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You might expect this program to print Set, followed by List and Unknown Collection, but it doesn't; it prints out Unknown Collection three times Why does this happen Because the classify method is overloaded, and the choice of which overloading to invoke is made at compile time For all three iterations of the loop, the compile-time type of the parameter is the same: Collection The run-time type is different in each iteration, but this does not affect the choice of overloading Because the compile-time type of the parameter is Collection, the only applicable overloading is the third one, classify(Collection), and this overloading is invoked in each iteration of the loop The behavior of this program is counterintuitive because selection among overloaded methods is static, while selection among overridden methods is dynamic The correct version of an overridden method is chosen at run time, based on the run-time type of the object on which the method is invoked As a reminder, a method is overridden when a subclass contains a method declaration with exactly the same signature as a method declaration in an ancestor If an instance method is overridden in a subclass and this method is invoked on an instance of the subclass, the subclass's overriding method executes, regardless of the compile-time type of the subclass instance To make this concrete, consider the following little program:

The tab folder widget is used to organize information within a window frame into multiple pages that appear as a set of notebook tabs Clicking on a tab brings that page to the front Tabs can be labels with images and text Useful APIs include:

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string::const_iterator url_beg(string::const_iterator b, string::const_iterator e) { static const string sep = "://"; typedef string::const_iterator iter; // i marks where the separator was found iter i = b; while ((i = search(i, e, sepbegin(), sepend())) != e) { // make sure the separator isn't at the beginning or end of the line if (i != b // beg marks the beginning of the protocol-name iter beg = i; while (beg != b --beg; // is there at least one appropriate character before and after the separator if (beg != i } // the separator we found wasn't part of a URL advance i past this separator i += sepsize(); } return e; } return beg;

addSelectionListener(SelectionListener) Adds the listener to the collection of listeners that will be notified when the receiver s selection changes by sending it one of the messages defined in the SelectionListener interface TabItem getItem(int) Returns the item at the given, zero-relative

getSelection() Returns an array of TabItems that are currently selected in the receiver getSelectionIndex() Returns the zero-relative index of the item that is currently selected in the receiver, or -1 if no item is selected indexOf(TabItem item) Searches the receiver s list starting at the first item (index 0) until an item is found that is equal to the argument, and returns the index of that item setSelection(int) Selects the item at the given zero-relative index in

The easy part is to write the function header We know that we'll be passed two iterators denoting the range in which to look, and that we'll return an iterator that denotes the beginning of the first URL in that range, if one exists We also declare and initialize a local string, which will hold the characters that make up the separator that identifies a potential URL Like url_ch in the not_url_char function ( 613/107), this string is static and const Thus, we will not be able to change the string, and its value will be created only on the first invocation of url_beg The function executes by placing two iterators into the string delimited by b and e:

the receiver Useful tab folder APIs include:

class A { String name() { return "A"; } } class B extends A { String name() { return "B"; } } class C extends A { String name() { return "C"; } } public class Overriding { public static void main(String[] args) { A[] tests = new A[] { new A(), new B(), new C() }; for (int i = 0; i < testslength; i++) Systemoutprint(tests[i]name()); } }

setControl(Control control) Sets the control that is used to fill the client area of the tab folder when the user selects a tab item setImage(Image) Sets the receiver s image to the argument, which may be null, indicating that no image should be displayed setText(String) Sets the receiver s text setToolTipText(String) Sets the receiver s tool tip text to the argument, which may be null, indicating that no tool tip text should be shown

The iterator iwill denote the beginning of the URL separator, if any, and beg will indicate the beginning of the protocol-name, if any The function first looks for the separator, by calling search, a library function that we haven't used before This function takes two pairs of iterators: The first pair denotes the sequence in which we are looking, and the second pair denotes the sequence that we wish to locate As with other library functions, if search fails, it returns the second

The example code that follows creates a tab folder with several tabs Each tab contains a composite containing a single button (see Figure 4 13)

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import import import import orgeclipseswt*; orgeclipseswtevents*; orgeclipseswtlayout*; orgeclipseswtwidgets*;

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