CN107766396A - resource data management method and device - Google Patents
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- CN107766396A CN107766396A CN201710125134.XA CN201710125134A CN107766396A CN 107766396 A CN107766396 A CN 107766396A CN 201710125134 A CN201710125134 A CN 201710125134A CN 107766396 A CN107766396 A CN 107766396A
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Abstract
The present invention relates to a kind of resource data management method and device.Methods described includes obtaining newly-increased resource data, the field attribute of the newly-increased resource data of extraction, newdata model is generated according to field attribute, create the newly-built node with newdata model interaction, newly-built node is added to the data management page, when obtaining the selection instruction of newly-built node in the data management page, newly-increased resource data is read according to the node path of newly-built node and searches newdata model, newly-increased resource data is generated into list according to newdata model and is showed in the data management page.Above-mentioned resource data management method and device simplify the workload and repeated labor of data management exploitation, are easy to user to be operated and managed.
Description
Technical field
The present invention relates to areas of information technology, more particularly to a kind of resource data management method and device.
Background technology
At present, all there are ample resources data in the various product of major medium-sized and small enterprises, and enterprise typically uses data management
Device is stored and managed to resource data, but the content and data type due to the resource data of every kind of product are all not to the utmost
It is identical, and traditional data administrator is developed according to certain types of being customized property of resource data, can not be to difference
The resource data of type carries out unitized overall development management.And the exploitation work of front and back will be carried out by often carrying out a kind of new resource data
Make, no small development amount, inhomogeneity all be present from database design, back load operation computer subsystem, foreground coding, administration page design etc.
The resource data of type needs to be designed to different administration pages, the exploitation design of administration page and the exploitation design on corresponding backstage
A large amount of repetitive operations be present, take time and effort very much.In addition, the administration page of resource data is excessively unfavorable for the inquiry of data
And management.
The content of the invention
Based on this, it is necessary to design and develop workload greatly for above-mentioned data administrator and data query is inconvenient asks
Topic, there is provided a kind of resource data management method and device.
A kind of resource data management method, methods described include：
Obtain newly-increased resource data；
The field attribute of the newly-increased resource data of extraction；
Newdata model is generated according to field attribute；
Create the newly-built node with newdata model interaction；
Newly-built node is added to the data management page, when the selection instruction that newly-built node is obtained in the data management page
When, newly-increased resource data is read according to the node path of newly-built node and searches newdata model, by newly-increased resource data root
List is generated according to newdata model and is showed in the data management page.
In one of the embodiments, method also includes：
Newdata model is stored；
Field attribute is matched with the field attribute of built data model；
When the matched data model matched completely with field attribute in built data model be present, establishment and coupling number
According to the newly-built node of model interaction.
In one of the embodiments, method also includes：
The data name of the newly-increased resource data of extraction；
Data name is matched with the nodename of the built node of matched data model interaction, when in built node
During in the presence of the matched node matched with data name, newly-increased resource data is stored according to the node path of matched node.
In one of the embodiments, method also includes：
Newdata model is stored；
Field attribute is matched with the field attribute of built data model；
When the part field attributes match of field attribute and built data model, newdata is generated according to field attribute
Model, according to newdata model and the built data model generation model matched with the field attribute part of newdata model
Recommend interface；
Recommend interface to be labeled the field attribute not matched in model and show model manipulation option；
Reception chooses instruction to model manipulation option, the model manipulation according to corresponding to performing operational order.
In one of the embodiments, model manipulation option comprises at least model and disables option, the storage of newdata model
In Model Matching storehouse；Reception chooses instruction to model manipulation option, the model manipulation according to corresponding to performing operational order
Step includes：
When choosing instruction of option is disabled to model when receiving, built data model is deleted from Model Matching storehouse.
A kind of resource data managing device, described device include：
Data acquisition module, for obtaining newly-increased resource data；
Property extracting module, for extracting the field attribute of newly-increased resource data；
The newly-built module of model, for generating newdata model according to field attribute；
Node creation module, for creating the newly-built node with newdata model interaction；
Data management module is new when being obtained in the data management page for newly-built node to be added into the data management page
When building the selection instruction of node, newly-increased resource data is read according to the node path of newly-built node and searches newdata model,
Newly-increased resource data is generated into list according to newdata model and is showed in the data management page.
In one of the embodiments, device also includes：
Model memory module, for newdata model to be stored；
Attribute matching module, for field attribute to be matched with the field attribute of built data model；
Creation module is matched, for when the matched data mould that is matched completely with field attribute in built data model being present
During type, the newly-built node with matched data model interaction is created.
In one of the embodiments, device also includes：
Title extraction module, for extracting the data name of newly-increased resource data；
Name-matches module, for the nodename of data name and the built node of matched data model interaction to be carried out
Matching, when the matched node matched with data name in built node be present, by newly-increased resource data according to matched node
Node path is stored.
In one of the embodiments, device also includes：
Model memory module, for newdata model to be stored；
Attribute matching module, for field attribute to be matched with the field attribute of built data model；
Recommend interface module, for when the part field attributes match of field attribute and built data model, according to word
Section attribute generation newdata model, is matched according to newdata model and with the field attribute part of newdata model
Build data model generation model and recommend interface；
Option display module, for recommending interface to be labeled the field attribute not matched in model and showing that model is grasped
Make option；
Operation executing module, instruction is chosen to model manipulation option for receiving, according to corresponding to performing operational order
Model manipulation.
In one of the embodiments, model manipulation option comprises at least model and disables option, the storage of newdata model
In Model Matching storehouse；Operation executing module be used for when receive to model disable when choosing instruction of option, by built data
Model is deleted from Model Matching storehouse.
Above-mentioned resource data management method and device, by being extracted to the field attribute of resource data, according to field
Attribute automatically generates corresponding newdata model, and creates the newly-built node associated with newdata model, in data pipe
Reason the page node is managed collectively, the node path of node corresponds to storage location of the resource data in database, when with
Resource data corresponding to node path, and acquisition and node are read in database when the data management page selects node in family
The data model information of association, resource data is generated into the list of corresponding form according to data model and is illustrated in data management page
Face, it can be realized by the data management page and unified query and management are carried out to polytype data, enormously simplify data
The workload and repeated labor of management development, are easy to user to be operated and managed.
Brief description of the drawings
Fig. 1 is the applied environment figure of resource data management method in one embodiment；
Fig. 2 is the flow chart of resource data management method in one embodiment；
Fig. 3 is the flow chart of the Model Matching step of resource data management method in one embodiment；
Fig. 4 is the flow chart of the node matching step of resource data management method in one embodiment；
Fig. 5 is the flow chart of the recommendation page generation step of resource data management method in one embodiment；
Fig. 6 is the structural representation of resource data managing device in one embodiment；
Fig. 7 is the structural representation of resource data managing device in another embodiment；
Fig. 8 is the structural representation of resource data managing device in another embodiment；
Fig. 9 is the structural representation of resource data managing device in further embodiment；
Figure 10 is the structural representation of terminal in one embodiment.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that specific embodiment described herein is only to explain the present invention, not
For limiting the present invention.
Resource data management method provided in the embodiment of the present invention can apply to application environment as shown in Figure 1
In.Server 102 passes through network connection with multiple terminals 104.Database is deployed with server 102.Terminal 104 is to server
102 send resource data and resource data store instruction, and server 102 receives resource data and resource data store instruction, and
Instructed according to resource data store by resource data write into Databasce.Terminal 104 sends resource data to server 102 and obtained
Request and terminal iidentification, the resource data and terminal iidentification that the receiving terminal 104 of server 102 is sent, server 102 is according to resource
Data acquisition request read from database corresponding to resource data, and resource data is sent to accordingly according to terminal iidentification
Terminal 104.Data message thus, it is possible to realize database in more shared server 102 of station terminal 104.
Referring to Fig. 2, Fig. 2 is the flow chart of resource data management method in one embodiment, in this embodiment with this
Method is applied to illustrate exemplified by the terminal in Fig. 1, and this method specifically includes following steps：
Step 210, newly-increased resource data is obtained.
Newly-increased resource data is the newly-increased data file that user imports from resource data administration page, and newly-increased data can be
Various types of resource datas, terminal obtain the newly-increased resource data imported.
Step 220, the field attribute of newly-increased resource data is extracted.
Field attribute includes the field type of corresponding field under field name and field name, the newly-increased number that terminal-pair imports
Analyzed according to the data field in file, and the field name of data field and field type are extracted.
In one embodiment, it is further comprising the steps of before step 220 is performed：
Terminal judges whether the file type of newly-increased resource data is normative document type, if so, performing step 120；If
No, the file type of newly-increased resource data is converted into normative document type by terminal.
Generally, it is excel forms to be provided from resource according to the file type of the newly-increased data file of administration page importing
Formfile or txt text formattings document files, first data in file in each column data are the word of this column data
Name section, when terminal carries out field attribute extraction, the first row data in file are extracted as field name, and is known
The data type of corresponding data is as field type under not each field name.
In this embodiment, it is excel forms and txt forms by normative document type set, if the newly-increased number of resources imported
According to for other kinds of file, such as the file of word, pdf type, the file of word, pdf type is first converted into excel forms
Or txt forms, specifically, terminal can be by calling file crossover tool or conversion program to be changed file type.
In other embodiment, normative document type can also be alternative document type.
Step 230, newdata model is generated according to field attribute.
Terminal generates newdata model according to the field name and field type extracted, it can be understood as data model
It is that the data structure of different types of resource data is stored, a data model corresponds to a kind of resource data type.
For example, physical examination Information Data model is as shown in Table 1：
Table one：
| Field name | Field type |
| Name | Text |
| Sex | Text |
| Date | Date |
| Height | Number |
| Body weight | Number |
| Blood pressure | Number |
Physical examination Information Data model stores the data structure for the resource data that resource data type is physical examination information, model
Each field name correspond to resource data each column data, each field type be per column data data type, body
The resource data for examining result type shares name (Text, text-type), sex (Text, text-type), date (Date, date
Type), height (Number, numeric type), body weight (Number, numeric type) and blood pressure (Number, numeric type) totally 6 column data.
Step 240, the newly-built node with newdata model interaction is created.
After the generation of newdata model, terminal creates newly-built node, and newly-built node is associated with newdata model, eventually
End can search data model associated with it by node.The attribute of node includes nodename, node path and associates mould
Type.Nodename can be identical with the title of the resource data of importing, can also according to associated data model automatic numbering,
Preferably, nodename is conveniently inquired about resource data using the title of the resource data imported by node.
When creating newly-built node, the request of terminal to server sending node path allocation, server is according to node path point
The storage location of distribution is obtained from database with the data model associated by the newly-built node in request, by the road of storage location
Footpath is as newly-built node path and is sent to terminal, i.e., the storage location that node path corresponds in database purchase region, wound
After building newly-built node, newly-increased resource data and node path are sent to server by terminal, and server will be new according to node path
Spend more money on the respective memory locations in source data write into Databasce.In the present embodiment, database is disposed on the server.Another
In individual embodiment, database is deployed in the storage and inquiry for carrying out data resource in terminal for local terminal.
In one embodiment, database uses Mongodb databases (distribution type file data storage storehouse), Mongodb
The data structure that database is supported is very loose, the file of different structure can be stored in same lane database, and
The performance of Mongodb databases is high, easily deployment and easily use.In one embodiment, the node same data model associated
Store in the same data acquisition system into database, the node of different pieces of information model interaction stores the different pieces of information into database
In set.
Step 250, newly-built node is added to the data management page, when the choosing that newly-built node is obtained in the data management page
When selecting instruction, newly-increased resource data is read according to the node path of newly-built node and searches newdata model, by newly-increased resource
Data generate list according to newdata model and are showed in the data management page.
Newly-built node is added to the data management page by terminal, and the data management page is managed collectively and grasped to node
Make.When user is selecting newly-built node on the data management page, terminal obtains the selection instruction of newly-built node, and obtains newly-built
The node path of node, searched according to node path from database corresponding to newly-built resource data storage location and read new
Source data is spent more money on, terminal searches the newdata model associated with newly-built node, by newly-increased resource data according to newdata mould
The form of the data structure building data form of type storage is simultaneously shown in the data management page.
In one embodiment, also wrapped after in the step of selection instruction of the newly-built node of data management page acquisition
Include：Search the field name of the new established model of newly-built node association and generate field selection option and be shown in the data management page.
User can be selected field name on the data management page, and terminal obtains the selection instruction of field name
Afterwards, by the newly-increased resource data read out according to data structure building list corresponding to the field name of selection in data management page
Face is shown, i.e., only the data management page show user selection field name corresponding to data, facilitate user to want
The data message of acquisition is searched.
In one embodiment, deletion to node, union operation option are provided in the data management page, when user selects
When knot removal operates type selecting, after terminal obtains knot removal instruction, the node path of node is obtained, according to node path from number
According to the storage location that resource data corresponding to node is searched in storehouse, corresponding resource data is deleted from database.Work as user
When carrying out the union operation of multiple nodes, user selectes host node and home node, and terminal obtains host node and home node
Node path, and the storage location in database of resource data corresponding to host node and home node is searched, by home node
Corresponding resource data is moved to after storage location corresponding to host node, and by the nodename of merge node set based on save
The nodename of point.
Resource data management method in above-described embodiment mode, the field attribute of terminal-pair resource data are extracted,
The newdata model according to corresponding to automatically generating field attribute, and the newly-built node associated with newdata model is created,
Node is managed collectively in the data management page, the node path of node corresponds to storage position of the resource data in database
Put, when user selects node in the data management page, resource data corresponding to node path is read in database, and obtain
The data model associated with node, that is, the data structure information of data model storage is obtained, by resource data according to data model
Sheet format corresponding to the data structure information generation of storage is simultaneously illustrated in the data management page.Thus, user can pass through number
Unified query and management are carried out to polytype resource data according to administration page, the data query and management for simplifying user are grasped
Make.And different types of resource data need not be managed the page and backstage storage design and develop, greatly simplify
The workload and repeated labor of data management exploitation.
In one embodiment, the step of this method also includes being stored on newdata model.
Terminal stores the newdata model of generation into database, to being stored in database after step 230 is performed
Built data model be updated.
In one embodiment, this method also includes：Newdata model is added to the model pipe of the data management page
Module is managed, the step can be performed before the step of newdata model is stored, can also entered in newdata model
Performed after the step of row storage.
In one embodiment, by newdata model be added to the data management page model management module the step of it
Also include the title that prompting user inputs newdata model afterwards, the title of data model can react its corresponding resource data
Type.
The newdata model of generation is added to the management module of the page by terminal, when user selects newdata model
The field attribute information of newdata model is shown during model name, facilitates user to look into built data model
See, while facilitate the type of resource data present in user's understanding data management page.
In the present embodiment, as shown in figure 3, this method also includes following Model Matching step：
Step 222：Field attribute is matched with the field attribute of built data model.
In the present embodiment, before step 230 is performed, terminal is by the field attribute and database of newly-increased data resource
Storage built data model matched, specifically, terminal first by the field name of the newly-increased data resource extracted with
The field name for building data model is matched, if match field name completely the same built data model, then is judged
Whether field type is consistent corresponding to each field name, if unanimously, in built data model existing complete with field attribute
The matched data model of matching, perform step 224；If the field name and the field name of built data model of newly-increased data resource
Claim completely mismatch, part match, or field name completely matching but field name corresponding to field type it is inconsistent when, hold
Row step 230.
Step 224：Create the newly-built node with matched data model interaction.
Terminal creates the newly-built node that correlation model attribute is matched data model, can be found by newly-built node
Model information with data model.
In one embodiment, the storage location in database corresponding to the node path of newly-built node is association coupling number
According to the data acquisition system where all nodes of model, terminal will to server, server by newly-increased resource data and node path
Newly-increased resource data store is into the data acquisition system.
In above-described embodiment, terminal is by the way that newdata model is stored into database, constantly by the number in database
It is updated according to model and perfect, and after the newly-increased resource data that user imports is obtained, by the field of newly-increased resource data
Attribute is matched with built data model, when matching the completely the same matched data model of field attribute, is directly created
With the node of matched data model interaction, the newdata mould for avoiding generation from being repeated with data model stored in database
Type, so as to optimize the storage of newly-increased resource data and page management process.
In one embodiment, as shown in figure 4, this method also includes following node matching step：
Step 215：The data name of the newly-increased resource data of extraction.
Data name is the file name for the newly-increased resource data that user imports, after step 210 is performed, terminal extraction
The data name of newly-increased resource data.In the present embodiment, the nodename using data name as resource data corresponding node.
Step 223：Data name is matched with the nodename of the built node of matched data model interaction.
After terminal performs step 222, if the matched data matched completely with field attribute in built data model be present
During model, terminal obtains the nodename with all built nodes of matched data model interaction, and judge be in built node
The no consistent matched node of data name that nodename be present and extract, if in the presence of obtaining the node path of matched node simultaneously
Perform step 225；If being not present, step 224 is performed：Create the newly-built node with matched data model interaction.
The data name of newly-increased resource data is consistent with the nodename of built node to show that newly-increased resource data is data
The supplement of the resource data stored in storehouse updates the data.
Step 225：Newly-increased resource data is stored according to the node path of matched node.
Node path and newly-increased resource data are sent to server by terminal, server by newly-increased resource data store to
With storage location corresponding to node, resource data addition will be increased newly and stored to existing resource data.
, will be new when the matched data model matched completely with field attribute in data model be present in above-described embodiment
The data name for spending more money on source data is matched with the built node for associating matched data model, when matched node be present, directly
Connect and stored newly-increased resource data according to the node path of matched node, without newly-built node, avoid identical by two
Resource data file be created as associating with unified data model and two nodes of nodename identical, so as to avoid to
Family consults data and causes to perplex, and facilitates user to check resource data, also make it that the storage form of resource data is compacter, can
Effectively utilize memory space.
In one embodiment, the step of this method also includes being stored on newdata model.Terminal is performing step
After rapid 230, the newdata model of generation is stored into database, the built data model stored in database is carried out more
Newly.
In the present embodiment, as shown in figure 5, this method also includes following recommendation page generation step：
Step 222：Field attribute is matched with the field attribute of built data model.
In the present embodiment, before step 230 is performed, terminal by the field name of the newly-increased data resource extracted with
The field name of built data model is matched, and judges whether field type is consistent corresponding to each field name.When newly-increased
The field name and field type of data resource and built data model Incomplete matching, but have part field name and built number
During according to Model Matching, step 230 is performed.
Step 226：According to newdata model and the built data matched with the field attribute part of newdata model
Model generation model recommends interface.
Terminal obtains the model information of built data model that is matched with increasing the field name part of resource data newly and newly
The model information of data model is built, interface is recommended according to above-mentioned model information generation model, recommends interface to part in model
Built data model and the newdata model matched somebody with somebody is shown jointly.
In one embodiment, terminal only obtains the model information for the built data model for matching most field names simultaneously
It is illustrated in model and recommends interface.
Step 227：Recommend interface to be labeled the field attribute not matched in model and show model manipulation option.
Terminal by newdata model with part matching built data model compared with, obtain difference field name and
Difference field type, and recommend interface to be labeled and be put forward to user difference field name and difference field type in model
Show.Meanwhile recommend to show the operation type selecting to newdata model and built data model on interface in model, for user's logarithm
Operated according to model.
In one embodiment, model manipulation option comprises at least model and disables option.In another embodiment, model
Operating type selecting also includes newly-built model validation generation option, and model adopts option etc..
Step 228：Reception chooses instruction to model manipulation option, the model manipulation according to corresponding to performing operational order.
User recommends the model manipulation type selecting of showing interface to select on model, and terminal receives user to model manipulation
Option choose instruction after, according to choose instruction data model is operated.
In one embodiment, newdata model is stored in Model Matching storehouse, and model is disabled when terminal receives
When choosing instruction of option, built data model is deleted from Model Matching storehouse.
The newdata model of generation is stored in Model Matching storehouse by terminal, to the data with existing model in Model Matching storehouse
It is updated, when there is newly-increased resource data to input, newly-increased resource data is only matched with the data model in Model Matching storehouse,
The data model that other storage regions store in database is not involved in matching.When the data structure of same type of resource data is sent out
During raw adjustment, the data model established originally is no longer applicable, and need to replace with the newdata generated according to the resource data of adjustment
Model, but resource data corresponding with built model interaction node still needs to retain, user disables option by preference pattern, can
So that built data model is deleted and stored to other regions from Model Matching storehouse, thus still can find and built number
According to model data structures identical resource data, while interference when newly-increased resource data carries out Model Matching can be reduced, carried
High matching efficiency.
In one embodiment, when choosing instruction of option is adopted to model when terminal receives, by newly-built data mould
Type is deleted, and continues to adopt the built data model for the part matching that model recommends page presentation.When the newdata mould of displaying
When some field names of type and built data model only have smaller difference, by user judge the field of newly-increased resource data
Whether typing is wrong or semantic identical for title, when it is determined that newly-increased resource data resource type category corresponding with built data model
When same type, user can be adopted operation by model and still associate newly-increased resource data with built data model, be avoided
Generation takes resource and is unfavorable for the duplicate data model that data are checked.
In above-described embodiment, terminal is by the way that newdata model is stored into database, constantly by the number in database
It is updated according to model and perfect, and after the newly-increased resource data that user imports is obtained, by the field of newly-increased resource data
Attribute is matched with built data model, when built data model matches with the field attribute part of newly-increased resource data,
Generation model recommends interface, and user both can check newdata model and built data mould with recommending objective interface by model
The comparative result of type, by the type of resource data compared with the type of existing resource data, judge existing resource data
Whether type stands good, and the newly-increased resource data of input can also be checked, and pass through preference pattern option of operation root
It is judged that result is operated accordingly to data model so that the data model stored in data can be with resource data knot
The renewal of structure and update, and the step of optimize Model Matching.
It is specifically described below by taking patient's medical treatment information resources data management system of hospital as an example.Medical treatment information provides
Source data includes personal essential information resource data, medication information resources data, diagnosis records resource data, physical examination information resources
Polytype resource data such as data.It is " research and development department's physical examination result " when user imports file name from the resource data page
Resource data after, terminal obtain resource data after extract resource data field attribute for name (Text), sex (Text),
Date (Date), height (Number), body weight (Number) and blood pressure (Number), enter with the built data model in database
Row matching, and the match is successful (model information of physical examination Information Data model is referring to above-mentioned table one) with physical examination Information Data model,
Obtain the nodename associated with physical examination Information Data model and matched with " research and development department's physical examination result ", judge association
Node in be not present name-matches node when, create nodename be " research and development department's physical examination result " and with physical examination Information Number
According to the newly-built node of model interaction.Resource data is stored into the corresponding area into database according to the node path of newly-built node
Domain.
In one embodiment, as shown in Figure 6, there is provided a kind of resource data managing device, including：Data acquisition module
602nd, the newly-built module 606 of property extracting module 604, model, node creation module 608 and data management module 610, wherein：
Data acquisition module 602, for obtaining newly-increased resource data；
Property extracting module 604, for extracting the field attribute of newly-increased resource data；
The newly-built module 606 of model, for generating newdata model according to field attribute；
Node creation module 608, for creating the newly-built node with newdata model interaction；
Data management module 610, for newly-built node to be added into the data management page, obtained when in the data management page
During the selection instruction of newly-built node, newly-increased resource data is read according to the node path of newly-built node and searches newdata mould
Type, newly-increased resource data is generated into list according to newdata model and is showed in the data management page.
In one embodiment, as shown in fig. 7, the device also includes：Model memory module 607, attribute matching module 609
With matching creation module 611, wherein：
Model memory module 607, for newdata model to be stored；
Attribute matching module 609, for field attribute to be matched with the field attribute of built data model；
Creation module 611 is matched, for when the coupling number that is matched completely with field attribute in built data model being present
During according to model, the newly-built node with matched data model interaction is created.
In one embodiment, as shown in figure 8, the device also includes：Title extraction module 612 and name-matches module
614, wherein：
Title extraction module 612, for extracting the data name of newly-increased resource data；
Name-matches module 614, for by the nodename of data name and the built node of matched data model interaction
Matched, when the matched node matched with data name in built node be present, by newly-increased resource data according to matching section
The node path of point is stored.
In one embodiment, as shown in figure 9, the device also includes：Model memory module 607, attribute matching module
609th, interface module 613, option display module 615 and operation executing module 617 are recommended, wherein：
Model memory module 607, for newdata model to be stored；
Attribute matching module 609, for field attribute to be matched with the field attribute of built data model；
Recommend interface module 613, for when the part field attributes match of field attribute and built data model, according to
Field attribute generates newdata model, is matched according to newdata model and with the field attribute part of newdata model
Built data model generation model recommends interface；
Option display module 615, for recommending interface to be labeled the field attribute not matched in model and showing mould
Type option of operation；
Operation executing module 617, instruction is chosen to model manipulation option for receiving, correspondence is performed according to operational order
Model manipulation.
In one embodiment, model manipulation option comprises at least model and disables option, and newdata model is stored in mould
In type matching library；Operation executing module 617 be additionally operable to when receive to model disable when choosing instruction of option, by built data
Model is deleted from Model Matching storehouse.
In one embodiment, as shown in Figure 10, there is provided a kind of terminal 100, including the processing connected by system bus
Device 110, built-in storage 120, non-volatile memory medium 140 and network interface 130.Wherein, the non-volatile of the terminal 100 is deposited
Operating system 142 and resource data managing device 144 are stored with storage media 140, resource data managing device 144 is used to realize
Different types of resource data is handled.The processor 110 of terminal 100 is used to provide calculating and control ability, is configured
To perform a kind of resource data management method.Built-in storage 120 is the resource data management dress in non-volatile memory medium 140
The operation for putting 144 provides environment, can store computer-readable instruction in built-in storage 120, the computer-readable instruction is located
When managing device execution, a kind of resource data management method of computing device may be such that.Network interface 130 is used for the clothes with outside according to this
Business device is communicated by network connection.It will be understood by those skilled in the art that the structure shown in Figure 10, only with the application side
The block diagram of the related part-structure of case, does not form the restriction for the terminal being applied thereon to application scheme, specific whole
End can include, than more or less parts shown in figure, either combining some parts or arranging with different parts.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously
Can not therefore it be construed as limiting the scope of the patent.It should be pointed out that come for one of ordinary skill in the art
Say, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
1. a kind of resource data management method, it is characterised in that methods described includes：
Obtain newly-increased resource data；
Extract the field attribute of the newly-increased resource data；
Newdata model is generated according to the field attribute；
Create the newly-built node with the newdata model interaction；
The newly-built node is added to the data management page, when the choosing that the newly-built node is obtained in the data management page
When selecting instruction, the newly-increased resource data is read according to the node path of the newly-built node and searches the newdata mould
Type, the newly-increased resource data is generated into list according to the newdata model and is showed in the data management page.
2. resource data management method according to claim 1, it is characterised in that methods described also includes：
The newdata model is stored；
The field attribute is matched with the field attribute of built data model；
When the matched data model matched completely with the field attribute in the built data model be present, establishment and institute
State the newly-built node of matched data model interaction.
3. resource data management method according to claim 2, it is characterised in that methods described also includes：
Extract the data name of the newly-increased resource data；
The data name is matched with the nodename of the built node of the matched data model interaction, when it is described
When building the matched node for existing in node and being matched with the data name, by the newly-increased resource data according to the matched node
Node path stored.
4. resource data management method according to claim 1, it is characterised in that methods described also includes：
The newdata model is stored；
The field attribute is matched with the field attribute of built data model；
When the part field attributes match of the field attribute and the built data model, generated according to the field attribute
Newdata model, matched according to the newdata model and with the field attribute part of the newdata model
The built data model generation model recommends interface；
Recommend interface to be labeled the field attribute not matched in the model and show model manipulation option；
Reception chooses instruction to the model manipulation option, the model manipulation according to corresponding to performing the operational order.
5. resource data management method according to claim 4, it is characterised in that the model manipulation option comprises at least
Model disables option, and the newdata model is stored in Model Matching storehouse；The reception is to the model manipulation option
Instruction is chosen, is included according to corresponding to performing the operational order the step of model manipulation：
When choosing instruction of option is disabled to the model when receiving, the built data model is deleted from Model Matching storehouse
Remove.
6. a kind of resource data managing device, it is characterised in that described device includes：
Data acquisition module, for obtaining newly-increased resource data；
Property extracting module, for extracting the field attribute of the newly-increased resource data；
The newly-built module of model, for generating newdata model according to the field attribute；
Node creation module, for creating the newly-built node with the newdata model interaction；
Data management module, for the newly-built node to be added into the data management page, obtained when in the data management page
When taking the selection instruction of the newly-built node, the newly-increased resource data is read according to the node path of the newly-built node and looked into
The newdata model is looked for, the newly-increased resource data is generated into list and described in being showed according to the newdata model
The data management page.
7. resource data managing device according to claim 6, it is characterised in that described device also includes：
Model memory module, for the newdata model to be stored；
Attribute matching module, for the field attribute to be matched with the field attribute of built data model；
Creation module is matched, for when the coupling number that is matched completely with the field attribute in the built data model being present
During according to model, the newly-built node with the matched data model interaction is created.
8. resource data managing device according to claim 7, it is characterised in that described device also includes：
Title extraction module, for extracting the data name of the newly-increased resource data；
Name-matches module, for by the nodename of the data name and the built node of the matched data model interaction
Matched, when the matched node matched with the data name in the built node be present, by the newly-increased number of resources
Stored according to according to the node path of the matched node.
9. resource data managing device according to claim 6, it is characterised in that described device also includes：
Model memory module, for the newdata model to be stored；
Attribute matching module, for the field attribute to be matched with the field attribute of built data model；
Recommend interface module, for when the part field attributes match of the field attribute and the built data model, root
Newdata model is generated according to the field attribute, described according to the newdata model and with the newdata model
The built data model generation model of field attribute part matching recommends interface；
Option display module, for recommending interface to be labeled the field attribute not matched in the model and showing mould
Type option of operation；
Operation executing module, instruction is chosen to the model manipulation option for receiving, according to operational order execution pair
The model manipulation answered.
10. resource data managing device according to claim 9, it is characterised in that the model manipulation option at least wraps
Include model and disable option, the newdata model is stored in Model Matching storehouse；The operation executing module is additionally operable to work as and connect
Receive and when choosing instruction of option is disabled to the model, the built data model is deleted from Model Matching storehouse.
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