CN1635496A - Method for quick implementing graphic service resource management system - Google Patents
Method for quick implementing graphic service resource management system Download PDFInfo
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Abstract
This invention relates to image business material management system method, wherein the system comprises business management system, database and electron map. The method comprises the following steps: processing the map middle parts operation environment alignment and storing the results into the database; realizing the business material management double inquires between the device sources and the electron map according to the alignment results. The alignment results comprise the following: recording each image layer information list structure; establishing connection rules between each image layer and relative business sources; establishing the connection list structure between the body end keys and the image keys.
Description
Technical field
The present invention relates to based on geographical information technology, with the service resource management is the construction technique of the computer information system of purpose, is meant especially a kind ofly can guarantee that the system development personnel incorporate geographical information technology the implementation method of traditional computer information management system quickly and accurately.
Background technology
In the miscellaneous service resource management system, graphically become an important techniques performance assessment criteria, and in geography information being incorporated a service resource management system time, the common difficulty that demand side is right is exactly the perfect adaptation that how to realize service resources and geography information.
At present, nearly all graphical product all relies on a kind of geography information basic platform software development of standard, complete face is to specific business and specific user, unified design and the exploitation of carrying out graphical part with the service part of total system often lays particular emphasis on the integrality that satisfies on the function when design and development.Thereby for a long time, graphical product relative fixed on system architecture because internal system lacks modular design, thereby causes each graphical product to use in limited scope, promptly only only limits to use in specific user's specific area.For example in the graphical product of the resource management of communication engineering, the distribution of patterned people's well, pipeline, cable, cross-connecting box etc. and the inquiry of related resource thereof etc.
This graphical Products Development mode towards specific transactions and specific user, when building new business and user's graphical product, the part that can Gong use is considerably less, all need basically to develop again, thereby development workload is very big again again.On the other hand, for a graphical product that has come into operation, revise difficulty, the change in a place may cause the large-area change of system, and the modification of product and upgrading are all relatively required great effort.
Trace it to its cause, mainly be between patterned realization and the operating information system get in touch too tight, and consider from customer-side, graphically may not be present in the product as an independent parts, but as the part of whole management of product and operation system, patterned various functions will merge with the more direct system of professional domain among.
Shown in Figure 1 is traditional development scheme synoptic diagram of graphical product, this tradition development scheme, be to go up the Application and Development system at geography information basic platform (Mapinfo/MapX), the operation system of application system and map operation function logic and INTERFACE DESIGN module, operation system function design module, map operation function design module overlaps mutually, because each intermodule is not peeled off, has bigger dependence each other, there is coincidence place in intermodule, therefore any change all may cause the large-area change of system, be unfavorable for carrying out the modification and the upgrading of graphical product, also had a strong impact on tempo of development certainly.
Summary of the invention
Purpose of the present invention is exactly in order to overcome the shortcoming of above development scheme, and design the method for the graphical service resource management of a kind of quick realization system, with graphical function and various complicated service logical separation, with the high density that realizes the service resource management system, low coupling exploitation, simultaneously can be by the various flexible configuration instruments that externally provide, towards different applied customization system environmentss.Like this, can be easily graphical function be applied to all and need realizes in the patterned service resource management system, and need not make special pattern development at each service resource management system.
The objective of the invention is to be achieved through the following technical solutions: the method for the graphical service resource management of a kind of quick realization system, comprise service resource management system, database and electronic chart in this system, it is characterized in that comprising:
A. carry out the running environment layoutprocedure of map middleware, configuration result is stored in the described database; Comprise:
A1. the map middleware is placed the development environment of described service resource management system, set up and each service resources each figure layer one to one, obtain the list structure of each figure layer information of record by the management regulation of each service resources;
A2. set up the correlation rule between each figure layer and corresponding service resource, obtain the list structure of correlation rule between entity end major key and figure end major key and set up the list structure that is used to write down entity end major key and figure end major key incidence relation;
A3. between entity end major key and figure end major key, write entity end major key and figure end major key in the list structure of incidence relation;
B. realize inquiring about the process of equipment figure in the electronic chart by device resource in the service resource management system according to configuration result by the map middleware; Comprise
B1. the map middleware obtains the figure end major key of certain equipment in electronic chart in the service resource management system by the list structure of correlation rule between query graph layer information table structure, entity end major key and figure end major key and the incidence relation list structure of entity end major key and figure end major key;
B2. the map middleware sends to electronic chart with the figure end major key of certain equipment in electronic chart in the service resource management system that obtains, and electronic chart obtains the positional information of this equipment on electronic chart according to this figure end major key;
C. realize process by the map middleware according to configuration result by device resource in the equipment figure inquiry business resource management system in the electronic chart; Comprise
C1. the map middleware is by the list structure of correlation rule between query graph layer information table structure, entity end major key and figure end major key and the incidence relation list structure of entity end major key and figure end major key, the entity end major key of equipment in the service resource management system on certain position in the electron gain map;
C2. the map middleware sends to the service resource management system with the entity end major key of equipment in the service resource management system on certain position in the electronic chart that obtains, the service resource management system obtains the resource information of this equipment in the service resource management system according to this entity end major key, and shows.
The present invention is by building the map middleware product, equipment resource information in the service resource management system (entity end major key) and the positional information (figure end major key) of equipment in electronic chart are associated, just can build the graphical product of a certain service resource management easily, the mutual inquiry between this device location information in equipment resource information and the electronic chart in the realization service resource management system.
In sum, the method for the graphical resource management system of quick realization provided by the invention has following characteristics:
Patterned function is peeled off out fully from professional resource management system, divide and smelting it;
Use graphical product provided by the invention, can set up various resource management systems apace, particularly can realize integrated with the existing business system easily based on figure;
Handle by the specialization to the general graphical platform, quickened the construction of graphical resource management system from another aspect, the developer no longer needs to understand the details that graphical function realizes, thereby greatly reduces the difficulty of system development.
Effect from the inventive method, can set up the contact with multiple business resource management systems such as roads (highway, railway, subway, light rail etc.), city telecommunications (people's well, pipeline, cable, cross-connecting box etc.), pipeline (tap water, sewage, heating installation, rock gas etc.), electrical network, in electronic chart, realize the graphically managing of all resources easily.
Description of drawings
Fig. 1 is traditional development scheme synoptic diagram;
Fig. 2 the present invention adopts the development scheme synoptic diagram of map middleware;
Fig. 3 is the FB(flow block) of correlation rule between foundation of map middleware and business application system;
Fig. 4 is integrated into FB(flow block) in the business application system with graphing capability;
Fig. 5, Fig. 6 are the present invention realizes bidirectional inquiry by middleware processes, wherein Fig. 5 obtains the FB(flow block) of its device attribute information in business application system by middleware by a certain equipment in the electronic chart, and Fig. 6 is the FB(flow block) that is obtained equipment position in electronic chart by middleware by certain equipment to be positioned in the business application system;
Fig. 7 is the present invention realizes the resource graphics management in electronic chart an application synoptic diagram.
Embodiment
Below in conjunction with the utilization of the inventive method in telecommunication line resource management system, technical scheme of the present invention is elaborated.
Because existing closely, application system and customer service get in touch, though graphical part has not directly related to the professional of resource management own among the present invention, but closely related with resource kind or Resource Properties information, therefore graphical parts must have good versatility to adapt to this diversified demand.
In graphical system, the figure layer is corresponding one by one with resource, is the set of system organization graph data.Each figure layer is represented a kind of resource, such as the mileage chart layer, shows on this figure layer and is writing down roads all in the appointed area.Again such as people's well figure layer, on this figure layer, show and the record appointed area in the somebody of institute well.And electronic chart is used to store the stack with the figure layer that shows different atural objects often.
Before applying the present invention to the miscellaneous service resource management system, at first need to set up the annexation between graphics part and background data base; Next needs the user to utilize the configuration tool of visual figure layer, defines the scope of resource management, and promptly by visual interface, the operational factor of configuration-system is promptly carried out the running environment configuration of map middleware.For different service resource management systems, what graphical parts were exerted an influence mainly is the different resource of being managed.The different differences that all can cause figure layer setting in system environments of resource quantity and kind, the difference of resource kind also can cause various resources in the pro forma difference of graphical representation in addition, as graphic style feature, legend, the demonstration visual field etc.
The present invention notes the final configuration result of user with the storage mode of appointment in database, support defining again of scope of resource in the future simultaneously, to satisfy deepening continuously and expand of system management content.Application system will dynamically bind on the electronic chart that needs (graph position data) according to the resource information of above configuration, and embodies in the application system that embeds.
After having finished above-mentioned configuration operation, the user also needs to use the configuration tool of correlation rule, for all resource apparatus on the above-mentioned electronic chart that joins in the system are set up the corresponding relation between resource data in a kind of and the service resource management system.Here, electronic chart record and the just geographical location information of each equipment that shows, it shows on electronic chart intuitively by a kind of mode of graphical symbol, but the user obtains the more detailed information of a certain resource apparatus on more relevant electronic charts if desired (as a road information, the title of this road, the grade of road, the flow of road etc.), just need in relevant service resource management system, search, and this so-called Resource Properties information is recorded in the database with the form of table data often, be to realize this searching, be every kind of resource attribute data and resource graphics data (figure layer) and set up corresponding relation by the list structure corresponding relation of setting up in advance.
Utilize visual configuration tool, the process of setting up correlation rule is very simple, key is its internal processes: the user need set up correlation rule for each resource of being concerned about, each bar correlation rule all comprises two parts content, figure end major key identification information (is a figure end identification information, the internal number of statement equipment in electronic chart) with entity end major key (being entity end identification information, the internal number of statement equipment in the service resource management system).Figure end major key information definition the unique identification of every kind of resource apparatus in electronic chart, such as the major key of a numeric type, be used to distinguish the different resource on the same figure layer; Entity end major key information definition the unique identification of resource in database of same kind, be used to write down the major key of related resource AIT often in the database.
The present invention writes down the correlation rule of every kind of resource in the correlation rule table, also be used to write down the database table (incidence relation) of this related information simultaneously for each asset creation, in order to preserve the associated data that produces according to the correlation rule of every kind of resource.Such related information has been arranged, system just is not difficult to realize the bidirectional inquiry of resource: promptly according to the major key (being certain resource graphics end major key information) of pel on the electronic chart, find corresponding correlation rule by resource class under determining this pel again, inquire entity end major key with this figure element according to correlation rule again, further from professional resource management system, obtain the attribute information of this equipment; Or known device entity end major key, entity end major key and entity type (resource type) are passed to the map middleware, just can determine corresponding correlation rule by the resource type of importing into, thereby inquire and pel that this entity is associated, further obtain the positional information of this equipment on electronic chart.
Guaranteeing to greatest extent geography information with when operation system is separated, consider that present system great majority all are to solve patterned problem by secondary development tool and environment that geographical information platform provides, but a subject matter of secondary development tool be it for domestic consumer too the difficulty.For the user who uses graphical system, a lot of users just need the partial function of geographical information platform, large and complete software often is not that the user is desired, and how the graphical function of geographical information platform is merged with the cost of the minimum professional system software with oneself, common development is only the thing that the user is concerned about the most.Also just be based on this specialized consideration, the present invention for the secondary development user integrated multiple graphical operation commonly used, all graphical demands relevant with resource management have almost been contained in these operations, and with the form opening of interface function and method to the user.Wish location one device resource in patterned media such as the user, only need call the corresponding interface power function, and the type and the primary key expression of equipment imported in the product as parameter value, operations such as other inquiry, location, demonstration are all transferred to the present invention and are finished.By our figure middleware product, the user can equally can develop the application software with abundant patterns function apace under the situation of not understanding graphic platform.
Further specify technology of the present invention below in conjunction with accompanying drawing.
Referring to Fig. 2, the present invention shown in the figure adopts the development scheme of map middleware.The present invention is based on geography information basic platform (MapInfo/MapX) and realize a map middleware, this map middleware makes the equipment resource information (finding by the entity end major key of equipment in the service resource management system) in the service resource management system be associated with the positional information (finding by the figure end master of equipment in electronic chart is strong) of this equipment in electronic chart.
By the map middleware being placed among the development environment of business application system, use the database that is provided to connect configuration tool, specify the database that connects, the user and the password that connect database are set, by the private NNI that system database provides, set up being connected of background data base of map middleware and appointment.
Be example with the management systemof telecommunication resources below, the operation layoutprocedure of map middleware of the present invention is described.With reference to the management systemof telecommunication resources standard, use the configuration tool of figure layer, set up each relevant figure layer information successively, as the people's well layer in the management systemof telecommunication resources, pipe layers, cable floor, cross-connecting box layer etc., to each figure layer, the user need provide following information: the title of resource, graphic feature etc. are recorded in these information in the background data base, tell that promptly which equipment pel the map middleware need manage, and determines the resource management scope of map middleware.
Table 1 is the list structure (table 1 record All Layers information, figure layer of a behavior) that example illustrates map middleware record diagram layer information with people's well layer:
Table 1
| Explanation of field | Example |
| Figure layer internal number | 1 |
| Figure layer title | People's well layer |
| The correlation rule internal number | 1 |
| Graphic style information | |
| ?…… | …… |
The correlation rule internal number that it should be noted that this moment is for empty.
After finishing above-mentioned preliminary work, ensuing task is set up the map middleware exactly, and promptly the correlation rule of each figure layer and service resource management system is realized by designing a kind of list structure of describing correlation rule, (table 2 record All Layers information, a figure layer delegation) as shown in table 2:
| Explanation of field | Example |
| The correlation rule internal number | 1 |
| Related table name | MAP_MANHOLE |
| Figure end major key, the centre separates with separator | MAP_OBJECT_ID |
| Entity end major key, the centre separates with separator | MANHOLE_ID |
Still be the process of setting up of example instruction card 2 with people's well, as shown in Figure 3:
Step 301, the user sends the request of setting up correlation rule for people's well to the map middleware, and this people's well is alleged resource apparatus of the present invention or graphics device;
Step 302, middleware is received request, for the user provides operation interface (newly-built guide);
Step 303, the user determines to be used for the table name of recorder's well Resource Properties information by operation interface in the service resource management database, as MANHOLE;
Step 304, the user determines related table name in the table 2 according to this table name, as MAP_MANHOLE, determines its entity end major key, as MANHOLE_ID, with the figure end master end that becomes one-to-one relationship with it, as MAP_OBJECT_ID;
Step 305, the map middleware is received user's affirmation, determine the correlation rule internal number of this people's well equipment, simultaneously the correlation rule internal number is write in the table 1, related table name, correlation rule internal number, figure end major key (descriptor), entity end major key (descriptor) information that above-mentioned steps is determined all deposit in the database;
Step 306, the map middleware is according to the descriptor of above-mentioned correlation rule, just can create the list structure (promptly writing down the resource associated data table of related information) that is used for recorder's well entity end major key and figure end major key incidence relation, as shown in table 3, but the table in data ablation process as shown in Figure 4.
Table 3
| Map_OBJECT_ID (figure end major key) | MANHOLE_ID (entity end major key) |
| 1 | 1001 |
| …… | …… |
Referring to Fig. 4, shown in the figure graphing capability is integrated into the flow process in the service resource management system.After having finished above-mentioned configuration (table 1 is to table 3) work, system has just possessed the basic platform condition that realizes graphical resource management, and what next will do is exactly the function that how to realize figure in the map middleware system that embeds.With the correlation rule by above-mentioned establishment, the incidence relation of setting up people's well equipment pel and this people's well equipment resource information is the example explanation.
Step 401, sending to the map middleware is the request of a certain given graphics device such as 1# people's well foundation association;
For after equipment figure (pel) and device resource set up above-mentioned incidence relation, just be not difficult to realize to search equipment resource information (Fig. 5) and realize the location (Fig. 6) of device resource in electronic chart by the equipment pel in the electronic chart.
Referring to Fig. 5, search the attribute information of this device resource by the graphics device in the electronic chart, concrete steps are as follows:
Referring to Fig. 6, search the position of this equipment in electronic chart by certain resource apparatus in the business application system, concrete steps are as follows:
This 1# people's well equipment is searched and located to step 607, map middleware in electronic chart by the geography information basic platform.
Referring to Fig. 7, the present invention shown in the figure realizes the application synoptic diagram of resource graphics management in electronic chart.Computing machine among the figure shown in 71 is used for that base map changes over to and drawing safeguards that computing machine shown in 72 is the client PC, is application program running environment, as the operation telecommunication line resource management system, also is map middleware of the present invention.Shown in 73 minicomputers such as IBM, DEC, HP, management database, wherein RDBMS ORACLE storage form data and management information, electronic map information is stored in graphic file and the storage directory database.Base map changes over to, service equipment 71 is connected with minicomputer 73 by LAN (Local Area Network) with client 72.
The present invention is by design map middleware, set up graphical associated data, resource apparatus in the service resource management system and the graphics device in the electronic chart are associated, thereby can easily graphical function be applied to all need realize in the patterned service resource management system, not only be convenient to product development, also be convenient to upgrade with new and create.
Claims (11)
1. the method for the graphical service resource management of a quick realization system comprises service resource management system, database and electronic chart in this system, it is characterized in that comprising:
A. carry out the running environment layoutprocedure of map middleware, configuration result is stored in the described database; Comprise:
A1. the map middleware is placed the development environment of described service resource management system, set up and each service resources each figure layer one to one, obtain the list structure of each figure layer information of record by the management regulation of each service resources;
A2. set up the correlation rule between each figure layer and corresponding service resource, obtain the list structure of correlation rule between entity end major key and figure end major key and set up the list structure that is used to write down entity end major key and figure end major key incidence relation;
A3. between record entity end major key and figure end major key, write entity end major key and figure end major key in the list structure of incidence relation;
B. realize inquiring about the process of equipment figure in the electronic chart by device resource in the service resource management system according to configuration result by the map middleware; With
C. realize process by the map middleware according to configuration result by device resource in the equipment figure inquiry business resource management system in the electronic chart.
2. the method for the graphical service resource management of quick realization according to claim 1 system is characterized in that: described map middleware is based on that the geography information basic platform realizes.
3. the method for the graphical service resource management of quick realization according to claim 1 system is characterized in that: in the described steps A 1, described figure layer information is to use visual figure layer configuration tool to set up.
4. the method for the graphical service resource management of quick realization according to claim 1 system, it is characterized in that: in the described steps A 1, in the described figure layer information table structure, comprise figure layer title, figure layer internal number, correlation rule internal number and graphic style information.
5. the method for the graphical service resource management of quick realization according to claim 1 system is characterized in that setting up the correlation rule list structure in the described steps A 2 comprises:
A21. according to the request of setting up a certain device association rule, determine the table name of this device attribute of record in the service resource management system, and determine the related table name of this equipment in the map middleware according to this table name;
A22. determine the correlation rule descriptor of correlation rule internal number and definite this equipment, also the correlation rule internal number is recorded in the described figure layer information table structure simultaneously;
A23. determine the descriptor of correlation rule according to figure end major key and entity end major key.
6. the method for the graphical service resource management of quick realization according to claim 1 system, it is characterized in that in the described steps A 3, between record entity end major key and figure end major key, write entity end major key and figure end major key in the list structure of incidence relation, comprising:
A31. the map middleware response request of setting up incidence relation for a certain equipment, set up with described service resource management system alternately;
A32. in the map between part according to the type of equipment to be associated, obtain the correlation rule internal number by inquiring about described figure layer information table structure, and in described correlation rule list structure, obtain the correlation rule descriptor of this equipment according to the correlation rule internal number;
A33. the map middleware is determined the figure end major key of this equipment according to the correlation rule descriptor;
A34. the figure end major key of the entity end major key of the equipment to be associated that provides according to the service resource management system between part in the map and steps A 33 acquisitions writes described incidence relation.
7. the method for the graphical service resource management of quick realization according to claim 6 system is characterized in that in the described steps A 34, inserts statement by data-base recording figure end major key and entity end major key are write in the incidence relation list structure.
8. the method for the graphical service resource management of quick realization according to claim 1 system is characterized in that being realized further comprising following treatment step by the process of device resource query facility figure by the map middleware among the described step B:
B1. the map middleware obtains the figure end major key of certain equipment in electronic chart in the service resource management system by the list structure of correlation rule between query graph layer information table structure, entity end major key and figure end major key and the incidence relation list structure of entity end major key and figure end major key;
B2. the map middleware sends to electronic chart with the figure end major key of certain equipment in electronic chart in the service resource management system that obtains, and electronic chart obtains the positional information of this equipment on electronic chart according to this figure end major key.
9. the method for the graphical service resource management of quick realization according to claim 8 system, it is characterized in that described step B1, be earlier by the type of service resource management system according to resource apparatus, be interpreted as figure layer internal number and definite this equipment entity end major key in the service resource management system that the map middleware can be discerned; Import the map middleware by the service resource management system into by scheming layer internal number and entity end major key again with the interface of middleware.
10. the method for the graphical service resource management of quick realization according to claim 1 system is characterized in that the process by equipment figure query facility resource described in the described step C, further comprises following treatment step;
C1. the map middleware is by the list structure of correlation rule between query graph layer information table structure, entity end major key and figure end major key and the incidence relation list structure of entity end major key and figure end major key, the entity end major key of equipment in the service resource management system on certain position in the electron gain map;
C2. the map middleware sends to the service resource management system with the entity end major key of equipment in the service resource management system on certain position in the electronic chart that obtains, the service resource management system obtains the resource information of this equipment in the service resource management system according to this entity end major key, and shows.
11. the method for the graphical service resource management of quick realization according to claim 10 system, it is characterized in that described step C1, be first, obtain the figure layer internal number and the entity end major key thereof of selected device by the geography information basic platform by the equipment in the map middleware basis electronic chart of choosing.
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Family Cites Families (2)
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| US7308117B2 (en) * | 2000-02-04 | 2007-12-11 | National Science And Technology Development Agency | System and method for manipulating information and map for geographical resource management |
| JP2003167919A (en) * | 2001-11-28 | 2003-06-13 | Jekku:Kk | Linking processing system of geographical information and document file information |
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| CN101930470A (en) * | 2010-09-07 | 2010-12-29 | 上海盈隽实业有限公司 | Urban power network geographic information system and urban pipeline geographic information system |
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| CN103106238A (en) * | 2012-12-10 | 2013-05-15 | 广州市飞元信息科技有限公司 | Service system for supporting user self definition and thereof |
| WO2014089871A1 (en) * | 2012-12-10 | 2014-06-19 | 广州市飞元信息科技有限公司 | Service system supporting user definition and operation method thereof |
| CN103106238B (en) * | 2012-12-10 | 2016-12-21 | 广州市飞元信息科技有限公司 | The user-defined operation system of a kind of support and operational approach thereof |
| CN106202510A (en) * | 2016-07-21 | 2016-12-07 | 柳州龙辉科技有限公司 | A kind of general graphical analysis system |
| CN109191576A (en) * | 2018-09-06 | 2019-01-11 | 宁波睿峰信息科技有限公司 | A kind of figure layer classification method that architectural drawing is converted to three-dimensional BIM model |
| CN110276022A (en) * | 2019-05-31 | 2019-09-24 | 北京摩拜科技有限公司 | Maps processing method, apparatus, equipment, map middleware and readable storage medium storing program for executing |
| CN110276022B (en) * | 2019-05-31 | 2021-07-27 | 汉海信息技术(上海)有限公司 | Map processing method, device, equipment, map middleware and readable storage medium |
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