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Our first algorithmic solution performs pretty well, but we should be able to do slightly better The reason is that the solution in 631/117 calculates the grade for every element in students twice: once from remove_copy_if and a second time from remove_if Although there is no library algorithm that does exactly what we want, there is one that approaches our problem from a different angle: It takes a sequence and rearranges its elements so that the ones that satisfy a predicate precede the ones that do not satisfy it There are really two versions of this algorithm, which are named partition and stable_partition The difference is that partition might rearrange the elements within each category, and stable_partition keeps them in the same order aside from the partitioning So, for example, if the student names were already in alphabetical order, and we wanted to keep them that way within each category, we would need to use stable_partition rather than partition Each of these algorithms returns an iterator that represents the first element of the second section Therefore, we can

category(Object) Returns the category of the given element compare(Viewer, Object, Object) Returns a negative, zero, or positive number depending on whether the first element is less than, equal to, or greater than the second element getCollator() Returns the collator used to sort strings isSorterProperty(Object, String) Returns whether this viewer sorter would be affected by a change to the given property of the given element sort(Viewer viewer, Object[]) Sorts the given elements in place,

if (ArraysasList(shopgetCheeses())contains(CheeseSTILTON)) Systemoutprintln("Jolly good, just the thing");

modifying the given array For an example of viewer sorters, see Section 516, ListViewer class, on page 200

extract the failing grades this way:

The three clipboard-related actions are cut, copy, and paste For the Favorites view, you need to provide the ability to cut selected items out of the view, copy selected items, and paste new items into the view using three separate actions

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The copy action translates selected Favorites items into various formats such as resources, and places that information into the clipboard Start by creating a new CopyFavoritesHandler class with a method to safely create and dispose of a clipboard object The clipboard object exists only for the duration of the call to a second execute() method, after which it is disposed

vector<Student_info> extract_fails(vector<Student_info>& students) { vector<Student_info>::iterator iter = stable_partition(studentsbegin(), studentsend(), pgrade); vector<Student_info> fail(iter, studentsend()); studentserase(iter, studentsend()); return fail; }

public class CopyFavoritesHandler extends AbstractHandler { public Object execute(ExecutionEvent event) throws ExecutionException { Clipboard clipboard = new Clipboard(HandlerUtilgetActiveShell(event) getDisplay());

This sort of circumlocution is required in nearly every use of a method that returns null in place of a zero length array It is error prone, as the programmer writing the client might forget to write the special-case code to handle a null return Such an error may go unnoticed for years, as such methods usually return one or more objects Less significant, but still worthy of note, returning null in place of a zero length array also complicates the arrayreturning method itself It is sometimes argued that a null return value is preferable to a zero-length array because it avoids the expense of allocating the array This argument fails on two counts First, it is inadvisable to worry about performance at this level unless profiling has shown that the method in question is a real contributor to performance problems (Item 37) Second, it is possible to return the same zero-length array from every invocation that returns no items because zero-length arrays are immutable and immutable objects may be shared freely (Item 13) In fact, this is exactly what happens when you use the standard idiom for dumping items from a collection into a typed array:

To understand what is going on here, let's start with our hypothetical input data again:

try { return execute(event, clipboard); } finally { clipboarddispose(); } } }

Transfer objects convert various formats, such as resources, into platform-specific byte streams and back so that information can be exchanged between different applications (see Section 7383, Custom transfer types, on page 330 for more on transfer types) The following CopyFavoritesHandler methods translate favorite items into resources and text

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