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The problem is that this method does not override Objectequals, whose argument is of type Object, but overloads it instead (Item 26) It is acceptable to provide such a strongly typed equals method in addition to the normal one as long as the two methods return the same result but there is no compelling reason to do so It may provide minor performance gains under certain circumstances, but it isn't worth the added complexity (Item 37)

The following example creates a tree viewer with a label provider and content provider (see Figure 5 10)

++counters[s];

orgeclipsejfaceviewers*; orgeclipseswt*; orgeclipseswtlayout*; orgeclipseswtwidgets*;

public class TreeViewerExample { public static void main(String[] args) { Display display = new Display(); Shell shell = new Shell(display); shellsetText("Tree Viewer Example"); shellsetBounds(100, 100, 200, 200); shellsetLayout(new FillLayout()); final TreeViewer treeViewer = new TreeViewer(shell, SWTSINGLE); treeViewersetLabelProvider( new PersonListLabelProvider()); treeViewersetContentProvider( new PersonTreeContentProvider()); treeViewersetInput(Personexample()); shellopen(); while (!shellisDisposed()) { if (!displayreadAndDispatch()) displaysleep(); } displaydispose(); } }

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What happens here is that we look in counters, using the word that we just read as the key The result of counters[s] is the integer that is associated with the string stored in s We then use ++ to increment that integer, which indicates that we have seen the word once more What happens when we encounter a word for the first time In that case, counters will not yet contain an element with that key When we index a map with a key that has not yet been seen, the map automatically creates a new element with that key That element is value-initialized, which, for simple types such as int, is equivalent to setting the value to zero Thus, when we read a new word for the first time and execute ++counters[s] with that new word, we are guaranteed that the value of counters[s] will be zero before we increment it Incrementing counters[s] will, therefore, correctly indicate that we have seen that word once so far Once we have read the entire input, we must write the counters and the associated words We do so in much the same way as we would write the contents of a list or a vector: We iterate through the container in a for loop, which uses a variable of the iterator type defined by the map class The only real difference is in how we write the data in the body of the for statement:

setLabelProvider() method and the content provider with the setContentProvider() method The content provider, PersonTreeContentProvider, returns the parent and children of each item The class

For classes, interfaces, and fields, the summary description should be a noun phrase describing the thing represented by an instance of the class or interface or by the field itself For example,

looks like this:

This document is created with the unregistered version of CHM2PDF Pilot cout << it->first << "\t" << it->second << endl;

import orgeclipsejfaceviewers*; public class PersonTreeContentProvider extends ArrayContentProvider implements ITreeContentProvider { public Object[] getChildren(Object parentElement) { Person person = (Person) parentElement; return personchildren; } public Object getParent(Object element) { Person person = (Person) element; return personparent; } public boolean hasChildren(Object element) { Person person = (Person) element; return personchildrenlength > 0; } }

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The TextViewer class wraps the StyledText widget (see Figure 5 11 for the TextViewer hierarchy) Individual runs of text may have different styles associated with them, including foreground color, background color, and bold Text viewers provide a document model to the client and manage the conversion of the document to the styled text information used by the text widget

Useful APIs include:

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