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Array_RC<string> sa;
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generates both a string Array_RC and an associated String Array instance The following program reruns try_array() (see Section 1613 for the implementation), passing it objects of the Array_RC subtype If our implementation is correct, the boundary violation will be caught
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#include "Array_RCC" #include "try_arrayC" main() { static int ia[10] = { 12,7,14,9,128,17,6,3,27,5 }; Array_RC<int> iA( ia,10 ); cout "class template instantiation Array_RC<int>\n"; try_array( iA ); return 0; }
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When compiled and executed, the program generates the following output:
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class template instantiation Array_RC<int> try_array: initial array values: ( 10 )< 12, 7, 14, 9, 128, 17 6, 3, 27, 5 > try_array: after assignments: ( 10 )< 128, 7, 14, 9, 128, 128 6, 3, 27, 3 > try_array: memberwise initialization ( 10 )< 128, 7, 14, 9, 128, 128 6, 3, 27, 3 > try_array: after memberwise copy ( 10 )< 128, 7, 128, 9, 128, 128 6, 3, 27, 3 > try_array: after grow ( 16 )< 128, 7, 128, 9, 128, 128 6, 3, 27, 3, 0, 0 0, 0, 0, 0 > value to find: 5 index returned: -1 Assertion failed: ix >= 0 && ix < _size
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Here is our second Array specialization - a sorted Array subtype We'll call it Array_Sort and define it in a header file named Array_Sh:
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#ifndef ARRAY_S_H
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#define ARRAY_S_H #include "Arrayh" template <class Type> class Array_Sort : public virtual Array<Type> { protected: void set_bit() { dirty_bit = true; } void clear_bit() { dirty_bit = false; } void check_bit() { if ( dirty_bit ) { sort( 0, Array<Type>::_size-1 ); clear_bit(); } } public: Array_Sort( const Array_Sort&); Array_Sort( int sz = Array<Type>::ArraySize ) : Array<Type>( sz ) { clear_bit(); } Array_Sort( const Type* arr, int sz ) : Array<Type>( arr, sz ) { sort( 0,Array<Type>::_size-1 ); clear_bit(); } Type&operator[]( int ix ) { set_bit(); return ia[ ix ]; } void print( ostream&os = cout ) { check_bit(); Array<Type>::print( os ); } Type min() { check_bit(); return ia[ 0 ]; } Type max() { check_bit(); return ia[ Array<Type>::_size-1 ]; } bool is_dirty() const { return dirty_bit; } int find( Type ); void grow(); protected: bool dirty_bit; }; #endif
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Array_Sort introduces an additional data member, dirty_bit If dirty_bit is set, the array is no longer guaranteed to be in sorted order A number of supporting access functions are also provided: is_dirty() returns the value of dirty_bit; set_bit() assigns dirty_bit a value of true; clear_bit() assigns dirty_bit a value of false; and check_bit() resorts the array if dirty_bit is set to true, then clears dirty_bit Any operation that potentially places the array in a nonsorted order invokes set_bit() Each reference to the base Array class template must specify the complete parameter list of the class
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Array<Type>::print( os );
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invokes the base class print() function for the associated Array class instance of each Array_Sort instantiation For example,
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Array_Sort<string> sas;
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instantiates both a string Array_Sort and a string Array class instance
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cout sas;
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instantiates the string Array instance of the output operator, to which sas is passed Within the operator, the call
arprint( os );
invokes the string Array_Sort virtual instance of print() First, check_bit() is invoked That done, the string Array instance of print() is invoked statically (Invoked statically, you will recall, means that the function is resolved at compile-time and inline expanded if appropriate) A virtual function is ordinarily invoked dynamically at run-time based on the actual object addressed ar The virtual mechanism is overridden when a virtual function is invoked explicitly using the class scope operator, as in Array::print() This is an important efficiency aid when we are invoking an explicit base class instance of a virtual function within the derived class instance of that function, as we do within Array_Sort's instance of print() See Section 175 for a discussion) The member functions defined outside the class definition are placed in a file named Array_SC The declaration can look alarmingly complex due to the template syntax However, except for the parameter lists, the declaration is the same as for a nontemplate class:
template <class Type> Array_Sort<Type>:: Array_Sort( const Array_Sort<Type> &as ) : Array<Type>( as ) { // note: ascheck_bit() does not work! // -- see explanation below if ( asis_dirty() ) sort( 0, Array<Type>::_size-1 ); clear_bit(); }
Each use of the template name as a type specifier must be qualified with its full parameter list We write
template <class Type> Array_Sort<Type>:: Array_Sort( const Array_Sort<Type> &as )