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combinations that you might have to support This is what's known as a combinatorial explosion Bloated class hierarchies can lead to bloated classes containing many methods that differ only in the type of their arguments, as there are no types in the class hierarchy to capture common behaviors Interfaces enable safe, powerful functionality enhancements via the wrapper class idiom, described in Item 14 If you use abstract classes to define types, you leave the programmer who wants to add functionality with no alternative but to use inheritance The resulting classes are less powerful and more fragile than wrapper classes While interfaces are not permitted to contain method implementations, using interfaces to define types does not prevent you from providing implementation assistance to programmers You can combine the virtues of interfaces and abstract classes by providing an abstract skeletal implementation class to go with each nontrivial interface that you export The interface still defines the type, but the skeletal implementation takes all of the work out of implementing it By convention, skeletal implementations are called AbstractInterface, where Interface is the name of the interface they implement For example, the Collections Framework provides a skeletal implementation to go along with each main collection interface: AbstractCollection, AbstractSet, AbstractList, and AbstractMap When properly designed, skeletal implementations make it very easy for programmers to provide their own implementations of your interfaces For example, here's a static factory method containing a complete, fully functional List implementation:

Eclipse imposes more restrictions on plug-in interaction than in a typical Java application Each plug-in has its own ClassLoader, restricting its visibility of the system to code in the plug-ins specified via the plug-in manifest (see Section 231, The Plug-in manifests, on page 77) This means that even though class A in one plug-in resides in a package with the same name as class B in a required plug-in, class A will not be able to access the protected and default methods in class B The Eclipse Java development environment will correctly compile the code as if those methods can be accessed, but when the code is executed inside an Eclipse framework, the plug-in ClassLoader will restrict the access, throwing an IllegalAccessException This situation can also arise if the library is not exported by its plug-in manifest (see Section 332, Plug-in runtime, on page 116), even if the class and methods are all marked as public Since you do not want to modify an existing Eclipse plug-in, you must be a bit more resourceful to work around these restrictions Tip: If a third party will be referencing and building on your plug-ins code, then consider exporting all classes in your plug-in as shown in Section 332, Plug-in runtime, on page 116 Your classes may be used to build things not originally envisioned by you, and hiding classes prevents others from supporting different Eclipse versions and your code Obviously, wherever you can, provide controlled third-party enhancements through the use of extension points (see Section 171, The Extension Point Mechanism, on page 637)

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bool compare(const Student_info& x, const Student_info& y) { return xname < yname; }

Eclipse 31 introduces a couple of enhanced package-level visibility directives x-internal and x-friends to more exactly define which plug-ins have access to which packages When exporting packages using the Runtime page

of the manifest editor (see Figure 2 11 on page 81), use the Package Visibility section to explicitly specify which plug-ins, if any, have access to the selected packages For example, in Section 281, Test preparation, on page 100, you could limit visibility of the exported packages to the test and GEF plug-ins This would result in an Export-Package declarations something like this

This function simply delegates the work of comparing Student_infos to the string class, which provides a < operator for comparing strings That operator compares strings by applying normal dictionary ordering That is, it considers the left-hand operand to be less than the right-hand operand if it is alphabetically ahead of the right-hand operand This behavior is exactly what we need Having defined compare, we can sort the vector by passing the compare function as a third argument to the sort library function:

Export-Package: comqualityeclipsefavoriteshandlers; x-friends:="comqualityeclipsefavoritestest, comqualityeclipsefavoritesgef", comqualityeclipsefavoritesmodel; x-friends:="comqualityeclipsefavoritestest, comqualityeclipsefavoritesgef", comqualityeclipsefavoritesviews; x-friends:="comqualityeclipsefavoritestest, comqualityeclipsefavoritesgef"

// List adapter for int array static List intArrayAsList(final int[] a) { if (a == null) throw new NullPointerException(); return new AbstractList() { public Object get(int i) { return new Integer(a[i]); } public int size() { return alength; } public Object set(int i, Object o) { int oldVal = a[i]; a[i] = ((Integer)o)intValue(); return new Integer(oldVal); }

sort(studentsbegin(), studentsend(), compare);

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