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When neither referencing the code directly nor copying the code into your own plug-in will work, you can try using fragments Fragments are chunks of code defined in a plug-in-like structure that Eclipse automatically attaches to an existing plug-in (see Section 163, Using Fragments, on page 629) As far as the Eclipse system is concerned, code contributed by a fragment is treated exactly the same as code that exists in the target plug-in Originally, fragments were created to insert different National Language Support (NLS) code into a plug-in based on the intended audience, but you can exploit this mechanism to solve your own problems Using this technique, you cannot override classes that already exist in the plug-in, but you can insert new utility classes used to access methods that were previously not accessible because they had default or protected visibility

Eclipse provides an adapter framework for translating one type of object into a corresponding object of another type This allows for new types of objects to be systematically translated into existing types of objects already known to Eclipse When a user selects elements in one view or editor, other views can request adapted objects from those selected objects that implement the

Now that we have functions to process student records, we can generate our report:

selected in the Favorites view can be translated into resources and Java elements as requested by existing Eclipse views without any code modifications to them (see Section 74, Linking the View, on page 336)

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For objects to participate in the adapter framework, they must first implement the IAdaptable interface, as was done with IFavoriteItem (see Section 742, Adaptable objects, on page 337) The IAdaptable interface contains this single method for translating one type of object into another:

int main() { vector<Student_info> students; Student_info record; string::size_type maxlen = 0; // read and store all the records, and find the length of the longest name while (read(cin, record)) {

}; }

getAdapter(Class) Returns an object that is an instance of the given class and is associated with this object Returns null if no such object can be provided

This document is created with the unregistered version of CHM2PDF Pilot maxlen = max(maxlen, recordnamesize()); studentspush_back(record); } // alphabetize the records sort(studentsbegin(), studentsend(), compare); for (vector<Student_info>::size_type i = 0; i != studentssize(); ++i) { // write the name, padded on the right to maxlen + 1 characters cout compute and write the grade try { double final_grade = grade(students[i]); streamsize prec = coutprecision(); cout

Implementers of the IAdaptable interface attempt to provide an object of the specified type If they cannot translate themselves, then they call the adapter manager to see whether a factory exists for translating them into the specified type

private IResource resource; public Object getAdapter(Class adapter) { if (adapterisInstance(resource)) return resource; return PlatformgetAdapterManager() getAdapter(this, adapter); }

The first novelty is the call to the library function max, which is defined in the header <algorithm> On the surface, max's behavior is obvious However, one aspect of its behavior is not obvious: Its arguments must both have the same type, for complicated reasons that we shall explore in 813/142 This requirement makes it essential for us to define maxlen to be a variable of type string::size_type; it won't do merely to define it as an int

Code that needs to translate an object passes the desired type, such as IResourceclass, into the getAdapter() method, and either obtains an instance of IResource corresponding to the original object or null indicating that such a translation is not possible

When you consider all that a List implementation does for you, this example is an impressive demonstration of the power of skeletal implementations Incidentally, the example is an Adapter [Gamma98, p139] that allows an int array to be viewed as a list of Integer instances Because of all the translation back and forth between int values and Integer

if (!(object instanceof IAdaptable)) { return; } MyInterface myObject = ((IAdaptable) object)getAdapter(MyInterfaceclass); if (myObject == null) { return; } do stuff with myObject

string(maxlen + 1 - students[i]namesize(), ' ')

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