UML PROFILE FOR SAVECCM - Research

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Definitions and acronyms API CASE CBD CBSE COM CORBA DCOM DSML DTD EJB IDL MIDL MOF MS OCL RSM SaveCCM UML W3C XML XMI XSL XSLT Application Programming Interface Computer Aided Software Engineering Component Based Development Component Based Software Engineering Component Object Model Common Object Request Broker Architecture Distributed Component Object Model Domain Specific Modelling Language Document Type Definition Enterprise JavaBeans Interface Definition Language Microsoft Interface Definition Language Meta Object Family Microsoft Object Constraint Language Rational Software Modeller SaveComp Component model Unified Modeling Language World Wide Web Consortium eXtensible Markup Language XML Metadata Interchange eXtensible Stylesheet Language XSL Transformations vi
List of figures Figure 2-1: The Component - based design pattern .......................................... 4 Figure 2-2: Provisions and requirements of a component ............................... 10 Figure 3-1: COM approaches in composition, (a) containment and (b) aggregation 14 Figure 4-1: OMG four – level metamodel hierarchy ......................................... 18 Figure 4-2: The Core Packages ...................................................................... 19 Figure 4-3: Sub-packages of the Classes package and their dependencies ... 20 Figure 4-4: The top-level package structure of the UML ................................. 21 Figure 4-5: A component with internal structure .............................................. 23 Figure 4-6: Dependencies of the Component packages ................................ 25 Figure 4-7: UML metaclasses included in UML 2.0 Component Model ........... 26 Figure 4-8: Mapping component interfaces at multiple levels .......................... 28 Figure 4-9: A component with packaged elements .......................................... 29 Figure 4-10: Component with two subcomponents and three connectors ...... 30 Figure 4-11: Profile example, (a) definition, (b) application ............................ 32 Figure 5-1: Graphical notation of SaveCCM .................................................... 36 Figure 5-2: Clock and Delay components, graphical presentation .................. 38 Figure 5-3: SaveCCM model of ACC system .................................................. 41 Figure 6-1: Applying stereotype – Properties view .......................................... 62 Figure 6-2: Applying stereotype – available stereotypes ................................. 62 Figure 6-3: Applying stereotype – editing tagged values ................................. 63 Figure 6-4: Adding a property to a component ................................................ 63 Figure 6-5: UML model of ACC system – Project explorer view ...................... 64 Figure 6-6: Connecting a SaveModel element to an SaveComponent model element 65 Figure 6-7: Validating model – live validation popup window .......................... 66 Figure 6-8: Validating model – batch validation error messages ..................... 66 Figure 7-1: Conceptual design of SaveUML transformations .......................... 67 Figure 7-2: SaveUML transformation tool architecture .................................... 72 Figure 7-3: The stand-alone application graphical interface ............................ 74 Figure 7-4: Using RSM plug-in, pop-up menu ................................................. 74 Figure 7-5: Using RSM plug-in, exporting UML model .................................... 75 Figure 7-6: Using RSM plug-in, warning message .......................................... 75 Figure 7-7: UML model of ACC system ........................................................... 76 Figure 7-8: Transformed ACC system model .................................................. 77 vii
Page 1: UNIVERSITY OF ZAGREB AND MÄLARDALE
Page 4 and 5: 4.6.2 Profile extension mechanism .
Page 8 and 9: Introduction 1. Introduction 1.1 Ov
Page 10 and 11: Component - based software engineer
Page 20 and 21: Component models framework. A compo
Page 22 and 23: Component models Components in .NET
Page 24 and 25: UML 4. Unified Modeling Language Th
Page 26 and 27: UML referred to with the name of th
Page 28 and 29: UML 4.4 The UML Superstructure Arch
Page 30 and 31: UML Figure 4-5: A component with in
Page 32 and 33: UML Figure 4-6: Dependencies of the
Page 34 and 35: UML general classifier and a more s
Page 36 and 37: UML Figure 4-9: A component with pa
Page 38 and 39: UML However, this mechanism has som
Page 40 and 41: UML In four layer metamodel hierarc
Page 42 and 43: SaveCCM 5. SaveComp Component Model
Page 44 and 45: SaveCCM Quality attributes In addit
Page 46 and 47: SaveCCM Unlike components, switches
Page 48 and 49: SaveCCM Figure 5-3: SaveCCM model o
Page 50 and 51: SaveUML profile from a strict synta
Page 52 and 53: SaveUML profile 6.3 The SaveUML pro
Page 54 and 55: SaveUML profile [6] NumberOfStereot
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SaveUML profile connections. Althou
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SaveUML profile and only special To
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SaveUML profile [3] ComponentPorts:
Page 62 and 63:
SaveUML profile Tagged values: For
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SaveUML profile Base classifier: Us
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SaveUML profile 6.3.3.18 SaveSwitch
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SaveUML profile Base classifier: Po
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SaveUML profile Figure 6-3: Applyin
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SaveUML profile Figure 6-6: Connect
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SaveUML transformations 7. SaveUML
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SaveUML transformations support for
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SaveUML transformations Model objec
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SaveUML transformations [3] Target
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SaveUML transformations When transf
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SaveUML transformations Figure 7-8:
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References References [Åkerholm 05
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