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2 introduced the different pieces that must be created to develop a DSL: the domain model, graphical notation and toolbox, explorer and properties window, validation, serialization, and deployment It also introduced the DSL designer, which the DSL author uses to de ne the different components of the new language This chapter describes how to de ne the domain model and what a domain model means in terms of the generated DSL tool Every DSL has a domain model at its core It de nes the concepts represented by the language, their properties, and the relationships between them All DSL users must be aware of these to some extent, because every element that they create and manipulate while using the DSL is described by the domain model The domain model is like a grammar for the DSL; it de nes the elements that constitute a model and gives rules for how these elements may be connected together The domain model also provides the foundation for the other aspects of the language to build on The de nitions of notation, toolbox, explorer, properties window, validation, serialization, and deployment are all built on the domain model It is also used to generate the programmatic API, which you can use to customize and extend the language, and which you access from templates to generate code and other textual artifacts The basics of domain modeling are quite simple if you are familiar with object-oriented design or object-oriented programming This chapter describes

protected void removeChild(EditPart child) { AssertisNotNull(child); int index = getChildren()indexOf(child); if (index < 0) return; fireRemovingChild(child, index); if (isActive()) childdeactivate(); childremoveNotify(); removeChildVisual(child); childsetParent(null); getChildren()remove(child); }

In addition, we zip the help files into a specially named doczip file so that they take up less space (see Section 1523):

<target name="build_common" depends="init"> <!-- Temporary directories used to build the common elements will be deleted --> <property name="temp_common" value="${temp_dir}/common"/> <property name="main_plugin_common" value="${temp_common}/${main_plugin_dirname}"/> <property name="feature_plugin_common" value="${temp_common}/${feature_plugin_dirname}"/> <property name="help_plugin_common" value="${temp_common}/${help_plugin_dirname}"/> <!-- Assemble main plugin's common elements --> <copy todir="${main_plugin_common}"> <fileset dir="" includes="schema/**/*exsd"/> <fileset dir="" includes="icons/**/*gif"/> <fileset dir="" includes="*gif"/> <fileset dir="" includes="about*"/> <fileset dir="" includes="welcomexml"/> <fileset dir="" includes="preferencesini"/> </copy> <!-- Assemble feature plugin elements --> <copy todir="${feature_plugin_common}"> <fileset dir="/comqualityeclipsefavoritesfeature" includes="*xml"/> <fileset dir="/comqualityeclipsefavoritesfeature" includes="*gif"/> </copy>

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As you can see, the process is nearly the reverse of the addChild() method Listeners are notified that the child is being removed, the deactivate() method is called, removeNotify() is called, its model and visual are unregistered, its parent is set to null, and its children are removed The EditPart is also removed as the source or target of any connections, although the connection itself is not removed unless both its source and target are set to null Note that EditParts are not recycled Even an Undo operation causes a new EditPart object to be created, so it s important to not reference an EditPart directly with a Command, for example

<!-- Assemble help plugin elements --> <copy todir="${help_plugin_common}"> <fileset dir="/comqualityeclipsefavoriteshelp" includes="*xml"/> </copy> <zip zipfile="${help_plugin_common}/doczip"> <zipfileset dir="/comqualityeclipsefavoriteshelp/html" prefix="html"/> </zip> </target>

all of the basic ideas, using the Issue State example introduced in 2 as a source of examples It also delves more deeply into some of the ner points of domain modeling, using some modi cations to the Issue State example to illustrate the key issues

Most interaction with GEF objects happens through tools selected from the palette Tools themselves function as state machines, responding to SWT events (mouse and keyboard) to perform actions such as showing or hiding feedback, updating the cursor, obtaining commands from EditParts, executing commands, and so on Actually, input flows from the viewer, to the EditDomain, to the active tool Only one active tool for all viewers in the EditDomain exists typically, the one selected in the palette The GEF palette is available as a standalone view (Window Show View Other General Palette) or within the editor itself The palette is an optional feature, although most GEF applications use it Figure 9-10 shows the FlyoutPaletteComposite used in the scenario diagram example

Next, place the script elements related to building the Eclipse 30 specific elements in a new build_30 target Both the favoritesjar file and the

can vary from one version of Eclipse to another, so these are as-

Figure 9-10

sembled into a temporary directory separate from the common elements This prepares us for simultaneously building a product for other versions of Eclipse based upon the same source

We start building the Issue State domain model in the DSL authoring solution described in the previous chapter, created using the Domain-Speci c Language designer wizard The minimal language template creates a good starting point In the wizard, the company name is set to CJKW, the language name to IssueStateModels, and the le extension to iss From the resulting domain model, everything is deleted except the domain class ExampleModel and the IssueStateModelsDiagram, which are renamed to IssueStateModel and IssueStateDiagram, as shown in Figure 3-1

The content in this section is largely copied directly from the GEF programmer s guide and is provided here for convenience

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