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Removes a single instance of the specified element from this collection, if it is present (optional operation) More formally, removes an element e such that (o==null e==null : oequals(e)), if the collection contains one or more such elements Returns true if the collection contained the specified element (or equivalently, if the collection changed as a result of the call) This implementation iterates over the collection looking for the specified element If it finds the element, it removes the element from the collection using the iterator's remove method Note that this implementation throws an UnsupportedOperationException if the iterator returned by this collection's iterator method does not implement the remove method This documentation leaves no doubt that overriding the iterator method will affect the behavior of the remove method Furthermore, it describes exactly how the behavior of the Iterator returned by the iterator method will affect the behavior of the remove method Contrast this to the situation in Item 14, wherein the programmer subclassing HashSet simply could not say whether overriding the add method would affect the behavior of the addAll method But doesn't this violate the dictum that good API documentation should describe what a given method does and not how it does it Yes it does! This is an unfortunate consequence of the fact that inheritance violates encapsulation To document a class so that it can be safely subclassed, you must describe implementation details that should otherwise be left unspecified Design for inheritance involves more than just documenting patterns of self-use To allow programmers to write efficient subclasses without undue pain, a class may have to provide hooks into its internal workings in the form of judiciously chosen protected methods or, in rare instances, protected fields For example, consider the removeRange method from javautilAbstractList:

createActions() Creates actions for this editor Subclasses should override this method to create and register actions with the ActionRegistry getCommandStack() Returns the command stack getEditDomain() Returns the edit domain initializeGraphicalViewer() Override to set the contents of the GraphicalViewer after it has been created setEditDomain(DefaultEditDomain) Sets the EditDomain for this

// compute a student's overall grade from midterm and final exam grades and homework grade double grade(double midterm, double final, double homework) { return 02 * midterm + 04 * final + 04 * homework; }

getPaletteRoot() Must be implemented by the subclass to return the PaletteRoot for the palette viewer

Similar to GraphicalEditorWithPalette, this class extends GraphicalEditor to provide a palette, but this palette can be moved and collapsed by the user

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Until now, all the functions that we've defined have been named main We define most other functions similarly, by specifying the return type, followed first by the function name, next by a parameter list enclosed in ( ), and, finally, by the function body, which is enclosed in { } The rules are more complicated for functions that return values that denote other functions; see A12/297 for the full story In this example, the parameters are midterm, final, and homework, each of which has type double They behave like variables that are local to the function, which means that calling the function creates them and returning from the function destroys them As with any other variables, we must define the parameters before using them Unlike other variables, defining them does not create them immediately; only calling the function creates them Therefore, whenever we call the function, we must supply corresponding arguments, which are used to initialize the parameters when the function begins execution For example, in 31/36 we computed a grade by writing

getPaletteRoot() Must be implemented by the subclass to return the PaletteRoot for the palette viewer getPalettePreferences() By default, this method returns a FlyoutPreferences object that stores the flyout settings in the GEF plugin

protected void removeRange(int fromIndex, int toIndex)

cout << "Your final grade is " << setprecision(3) << 02 * midterm + 04 * final + 04 * sum / count << setprecision(prec) << endl;

A GEF editor not only displays information graphically, but also facilitates user manipulation of that information To facilitate editor changes to the model, each GEF editor must have an edit domain The edit domain provides the interface for all user actions (see Section 2065, User Interaction with GEF, on page 763), tracks of the command stack (see Section 20661, Undo and Redo Commands, on page 768), the active tool and the palette (see Section 207, Palette, on page 775) For our purposes, the DefaultEditDomain class provided by GEF has everything we need We instantiate this domain in our editor s constructor

Our editor (see Figure 20 5 on page 758) extends GraphicalEditorWithFlyoutPalette so that it can include a palette from which actions can be initiated Start by creating a new editor extension (see Section 81, Editor Declaration, on page 354) class comqualityeclipsefavoritesgefeditorsFavoritesGEFEditor contributorClass comqualityeclipsefavoritesgefeditors FavoritesGEFEditorContributor (see Section 20661, Undo and Redo Commands, on page 768) id comqualityeclipsefavoritesgefeditor name Favorites GEF Editor and then implement FavoritesGEFEditor This editor contains a series of statements similar to the Favorites GEF View that sets the connection router to an instance of ShortestPathConnectionRouter

cout << "Your final grade is " << setprecision(3) << grade(midterm, final, sum / count) << setprecision(prec) << endl;

public class FavoritesGEFEditor extends GraphicalEditorWithFlyoutPalette { public static final String ID = "comqualityeclipsefavoritesgefeditor"; private FavoritesManager model; public FavoritesGEFEditor() { setEditDomain(new DefaultEditDomain(this)); } protected void setInput(IEditorInput input) { supersetInput(input); model = ((FavoritesGEFEditorInput) input)getModel(); } protected void configureGraphicalViewer() { superconfigureGraphicalViewer(); GraphicalViewer viewer = getGraphicalViewer(); viewersetEditPartFactory(new FavoritesEditPartFactory(true)); viewersetRootEditPart(new ScalableFreeformRootEditPart()); } protected void initializeGraphicalViewer() { superinitializeGraphicalViewer(); GraphicalViewer viewer = getGraphicalViewer(); viewersetContents(model); ScalableFreeformRootEditPart rootEditPart = (ScalableFreeformRootEditPart) viewergetRootEditPart(); FavoritesManagerEditPart managerPart = (FavoritesManagerEditPart) rootEditPartgetChildren()get(0); ConnectionLayer connectionLayer = (ConnectionLayer) rootEditPartgetLayer(LayerConstantsCONNECTION_LAYER); connectionLayersetConnectionRouter( new ShortestPathConnectionRouter(managerPartgetFigure())); } public Object getAdapter(Class type) { if (type == FavoritesManagerclass) return model; return supergetAdapter(type); } }

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