CN105302813A - Multi-scene service information automatic sharing platform and method based on object-oriented technology - Google Patents
Multi-scene service information automatic sharing platform and method based on object-oriented technology Download PDFInfo
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Abstract
The present invention provides a multi-scene service information automatic sharing platform based on an object-oriented technology. Multiple scenes are a plurality of service scenes based on the same base scene, and the base scene and each service scene respectively correspond to a data object management system of a type of service system and a data object thereof; and the sharing platform comprises 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 human-computer interaction interface. The present invention further provides a corresponding method. According to the multi-scene service information automatic sharing platform and method based on the object-oriented technology, which are provided by the present invention, a cooperative work relationship among different service systems is organized and managed by an inheritance relation graph, fast and automatic sharing of object data among the service systems can be implemented, and visualized maintenance of the cooperative work relationship among a plurality of service systems is implemented.
Description
Technical field
The present invention relates to OO operation system, more particularly, relate to the automatic shared platform of a kind of many scene services based on Object-oriented Technique information and method.
Background technology
Multi-disciplinary collaborative work is the important value creative modeling of modern humans's socio-economic activity.Value-creating mode performance such in organizational structure on a large scale more obvious: around identical element task object, numerous different majors department is from different business visual angles, for different tasks, carry out the business activity that character, flow process are all not identical.Although above-mentioned different business activity completes independently of one another, but need during the course to carry out collaborative work each other, the items such as step cooperation are carried out in the up-to-date change information that collaborative content comprises shared each specialty complementary operational data object and the business activity in progress with succession relation.Therefore, the substantive issue of multi-disciplinary collaborative work is the information sharing problem between multi-disciplinary business activity.
Such as, for power grid enterprises, the business activity of production run department mainly with " current tense " electric network state for target, its corresponding informance system mainly carries out the data maintenance work of " afterwards " character, in " short time interval " (several minutes to cycle a few hours), namely complete the operation such as record, analysis to current electric grid structure and facility operation status information; The business activity of planning and design department is then main to be launched around " following tense " electric network state, its infosystem mainly carries out the information processing of " in advance " character, in " long duration " (cycle a few hours to several years), namely complete the design and analysis operation for following electrical network facilities and running state information thereof.Although the business activity of different nature of two classes adheres to different business field separately, but their element task object is same electrical network, between two class business activities, often carry out following two class collaborative works: a class is collaborative to be occurred between production run class and the business activity of planning and design class.Based on the former achievement (present situation electric network data object), between two class work, there is Information inheriting relation in the Study on Power Grid Planning need of work of the latter; Another kind of working in coordination with is then the more complex work of working in coordination with in last class on basis.In planning, design class work, except will relying on present situation electric network data object, also because information reference, reference will be carried out between various design proposal, and produce Information inheriting relation.For needing, the higher level service of " Iterative Design " is movable, then also there is the multiple information intersection inheritance between multi-level design proposal.
Obviously, in collaborative work, the operational efficiency height of information sharing mechanism not only can affect effect and the efficiency of collaborative work, more directly decides the value-creating ability of organizational structure's entirety simultaneously.
Traditional structured message system supports collaborative work with " profile data ", and it is according to the different majors division information systemic effect territory in mechanism, for different majors business activity builds special operating information system; Each operating information system builds expert data model based on respective service logic, and works around respective data model finishing service.When solving the information sharing problem of multi-disciplinary collaborative work, each operating information system sets up standardized information exchanging channel between respective expert data model.
Obviously, above-mentioned information exchanging channel is a kind of application " outside transmission type " information sharing mechanism, namely carries out the exchanges data between operating information system with the data transmission operation outside inner processing operation, is usually expressed as external data interface.The function mode of this external data interface is with paths such as data file, shared data bank or data switching center, intermittently business transferring infosystem internal applications data not " profile data " or " increments of change data " in the same time, meets the demand of data sharing between each operating information system.Action time series, after the transmission operation of this information sharing mechanism always occurs in operating information system internal data change operation.
In addition, divide solution " collaborative work " problem by version management technology department in addition: some GIS and graphics management platform (software ArcGIS as well-known in the world) at present, adopt the version management technology of relational database to carry out part and support carrying out of multi-disciplinary collaborative work.In this scenario, the operational data of different business activity can be defined within different " version ", solves the information sharing problem between different business activity by base " version " derivation " child release ".So-called " version " be whole geography or graphic message data storehouse in static state " snapshot " sometime, wherein comprise geography or graphic message data storehouse all data sets at a time.Version can derive child release, and each child release can derive oneself child release again as father's version; Father's version can have multiple child release, but each child release can only have father's version.Being defined in business activity in " version " can the data set of independent processing oneself, and not by the impact of other " versions ".The program specifically can reference: http://help.arcgis.com/zh-cn/arcgisdesktop/10.0/help/index.html #/na/00270000000r000000/.
Summary of the invention
The technical problem to be solved in the present invention is, for information sharing problem not in time in above-mentioned multi-disciplinary collaborative work, provides a kind of automatic shared platform of many scene informations based on Object-oriented Technique and method.
The technical scheme that the present invention solves the problems of the technologies described above is, a kind of many scene services based on Object-oriented Technique information sharing platform is provided, described many scenes are the some business scenarios based on same substrate scene, and the data object management system of described substrate scene and the corresponding class operation system of each business scenario difference and data object thereof, described shared platform comprises many scenes organization and administration unit, many scene display maintenance units, 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 service 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 for the movable establishment business scenario respectively of different business and the succession defined between scene and multiple inheritance relation, succession between described business scenario and multiple inheritance relation for defining the automatic shared relationship realizing data object between business scenario, 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 business scenario according to the input of described human-computer interaction interface, described many scene display maintenance units, for by human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario is shown as node respectively, inheritance is shown as and points to as the directed edge of the business scenario of subfield scape by the business scenario as father's scene, described object-oriented data administrative unit, for according to inherit and the bottom of data object related data corresponding between the business scenario of multiple inheritance relational implementation as father's scene and subfield scape is shared automatically.
In the automatic shared platform of the information of the many scene services based on Object-oriented Technique of the present invention, in described many scenes, the data object of substrate scene and business scenario comprises fundamental figure object class and application class, wherein: described fundamental figure object class comprises point, line, surface key element and the topological relation of band time mark, and described application class comprises the Graphics Application object corresponding with whole business activity basic data object; Described substrate scene is as special business scenario, and data object wherein can be inherited by all business scenarios; Between business scenario, the succession of data object and multiple inheritance relation have directed acyclic graph feature; Described multiple inheritance relation means that a business scenario can inherit the data object of multiple business scenario.
In the automatic shared platform of the information of the many scene services based on Object-oriented Technique of the present invention, described data collision coordinates to cover father's scene principle according to subfield scape in subelement, the activity duration, successively principle, service logic defining principle and/or man-machine interaction decision principle carried out conflict coordination; Described conflict refer to when father's contextual data data object change but in subfield scape corresponding data object quilt scene change time data collision, and subfield scape have multiple father's scene and in each father's scene, corresponding data object is inconsistent time data collision.
In the automatic shared platform of the information of the many scene services based on Object-oriented Technique 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 inherit definition subelement according to the establishment of described graphics edition subelement or deletion of node operation, increase or delete that directed edge operate that relevant business scenario creates and deletes, inheritance definition and deleting, the business scenario of wherein new establishment comprises data objects all in business scenario corresponding to the node of directed edge starting point; Described scene creation and the support of succession definition subelement create succession and multiple inheritance relation between business scenario 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 based on Object-oriented Technique of the present invention, described shared platform also comprises data object operation administrative unit, entirety for realizing data object in business scenario according to the input of described human-computer interaction interface is inquired about, deletes, is issued operation, and described issue operation refers to the operation data object in business scenario being committed to substrate scene; In the process operating process of data object, as subfield scape business scenario can and data object in all father's scenes can only be seen and alter operation is carried out to it; When the data object in father's scene changes, allly to change the while of corresponding data object based in the subfield scape of this father's scene thereupon.
The present invention also provides a kind of many scene services based on Object-oriented Technique information automatically to share method, described many scenes are the some business scenarios based on same substrate scene, and the data object management system of described substrate scene and the corresponding class operation system of each business scenario difference and data object thereof, described shared method comprises the following steps:
Figure display and the service data input of man-machine interaction is realized by human-computer interaction interface;
Described substrate scene creates business scenario respectively for different business activity, and the succession defined between business scenario and multiple inheritance relation and inherit the conflict coordination rule of data object, the succession between described business scenario and multiple inheritance relation are for defining the automatic shared relationship of corresponding data object related data between business scenario;
By human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario is shown as node respectively, inheritance is shown as and points to as the directed edge of the business scenario of subfield scape by the business scenario as father's scene;
The graphical interaction operation of data object in business scenario is realized according to the input of described human-computer interaction interface.
Automatically share in method in the information of the many scene services based on Object-oriented Technique of the present invention, in described many scenes, the data object of substrate scene and business scenario comprises fundamental figure object class and application class, wherein basic object class comprises point, line, surface key element and the topological relation of band time mark, and described application class comprises the Graphics Application object corresponding with whole business activity basic data object.
Automatically share in method in the information of the many scene services based on Object-oriented Technique of the present invention, described substrate scene is as special business scenario, data object is wherein inherited by other all business scenarios, and the business scenario as subfield scape comprises the data object of the business scenario as 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.
Automatically share in method in the information of the many scene services based on Object-oriented Technique of the present invention, described shared method also comprises: by creating the node of inheritance figure in human-computer interaction interface, knot removal, directed edge definition, directed edge deletion action, complete respectively the establishment to business scenario, business scenario delete, inheritance definition, inheritance deletion action; Or created by built-in function and/or service routine method of calling, delete succession and multiple inheritance relation between business scenario and definition, deletion management service scene.
Automatically share in method in the information of the many scene services based on Object-oriented Technique of the present invention, 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.
The present invention is based on the automatic shared platform of many scene informations and the method for Object-oriented Technique, by the collaborative work relation between inheritance figure organization and administration different business systems, object data between each operation system can be realized fast automatic shared, realize the visual maintenance of multiple operation system collaborative work relation.
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.
To be that inheritance figure is visual safeguard example schematic to Fig. 3.
Fig. 4 is the schematic diagram creating new business scene in inheritance figure.
Fig. 5 is the schematic diagram creating inheritance between business scenario in inheritance figure.
Fig. 6 is the schematic diagram creating inheritance between business scenario in inheritance figure.
Fig. 7 is the schematic diagram creating inheritance between business scenario in inheritance figure.
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.
Because multi-disciplinary collaborative work carries out between the different majors business activity launched around same foundation target (i.e. basic data object), therefore there is a uniform traffic target substrate be associated with all service logic field of definition, the i.e. basic data object of whole business activity, it is the precondition that multi-disciplinary collaborative work can be carried out.Target around all kinds of business activity commissioner's offices that basic data object is carried out the work is referred to as business commissioner's office object and business object, and (basic data is also a kind of business object, just the business activity corresponding with it is all relevant with all business activities, belongs to basic business activity).Both the content (part or even all) having comprised basic data object in business object also comprises the data object that business activity self produces, and the present invention portrays this relation with many scenes framework:
● in many scenes framework, substrate scene holds management basic data object, and business scenario holds management service data object, and substrate scene and a business scenario have succession and the multiple inheritance relation of data object.Especially, substrate scene is as special business scenario, and data object wherein can be inherited by all business scenarios.Comprise substrate scene so the available directed acyclic graph model formulation of data object succession and multiple inheritance relation between business scenario.This directed acyclic graph model is by root node and intermediate node, leaf node, and the directed edge describing inheritance between each node is formed, and the starting point of directed edge is father node (father's scene), and the terminal of directed edge is child node (subfield scape).Therefore, in many scenes framework, father's scene can have multiple subfield scape, and a sub-scene can have multiple father's scene, does not have the business scenario of father's scene to be exactly " super father's scene ", namely substrate scene.
● in many scenes framework, directed acyclic graph model intuitively can be shown by inheritance figure, and 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.And by the visual maintenance of human-computer interaction interface to inheritance figure, namely create with man-machine interaction mode, delete successions and multiple inheritance relation between business scenario and definition, deletion scene, thus the intuitive management of realization to data object succession and multiple inheritance relation between different business activity.Meanwhile also can inherit and multiple inheritance relation between built-in function, service supervisor method of calling establishment business scenario and management scene, namely allow other application systems to create/delete the inheritance between business scenario, foundation or releasing two scenes by the approach of software control in its software program.Inheritance is defined rear business scenario and automatically inherits data object in his father's scene, and namely new business scenario comprises data objects all in the corresponding scene of node of inheritance figure directed edge starting point.
● in many scenes framework, the data object of business scenario management should be able to by business activity process, change, and total data object can be used as, and an entirety carries out inquiring about, deletion action, also basad scene can carry out submissions and issue and operate.In the process operating process of data object, the subfield scape of many scenes framework can and data object in all father's scenes can only be seen and it is edited, when the data object in his father's scene changes, allly to change the while of corresponding data object based in the subfield scape of this father's scene thereupon.But, if the corresponding data object quilt scene change in subfield scape when father's contextual data data object changes, then will there is the collision problem inheriting data object, and now coordinate subelement by data collision and manage conflict according to conflict coordination principle.
In actual applications, basic business activity launches in " substrate scene ", the presence information of process element task object, namely " afterwards property " business activity; What launch at other " business scenarios " is generally then the work of process element task object Future Information, i.e. " in advance property " business activity.By the inheritance between definition business scenario and multiple inheritance relation, the various collaborative works between different business activity can be supported easily.Namely business activity is inherited and multiple inheritance relation by setting up, " automatically " shared data object information from other business activities one or more, and these business activities namely can from different majors field, also can from identical professional domain.
As shown in Figure 1, be the schematic diagram of the automatic shared platform embodiment of many scene informations that the present invention is based on Object-oriented Technique, above-mentioned whole business activity basic data object and the corresponding OO Geographic Information System (GIS) of business object.In the present embodiment, shared platform comprises many scenes organization and administration unit 12, many scene display maintenance units 13, human-computer interaction interface 11, data object operation 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, data object operation 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 service 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.The various graphic operations such as the loading of the such as establishment of " scene ", the definition of inheritance and graphic data object all 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 coordinates subelement 122, wherein scene creation and inherit definition subelement 121 for 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) for the movable establishment business scenario respectively of different business; Data collision coordinates data object inherited by subelement 122 collision problem (i.e. from the collision problem produced during multiple business scenario succession data object while) for solving multiple inheritance relation lower institute.
Above-mentioned data object specifically can comprise fundamental figure object class and application 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; Application class is then on fundamental figure object class basis, and (the application class that many scenes framework of such as power industry need define has the content such as cable, pole line, disconnector, transformer, transformer station to the Graphics Application object built for the element task object different from every profession and trade; The application class of traffic simulation industry many scenes framework definition is then the contents such as signal lamp, crossing channelizing line, zebra stripes, vehicle, speed(-)limit sign).By the time mark ability of data object, business scenario can from time and two, space dimension complete the structure of object involved by business activity is portrayed, attribute record.
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.This many scene display maintenance unit 13 can carry out visual representing to many scenes framework, and by the interactive operation to inheritance figure, defines between many scenes and rely on inheritance.In inheritance figure, the base scene corresponding with whole business activity basic data object is for father's scene and defaultly will not show, visual display is from the business scenario of its subfield scape, in figure, each node represents one " business scenario ", and the inheritance between each business scenario represents with directed edge (band arrow).
Data collision coordination subelement 122, is coordinated and managed the data object collision event occurred between business scenario for organizational structure with inheritance figure (i.e. directed acyclic graph).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.Data collision is coordinated can arrange multiple principles for resolution of right conflict in subelement 122, as subfield scape covers father's scene principle (change of subfield scape is better than the change of father's scene), activity duration successively principle (being better than formerly changing in rear change), service logic defining principle (require to establish data according to service logic and change right of priority), man-machine interaction decision principle etc.
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 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.
Data object operation administrative unit 15, the graphical interaction for data object in the input optimized integration data object according to human-computer interaction interface, business scenario operates.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 comprise graphics edition subelement, and this comprises graphics edition subelement can start scene creation operation, create or deletion of node, increase or deletion directed edge in inheritance figure.Scene creation and succession definition subelement 121 can create new business scenario according to above-mentioned 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, above-mentioned graphics edition subelement can create the directed edge that one or more points to new node in inheritance figure, correspondingly, scene creation and inherit definition subelement 121 when creating new business scenario, 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.
From the visual angle of conventional systems construction, after single " business scenario " in many scenes framework of the present invention is combined with business application, being just equivalent to define one does not need data-interface just can share " the separate traffic infosystem " of data with other operation systems; And with the general GIS application system in many scenes framework visual angle, then each GIS application system is equivalent to the operating information system only having " business scenario ".Therefore, the core element realizing many scenes framework builds the OO many scenes organization and administration mechanism supporting data object inheritance capability between each " scene ".
In many scenes framework builds, solve business scenario relaying and honour that to resemble with conflicting of own object be important content.As the subordinate of " substrate scene " other " business scenarios ", on the basis of inheriting " substrate scene " data object, likely need to change (change and even delete) inheriting the data object come, or increase new data object, then these changes, newly-increased object may be inherited by other business scenarios in addition.When in a succession path, each level scene does not all change the data object in " substrate scene ", then these objects can be inherited by bottom scene; When a scene has two or more father scene and father's scene changes the data object inherited and, just need to solve object conflict.Particularly, several data object principles for resolution of right conflict can be set as required, as subfield scape covers father's scene principle, activity duration successively principle, service logic defining principle, man-machine interaction decision principle etc.
For Fig. 2, suppose in substrate scene, there are B1, B2, B3 tri-data objects: business scenario 1,2,3,4 is except inheriting the data object of substrate scene, also add respective service data object: b1, b2, b3, b4, do not change the contents of object inherited from substrate scene simultaneously.Business scenario 5 is when inheriting business scenario 2,3 data object, and succession has been altered to b2-5 from the data object of business scenario 2, and add the data object b5 of oneself, the object now comprised in business scenario 5 is simultaneously:
{B1，B2，B3}+{b2-5，b3}+{b5}；
Succession has been altered to b3-5 from the data object of business scenario 3 by business scenario 6, and succession has been altered to B1-6 from the object B 1 of substrate scene, and add the data object b6 of oneself, the object now comprised in business scenario 6 is simultaneously:
{B1-6，B2，B3}+{b3-6}+{b6}；
Business scenario 7 comprises the partial data object of substrate scene from the data object that business scenario 4 is inherited, and the data object that business scenario 1,4 increases, and after adding the service data object b7 of oneself, content is:
{B1，B2，B3}+{b1}+{b4}+{b7}；
Business scenario 8 inherits the data object of business scenario 4,5,6, and the service data object oneself increased is b7.After managing conflict with " subfield scape covers father's scene principle ", business scenario 8 contents of object is:
{B1-6，B2，B3}+{b2-5，b3-6}+{b5}+{b6}+{b8}。
As shown in fig. 3 to 7, be that more than one, between scene, inheritance is visual safeguards example in the present invention." inheritance figure " substrate scene in Fig. 3 is shown as default scene, illustrate only two subordinate's subfield scapes of substrate scene: business scenario 1, business scenario 2.First by the scene creation of many scenes display maintenance unit 13 and inherit definition subelement 121 create business scenario 3 in inheritance figure.If this business scenario 3 does not apply for inheritance, become the same level brother scene of business scenario 1,2, as shown in Figure 4; If business scenario 3 to be defined as the subfield scape of business scenario 1,2, then need to apply for inheritance, as illustrated in figs. 5-7.When applying for inheritance, by click-to-call service scene 3 and business scenario 2, propose the dependence application of business scenario 3 pairs of business scenarios 2, " inheritance figure " shows the inheritance in this application with arrow, can the inheritance of continuation application business scenario 3 pairs of business scenarios 1 by sample.Finally by confirming the inheritance of business scenario 3 pairs of business scenarios 1, business scenario 2, in " inheritance figure ", show the inheritance in three business scenarios with another color arrow.After business scenario 3 and inheritance confirm, corresponding object data can be generated by many scenes organization and administration unit 12.
The present invention also provides a kind of many scene informations based on Object-oriented Technique automatically to share method, described many scenes are the some business scenarios based on same substrate scene, and the data object management system of substrate scene and the corresponding class operation system of each business scenario difference and data object thereof, especially, in above-mentioned many scenes, the data object of substrate scene and business scenario comprises fundamental figure object class and application class, wherein basic object class comprises the point of band time mark, line, face key element and topological relation, described application class comprises the Graphics Application object corresponding with whole business activity basic data object.
Shared method of the present invention comprises the following steps:
Figure display and the service data input of man-machine interaction is realized by human-computer interaction interface;
Substrate scene creates business scenario respectively for different business activity, and the succession defined between business scenario and multiple inheritance relation, and the data object of business scenario is changed according to input, and the conflict coordination rule of the data object inherited under succession and multiple inheritance relation (this conflict coordination rule specifically can comprise subfield scape and cover father scene principle, activity duration is principle successively, service logic defining principle and/or man-machine interaction decision principle etc.), succession between above-mentioned business scenario and multiple inheritance relation are shared for realizing the automatic of corresponding data object related data between business scenario,
By human-computer interaction interface display inheritance figure, in inheritance figure, business scenario is shown as node respectively, inheritance is shown as and points to as the directed edge of the business scenario of subfield scape by the business scenario as father's scene;
The graphical interaction operation of data object in business scenario is realized according to the input of human-computer interaction interface.
Above-mentioned substrate scene can be used as special business scenario, and data object is wherein inherited by other all business scenarios, and the business scenario as subfield scape comprises the data object of the business scenario as father's scene; Now this 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.
Above-mentioned shared method also comprises: by creating the node of inheritance figure in human-computer interaction interface, knot removal, directed edge definition, directed edge deletion action, complete respectively the establishment to business scenario, business scenario delete, inheritance definition, inheritance deletion action; Or created by built-in function and/or service routine method of calling, delete succession and multiple inheritance relation between business scenario and definition, deletion management service scene.
Many scene managements framework in the present invention is a kind of many scenes framework, Computerized Information Processing Tech of organizing data object information, managing with Object-oriented Technique feature.The present invention can be applicable to the informatization work of enterprise and government department, as power grid GIS system, Telecom G IS system, urban transportation geographic information systems, urban planning information system, smart city infosystem etc.Particularly after application message technology, management level have General Promotion, the unit more and more urgent to multidisciplinary high-level 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 domain of claim.
Claims (10)
1. the many scene services information sharing platform based on Object-oriented Technique, it is characterized in that, described many scenes are the some business scenarios based on same substrate scene, and the data object management system of described substrate scene and the corresponding class operation system of each business scenario difference and data object thereof, described shared platform comprises many scenes organization and administration unit, many scene display maintenance units, 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 service 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 for the movable establishment business scenario respectively of different business and the succession defined between scene and multiple inheritance relation, succession between described business scenario and multiple inheritance relation for defining the automatic shared relationship realizing data object between business scenario, 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 business scenario according to the input of described human-computer interaction interface, described many scene display maintenance units, for by human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario is shown as node respectively, inheritance is shown as and points to as the directed edge of the business scenario of subfield scape by the business scenario as father's scene, described object-oriented data administrative unit, for according to inherit and multiple inheritance relational implementation as father's scene and subfield scape business scenario between the bottom of corresponding data object related data automatically share.
2. the automatic shared platform of the information of the many scene services based on Object-oriented Technique according to claim 1, it is characterized in that: in described many scenes, the data object of substrate scene and business scenario comprises fundamental figure object class and application class, wherein: described fundamental figure object class comprises point, line, surface key element and the topological relation of band time mark, and described application class comprises the Graphics Application object corresponding with whole business activity basic data object; Described substrate scene is as special business scenario, and data object wherein can be inherited by all business scenarios; Between business scenario, the succession of data object and multiple inheritance relation have directed acyclic graph feature; Described multiple inheritance relation means that a business scenario can inherit the data object of multiple business scenario.
3. the automatic shared platform of the information of the many scene services based on Object-oriented Technique according to claim 2, is characterized in that: described data collision coordinates to cover father's scene principle according to subfield scape in subelement, the activity duration, successively principle, service logic defining principle and/or man-machine interaction decision principle carried out conflict coordination; Described conflict refer to when father's contextual data data object change but in subfield scape corresponding data object quilt scene change time data collision, and subfield scape have multiple father's scene and in each father's scene, corresponding data object is inconsistent time data collision.
4. the automatic shared platform of the information of the many scene services based on Object-oriented Technique 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 inherit definition subelement according to the establishment of described graphics edition subelement or deletion of node operation, increase or delete that directed edge operate that relevant business scenario creates and deletes, inheritance definition and deleting, the business scenario of wherein new establishment comprises data objects all in business scenario corresponding to the node of directed edge starting point; Described scene creation and the support of succession definition subelement create succession and multiple inheritance relation between business scenario 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 based on Object-oriented Technique according to claim 1, it is characterized in that: described shared platform also comprises data object operation administrative unit, entirety for realizing data object in business scenario according to the input of described human-computer interaction interface is inquired about, deletes, is issued operation, and described issue operation refers to the operation data object in business scenario being committed to substrate scene; In the process operating process of data object, as subfield scape business scenario can and data object in all father's scenes can only be seen and alter operation is carried out to it; When the data object in father's scene changes, allly to change the while of corresponding data object based in the subfield scape of this father's scene thereupon.
6. the many scene services information based on Object-oriented Technique shares method automatically, it is characterized in that: described many scenes are the some business scenarios based on same substrate scene, and the data object management system of described substrate scene and the corresponding class operation system of each business scenario difference and data object thereof, described shared method comprises the following steps:
Figure display and the service data input of man-machine interaction is realized by human-computer interaction interface;
Described substrate scene creates business scenario respectively for different business activity, and the succession defined between business scenario and multiple inheritance relation and inherit the conflict coordination rule of data object, the succession between described business scenario and multiple inheritance relation are for defining the automatic shared relationship of corresponding data object related data between business scenario;
By human-computer interaction interface display inheritance figure, in described inheritance figure, business scenario is shown as node respectively, inheritance is shown as and points to as the directed edge of the business scenario of subfield scape by the business scenario as father's scene;
The graphical interaction operation of data object in business scenario is realized according to the input of described human-computer interaction interface.
7. the information of the many scene services based on Object-oriented Technique according to claim 6 shares method automatically, it is characterized in that: in described many scenes, the data object of substrate scene and business scenario comprises fundamental figure object class and application class, wherein basic object class comprises point, line, surface key element and the topological relation of band time mark, and described application class comprises the Graphics Application object corresponding with whole business activity basic data object.
8. the information of the many scene services based on Object-oriented Technique according to claim 6 shares method automatically, it is characterized in that: described substrate scene is as special business scenario, data object is wherein inherited by other all business scenarios, and the business scenario as subfield scape comprises the data object of the business scenario as 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.
9. the information of the many scene services based on Object-oriented Technique 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, knot removal, directed edge definition, directed edge deletion action, complete respectively the establishment to business scenario, business scenario delete, inheritance definition, inheritance deletion action; Or created by built-in function and/or service routine method of calling, delete succession and multiple inheritance relation between business scenario and definition, deletion management service scene.
10. the information of the many scene services based on Object-oriented Technique 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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| CN113780146B (en) * | 2021-09-06 | 2024-05-10 | 西安电子科技大学 | Hyperspectral image classification method and system based on lightweight neural architecture search |
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