#include <iostream.h>#include <stdlib.h>template < class Type > class Array {public:    Array ( int Size = DefaultSize );    Array ( const Array <Type> &x );    ~Array() { delete[] element; }    Array <type> &operator = ( const Array<Type> &A);    Type& operator [] ( int i );    Array <Type> operator Type *() const { return elements; }    int Length() const { return ArraySize; }    void ReSize ( int sz;);private:    Type *elements;    int ArraySize;    void getArray();}template <class Type> void Array<Type>::getArray() {    elements = new Type[ArraySize];    if ( elements == 0 ) cerr << "Memory Allocation Error" << endl;}template <class Type> void Array<Type>::Array (int sz) {    if ( sz <= 0 ) { cerr << "Invalid Array Size" << endl; return; }    ArraySize = sz;    getArray();}template <class Type> void Array<Type>::Array ( const Array<Type> &x ) {    int ArraySize = n = x.ArraySize;    elements = new Type[n];    if ( elements == 0 ) { cerr << "Memory Allocation Error" << endl; return; }    Type *srcptr = x.elements;    Type *destptr = elements;    while (n--) *destptr++ = * srcptr++ ;}template <class Type> Type& Array<Type>::operator[] (int i) {    if ( i < 0 || i > ArraySize - 1 ) cerr << "Index out of Range" << endl;    return elements[i];}template <class Type> void Array<Type>::Resize( int sz ) {    if ( sz <= ArraySize ) {	Type *newarray = new Type[sz];	if (newarray == 0) cerr << "Memory Allocation Error" << endl;	int n = ( sz <= ArraySize ) ? sz : ArraySize;	Type *srcptr = elements;	Type *destptr = newarray;	while (n--) *destptr++ = *srcptr++ ;	delete[] elements;	elements = newarray;   ArraySize = sz;    }}