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The usage of Diagram Interchange is almost nonexistent. This means exchanging files between UML modeling tools using XMI is rarely possible. One purpose of XML Metadata Interchange (XMI) is to enable easy interchange of metadata between UML-based modeling tools and MOF-based metadata repositories in distributed heterogeneous environments.
Visual Paradigm for UML: Yes Partial Unknown Unknown Unknown No Unknown Windchill Modeler: Yes Yes Unknown Yes Yes Yes PTC Codebeamer, PTC RV&S, Windchill PLM, Siemens Polarion, IBM DOORS, IBM DOORS Next Name Underlying data model Full and Latest SysML support Full and Latest UML support XMI Automated document generation OSLC support
UML 2 MDA XMI Templates Languages generated Languages reverse engineered Can be integrated with Details PragmaDev Studio: Yes Yes Partial No C, C++ No Integration with Reqtify traceability tool. Model simulator integrated with any FMI 2.0 supporting tool.
Features that support integration with other tools include: XMI Import/Export: Supports the XMI 1.1, 1.2 and 2.1 specifications (and import of .emx and Rhapsody files), Open Services for Lifecycle Collaboration (OSLC), CSV Import/Export, ArchiMate Open Exchange Format Import / Export.
IDEF1X, UML DDL, Information Engineering & ERD Yes Yes Update database and/or update model Multi-user collaboration using File, DBMS or (transfer via XMI, CVS/TFS or Difference Merge). MySQL Workbench: Physical IDEF1X, IE (Crow’s feet), UML, and more Yes Yes Update database and/or update model No Navicat Data Modeler Conceptual, Logical ...
Diagram data is normally not contained with the program source, such that the UML tool, at least in the initial step, has to create some random layout of the graphical symbols of the UML notation or use some automatic layout algorithm to place the symbols in a way that the user can understand the diagram. For example, the symbols should be ...
A UML CASE tool is typically a 'fixed metamodel tool' since it has been hard-wired to work only with a given version of the UML metamodel (e.g. UML 2.1). On the contrary, other tools have internal generic capabilities allowing them to adapt to arbitrary metamodels or to a particular kind of metamodels. Usually MDA tools focus rudimentary ...
The CWM specifies interfaces that can be used to enable interchange of warehouse and business intelligence metadata between warehouse tools, warehouse platforms and warehouse metadata repositories in distributed heterogeneous environments. CWM is based on three standards: UML – Unified Modeling Language, an OMG modeling standard