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items Since the workbench already provides images for various types of resources, the FavoriteItemType object simply returns the appropriate shared image To return custom images for other types of Favorites objects, you could cache those images during the life of the plug-in and dispose of them when the plug-in is shut down (see Section 77, Image Caching, on page 346)

// construct a vector vector<Student_info> vs; vector<double> v(100); // empty vector // vector with 100 elements

private final String id; private final String printName; private final int ordinal; private FavoriteItemType(String id, String name, int position) { thisid = id; thisordinal = position; thisprintName = name; } public String getId() { return id; } public String getName() { return printName; } public abstract Image getImage(); public abstract IFavoriteItem newFavorite(Object obj); public abstract IFavoriteItem loadFavorite(String info);

FavoriteItemType implements the Comparable<FavoriteItemType> interface, for sorting purposes, so must implement the compareTo method

// obtain the names of the types used by the vector vector<Student_info>::const_iterator b, e; vector<Student_info>::size_type i = 0; // use size and the index operator to look at each element in the vector for (i = 0; i != vssize(); ++i) cout << vs[i]name(); // return iterators positioned on the first and one past the last element b = vsbegin(); e = vsend();

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public int compareTo(FavoriteItemType other) { return thisordinal - otherordinal; }

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Of course, this list of operations is but a subset of what the standard vector class provides but by implementing this subset, we can understand the language facilities necessary to support much of the vector interface

Next, add public static fields for each of the known types of Favorites For now, these instances are hard-coded; however, in the future, these instances will be defined by an extension point so that others can introduce new types

of Favorites (see Section 173, Code Behind an Extension Point, on page 649) These new public static fields depend on the orgeclipsecoreresources, orgeclipseuiide, and orgeclipsejdtcore plug-ins, so use the Dependencies page of the plug-in manifest editor (see Figure 2 10 on page 79) to add these required plug-ins, and then save the changes

Having determined our operations, we next need to think about how to represent a Vec The easiest implementation decision is that we need to define a template class We want to allow users to use Vecs to hold a variety of types The template facility that we described in 811/140 for functions also applies to classes That facility let us write one definition of a template function, and use that template to create versions that could be run on a variety of types Similarly, we can define a template class, and then use that class to create a family of types that differ only with respect to the types used in the template parameter list We've already used such types, including vector, list, and map As with template functions, when we define a template class, we have to signal that the class is a template, and list the type parameters that will be used in the class definition:

public static final FavoriteItemType UNKNOWN = new FavoriteItemType("Unknown", "Unknown", 0) { public Image getImage() { return null; } public IFavoriteItem newFavorite(Object obj) { return null; } public IFavoriteItem loadFavorite(String info) { return null; } }; public static final FavoriteItemType WORKBENCH_FILE = new FavoriteItemType("WBFile", "Workbench File", 1) { public Image getImage() { return PLATFORM_IMAGES getImage(orgeclipseuiISharedImagesIMG_OBJ_FILE); } public IFavoriteItem newFavorite(Object obj) { if (!(obj instanceof IFile)) return null; return new FavoriteResource(this, (IFile) obj); } public IFavoriteItem loadFavorite(String info) { return FavoriteResourceloadFavorite(this, info); } }; public static final FavoriteItemType WORKBENCH_FOLDER = new FavoriteItemType("WBFolder", "Workbench Folder", 2) { public Image getImage() { return PLATFORM_IMAGES getImage(orgeclipseuiISharedImagesIMG_OBJ_FOLDER); } public IFavoriteItem newFavorite(Object obj) { if (!(obj instanceof IFolder)) return null; return new FavoriteResource(this, (IFolder) obj); } public IFavoriteItem loadFavorite(String info) { return FavoriteResourceloadFavorite(this, info); } }; more of the same

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