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main0 { Rational x, y(4), z(22,7); tout << X = I; x.print 1 . tout << l&y - 1 . I y.print 1 . tout << ll;nz - 1 . I z.print 1 ; 1

CHAP. S]

The output looks like this:

Fig. 11-2

This version of the Rat ional class has three constructors. The first has no parameters and initializes the declared object with the default values 0 and 1. The second constructor has one integer parameter and initializes the object to be the fractional equivalent to that integer. The third constructor is the same as in Example 8.2.

Among the various constructors that a class may have, the simplest is the one with no parameters. It is called the default constructor. If this constructor is not explicitly declared in the class definition, then the system will automatically create it for the class. That is what happens in Example 8.1.

8.4 CONSTRUCTOR INITIALIZATION LISTS Most constructors do nothing more than initialize the object s member data. Consequently, C++ provides a special syntactical device for constructors that simplifies this code. The device is an initialization list. Here is the third constructor in Example 8.2, rewritten using an initialization list:

Rational(int n, int d) : mm(n), den(d) { }

Polymorphism means able to assume many forms. It refers to functions that can deal with di erent versions or forms of the object or parameter list. In objectoriented software, it often means a function that can deal with the base type or a derived type. In the car/vehicle example, the base class will have polymorphic functions for tasks that all vehicles perform but may perform di erently, such as turn corners. Each derived class will either use the base class function or provide a version that is suitable for the derived class.

The assignment statements in the function s body that assigned n to num and d to den are removed. Their action is handled by the initialization list shown in boldface. Note that the list begins with a colon and precedes the function body which is now empty. Here is the Rat ional class with its three constructors rewritten using initializer lists.

class Rational { public: Rational0 : num(O), den(l) { 1 Rational(int n) : num(n), den( 1) l 1 Rational(int n, int d) : num(n.), den(d) private: int num, den;

Of course, these three separate constructors are not necessary. They can be combined into a single constructor, using default parameter values:

<cd> <title>Beautiful Maladies</title> <artist> < rstname>Tom</ rstname> <lastname>Waits</lastname> </artist> <song genre="urban folk" year="1987" length="2:42"> Hang on St. Christopher</song> <song genre="urban folk" year="1987" length="3:51"> Temptation</song> <song genre="urban folk" year="1985" length="3:45"> Clap Hands</song> </cd> Use the DTD created in 2: <!DOCTYPE <!ELEMENT <!ELEMENT <!ELEMENT <!ELEMENT <!ELEMENT <!ELEMENT <!ELEMENT <!ATTLIST <!ATTLIST ]> 4.1 Declare a font color of red and weight of 400 for the title element. 4.2 Declare a font size and weight for the song element. 4.3 Add the notes element and declare the display: block style in the DTD. 4.4 Create a text shadow for the artist element. 4.5 Place all these in a style sheet named cd.css, and link it in the XML document by creating the appropriate PI. title [ CD (title, artist+, song*)> title (#PCDATA)> artist (( rstname*, lastname) | group )> rstname (#PCDATA)> lastname (#PCDATA)> group (#PCDATA)> song (#PCDATA)> song genre CDATA #IMPLIED> song year CDATA #IMPLIED>

CHAP. 1 l]

Find the functions in the library problem (Example 11.2) that can be common for all of the items and the functions that will have to be specialized for the derived class. Common Checkout and check in functions (except maybe for checkout limitations). Specialized Cataloging functions will differ.

Here is the interface for the Name #include ~3tring.h"

class: