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Eclipse separates classes into two categories: public API and for internal use only Any classes located in a package that has internal in its name (eg, orgeclipsecoreinternalboot) are internal to the plug-in, should not be referenced by any code outside the plug-in itself, and may change drastically between different versions of Eclipse All other classes are considered public API, can be called from outside the plug-in, and follow strict Eclipse guidelines for how and when the class and method signatures can change Needless to say, it is easier to stick to the public API when supporting multiple versions of Eclipse During the course of development, you may need to access classes and methods marked internal to a particular Eclipse plug-in Every time you have such a need, the first thing you should do is double-check that there is not an existing public API that will do the trick instead If no public API exists, then search the Eclipseorg archives or related sites (see Section 2, Resources, on page 828) for a similar problem with a solution you can use Failing that, post a message on the Eclipse newsgroup describing your situation and asking for suggestions (see the next section) If you don t find a solution, then proceed to file a bug report or feature request in the Eclipse Bugzilla tracking system (see Section 2122, Bugzilla Eclipse bug tracking system, on page 782) If needed, you can create a fragment (see Section 2126, Using fragments, on page 784) to access the code necessary until a public API is made available

The Runtime page of the manifest editor (see Figure 2 11) corresponds to the Bundle-ClassPath chunk of source in the META-INF/MANIFESTMF file, which defines what libraries are delivered with the plug-in and used by the plug-in during execution, what package prefixes are used within each library (used to speed up plug-in loading time), and whether other plug-ins can reference the code in the library (see Section 2125, Related plug-ins, on page 783 for more on package visibility) For the Favorites plug-in, all the code is contained in the comqualityeclipsefavorites_100jar itself, so no Bundle-ClassPath declaration is necessary The Favorites plug-in does not export any packages for other plug-ins to use or extend

struct Student_info { string name; double midterm, final; vector<double> homework; }; // note the semicolon it's required

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The Extensions page (see Figure 2 12) displays how this plug-in augments the functionality already provided by other plug-ins in the system, and corresponds to the <extension point="orgeclipseuiviews"> chunk of XML in the pluginxml file:

public interface Singer { AudioClip Sing(Song s); } public interface Songwriter { Song compose(boolean hit); }

This struct definition says that Student_info is a type, which has four data members Because Student_info is a type, we can define objects of that type, each of which will contain an instance of these four data members The first member, named name, is of type string; the second and third are doubles named midterm and final; and the last is a vector of doubles named homework

<extension point="orgeclipseuiviews"> <category name="QualityEclipse" id="comqualityeclipsefavorites"> </category> <view name="Favorites" icon="icons/samplegif" category="comqualityeclipsefavorites" class="comqualityeclipsefavoritesviewsFavoritesView" id="comqualityeclipsefavoritesviewsFavoritesView"> </view> </extension>

The Favorites plug-in declares an extension to the orgeclipseui plug-in using the orgeclipseuiviews extension point by providing an additional category of views named QualityEclipse and a new view in that cat-

Each object of Student_info type holds information about one student Because Student_info is a type, we can use a vector<Student_info> object to hold information about an arbitrary number of students, just as we used a vector<double> object to hold an arbitrary number of homework grades

egory named Favorites Selecting an item in the tree on the left in the Extensions page causes the properties for that item to appear on the right In this case, selecting Favorites (view) on the Extensions page displays the name, identifier, class, and more information about the Favorites view that is being declared This corresponds to the XML attributes defined in the <view> chunk of XML shown previously

Finally, the Extension Points page of the manifest editor (see Figure 2 13) facilitates the definition of new extension points so that other plug-ins can augment the functionality provided by this plug-in At this time, the Favorites plug-in doesn t define any extension points and therefore cannot be augmented by other plug-ins (see Section 172, Defining an Extension Point, on page 639)

In real life, some singers are also songwriters Because we used interfaces rather than abstract classes to define these types, it is perfectly permissible for a single class to implement both Singer and Songwriter In fact, we can define a third interface that extends both Singer and Songwriter and adds new methods that are appropriate to the combination:

If we break our problem into manageable components, we'll see that there are three separable steps, which we can represent by separate functions: We need to read data into a Student_info object, we need to generate the overall grade for a Student_info object, and we need to be able to sort a vector of Student_info objects The function that reads one of our records is a lot like the read_hw function that we wrote in 413/57 In fact, we can use that function to read the homework grades In addition, we'll need to read the student's name and exam grades:

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