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This class uses enumeration types for a card s 13 possible ranks and 4 possible suits. Anticipating the implementation of Hand and Deck classes, we declare them here to be friend classes to the Card class. This will allow them to access the private members of the Card class. Notice that all three constructors and the destructor are declared to be private. This will prevent any cards to be created or destroyed except by the Card's two friend classes. Here is the implementation of the overloaded insertion operator CC for cards:

ostream& operator<c(ostream& { switch (card.rank-) { case two : ostr cc case three : ostr CC case four : ostr cc case five : ostr cc case six : ostr c< case seven : ostr CC case eight : ostr cc case nine : ostr cc case ten : ostr cc case jack : ostr cc case queen : ostr CC case king : ostr cc case ace : ostr cc

dcu:

ostr, const Card& card)

"two of II; "three of "; "four of "; "five of "; "six of "; "seven of "; "eight of "; "nine of '; "ten of "; "jack of "; "queen of "; "king of "; "ace of ";

break; break; break; break; break; break; break; break; break; break; break; break; break;

switch (card.suit-) { case clubs : ostr CC "clubs"; case diamonds : ostr C< "diamonds"; case hearts : ostr C< "hearts"; case spades : ostr cc "spades"; return ostr;

See Fig. 10-5.

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CHAP. 1 l]

Here is the implementation of the Hand class:

#include "Card.h" class Hand { friend class Deck; public: Hand(unsigned n=5) : size(n) { cards = new CardhI; ) &Hand0 { delete [] cards; } void display(); int isPair(); int isTwoPair(); int isThreeOfKind.0; int isStraight(); int isFlush(); int isFullHouse(); int isFourOfKind(); int isStraightFlush(); private: unsigned size; Card* cards; void sort(); 1;

Fig. 10-5

It uses an array to store the cards in the hand. The sort ( ) function is a private utility that is called by the Deck class after dealing the hand. It can be implemented by any simple sort algorithm such as the Bubble Sort. The di splay ( ) function is also straightforward, using the insertion operator CC that is overloaded in the Card class. The eight boolean functions that identify special poker hands are not so straightforward. Here is the implementation of the i sThree0 f Kind ( ) function:

int Hand: :isThreeOfKind() if (cards[O].rank- == &SC cards[l].rankSC& cards[2].rank&SC cards[3].rankif (cards[O].rank- != &SC cards[l].rank&& cards[2].rank&SC cards[3].rankif (cards[O].rank- != && cards[l].rank&& cards[2].rank&& cards[3].rankreturn 0; cards[l].rank== cards[2].rank!= cards[3].rank!= cards[4].rank-) cards[l].rank== cards[2].rank== cards[3].rank!= cards[4].rank-) cards[l].rank!= cards[2].rank== cards[3].rank== cards[4].rank-)

return 1;

Object-oriented software is di erent than conventional software. There are potentially many bene ts to object-oriented development. Among these bene ts are simpli cation of requirements, design, and implementation. These bene ts are achieved by modeling the problem domain with objects that represent the important entities, by encapsulating the functions with the data, by reusing objects within a project and between projects, and by having a solution that is much closer intellectually1 to the problem. The Uni ed Modeling Language (UML) is the standard notation for objectoriented models. The speci cation of the UML is available on the Web.2

return 1;

return 1;

Since the hand is sorted by rank-, the only way there could be three cards of the same rank with the other two cards of different rank would be one of the three forms: xxxyz, xyyyz, or xyzzz. If any of these three forms is identified, then the function returns 1. If not it returns 0.

() function,the isTwoPair () function,the isFullHouse () function, and () function are similartothe isThreeOfKind () function.

Relative sizes are larger and smaller, each of which changes the absolute sizes in the direction indicated Length and percentage values should not take the font-size table into account when calculating the font-size of the element Negative values are not allowed..

One of the innovative ideas in object-oriented software is inheritance. Inheritance comes from the recognition of the hierarchy of ideas and concepts, and how this hierarchy/classi cation involves much inherent reuse of ideas and so on from the higher-level concepts to the lower-level specialization of those concepts. When two groups of entities are related by one being a specialization of the other, there is the potential for an inheritance relationship. In an inheritance