10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59

Animal(int);

AnimalO;

AnimalO;

методы доступа

Int GetWeightO const { return itsWeight; }

void SetWeight(int theWeight) { ItsWeight = theWeight; }

дружественные операторы

friend ostream& operator (ostreami, const Animal&);

private;

int ItsWeiflht;

оператор вывода объектов типа Animal OBtreami operator

(ostreami theStream, const Anlmali theAnimal)

theStream theAnimal,GetWeightO; return theStream;

Animal; ;AnimaUlnt weight);

ItsWeiBht(weight)

oout animal(int) ;

Animal;;AnimalO;

ItsWelght(O)

oout animalO ;

Animal;: Animal() {

cout Destroyed an animal , ;

template <class T> объявляем шаблон и параметр class Array параметризованный класс

public;

конструкторы

Arraydnt itsSize = DefaultSize); Array(const Array &rhs);

ArrayO { delete [] pType; itsNumberArrays-; ) операторы

60: Аггау& operator=(const Аггау&);

61: Т& operator[](int offSet) { return pType[offSet]: }

62: const T& operator[](int offSet) const

63: { return pType[offSet]: }

64: аксессоры

65: int GetSizeO const { return itsSize; }

66: static int GetNumberArrays() { return itsNumberArrays; }

68: функция-друг

69: friend ostream& operator (ostrea(ii&, const Array<T>&); 70;

71 : private:

72: T *pType;

73: int itsSize;

74: static mt itsNumberArrays;

75: } ;

77; template <class T>

78; int Array<T>::ItsNumberArrays = 0;

80; template <class T>

81; Array<T>;:Array(int size = DefaultSize):

82; itsSize(size)

83: {

84: pType = new T[size];

85: for (int 1 = 0; Ksize; i++)

86; pType[i] = (T)0;

87: itsNumberArrays++;

88: }

90: template <class T>

91; Array<T>& Array<T>::operator=(const Array &rhs)

92: {

93: if (this == &rhs)

94: return .this;

95: delete [] pType;

96: itsSize = rhs.GetSize();

97: pType = new T[itsSize];

98: for (int 1 = 0; KitsSize; i++)

99: pType[i] = rhs[i];

100: }

101:

102: template <class T>

103: Array<T>;:Array(const Array &rhs)

104: {

105: itsSize = rhs. GetSizeO;

106: pType = new T[ItsSize];

107: for (int i = 0; KitsSize; i++)

108; pType[i] = rhs[i];

109; itsNumberArrays++;

110; }

112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148

template <class T>

ostream& operator<< (ostream& output, const Array<T>& theArray) {

for (int i = 0; KtheArray. GetSize(); i++)

output [ i << ] theArray[i] << endl; return output;

int main() {

cout Array<int>:;GetNumberArrays() integer arrays\ n cout << Array<Animal>::GetNumberArrays(); cout << animal arrays\ n\ n ; Array<int> intArray; Array<Animal> animalArray;

cout << intArray,GetNumberArrays() << integer arrays\ n ; cout << animalArray,GetNumberArraysO; cout << animal arrays\ n\ n ;

Array<int> iplntArray = new Array<int>;

cout Array<int>::GetNufflberArrays() << integer arrays\ n cout << Array<Anifflal>: :GetNuiiiberArrays(); cout << animal arrays\ n\ n ;

delete pIntArray;

cout Array<int>::GetNufflberArrays() integer arrays\ n ; cout Array<Animal>::GetNumberArrays(); cout << animal arrays\ n\ n ; return 0;

0 integer arrays

0 animal arrays

1 integer arrays

1 animal arrays

2 integer arrays 1 animal arrays

1 integer arrays 1 animal arrays