CN102411498A - Method for realizing data model and graphical designer - Google Patents
Method for realizing data model and graphical designer Download PDFInfo
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- CN102411498A CN102411498A CN2011102108591A CN201110210859A CN102411498A CN 102411498 A CN102411498 A CN 102411498A CN 2011102108591 A CN2011102108591 A CN 2011102108591A CN 201110210859 A CN201110210859 A CN 201110210859A CN 102411498 A CN102411498 A CN 102411498A
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Abstract
The invention discloses a method for realizing a data model. The method comprises the following step that: a graphical designer converts a configuration file into a document tree, establishes the data model by utilizing the document tree, and stores the data model. The invention simultaneously discloses the graphical designer. By the method and the graphical designer, the requirements of a user on the timely and convenient addition and/or modification of a tool can be met.
Description
Technical field
The present invention relates to the visual programming technology, relate in particular to a kind of method and graphical designer of realizing data model.
Background technology
Along with the computer software engineering technology rapid development, the visual programming technology has become the important tool and the means of current software development.Editing frame in the visual programming technology is graphical designer; Graphical designer is used to editing area and the group box that the user provides programming; User's instrument that selection needs in group box is placed on editing area with the mode that drags or click with instrument and edits.
What usually, graphical designer adopted is that (MVC, Model-View-Controller) structure mainly comprise following logic module to model-view-controller: data model module, control module and demonstration interactive module.Wherein, When the user operates instrument; Show that interactive module is converted into edit instruction with operation and issues control module, control module receives the edit instruction that shows interactive module, and the operational order that again edit instruction is converted into the data model sends to the data model module; The data model module receives the operational order of control module about data model, according to operational order the data model is editor; Data model after the data model module will be edited is issued control module, and control module utilizes its graph function to give the demonstration interactive module with the figure that data model converts instrument into, and the demonstration interactive module is given the user with the pattern exhibiting of the instrument that control module is sent.In addition; Graphical designer also comprises persistence module, after the user is to the instrument complete operation, as required the data model behind the editor is preserved; Showing then that interactive module can be converted into the operation of preserving to hold instruction issues control module; Control module is sent the instruction of preserving this data model to the data model module, after the data model module is received instruction, the data model that edits is saved in persistence module.
At present; Instrument in the graphical designer can not satisfy all demands of user often; The user need add instrument in actual use, but the pairing data model of instrument in the graphical designer is to be write by the mode of hard coded, can not add flexibly according to user's demand.If the demand that satisfies user development graph designer again writes the mode of the pairing data model of the needed instrument of user with hard coded in the data model module of graphical designer.In addition; Just carry out according to the editor who the data model is done by the operational order of edit instruction conversion at present based on the adeditive attribute of data model; Increase newly if desired or the outer attribute of deletion adeditive attribute, can only the mode of corresponding data model with hard coded be write in the data model module of graphical designer equally.Will bring like this construction cycle long, have a big risk and the problem of waste of manpower and material resources.It is thus clear that at present existing graphical designer can't satisfy that the user adds timely and conveniently and/or the demand of modifiers.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of method and graphical designer of realizing data model, the user adds timely and conveniently and/or the demand of modifiers to satisfy.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides a kind of method that realizes data model, this method comprises:
Graphical designer is converted into document tree with configuration file, utilizes document tree to set up and preserve data model again.
In the such scheme, said configuration file comprises: group box title, each instrument that comprises in the group box, the sign of the title of each instrument, icon, instrument, and the attribute information of each instrument and corresponding dependent event.
In the such scheme; Saidly convert configuration file to document tree; Comprise: according to the form of document tree; Graphical designer converts each instrument in the configuration file in the document tree a node, the trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree.
In the such scheme, the said data model of setting up comprises: graphical designer extracts node one by one from document tree, utilize node to write the built-in attribute of data model, utilizes trunk in the document tree to write the external attribute of each data model again.
The present invention also provides a kind of graphical designer, and this graphical designer comprises: load parsing module, data model generation module and data model module; Wherein,
It is fast to load the parsing mould, is used for configuration file is converted into document tree, again document tree is sent to the data model generation module;
The data model generation module is used to receive the document tree that loads parsing module, utilizes document tree to set up data model, again data model is issued the data model module;
The data model module is used for receiving and preservation data model generation module data sent model.
In the such scheme; Said loading parsing module; Specifically be used for form, convert each instrument in the configuration file in the document tree a node, the trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree according to document tree.
In the such scheme, said data model generation module specifically is used for extracting node one by one from document tree, utilizes node to write the built-in attribute of data model, utilizes trunk in the document tree to write the external attribute of each data model again.
In the such scheme, this graphical designer further comprises: control module and demonstration interactive module; Wherein,
Said control module is used to utilize its graph function to convert data model the figure of instrument into, gives the demonstration interactive module figure of instrument again;
Said demonstration interactive module is used to receive the figure of the instrument of control module conversion, is shown to the user then.
In the such scheme, this graphical designer further comprises: persistence module;
Said persistence module is used to preserve data model module data sent model;
Accordingly, said data model module also is used for data model is sent to persistence module.
In the such scheme, said configuration file comprises: group box title, each instrument that comprises in the group box, the sign of the title of each instrument, icon, instrument, and the attribute information of each instrument and corresponding dependent event.
The method of realization data model provided by the present invention and graphical designer; Have following advantage and characteristics: with the instrument that will add and/or revise be written as configuration file, utilize configuration file to set up data model again, so; Just can be according to user's demand; Add timely and conveniently and/or revise data model, the man power and material's who has avoided developing again of graphical designer brought waste, and make graphical designer can adapt to various demands neatly.
Description of drawings
Fig. 1 realizes the schematic flow sheet of the method for data model for the present invention;
Fig. 2 is the exemplary plot of configuration file of the present invention;
Fig. 3 realizes the structural representation of the graphical designer of data model for the present invention.
Embodiment
Basic thought of the present invention is: graphical designer is converted into document tree with configuration file, utilizes document tree to set up and preserve data model again;
The defined file of said configuration file for writing according to required group box and instrument, specifically can for according to the user the defined file write of the group box that will add and/or revise and instrument.
Below in conjunction with accompanying drawing and specific embodiment the present invention is remake further detailed explanation.
The present invention is a kind of to realize that the method for data model is as shown in Figure 1, may further comprise the steps:
Step 101: the user need add instrument, and the user writes and preserve the configuration file of relevant data model as required;
Here, said writing refers to use any instrument that can write text to write configuration file according to extend markup language (XML, Extensible Markup Language) form, such as can in board, writing configuration file;
Wherein, the format sample of configuration file is as shown in Figure 2, among the figure<group>...</group>Between content be the definition of group box, be called " actions " such as the name of the group box in this example,<entry>...</entry>Between content be the definition of an instrument; Title, icon, the sign of instrument, the attribute information of each instrument and the corresponding dependent event etc. that comprise each instrument; Name such as first instrument in the example is called " JavaAction ", and the purposes of instrument is " creating a new JavaAction node " (Create a newJava Action Node), being designated of instrument " com.zte.esb.JavaAction "; The icon of instrument is picture " action.png "<properties>...</properties>Between content be the description of tool properties; Being described as of the tool properties that provides in the example: this Property Name is " SOAP Client Action "; Wherein contain name and be called the input frame (input) of " Wsdl " and the input frame (input) that name is called " BindingName "; When need adding a plurality of instrument, then with a plurality of<entry>...</entry>Respectively instrument is defined;
Said preservation refers to configuration file is kept in the special-purpose file, and the preservation type of configuration file is necessary for " .xml "; When the file of said special use referred to install graphical designer, the sub-folder of the special preservation configuration file that generates automatically was such as the graphical designer of D: configuration file.
Step 102: graphical designer reads configuration file when starting, and converts configuration file to document tree;
Here, said document tree refers to the document tree structure of graphical designer appointment, and document tree comprises the abstract of two keys: one for trunk, another is the node that is used for representing file content and structure; Wherein, said graphical editing machine can convert configuration file to document tree through loading any resolver that can read the file of XML form, such as the MSXML resolver that loads Microsoft commonly used;
Said conversion refers to: graphical designer converts each instrument in the configuration file in the document tree a node; The trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree; Such as; The group box that graphical designer can be called configuration filename as shown in Figure 2 " actions " is converted into the trunk of document tree; Then the contents such as sign, icon and attribute of the instrument of title " Java Action " and instrument are converted into first node of document tree, the contents such as sign, icon and attribute that more next name are called instrument and the instrument of " SoapClient " convert the next node of document tree into, and " Java Action " is first instrument in the configuration file; Then in document tree, be positioned at first node; Accordingly, " Soap Client " second instrument for listing in the configuration file then is positioned at second node in document tree.
Step 103: graphical designer utilizes document tree to set up data model;
Here, said foundation refers to: graphical designer extracts node one by one from document tree, utilize node to write the built-in attribute of data model, utilizes trunk in the document tree to write the external attribute of each data model again;
Wherein, said data model has built-in attribute, external attribute and adeditive attribute, and wherein the built-in attribute index is according to the title of model and purposes etc.; The external attribute index is according to the title of group box under the model and the position in group box etc.; The adeditive attribute attribute that graphical designer can be edited for the user uses can directly be provided with by graphical designer.
Step 104: graphical designer is given the user graphic presentation that data model is depicted as instrument;
Here, said drafting refers to that graphical designer utilizes its graph function, changes into data model in the figure of instrument.
It is thus clear that; Pass through above-mentioned steps; Can make any new data model to set up, and then data model is depicted as the work that instrument shows so that the user adds data model timely and conveniently according to the demand of oneself in graphical designer according to said process.
In addition; If the user need make amendment to the corresponding instrument of existing data model; Only need to be made amendment in the corresponding position of the configuration file in the step 101; Execution in step 102 just can be accomplished the modification to the data model to step 104 then, and the data model that will revise is plotted as instrument and is shown to the user.
In the application of reality; After step 104 is accomplished; The user also can utilize instrument to operate through graphical designer; The process of operation comprises: graphical designer is converted into edit instruction with the user to the operation of instrument, utilizes edit instruction that the data model is operated, and the state after again the data model operation being accomplished is converted into pattern exhibiting and gives the user; The user preserves the instrument that edits as required, and then graphical designer will be converted into the operation of the preservation of instrument holds instruction the final data model that edits of preserving to the data model that edits.
For realizing said method, also need carry out some modifications to existing graphical designer, as shown in Figure 3, the invention provides a kind of graphical designer, comprising: load parsing module 31, data model generation module 32 and data model module 33; Wherein,
It is fast 31 load to resolve mould, is used for configuration file is converted into document tree, again document tree is sent to data model generation module 32;
Data model generation module 32 is used to receive the document tree that loads parsing module 31, utilizes document tree to set up data model, again data model is issued data model module 33;
Said loading parsing module 31 also is used to preserve the configuration file that writes;
Here; Said configuration file for according to the user the group box that will add and the defined file of writing of instrument, comprise: group box title, each instrument that comprises in the group box; The sign of the title of each instrument, icon, instrument etc., the attribute information of each instrument and corresponding dependent event; Said writing refers to use any instrument that can write text to write configuration file according to the XML form, such as in board, writing configuration file; Said preservation refers to configuration file is kept in the special-purpose file, and the preservation type of configuration file is necessary for " .xml "; Wherein, when the file of said special use referred to install graphical designer, the sub-folder of the special preservation configuration file that generates automatically was such as the graphical designer of D: configuration file.
Said loading parsing module 31; Specifically be used for form according to document tree; Convert each instrument in the configuration file in the document tree a node, the trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree;
Here, said loading parsing module 31 can convert configuration file to document tree through loading any resolver that can read the file of XML form, such as the MSXML resolver that loads Microsoft commonly used.
Said data model generation module 32 specifically is used for extracting node one by one from document tree, utilizes node to write the built-in attribute of data model, utilizes trunk in the document tree to write the external attribute of each data model again;
Wherein, the built-in attribute index of said data model is according to the title of model and purposes etc., and the external attribute index of said data model is according to the title of group box under the model and the position in group box etc.
Above-mentioned graphical designer further comprises: control module 34 and demonstration interactive module 35,
Wherein, control module 34 is used to utilize its graph function to convert data model the figure of instrument into, gives the figure of instrument to show interactive module 35 again; Accordingly, said demonstration interactive module 35 is used to receive the figure of the instrument of control module 34 conversions, is shown to the user then.
Said control module 34, also be used for real-time Monitoring Data model module 33 about any notice that the data model changes, just obtain data model in case receive this notice from data model module 33; Accordingly; Said data model module 33; Also be used for the variation of real-time monitoring modular internal data model; In case arbitrary data model changes, then send about any notice that the data model changes to control module 34, the data model that will change then offers control module 34.
Said demonstration interactive module 35 is used for that also the user is converted into edit instruction to the operation of the figure of instrument and sends to control module 34; Accordingly, said control module 34 also is used to receive the edit instruction from showing interactive module 35, converts edit instruction into to the data model operational order, and operational order is sent to data model module 33; Said data model module 33 also is used to receive the operational order of control module 34, according to operational order the data model is operated;
Wherein, Saidly according to operational order the data model is operated, the concrete operation of doing is according to actual conditions and difference, such as; The user carries out the color editor to the figure of instrument; Then this editor sends to control module 34 by the color edit instruction that demonstration interactive module 35 converts into this instrument figure, and is corresponding, after control module 34 has been received the color edit instruction of this instrument figure; Convert this edit instruction into operational order to the color editor of its data model; This operational order is sent to data model module 33, and what said data model module 33 had received control module 34 carries out color editor's operational order to the data model, the data model is carried out color editor's relevant adjustment according to operational order.
Said control module 34 also is used to detect the user and whether opens graphical designer, when detecting out graphical designer, sends conversion instruction to loading parsing module 31; Accordingly, said loading parsing module 31 specifically is used to receive the conversion instruction that control module 34 is sent, and converts configuration file to document tree then.
Above-mentioned graphical designer further comprises: persistence module 36 is used to preserve the data model that data model module 33 is sent; Accordingly, said data model module 33 also is used for data model is sent to persistence module 36.
Said demonstration interactive module 35 specifically is used for the user is converted into to hold instruction to the preservation of the figure of instrument operation sending to control module 34; Accordingly, said control module 34 specifically is used to receive and shows holding instruction of interactive module 35, converts into holding instruction the holding instruction of specific data model, and this is held instruction sends to data model module 33; Said data model module 33 specifically is used for holding instruction according to what control module 34 was sent, and the data model of appointment in the instruction is sent to persistence module 36.
Said demonstration interactive module 35 specifically is used for when the user edits the instrument of having preserved, will be converted into edit instruction to the editor of this instrument of having preserved and send to control module 34; Accordingly, control module 34 is issued persistence module 36 with this edit instruction after receiving the edit instruction to the instrument preserved that shows that interactive module 35 sends; Persistence module 36 also is used to receive the edit instruction of control module 34, the operation of appointment during the data model in this module is instructed, and the data model after will editing is then given control module 34.
It is thus clear that; Use above-mentioned scheme and just can load parsing module and these two logic modules of data model generation module through in existing graphical designer, increasing; Again the data model module is revised as the interface module of the data model that can receive the data model generation module; Can add and/or revise data model, need not develop again, thereby save the man power and material graphical designer.
The above is merely preferred embodiment of the present invention, is not to be used to limit protection scope of the present invention.
Claims (10)
1. a method that realizes data model is characterized in that, this method comprises:
Graphical designer is converted into document tree with configuration file, utilizes document tree to set up and preserve data model again.
2. method according to claim 1; It is characterized in that said configuration file comprises: group box title, each instrument that comprises in the group box; The sign of the title of each instrument, icon, instrument, and the attribute information of each instrument and corresponding dependent event.
3. method according to claim 1 and 2; It is characterized in that; Saidly convert configuration file to document tree; Comprise: according to the form of document tree, graphical designer converts each instrument in the configuration file in the document tree a node, the trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree.
4. method according to claim 3; It is characterized in that the said data model of setting up comprises: graphical designer extracts node one by one from document tree; Utilize node to write the built-in attribute of data model, utilize trunk in the document tree to write the external attribute of each data model again.
5. a graphical designer is characterized in that, this graphical designer comprises: load parsing module, data model generation module and data model module; Wherein,
It is fast to load the parsing mould, is used for configuration file is converted into document tree, again document tree is sent to the data model generation module;
The data model generation module is used to receive the document tree that loads parsing module, utilizes document tree to set up data model, again data model is issued the data model module;
The data model module is used for receiving and preservation data model generation module data sent model.
6. graphical designer according to claim 5 is characterized in that,
Said loading parsing module; Specifically be used for form according to document tree; Convert each instrument in the configuration file in the document tree a node, the trunk that converts the title and the position of each node in group box of the group box in the configuration file into document tree.
7. graphical designer according to claim 5 is characterized in that,
Said data model generation module specifically is used for extracting node one by one from document tree, utilizes node to write the built-in attribute of data model, utilizes trunk in the document tree to write the external attribute of each data model again.
8. according to claim 5,6 or 7 described graphical designers, it is characterized in that this graphical designer further comprises: control module and demonstration interactive module; Wherein,
Said control module is used to utilize its graph function to convert data model the figure of instrument into, gives the demonstration interactive module figure of instrument again;
Said demonstration interactive module is used to receive the figure of the instrument of control module conversion, is shown to the user then.
9. according to claim 5,6 or 7 described graphical designers, it is characterized in that this graphical designer further comprises: persistence module;
Said persistence module is used to preserve data model module data sent model;
Accordingly, said data model module also is used for data model is sent to persistence module.
10. according to claim 5,6 or 7 described graphical designers; It is characterized in that said configuration file comprises: group box title, each instrument that comprises in the group box; The sign of the title of each instrument, icon, instrument, and the attribute information of each instrument and corresponding dependent event.
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