Declaration


  
#include <memory>

template< class OutputIterator, class T >
class raw_storage_iterator : public output_iterator

Interface

Constructor

explicit raw_storage_iterator( OutputIterator iterator )

Constructs a raw storage iterator associated with iterator .

raw_storage_iterator< OutputIterator, T >& operator *()

Returns a reference to the raw storage iterator.

raw_storage_iterator< OutputIterator, T >& operator=( const T& other )

Constructs a copy of other using the raw storage iterator's associated iterator.

raw_storage_iterator< OutputIterator, T >& operator++()

Advances the raw storage iterator's associated iterator.

raw_storage_iterator< OutputIterator, T > operator++( int )

Advances the raw storage iterator's associated iterator.

Example <ospace/osstd/examples/rawiter.cpp>


    #include <iostream>
#include <memory>

class X
  {
  public:
    X( int i = 0 ) : i_( i ) {}
    operator int() const { return i_; }

  private:
    int i_;
  };

inline ostream&
operator<<( ostream& stream, const X& x )
  {
  return stream << "X( " << (int)x << " )";
  }


void
main()
  {
  allocator< X > a;

  // Allocate( but do not construct ) storage for 5 elements.
  const int limit = 5;
  X* p = a.allocate( limit );

  // Construct elements in raw memory.
  raw_storage_iterator< X*, X > r( p );

  int i;
  for ( i = 0; i < limit; ++i )
    *r++ = X( i );

  // Use newly constructed objects.
  X* p2 = p;
  for ( i = 0; i < limit; ++i )
    cout << *p2++ << "\n";

  // Call all destructors, then free memory.
  destroy( p, p + limit );
  a.deallocate( p );
  }

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raw_storage_iterator

Library

Declaration

Interface

Example <ospace/osstd/examples/rawiter.cpp>