance units, for showing inheritance figure by human-computer interaction interface, in described inheritance figure, business scenario, historic scenery, backtracking scene are shown as node respectively, inheritance is shown as and points to business scenario, historic scenery, backtracking scene as subfield scape by the business scenario as father's scene, and by the directed edge pointed to as the historic scenery of father's scene, backtracking scene as the business scenario of subfield scape, described object-oriented data administrative unit, for according to succession and between multiple inheritance relational implementation father's scene and subfield scape the bottom of corresponding data object related data automatically share, and substrate scene, historic scenery, backtracking scene data object that business scenario is corresponding can be generated according to specifying the moment.
In the automatic shared platform of the information of the many scene services towards communication network service of the present invention, described substrate scene has current time label, corresponding with the current tense of communication network, and the data object of this substrate scene is inherited by all business scenarios; Described business scenario has establishment moment label and moment label is submitted in plan to, corresponding with the following tense of communication network; Described historic scenery, backtracking scene have establishment moment label, corresponding with the passing data mode in communication network historic state and certain business activity.
In the automatic shared platform of the information of the many scene services towards communication network service of the present invention, described historic scenery, backtracking scene define subelement by described scene creation and succession and create, and wherein data object is generated based on substrate scene, business scenario historical data base by described object-oriented data administrative unit; Described in each, the data object of historic scenery, backtracking scene can not change and only have father's scene, and can be used as father's scene by other business scenario succession data object wherein; Between described business scenario, historic scenery and between backtracking scene and business scenario the succession of data object and multiple inheritance relation there is directed acyclic graph feature.
In the automatic shared platform of the information of the many scene services towards communication network service of the present invention, described many scene display maintenance units comprise graphics edition subelement, for creating in described inheritance figure or deletion of node, increase or deletion directed edge, described scene creation and succession definition subelement are according to the establishment of described graphics edition subelement or deletion of node operation, increase or delete directed edge operation information and complete relevant business scenario, historic scenery, backtracking scene creation and deletion, the definition of inheritance and deletion, data objects all in the business scenario that wherein the new business scenario the created node that comprises directed edge starting point is corresponding, the historic scenery of new establishment has all data objects of substrate scene in the corresponding historical juncture, the backtracking scene of new establishment gathers around all data objects of business scenario corresponding to the node of directed edge starting point in the correspondence backtracking moment, described scene creation and the support of succession definition subelement create succession and multiple inheritance relation between business scenario, historic scenery, backtracking scene and management scene with built-in function and/or service routine method of calling.
In the automatic shared platform of the information of the many scene services towards communication network service of the present invention, the graphical interaction of described data object operation administrative unit operates the entirety comprising data object and inquires about, deletes, issues operation, and described issue operates and refers to the operation data object in business scenario being committed to substrate scene; Described data object operation administrative unit is also for carrying out state backtracking and comparison by the given time data object of described historic scenery, backtracking scene and substrate scene, business scenario.
The present invention also provides a kind of many scene services towards communication network service information automatically to share method, described many scenes are some business scenarios based on same substrate scene and corresponding historic scenery, backtracking scene, and the data object management system of described substrate scene and the corresponding class communication network operator operation system of each business scenario difference and data object thereof, described historic scenery and backtracking scene are respectively substrate scene and the business scenario total data object set a passing moment, and the method comprises the following steps:
Figure display and the operating data input of man-machine interaction is realized by human-computer interaction interface;
Described substrate scene basis creates business scenario respectively for different business activity, and with described substrate scene, the historic scenery of the given time that business scenario is corresponding, backtracking scene, and define between business scenario, business scenario and historic scenery, succession between backtracking scene and multiple inheritance relation, and succession and multiple inheritance relation lower inherit data object conflict coordination rule, succession between described business scenario and multiple inheritance relation are used for defining between business scenario and business scenario and historic scenery, the automatic shared relationship of corresponding data object related data between backtracking scene,
By human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario, historic scenery, backtracking scene are shown as node respectively, inheritance is shown as and points to directed edge as the business scenario of subfield scape, historic scenery, backtracking scene by the business scenario as father's scene, by the directed edge pointed to as the historic scenery of father's scene, backtracking scene as the business scenario of subfield scape;
The graphical interaction operation of data object in business scenario, historic scenery, backtracking scene is realized according to the input of described human-computer interaction interface.
Automatically share in method in the information of the many scene services towards communication network service of the present invention, substrate scene in described many scenes, the historic scenery of business scenario and correspondence, the data object of backtracking scene comprises can be edited by the corresponding business activity of scene, the fundamental figure object class changed and communication network application object class, wherein basic object class comprises the point of band time mark, line, face key element and topological relation, described communication network application object class comprises the communication network model data of description object in the osi model physical layer corresponding with whole communication network operator business activity basic data object.
Automatically share in method in the information of the many scene services towards communication network service of the present invention, described substrate scene has current time label, and the data object of this substrate scene can be inherited by all business scenarios; Described business scenario has establishment moment label and moment label is submitted in plan to; Described historic scenery, backtracking scene have establishment moment label; The data object of described historic scenery, backtracking scene creates according to the historical data base of substrate scene, business scenario; Data object in described historic scenery, backtracking scene can not change and only have father's scene; Described shared method also comprises:
The data object of described business scenario is changed by business activity, and/or all data objects of business scenario are integrally carried out inquiring about, deleting and issue operation, described issue operation refers to the operation data object in business scenario being committed to substrate scene; Also the given time data object of described historic scenery, backtracking scene and substrate scene, business scenario can be carried out state backtracking and comparison simultaneously.
Automatically share in method in the information of the many scene services towards communication network service of the present invention, described shared method also comprises: by creating the node of inheritance figure in human-computer interaction interface, the definition of knot removal, directed edge, directed edge deletion action, complete business scenario and historic scenery, the establishment of backtracking scene, deletion, the definition of inheritance, deletion action respectively; Or created by built-in function and/or service routine method of calling, delete succession and multiple inheritance relation between business scenario, historic scenery, backtracking scene and definition, deletion each scene.
Automatically share in method in the information of the many scene services towards communication network service of the present invention, described data collision co-ordination principle comprises subfield scape and covers father's scene principle, activity duration successively principle, service logic defining principle and/or man-machine interaction decision principle.
The present invention is based on the automatic shared platform of many scene services information towards communication network service and method, by Object-oriented technology, integrated management is carried out to multi-time Scales, multi-specialized communication network model, and by inheritance figure realize multi-time Scales, multi-specialized communication network model system bottom data fast automatic share.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the automatic shared platform embodiment of many scene informations that the present invention is based on Object-oriented Technique.
Fig. 2 is the schematic diagram of inheritance between business scenario.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The basic demand of the multi-disciplinary collaborative work of communication network operator service industry is the communication network resource information Real-Time Sharing realized between different majors business activity.Innovation main points of the present invention are then carry out integrated management with Object-oriented Technique framework to multi-time Scales, multi-specialized communication network resource model, automatically share solve this problem with the communication network resource model data of bottom most software.The present invention with the communication network resource present situation model associated with all communication network operator business activities for communication network operator vocational work object substrate, i.e. the basic data object of all communication network operator business activities.The communication network operator business activity (as following tense class business and history tense class business) of different tense, different majors is all carried out the work around communication network resource present situation model.In the present invention, the scene holding communication network resource present situation model is " super father's scene " of " many scenes " (or claiming " substrate scene "), corresponding to the present communications network operation field business activity comprising real time information, its subordinate " business scenario " is then for holding " business scenario " of following tense business and passing tense service communication network resource data object.
In actual applications, the business activity of the current tense of corresponding communication network resource launches in " substrate scene ", the presence information of process present communications network resource model, and after " substrate scene " be changed, the change of communication network resource model data object is just stored in the history tense communication network resource model database can retrieved by " historic scenery "; Other " business scenarios " launch be generally then process communication network resource model " Future Information " following tense vocational work, these work have the longer feature of period times, before having worked, the communication network resource data object of its correspondence is in the state constantly changed, but the change of data object also by constantly stored in the historical data base can retrieved by " backtracking scene ".Historic scenery, backtracking scene are that substrate scene, business scenario are in whole communication network resource set of data objects in a certain passing moment, although data object is wherein static can not being changed, but by the inheritance between scene, passing data object can be shared to other " business scenario " as a kind of " scene ", " communication network operator business activity instantly ", collaborative work between " business activity of future communications network operation " and " business activity of historical communication network operation " can be supported easily.Namely one instantly or the communication network operator business activity in future by setting up the succession of " historic scenery ", " backtracking scene " and multiple inheritance relation, " automatically " shared data object information from one or more passing business activity.
As shown in Figure 1, the schematic diagram of the present invention towards the automatic shared platform embodiment of many scene informations of communication network operator business, above-mentioned whole business activity basic data object and equal corresponding OO communication network resource management GIS-Geographic Information System (GIS) of business object.In the present embodiment, maintenance platform comprises many scenes organization and administration unit 12, many scene display maintenance units 13, human-computer interaction interface 11, operational administrative unit 15 and object-oriented data administrative unit 14, above-mentioned many scenes organization and administration unit 12, many scene display maintenance units 13, human-computer interaction interface 11, operational administrative unit 15 and object-oriented data administrative unit 14 can by the software sharing running on computer system, it is based on the GIS platform of seating surface to data object type, or directly based on OODB Object Oriented Data Base management system (as Versant), and utilize Object-Oriented Programming Language exploitation to realize.
Human-computer interaction interface 11 is for realizing figure display and the operating data input of man-machine interaction.This human-computer interaction interface 11 can comprise command menu, action button etc., thus sends operational order by select command menu or clicking operation button, starts the operation of other unit, and provides required interaction parameter for each unit runs.Such as comprise the various graphic operations such as historic scenery, the establishment of recalling the various types of communication network operation business scenario of scene, the definition of inheritance and the loading of graphic data object all to complete in the presence of human-computer interaction interface 11.
Many scenes organization and administration unit 12 comprises scene creation and inherits definition subelement 121 and data collision coordination subelement 122, wherein scene creation and inherit definition subelement 121 for runing business activity for different communication network and create business scenario respectively and defining the succession between scene with the directed acyclic graph aspect of model and multiple inheritance relation (i.e. a certain business scenario can as father's scene of another business scenario), simultaneously also for being substrate scene, business scenario creates not historic scenery in the same time, backtracking scene, and define historic scenery, there is between backtracking scene and general business scene succession and multiple inheritance relation (the i.e. a certain historic scenery of the directed acyclic graph aspect of model, backtracking scene can as father's scene of other business scenario), data collision coordinates the data object collision problem that subelement 122 produces for solving factor data object inherits relation between general communication network operator business scenario and historic scenery, backtracking scene.
Above-mentioned each scene corresponds to communication network resource management generalized information system, and object involved by all business activities wherein all associates with the present communications network resource model of corresponding base scene.Communication network resource model data object specifically can comprise fundamental figure object class and communication network model object class two parts, wherein the content such as point, line, surface key element and topological relation thereof of fundamental figure object class namely with time mark; The descriptive model that can describe communication network model data object in osi model physical layer of communication network model object class then for building on fundamental figure object class basis.By the time mark ability of communication network model data object, each business scenario can complete from time and two, space dimension and portray and attribute record the structure of different tense communication network model involved by communication network operator business activity.
Many scene display maintenance units 13 are for showing inheritance figure by human-computer interaction interface, in inheritance figure, business scenario is shown as node respectively, inheritance is shown as the directed edge being pointed to subfield scape by father's scene, namely inheritance figure is " directed acyclic graph " that be made up of node and directed edge, as shown in Figure 2; Wherein historic scenery is shown as the special subfield scape of substrate scene, and backtracking scene is shown as the special subfield scape of business scenario, and the special directed edge pointing to this special subfield scape by father's scene represents the inheritance to father's scene a certain historical juncture.This many scenes display maintenance unit 13 can to comprising historic scenery, many scenes framework of backtracking scene carries out visual representing, and by interactive operation to inheritance figure, define between many scenes, general business scene and historic scenery, recall dependence inheritance between scene.。
Data collision coordinates subelement 122 with inheritance figure (i.e. directed acyclic graph) for organizational structure, to the data object collision event occurred between business scenario and occur in business scenario and historic scenery, the data object collision event recalled between scene are coordinated and managed.Coordinate the support of subelement 122 at this data collision under, when father's contextual data data object of business scenario changes, if corresponding data object is changed by self in this business scenario, then will there is the collision problem inheriting data object, now coordinate subelement by data collision and manage conflict according to conflict coordination principle; Described data collision is coordinated can arrange multiple principles for resolution of right conflict in subelement, as subfield scape covers father's scene principle, activity duration successively principle, man-machine interaction decision principle etc.; When business scenario is needed to carry out selectivity succession to the Data Data object of historic scenery, backtracking scene, generally coordinate subelement by data collision and carry out man-machine interaction inherit judgement according to subfield scape covering father scene principle, the activity duration successively prompting of principle, service logic defining principle.
Object-oriented data administrative unit 14 is for realizing the bottom shared mechanism of data object related data corresponding between the business scenario as father's scene and subfield scape according to inheritance, this unit is also for according to specifying the moment to generate substrate scene, historic scenery, backtracking scene data object that business scenario is corresponding based on historical data base simultaneously.This object-oriented data administrative unit 14, for providing the Object-oriented Technique support platform on basis, ensures to have data object inheritance capability between high efficiency business scenario.
Operational administrative unit 15 is for realizing the graphical interaction operation of data object in substrate scene, business scenario, historic scenery, backtracking scene according to the input of human-computer interaction interface.Operational administrative unit 15 can be existing vector graphics edit tool, it has basic graphical interaction operating function, as: amplify, reduce, roam, function such as navigation picture, graphical query, layer definition management etc., and can be differently shown by the generic attribute of Drawing Object.
Above-mentioned many scene display maintenance units 13 can start the scene creation operation comprising historic scenery, backtracking scene, and it creates new node and directed edge in inheritance figure.Scene creation and inherit definition subelement 121 can according to above-mentioned new node, directed edge and preset time parameter create new historic scenery, data object in the corresponding substrate scene of node that backtracking scene and this historic scenery, backtracking scene comprise directed edge starting point, business scenario corresponding to given time.Especially, above-mentioned many scene display maintenance units 13 can create one or more and point to the directed edge comprising historic scenery, recall the new node of scene in inheritance figure, correspondingly, scene creation and inherit definition subelement 121 create comprise historic scenery, backtracking scene new business scenario time, the business scenario that new node is corresponding comprises the data object that business scenario corresponding to the node of all directed edge starting points comprises.
After introducing historic scenery, backtracking scene, many scenes framework enhances the vertical collaboration work support ability along time orientation.As the special subfield scape of substrate scene and business scenario, the data object state in passing moment is reappeared among current tense by historic scenery, backtracking scene.Same current scene communication network model can be set up at not historic scenery in the same time, and can at historic scenery, carry out communication network model data object state compare of analysis between backtracking scene and current scene.By the inheritance of business scenario to historic scenery, backtracking scene, passing communication network model data object can be made an addition among business scenario communication network model as newly-increased data object.
For Fig. 2, suppose in substrate scene, there are B1, B2, B3 tri-data objects, business scenario 1,2, except inheriting the data object of substrate scene, also add respective service data object: b1, b2, do not change the contents of object inherited from substrate scene simultaneously.
Historic scenery 1 comprises data object B1, B2 and the Bh (now B3 does not still exist) in substrate scene moment as the special subfield scape of substrate scene:
{B1、B2、Bh}；
Backtracking scene 1 comprises business scenario 1 as the special subfield scape of business scenario 1 and inherits data object B1, B2, B3 from substrate scene and the own service data object bh in certain moment:
{B1、B2、B3、bh}；
Business scenario 3 is when inheriting the data object of business scenario 2 and historic scenery 1, and succession has been altered to b2-3 from the data object of business scenario 2, and add the data object b3 of oneself, the object now comprised in business scenario 3 is simultaneously:
{B1，B2，B3}+{b2-3}+{Bh}+{b3}；
Succession has been altered to B1-4, Bh-4 from data object B1, Bh of historic scenery 1 by business scenario 4 respectively, and add the data object b4 of oneself, the object now comprised in business scenario 4 is simultaneously:
{B1-4，B2，Bh-4}+{b4}；
Business scenario 5 comprises the data object inherited from backtracking scene 1, and after the service data object b5 self increased, content is:
{B1，B2，B3}+{bh}+{b5}；
Business scenario 6 inherits the data object of business scenario 3,4 and backtracking scene 1, and the service data object oneself increased is b6.After managing conflict, business scenario 6 contents of object is:
{B2、B3}+{bh}+{b2-3}+{b3}+{B1-4，Bh-4}+{b4}+{b6}。
The present invention also provides a kind of many scene informations towards communication network operator business automatically to share method, comprises the following steps:
Figure display and the operating data input of man-machine interaction is realized by human-computer interaction interface;
Create business scenario respectively for different communication network operator business activities and define the succession and multiple inheritance relation between scene with the directed acyclic graph aspect of model, and the data object of communication network operator business scenario is changed according to input, and when the data object of the business scenario as father's scene changes as the business scenario of subfield scape in corresponding data object change simultaneously, wherein the data object of business scenario comprises the definition of fundamental figure object class and application class definition, basic object class comprises the point of band time mark, line, face key element and topological relation, application class comprises the communication network model data object corresponding with whole communication network operator business activity basic data object,
By human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario is shown as node respectively, inheritance is shown as the directed edge being pointed to subfield scape by father's scene;
According to the automatic shared mechanism of system bottom of communication network model data corresponding between the communication network operator business scenario that inheritance realizes as father's scene and subfield scape.
Said method also can comprise the graphical interaction operation realizing communication network model data object in present situation communication network model data object and whole business scenario in base scene according to the input of human-computer interaction interface.
The method also comprises: in inheritance figure, create new node and directed edge, and creates new communication network operator business scenario according to described new node and directed edge and this new business scenario comprises data objects all in the corresponding scene of node of directed edge starting point.Especially, inheritance figure comprises the directed edge of one or more sensing new node, and the communication network operator business scenario that new node is corresponding comprises the data object that business scenario corresponding to the node of all directed edge starting points comprises.
Many scene managements framework in the present invention is a kind of Computerized Information Processing Tech organized data object information with many scenes framework with Object-oriented Technique feature, manage.The present invention can be applicable to communication network IT application in enterprise work.Particularly after application message technology, communication network production and operation managerial skills have General Promotion, the communication network enterprise more and more urgent to multidisciplinary high efficiency multi-disciplinary collaborative work demand, the most suitable application places of the technology of the present invention especially.
The above; be only the present invention's preferably embodiment, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (10)
1. the many scene services information sharing platform towards communication network service, it is characterized in that, described many scenes are based on some business scenarios of same substrate scene and corresponding historic scenery and backtracking scene, and described substrate scene and each business scenario data object management system of a corresponding class communication network operator operation system and data object thereof respectively, described historic scenery and backtracking scene are respectively substrate scene and the business scenario total data object set a passing moment; The data object of described substrate scene, business scenario and corresponding historic scenery, backtracking scene comprises can by the corresponding business activity editor of scene, the fundamental figure object class changed and communication network application object class, wherein: described fundamental figure object class comprises point, line, surface key element and the topological relation of band time mark, and described communication network application object class comprises the communication network model data of description object in the osi model physical layer corresponding with whole communication network operator business activity basic data object; Described shared platform comprises many scenes organization and administration unit, the display of many scenes maintenance unit, object-oriented data administrative unit, data object operation administrative unit and human-computer interaction interface, wherein: described human-computer interaction interface, for realizing figure display and the operating data input of man-machine interaction; Described many scenes organization and administration unit comprises between scene creation and scene inherits definition subelement and data collision coordination subelement, and described scene creation and succession definition subelement are used for business scenario and historic scenery and backtracking scene creation and the succession defined between scene and multiple inheritance relation, the succession between described scene and multiple inheritance relation are for defining the automatic shared relationship of data object between scene; Described data collision coordinate subelement for define and succession and the multiple inheritance relation that performs lower to inherit the conflict coordination of data object regular; Described data object operation administrative unit, for realizing the graphical interaction operation of data object in each scene according to the input of described human-computer interaction interface; Described many scene display maintenance units, for showing inheritance figure by human-computer interaction interface, in described inheritance figure, business scenario, historic scenery, backtracking scene are shown as node respectively, inheritance is shown as and points to business scenario, historic scenery, backtracking scene as subfield scape by the business scenario as father's scene, and by the directed edge pointed to as the historic scenery of father's scene, backtracking scene as the business scenario of subfield scape; Described object-oriented data administrative unit, for according to succession and between multiple inheritance relational implementation father's scene and subfield scape the bottom of corresponding data object related data automatically share, and substrate scene, historic scenery, backtracking scene data object that business scenario is corresponding can be generated according to specifying the moment.
2. the automatic shared platform of the information of the many scene services towards communication network service according to claim 1, it is characterized in that: described substrate scene has current time label, corresponding with the current tense of communication network, the data object of this substrate scene is inherited by all business scenarios; Described business scenario has establishment moment label and moment label is submitted in plan to, corresponding with the following tense of communication network; Described historic scenery, backtracking scene have establishment moment label, corresponding with the passing data mode in communication network historic state and business activity.
3. the automatic shared platform of the information of the many scene services towards communication network service according to claim 2, it is characterized in that: described historic scenery, backtracking scene define subelement by described scene creation and succession and create, and wherein data object is generated based on substrate scene, business scenario historical data base by described object-oriented data administrative unit; Described in each, the data object of historic scenery, backtracking scene can not change and only have father's scene, and can be used as father's scene by other business scenario succession data object wherein; Between described business scenario, historic scenery and between backtracking scene and business scenario the succession of data object and multiple inheritance relation there is directed acyclic graph feature.
4. the automatic shared platform of the information of the many scene services towards communication network service according to claim 1, it is characterized in that: described many scene display maintenance units comprise graphics edition subelement, for creating in described inheritance figure or deletion of node, increase or deletion directed edge, described scene creation and succession definition subelement are according to the establishment of described graphics edition subelement or deletion of node operation, increase or delete directed edge operation information and complete relevant business scenario, historic scenery, backtracking scene creation and deletion, the definition of inheritance and deletion, data objects all in the business scenario that wherein the new business scenario the created node that comprises directed edge starting point is corresponding, the historic scenery of new establishment has all data objects of substrate scene in the corresponding historical juncture, the backtracking scene of new establishment gathers around all data objects of business scenario corresponding to the node of directed edge starting point in the correspondence backtracking moment, described scene creation and the support of succession definition subelement create succession and multiple inheritance relation between business scenario, historic scenery, backtracking scene and management scene with built-in function and/or service routine method of calling.
5. the automatic shared platform of the information of the many scene services towards communication network service according to claim 1, it is characterized in that: the graphical interaction operation of described data object operation administrative unit comprises the entirety inquiry of data object, deletes, issues operation, and described issue operation refers to the operation data object in business scenario being committed to substrate scene; Described data object operation administrative unit is also for carrying out state backtracking and comparison by the given time data object of described historic scenery, backtracking scene and substrate scene, business scenario.
6. the many scene services information towards communication network service shares method automatically, it is characterized in that, described many scenes are some business scenarios based on same substrate scene and corresponding historic scenery, backtracking scene, and the data object management system of described substrate scene and the corresponding class communication network operator operation system of each business scenario difference and data object thereof, described historic scenery and backtracking scene are respectively substrate scene and the business scenario total data object set a passing moment, and the method comprises the following steps:
Figure display and the operating data input of man-machine interaction is realized by human-computer interaction interface;
Described substrate scene basis creates business scenario respectively for different business activity, and with described substrate scene, the historic scenery of the given time that business scenario is corresponding, backtracking scene, and define between business scenario, business scenario and historic scenery, succession between backtracking scene and multiple inheritance relation, and succession and multiple inheritance relation lower inherit data object conflict coordination rule, succession between described business scenario and multiple inheritance relation are used for defining between business scenario and business scenario and historic scenery, the automatic shared relationship of corresponding data object related data between backtracking scene,
By human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario, historic scenery, backtracking scene are shown as node respectively, inheritance is shown as and points to directed edge as the business scenario of subfield scape, historic scenery, backtracking scene by the business scenario as father's scene, by the directed edge pointed to as the historic scenery of father's scene, backtracking scene as the business scenario of subfield scape;
The graphical interaction operation of data object in business scenario, historic scenery, backtracking scene is realized according to the input of described human-computer interaction interface.
7. the information of the many scene services towards communication network service according to claim 6 shares method automatically, it is characterized in that: substrate scene in described many scenes, the historic scenery of business scenario and correspondence, the data object of backtracking scene comprises can be edited by the corresponding business activity of scene, the fundamental figure object class changed and communication network application object class, wherein basic object class comprises the point of band time mark, line, face key element and topological relation, described communication network application object class comprises the communication network model data of description object in the osi model physical layer corresponding with whole communication network operator business activity basic data object.
8. the information of the many scene services towards communication network service according to claim 6 shares method automatically, it is characterized in that: described substrate scene has current time label, and the data object of this substrate scene can be inherited by all business scenarios; Described business scenario has establishment moment label and moment label is submitted in plan to; Described historic scenery, backtracking scene have establishment moment label; The data object of described historic scenery, backtracking scene creates according to the historical data base of substrate scene, business scenario; Data object in described historic scenery, backtracking scene can not change and only have father's scene; Described shared method also comprises:
The data object of described business scenario is changed by business activity, and/or all data objects of business scenario are integrally carried out inquiring about, deleting and issue operation, described issue operation refers to the operation data object in business scenario being committed to substrate scene; Also the given time data object of described historic scenery, backtracking scene and substrate scene, business scenario can be carried out state backtracking and comparison simultaneously.
9. the information of the many scene services towards communication network service according to claim 6 shares method automatically, it is characterized in that: described shared method also comprises: by creating the node of inheritance figure in human-computer interaction interface, the definition of knot removal, directed edge, directed edge deletion action, complete business scenario and historic scenery, the establishment of backtracking scene, deletion, the definition of inheritance, deletion action respectively; Or created by built-in function and/or service routine method of calling, delete succession and multiple inheritance relation between business scenario, historic scenery, backtracking scene and definition, deletion each scene.
10. the information of the many scene services towards communication network service according to claim 6 shares method automatically, it is characterized in that: described conflict coordination rule comprises subfield scape and covers father's scene principle, activity duration successively principle, service logic defining principle and/or man-machine interaction decision principle.
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