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As a simple example, think about how we might count the number of times that each distinct word occurs in our input With associative arrays, the solution is almost trivial:

expandAll() Expands all nodes of the viewer s tree, starting with the root expandToLevel(int) Expands the root of the viewer s tree to the

Don't write an equals method that relies on unreliable resources It's extremely difficult to satisfy the consistency requirement if you do this For example, javanetURL's equals method relies on the IP addresses of the hosts in URLs being compared Translating a host name to an IP address can require network access, and it isn't guaranteed to yield the same results over time This can cause the URL equals method to violate the equals contract, and it has caused problems in practice (Unfortunately, this behavior cannot be changed due to compatibility requirements) With few exceptions, equals methods should perform deterministic computations on memory-resident objects Don't substitute another type for Object in the equals declaration It is not uncommon for a programmer to write an equals method that looks like the following, and then spend hours puzzling over why it doesn't work properly:

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expandToLevel(Object, int) Expands all ancestors of the given element so that the given element becomes visible in this viewer s tree control, and then expands the subtree rooted at the given element to the given level getExpandedElements() Returns a list of elements corresponding to expanded nodes in this viewer s tree, including currently hidden ones that are marked as expanded but are under a collapsed ancestor getExpandedState(Object) Returns whether the node corresponding to the given element is expanded or collapsed Tree getTree() Returns this tree viewer s tree control getVisibleExpandedElements() Gets the expanded elements that

int main() { string s; map<string, int> counters;

remove(Object) Removes the given element from the viewer remove(Object[]) Removes the given elements from this viewer reveal(Object) Ensures that the given element is visible, scrolling the viewer if necessary scrollDown(int, int) Scrolls the viewer s control down by one item from the given display-relative coordinates scrollUp(int, int) Scrolls the viewer s control up by one item from the given display-relative coordinates setAutoExpandLevel(int) Sets the auto-expand level setContentProvider(IContentProvider) The implementation, AbstractTreeViewer, of this method checks to ensure that the content provider is an ITreeContentProvider setExpandedElements(Object[]) Sets which nodes are expanded in

setExpandedState(Object, boolean) Sets whether the node corresponding to the given element is expanded or collapsed

// read the input, keeping track of each word and how often we see it while (cin >> s) ++counters[s]; // write the words and associated counts for (map<string, int>::const_iterator it = countersbegin(); it != countersend(); ++it) { cout << it->first << "\t" << it->second << endl; } return 0; }

setLabelProvider(IBaseLabelProvider) The tree viewer implementation of this Viewer framework method ensures that the given label provider is an instance of ILabelProvider CheckboxTreeViewer adds the following useful APIs: addCheckStateListener(ICheckStateListener) Adds a listener for changes to the checked state of elements in this viewer getChecked(Object) Returns the checked state of the given element getCheckedElements() Returns a list of checked elements in this

Effective Java: Programming Language Guide public boolean equals(MyClass o) { }

As with other containers, we must specify the type of the objects that the map will hold Because a map holds key-value pairs, we need to mention not only the type of the values, but also the type of the keys So,

viewer s tree, including currently hidden ones that are marked as checked but are under a collapsed ancestor

getGrayed(Object) Returns the grayed state of the given element getGrayedElements() Returns a list of grayed elements in this viewer s tree, including currently hidden ones that are marked as grayed but are under a collapsed ancestor setChecked(Object, boolean) Sets the checked state for the given

map<string, int> counters;

setGrayChecked(Object, boolean) Checks and grays the selection rather than calling both setGrayed and setChecked as an optimization setGrayed(Object, boolean) Sets the grayed state for the given ele-

setParentsGrayed(Object, boolean) Sets the grayed state for the given element and its parents in this viewer setSubtreeChecked(Object, boolean) Sets the checked state for the given element and its visible children in this viewer

defines counters as a map that holds values of type int that are associated with keys of type string We often speak of such a container as "a map from string to int," because we can use the map by giving it a string as a key, and getting back the associated int data The way we define counters captures our intent to associate each word that we read with an integer counter that records how many times we have seen that word The input loop reads the standard input, a word at a time, into s The interesting part is

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