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There are two elements nested in the <issueStateModel> element: <comments> and <states> These correspond to the two embedding relationships IssueStateModelHasComments and IssueStateModelHasStates, and their names are generated from the property names of the source roles of those relationships This exempli es the general pattern used to map models into XML documents: Embedding relationships map to nested XML elements Within the <comments> element is a single <comment> element The Id attribute contains a NET Guid (Globally Unique Identi er), which is used to refer uniquely to this element from elsewhere Every referenced element must have some way to identify it uniquely, and the simplest technique is to use its Id, which every ModelElement has in the store, as introduced in 3 You might ask why it is necessary for this particular comment to have an identi er, because it isn t referred to from anywhere else in this le It is, however, referred to from the diagram le, as we ll see later Embedded within the <comments> element is a nested <commentText> element, with the value of the comment s CommentText domain property as its content Following that is a <subjects> element, representing the relationship CommentsReferToIssueStates, and embedded in that is the <issueStateMoniker> element that refers to the IssueState Raised, by its fully quali ed name /CJKWStates/StateModel/Raised We ll discuss the topic of moniker elements in more detail in the discussion of cross-references later in the chapter After the <comments> element is the <states> element, which contains four <issueState> elements and one <startElement> element Each of the <issueState> elements represents an IssueState model element Each of the domain properties of these MELs Name, Description, Icon is represented by an XML attribute: name, description, icon The IssueStateTransition relationship is represented by the element <successors>, which contains one or more <issueStateMoniker> elements that refer to a succeeding IssueState, using a locally qualified name such as StateModel/pending Finally, the <startElement> element is serialized with its name Start and the <issueStateMoniker> reference to the associated IssueState, which has the name Raised.

As mentioned already, we want to leverage the BPMN notational elements for our Scenario diagram Unfortunately, no BPMN2 diagramming component exists within MDT, and the BPMN project within the SOA Tools project uses an older version of GMF and does not generate its figures to a standalone plug-in Fortunately, this gives us an opportunity to show how this is done as we develop this diagram

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The BPMN specification defines many notational elements We start with those to be used in our scenario diagram, but the idea is to create a figures plug-in that can be reused as a reusable library for any BPMN-based diagram To begin, we create a new orgeclipsedslbpmn project and, within it, a new bpmn gmfgraph model in the /diagrams folder In this case, we re interested in only the graphical definition, which we can use to generate a standalone plug-in and mirroredgmfgraph model that we ll be referencing in our scenario diagram definition

Subclasses can extend this method (being sure to call the superclass method), to detect when a page becomes the active page

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Some workflow issues arise when dealing with standalone figure bundles, so it s typically easier to first develop the default way using figures generated and included in the generator model When the diagram is mostly completed, generate the figure bundle and load the mirrored gmfgraph model into your mapping model to change references

One approach for validating information entered by a user on a wizard page is for each field to have a listener that calls an updatePageComplete() method in the wizard page (snipped from Section 1128):

sourceFileField = new Text(container, SWTBORDER); sourceFileFieldaddModifyListener(new ModifyListener() { public void modifyText(ModifyEvent e) {

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