quid       	"3F978ED7030A")
		    (object ClassAttribute "制定時間"
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		    (object ClassAttribute "提醒設置"
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		    (object ClassAttribute "完成情況"
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		    (object ClassAttribute "計劃說明"
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		    (object ClassAttribute "半成品批號"
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		    (object ClassAttribute "半成品名稱"
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		    (object ClassAttribute "本批數量"
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	    (object Class_Category "Business Object Model"
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		documentation 	
|This model is optional.
|The Business Object Model contains a set of interacting workers and business entity (domain) classes which collaborate to enact the business processes.  In some cases, only the business entity classes are documented.  The business entity classes as a whole are sometimes referred to as a 'domain model'.
|
|The business modeling workflow in Rational Unified Process produces two models: the business use-case model, and the business object model. Both show the business 
|processes, but different aspects of them. In the business use-case model each business use case represents a business process, described (text and/or activity diagrams) from an "external" view point without worrying about who does what to whom inside of the organization. 
|In the business object model, you include realizations of each business use case to show how workers and entities collaborate to perform the process. You do that using class diagrams, activity diagrams with swimlanes, collaboration diagrams, and/or interaction diagrams.
|
		
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	    (object Class_Category "Analysis Model"
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		documentation 	
|This model is optional.
|The Analysis Model contains a set of Analysis Classes, which describe an abstract realization of the use cases of the system.  The analysis classes evolve into associated design elements which are modeled in the Design Model.  
		
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	    (object Class_Category "Design Model"
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		documentation 	
|The Design Model in Rational Unified Process.
|The design model is adapted to model the real implementation environment, and serves as an abstraction of the source code. It is a "blueprint" of how the source code is structured and written. 
|
|The design model is a hierarchy of packages (design subsystems and design-service  packages), with "leaves" that are classes. Subsystems are a design "view" of the components that are defined in the Implementation Model.
|
|The design model hierarchy consists of layers. 
|
|Classes represent abstractions of classes in the system's implementation. They define the objects, which in turn are abstractions of the objects in the system's implementation. The use cases are realized by the objects, and this is represented by use-case realizations in the Design Model.  Each use-case realization has a realize dependency to a use case in the Use-Case Model. 
		
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		    (object Class_Category "<Layer Name> Layer"
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			documentation 	
|The design model is normally organized in layers. The number of layers is not fixed, but varies from situation to situation. 
|
|During architectural analysis, focus is normally on the two high-level layers, that is, the application and business-specific layers;  this is what is meant by the "high-level organization of subsystems." The other lower-level layers are in focus during architectural design, refer to the activity Architectural Design for more information.
|
|Layers are identified using the naming conventions shown in the name of this package. 
			
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|<Enter a short description of the package here.  A package should be used in cases where a set of classes and/or other packages need to be grouped together for model organization purposes.  Though the contents of the package can have public visibility, which makes them visible to model elements outside the containing package, packages are primarily just grouping mechanisms.  
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|If a set of classes is to be encapsulated and can be hidden behind a well-defined interface, a subsystem is a more appropriate container>
				
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					documentation 	"This diagram shows the package itself and the packages that it is dependent of. That is useful to know for instance when the package is a separate unit that can be reused in other systems."
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			    (object Class_Category "<Subsystem Name>"
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|<Enter a short description of the subsystem here.  A subsystem should be used in cases where a set of classes and/or other packages need to be encapsulated within a container and hidden behind a set of well-defined interfaces.  By convention, none of the contents of subsystem are visible except the interfaces of the subsystem.  This allows subsystems to be easily replaced, and the implementations changed, provided the interfaces remain unchanged.  It offers a degree of encapsulation greater than that of the package.
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|If a set of classes is merely to be grouped together, but public visibility of classes is still desirable, a package is a more appropriate container.>
				
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					title      	"<subsystem name> - Dependencies"
					documentation 	"This diagram shows the package itself and the packages that it is dependent of. That is useful to know for instance when the package is a separate unit that can be reused in other systems."
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				    (object ClassDiagram "<subsystem name> - Interfaces"
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|The Process View in Rational Unified Process
|This package is used to organize the active classes in the system and will be presented in the SoDA-generated Software Architecture Document, under the "Process View"
					
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			    (object ClassDiagram "All Packages in <Layer Name> - Layer"
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				title      	"All Packages in <Layer Name> - Layer"
				documentation 	"This diagram shows all packages in this - Layer."
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		    (object Class_Category "Use-Case Realizations"
			quid       	"34E36D3203CA"
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|In this Package we will describe "Use Case Realizations" as stereotyped use cases.
|
|A use-case realization describes how a particular use case is realized within  the design model, in terms of collaborating objects.
|
|A realize dependency is used between the "Use Case Realization" and the "Use Case" in the use-case  model that is realized. 
|
|
			
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				documentation 	" A separate package is recommended for each Use Case Realization to facilitate access and version control of related use case artifacts."
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				    (object UseCase "<Use-Case Name>"
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					documentation 	
|This will be a stereotype on a usecase. 
|In UML it is a stereotype on a collaboration and that does not exist in Rose.
					
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						title      	"<Use Case Name> -  Realize Dependencies"
						documentation 	"This diagram shows the Use Case and the Use Case Realization and the realize dependency between them.  This information is used to connect the use case with the use case realization."
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						documentation 	"This Diagram shows all participating classes in this Use Case Realization"
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						title      	"<Use Case Name> -  <Flow Type>"
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					documentation 	"This diagram shows the Use Case and the Use Case Realization and the realizes dependency between them."
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|This diagram shows the Use Case and the Use Case Realization and the realize dependency between them.
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