CN101789045B - Realization method of MDA modeling tool orienting to manufacturing field - Google Patents
Realization method of MDA modeling tool orienting to manufacturing field Download PDFInfo
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Abstract
The invention relates to a realization method for an MDA modeling tool orienting to the manufacturing field, which relates to the manufacturing field and the information technology field. The method solves the problems that the traditional modeling tool lacks the capability of supporting modeling language evolution and defining novel modeling language and cannot meet the modeling requirements of the manufacturing field, and comprises the following steps that: step 1: a modeling tool system structure based on a meta object facility (MOF) is established; step 2: according to the established modeling tool system structure, a modeling tool system framework is generated; and step 3: according to the modeling tool system framework, a modeling tool interface is generated. The realization method of the MDA modeling tool orienting to the manufacturing field supports the modeling language evolution, can better extend the definition to the modeling language with complicated semantics so as to meet the modeling requirements of the manufacturing field, and lays foundation for supporting the realization technology of the MDA modeling tool.
Description
Technical field
The present invention relates to manufacturing field and areas of information technology, be specifically related to a kind of implementation method of making the MDA modeling tool in field towards shipbuilding.
Background technology
The all embedded modeling language of most existing field modeling instrument; And can only use embedded modeling language and set up model; There is certain deficiency in this type modeling tool for the business model in the field of manufacturing or the characteristic support aspect of software model, and these deficiencies show that the embedded modeling language of modeling tool is limited, can not support the fusion modeling of multiple idea about modeling; Be directed against the specific modeling demand in manufacturing field in addition; Existing modeling language needs constantly to develop, even also new modeling language can occur, thereby but existing modeling tool lacks the ability of supporting modeling language to develop and defining new modeling language can't satisfy a large amount of modeling demands.
Summary of the invention
Thereby lack the ability of supporting modeling language to develop and defining new modeling language and can't satisfy the problem of making the field modeling demand in order to solve existing field modeling instrument, the present invention provides a kind of implementation method of the MDA modeling tool towards the field of manufacturing.
A kind of implementation method of the present invention towards the MDA modeling tool of making the field, its implementation procedure is:
Step 1: set up modeling tool architecture based on meta object mechanism MOF; Said modeling tool architecture comprises 4 layers; Said 4 layers are followed successively by: field syntactic definition layer ICE-M3Layer, field meta-model layer ICE-M2Layer, domain model layer ICE-M1Layer and realm information layer ICE-M0Layer; Wherein field meta-model layer ICE-M2Layer comprises the meta-model in field, and the meta-model in said field comprises manufacturing activities, manufacturing information, manufacturing is in kind, manufacturing is organized and make resource; Carry out abstract through modeling tool to the shipbuilding domain knowledge; The modeling key element of definition modeling language; The modeling key element of said modeling language comprises between 7 types of modeling key elements of making fields and they and concerning; Comprise manufacturing function/activity, manufacturing information, manufacture a product, make resource, make tissue, quality inspection points, connector, association and make up, wherein, quality inspection points QQV is that the particular demands according to the field practical business defines;
Step 2: according to the modeling tool architecture of setting up; Generate the modeling tool system framework; Said modeling tool system framework is divided into 3 modules, and said 3 modules are followed successively by: field meta-model definition module, domain model editor module and field extending mark language module;
Step 3: generate the modeling tool interface according to the modeling tool system framework, realize the foundation of modeling tool, said modeling tool interface comprises that concern meta-model tree, pattern primitive model tree, model editing window and attributes edit regional.
Field meta-model definition module (1), it comprises meta-model definition view (1-1), the tree-like administration view of meta-model (1-2) and meta-model attribute definition view (1-3),
Meta-model definition view (1-1); Be used for definition module meta-model ICE-MetaModel, the definition of said module meta-model ICE-MetaModel comprises the definition of pattern primitive model Figure_MetaModel, the definition that concerns meta-model Relation_MetaModel, the graphic attribute of module meta-model ICE-MetaModel and the definition of model attributes;
The tree-like administration view of meta-model (1-2), it comprises the tree-like administration view of pattern primitive model (1-21), concerns the tree-like administration view of meta-model (1-22),
The tree-like administration view of pattern primitive model (1-21) is used for pattern primitive model Figure_MetaModel is carried out the tree structure management,
Concern the tree-like administration view of meta-model (1-22), be used for concerning that meta-model Relation_MetaModel carries out the tree structure management;
Meta-model attribute definition view (1-3), be used for to the pattern primitive model Figure_MetaModel of tree structure with concern that the graphic attribute of meta-model Relation_MetaModel and model attributes browse and operate;
Domain model editor module (2), it comprises model editing territory (2-1), model attributes definition view (2-2), model tree administration view (2-3) and scheme-tree administration view (2-4),
Model editing territory (2-1) is used for the meta-model ICE-MetaModel of the different level of abstractions of instantiation, sets up the model ICE-Model of the different abstraction hierarchies in manufacturing field, different abstract granularities;
Model attributes definition view (2-2); Be used for model attributes is defined; According to the information classification of the definition of module meta-model ICE-MetaModel in the meta-model definition view (1-1), the real information in the manufacturing field that needs are described is defined into pattern primitive model Figure_MetaModel respectively and concerns in the middle of the model attributes of meta-model Relation_MetaModel;
Model tree administration view (2-3); Be used for model ICE-Model is carried out tree-like management; Different angles, various objectives according to modeling are set up different map sheets; Said map sheet is managed according to tree structure, and the management of said tree structure comprises opens map sheet, preserves map sheet, closes map sheet, the master map page or leaf is set, the rename map sheet, deletes map sheet and set up the linking relationship between the map sheet;
Scheme-tree administration view (2-4); Be used for edit pattern; The realm information that needs to describe is business; According to the design feature of business, general degree and frequency of utilization professional corresponding model structure is defined as pattern, said pattern is managed according to tree structure, said management comprises defining mode, modification pattern, puncturing pattern, integrated mode, cancellation pattern and integrated mode again;
Field extending mark language module (3) is used for module meta-model ICE-MetaModel is imported and derives with the form of XML, and field modular model ICE-Model is imported and derives with the form of XML; This XML file mainly is divided into two parts, and a part is to make field meta-model and the graphical information of making domain model, and another part is to make field meta-model and the practical business information of making domain model;
When importing the XML file of module meta-model ICE-MetaModel, simultaneously the initialization tree-like administration view of pattern primitive model (1-21), concern tree-like administration view of meta-model (1-22) and scheme-tree administration view (2-4);
Initial model is set administration view (2-3) simultaneously when importing domain model XML file, and module meta-model ICE-MetaModel and scheme-tree administration view (2-4) are derived the XML file.
Beneficial effect of the present invention is: the present invention is according to the modeling systems structure; Generate the modeling tool system framework; And then generation modeling tool interface; Finally realized making the foundation of field modeling instrument, the present invention has supported the evolution of modeling language, and expanded definition has complicated semantic manufacturing field modeling language better.
Description of drawings
Fig. 1 is the process flow diagram of implementation method of the modeling tool of a kind of MDA of support of the present invention; Fig. 2 is the synoptic diagram of modeling tool system framework of the present invention; Fig. 3 is the synoptic diagram of the shipbuilding enterprise hull machining control model in the embodiment six of the present invention, and Fig. 4 is the synoptic diagram of the XML file fragment of the shipbuilding enterprise hull machining control model in the embodiment six of the present invention.
Embodiment one: specify this embodiment according to Figure of description 1, the described a kind of implementation method of this embodiment towards the MDA modeling tool of making the field, its implementation procedure is:
Step 1: set up modeling tool architecture based on meta object mechanism MOF; Said modeling tool architecture comprises 4 layers; Said 4 layers are followed successively by: field syntactic definition layer ICE-M3Layer, field meta-model layer ICE-M2Layer, domain model layer ICE-M1Layer and realm information layer ICE-M0Layer; Wherein field meta-model layer ICE-M2Layer comprises the meta-model in field, and the meta-model in said field comprises manufacturing activities, manufacturing information, manufacturing is in kind, manufacturing is organized and make resource;
Step 2: according to the modeling tool architecture of setting up; Generate the modeling tool system framework; Said modeling tool system framework is divided into 3 modules, and said 3 modules are followed successively by: field meta-model definition module 1, domain model editor module 2 and field extending mark language module 3;
Step 3: generate the modeling tool interface according to the modeling tool system framework, realize the foundation of modeling tool, said modeling tool interface comprises that concern meta-model tree, pattern primitive model tree, model editing window and attributes edit regional.
Embodiment two: this embodiment is to the further specifying of embodiment one, in the embodiment one in the step 1:
Field syntactic definition layer ICE-M3Layer, it is the MOF layer, has comprised the structure collection of definition manufacturing field modeling language abstract syntax and concrete syntax;
Field meta-model layer ICE-M2Layer; It makes the meta-model M2-ModelElement of field modeling language according to said abstract syntax and concrete syntax definition; Said meta-model M2-ModelElement is made up of M2-DrawAttribute and M2-ModelAttribute; Said M2-DrawAttribute is used to define the graphic attribute of meta-model M2-ModelElement; Said M2-ModelAttribute is used to define " type " of said graphic attribute information and realizes said graphic attribute information is managed with the form of " table " according to different " type "; Each M2-ModelAttribute is made up of M2-ModelMetaAttrSort, and described M2-ModelMetaAttrSort is used for realizing depositing the meta-model attribute with " type " with the form of " table ", and said meta-model attribute is defined by M2-ModelMetaAttr;
Domain model layer ICE-M1Layer, it is according to meta-model M2-ModelElement definition model element, and said model element is the instance of meta-model M2-ModelElement;
Realm information layer ICE-M0Layer, according to object and data in the model element definition manufacturing field among the ICE-M1Layer, said object and data are instances of element among the ICE-M1Layer, promptly are the real information that needs the manufacturing field of description.
Embodiment three: this embodiment is to the further specifying of embodiment one, in the embodiment one in the step 2:
Field meta-model definition module 1, it comprises meta-model definition view 1-1, the tree-like administration view 1-2 of meta-model and meta-model attribute definition view 1-3,
Meta-model definition view 1-1; Be used for definition module meta-model ICE-MetaModel, the definition of said module meta-model ICE-MetaModel comprises the definition of pattern primitive model Figure_MetaModel, the definition that concerns meta-model Relation_MetaModel, the graphic attribute of module meta-model ICE-MetaModel and the definition of model attributes;
The tree-like administration view 1-2 of meta-model, it comprises the tree-like administration view 1-21 of pattern primitive model, concerns the tree-like administration view 1-22 of meta-model,
The tree-like administration view 1-21 of pattern primitive model is used for pattern primitive model Figure_MetaModel is carried out the tree structure management,
Concern the tree-like administration view 1-22 of meta-model, be used for concerning that meta-model Relation_MetaModel carries out the tree structure management;
Meta-model attribute definition view 1-3, be used for to the pattern primitive model Figure_MetaModel of tree structure with concern that the graphic attribute of meta-model Relation_MetaModel and model attributes browse and operate.
Embodiment four: this embodiment is to the further specifying of embodiment one, in the embodiment one in the step 2:
Domain model editor module 2, it comprises model editing territory 2-1, model attributes definition view 2-2, model tree administration view 2-3 and scheme-tree administration view 2-4,
Model editing territory 2-1 is used for the meta-model ICE-MetaModel of the different level of abstractions of instantiation, sets up the model ICE-Model of the different abstraction hierarchies in manufacturing field, different abstract granularities;
Model attributes definition view 2-2; Be used for model attributes is defined; According to the information classification of the definition of module meta-model ICE-MetaModel among the meta-model definition view 1-1, the real information in the manufacturing field that needs are described is defined into pattern primitive model Figure_MetaModel respectively and concerns in the middle of the model attributes of meta-model Relation_MetaModel;
Model tree administration view 2-3; Be used for model ICE-Model is carried out tree-like management; Different angles, various objectives according to modeling are set up different map sheets; Said map sheet is managed according to tree structure, and the management of said tree structure comprises opens map sheet, preserves map sheet, closes map sheet, the master map page or leaf is set, the rename map sheet, deletes map sheet and set up the linking relationship between the map sheet;
Scheme-tree administration view 2-4; Be used for edit pattern; The realm information that needs to describe is business; According to the design feature of business, general degree and frequency of utilization professional corresponding model structure is defined as pattern, said pattern is managed according to tree structure, said management comprises defining mode, modification pattern, puncturing pattern, integrated mode, cancellation pattern and integrated mode again.
Embodiment five: this embodiment is to the further specifying of embodiment one, in the embodiment one in the step 2:
Field extending mark language module 3 is used for module meta-model ICE-MetaModel is imported and derives with the form of XML, and field modular model ICE-Model is imported and derives with the form of XML;
When importing the XML file of module meta-model ICE-MetaModel, simultaneously the tree-like administration view 1-21 of initialization pattern primitive model, concern tree-like administration view 1-22 of meta-model and scheme-tree administration view 2-4;
Initial model is set administration view 2-3 simultaneously when importing domain model XML file, and module meta-model ICE-MetaModel and scheme-tree administration view 2-4 are derived the XML file.
Embodiment six: this embodiment is to the further specifying of embodiment one, in the embodiment one in the step 3:
Concern meta-model tree and pattern primitive model tree, be used to show the abstract language model of field syntactic definition layer ICE-M3Layer definition, realize the definition of field modeling language;
The model editing window is used to adopt the field modeling language that has defined to set up model;
The attributes edit zone is used for editing graph attribute and model attributes.
Use this embodiment, carry out instance analysis:
At first; Carry out abstract through modeling tool to the shipbuilding domain knowledge; The modeling key element of definition modeling language; The modeling key element of said modeling language comprises between 7 types of modeling key elements of making fields and they and concerning; Comprise manufacturing function/activity (Function/Action), manufacturing information (Information), manufacture a product (Product), make resource (Resource), make tissue (Organization), quality inspection points QQV (Quantity-QualityPoint), connector (ConnectionSign), related (Relation) and make up (Composition) etc., wherein, quality inspection points QQV is that the particular demands according to the field practical business defines.
Secondly; Set up the Target Modeling language in shipbuilding field through modeling tool; Comprise the graphic attribute definition and the model attributes definition of model element, the graphic attribute definition has realized the visual information of model element, and said visual information comprises size, icon and the font information etc. of figure; Model attributes definition has realized that model element describes actual information with the mode of list structure.Pattern primitive model tree B manages the model element of modeling language according to tree structure; Every class model element all is a branch of tree construction; If certain class model element descriptor can not satisfy finer modeling demand; Can this model element be carried out the refinement definition, promptly the consequent node of model of creation element is supported the modeling demand.
At last,, set up shipbuilding enterprise hull machining control model according to the practical business of shipbuilding enterprise hull processing, as shown in Figure 3.Modeling tool can be output as XML document with building up, and Fig. 4 has provided the XML file fragment of shipbuilding enterprise hull machining control model.
Claims (3)
1. implementation method towards the MDA modeling tool of making the field is characterized in that its implementation procedure is:
Step 1: set up modeling tool architecture based on meta object mechanism MOF; Said modeling tool architecture comprises 4 layers; Said 4 layers are followed successively by: field syntactic definition layer ICE-M3Layer, field meta-model layer ICE-M2Layer, domain model layer ICE-M1Layer and realm information layer ICE-M0Layer; Wherein field meta-model layer ICE-M2Layer comprises the meta-model in field, and the meta-model in said field comprises manufacturing activities, manufacturing information, manufacturing is in kind, manufacturing is organized and make resource; Carry out abstract through modeling tool to the shipbuilding domain knowledge; The modeling key element of definition modeling language; The modeling key element of said modeling language comprises between 7 types of modeling key elements of making fields and they and concerning; Comprise manufacturing function/activity, manufacturing information, manufacture a product, make resource, make tissue, quality inspection points, connector, association and make up, wherein, quality inspection points QQV is that the particular demands according to the field practical business defines;
Step 2: according to the modeling tool architecture of setting up; Generate the modeling tool system framework; Said modeling tool system framework is divided into 3 modules, and said 3 modules are followed successively by: field meta-model definition module (1), domain model editor module (2) and field extending mark language module (3);
Step 3: generate the modeling tool interface according to the modeling tool system framework, realize the foundation of modeling tool, said modeling tool interface comprises and concern meta-model tree (A), pattern primitive model tree (B), model editing window (C) and attributes edit regional (D);
Field meta-model definition module (1), it comprises meta-model definition view (1-1), the tree-like administration view of meta-model (1-2) and meta-model attribute definition view (1-3),
Meta-model definition view (1-1); Be used for definition module meta-model ICE-MetaModel, the definition of said module meta-model ICE-MetaModel comprises the definition of pattern primitive model Figure_MetaModel, the definition that concerns meta-model Relation_MetaModel, the graphic attribute of module meta-model ICE-MetaModel and the definition of model attributes;
The tree-like administration view of meta-model (1-2), it comprises the tree-like administration view of pattern primitive model (1-21), concerns the tree-like administration view of meta-model (1-22),
The tree-like administration view of pattern primitive model (1-21) is used for pattern primitive model Figure_MetaModel is carried out the tree structure management,
Concern the tree-like administration view of meta-model (1-22), be used for concerning that meta-model Relation_MetaModel carries out the tree structure management;
Meta-model attribute definition view (1-3), be used for to the pattern primitive model Figure_MetaModel of tree structure with concern that the graphic attribute of meta-model Relation_MetaModel and model attributes browse and operate;
Domain model editor module (2), it comprises model editing territory (2-1), model attributes definition view (2-2), model tree administration view (2-3) and scheme-tree administration view (2-4),
Model editing territory (2-1) is used for the meta-model ICE-MetaModel of the different level of abstractions of instantiation, sets up the model ICE-Model of the different abstraction hierarchies in manufacturing field, different abstract granularities;
Model attributes definition view (2-2); Be used for model attributes is defined; According to the information classification of the definition of module meta-model ICE-MetaModel in the meta-model definition view (1-1), the real information in the manufacturing field that needs are described is defined into pattern primitive model Figure_MetaModel respectively and concerns in the middle of the model attributes of meta-model Relation_MetaModel;
Model tree administration view (2-3); Be used for model ICE-Model is carried out tree-like management; Different angles, various objectives according to modeling are set up different map sheets; Said map sheet is managed according to tree structure, and the management of said tree structure comprises opens map sheet, preserves map sheet, closes map sheet, the master map page or leaf is set, the rename map sheet, deletes map sheet and set up the linking relationship between the map sheet;
Scheme-tree administration view (2-4); Be used for edit pattern; The realm information that needs to describe is business; According to the design feature of business, general degree and frequency of utilization professional corresponding model structure is defined as pattern, said pattern is managed according to tree structure, said management comprises defining mode, modification pattern, puncturing pattern, integrated mode, cancellation pattern and integrated mode again;
Field extending mark language module (3) is used for module meta-model ICE-MetaModel is imported and derives with the form of XML, and field modular model ICE-Model is imported and derives with the form of XML; This XML file mainly is divided into two parts, and a part is to make field meta-model and the graphical information of making domain model, and another part is to make field meta-model and the practical business information of making domain model;
When importing the XML file of module meta-model ICE-MetaModel, simultaneously the initialization tree-like administration view of pattern primitive model (1-21), concern tree-like administration view of meta-model (1-22) and scheme-tree administration view (2-4);
Initial model is set administration view (2-3) simultaneously when importing domain model XML file, and module meta-model ICE-MetaModel and scheme-tree administration view (2-4) are derived the XML file.
2. a kind of implementation method towards the MDA modeling tool of making the field according to claim 1 is characterized in that in the step 1:
Field syntactic definition layer ICE-M3Layer, it is the MOF layer, has comprised the structure collection of definition manufacturing field modeling language abstract syntax and concrete syntax; Said MOF layer is a meta object mechanism layer;
Field meta-model layer ICE-M2Layer; It makes the meta-model M2-ModelElement of field modeling language according to said abstract syntax and concrete syntax definition; Said meta-model M2-ModelElement is made up of M2-DrawAttribute and M2-ModelAttribute; Said M2-DrawAttribute is used to define the graphic attribute of meta-model M2-ModelElement; Said M2-ModelAttribute is used to define " type " of said graphic attribute information and realizes said graphic attribute information is managed with the form of " table " according to different " type "; Each M2-ModelAttribute is made up of M2-ModelMetaAttrSort, and described M2-ModelMetaAttrSort is used for realizing depositing the meta-model attribute with " type " with the form of " table ", and said meta-model attribute is defined by M2-ModelMetaAttr;
Domain model layer ICE-M1Layer, it is according to meta-model M2-ModelElement definition model element, and said model element is the instance of meta-model M2-ModelElement;
Realm information layer ICE-M0Layer, according to object and data in the model element definition manufacturing field among the ICE-M1Layer, said object and data are the real information that needs the manufacturing field of description.
3. a kind of implementation method towards the MDA modeling tool of making the field according to claim 1 is characterized in that in the step 3:
Concern meta-model tree and pattern primitive model tree, be used to show the abstract language model of field syntactic definition layer ICE-M3Layer definition, realize the definition of field modeling language;
The model editing window is used to adopt the field modeling language that has defined to set up model;
The attributes edit zone is used for editing graph attribute and model attributes.
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| CN102662963A (en) * | 2012-03-08 | 2012-09-12 | 北京神州数码思特奇信息技术股份有限公司 | Method and module for meta-facility expansion |
| CN103440384B (en) * | 2013-09-04 | 2016-01-13 | 上海东方申信科技发展有限公司 | Support the analogue system of shipbuilding process simulation tree directory structure |
| US9886520B2 (en) * | 2013-09-20 | 2018-02-06 | Business Objects Software Ltd. | Exposing relationships between universe objects |
| CN103559362B (en) * | 2013-11-14 | 2016-07-27 | 信利半导体有限公司 | A kind of DFM analyzes and automatically generates the method and device being filled with figure report |
| CN105302532B (en) * | 2014-06-25 | 2018-06-29 | 成都普中软件有限公司 | A kind of visual modeling editing machine for constructing system model |
| CN105320504B (en) * | 2014-06-25 | 2018-08-17 | 成都普中软件有限公司 | A kind of visual software modeling method constructing software view based on software member view |
| CN105204833B (en) * | 2014-06-25 | 2018-06-29 | 成都普中软件有限公司 | A kind of visual interface modeling method based on Interface Element view structural interface view |
| CN105224300B (en) * | 2014-06-25 | 2018-06-26 | 成都普中软件有限公司 | A kind of visual modeling method based on system member view construction system view |
| CN109492289B (en) * | 2018-10-31 | 2023-01-17 | 武汉开目信息技术股份有限公司 | Part machinability rule modeling method |
| CN111291444B (en) * | 2019-08-28 | 2023-05-26 | 上海飞机制造有限公司 | Modeling method, device, equipment and storage medium for aircraft assembly |
| CN115826932B (en) * | 2023-02-10 | 2023-05-05 | 中国电子科技集团公司第十五研究所 | Evaluation model and evaluation model construction method |
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