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/* -*- C++ -*- */
// $Id$
\
#ifndef STRING_CONVERSION_T_I
#define STRING_CONVERSION_T_I
#include "ace/String_Conversion_T.h"
#include "ace/OS_NS_stdlib_base.h"
#include "ace/OS_NS_string_base.h"
namespace ACE
{
namespace String_Conversion
{
template < typename T > ACE_INLINE
T*
Allocator_cpp< T >::alloc( size_t len ) const
{
T* result = new T [len+1];
result[ 0 ] = 0;
return result;
}
template < typename T > ACE_INLINE
void
Allocator_cpp< T >::free( T* str ) const
{
delete[] str;
}
template < typename T > ACE_INLINE
T*
Allocator_malloc< T >::alloc( size_t len ) const
{
T* result = static_cast<T*>(::malloc((len+1)*sizeof(T)));
result[ 0 ] = 0;
return result;
}
template < typename T > ACE_INLINE
void
Allocator_malloc< T >::free( T* str ) const
{
::free (str);
}
template < typename DestT, typename SrcT, typename Allocator > ACE_INLINE
DestT*
duplicate( const SrcT* src, size_t* dest_len )
{
DestT* dest = 0;
if ( src == 0 )
{
return dest;
}
size_t required_len = ACE_OS::string_copy( static_cast<DestT*>(0), src, 0 );
size_t alloc_len = required_len;
size_t copy_len = required_len;
if ( dest_len != 0 )
{
// If we are calculating len
if ( *dest_len == calc_len )
*dest_len = required_len;
// alloc_len is the greater
else if ( *dest_len > required_len )
alloc_len = *dest_len;
// copy_len is the lesser
else if ( *dest_len < required_len )
copy_len = *dest_len;
}
dest = Allocator().alloc( alloc_len );
copy( dest, src, copy_len );
return dest;
}
template < typename DestT, typename SrcT > ACE_INLINE
size_t
copy( DestT* dest, const SrcT* src, size_t dest_len )
{
if ( dest == 0 )
{
return -1;
}
if (src == 0 || dest_len == 0)
{
dest[0] = 0;
return 0;
}
if ( dest_len == calc_len )
{
dest_len = ACE_OS::string_copy( static_cast<DestT*>(0), src, 0 );
}
int result = ACE_OS::string_copy( dest, src, dest_len + 1 );
dest[ dest_len ] = 0;
return result;
}
template < typename DestT, typename Allocator > ACE_INLINE
DestT*
Convert_Out< DestT, Allocator >::c_str() const
{
return dest_;
}
template < typename DestT, typename Allocator > ACE_INLINE
size_t
Convert_Out< DestT, Allocator >::length() const
{
return len_;
}
template < typename DestT, typename SrcT > ACE_INLINE
Convert_In< DestT, SrcT >::~Convert_In()
{
Allocator_cpp<DestT>().free( ownstr_ );
}
template < typename DestT, typename SrcT > ACE_INLINE
const DestT*
Convert_In< DestT, SrcT >::c_str( void ) const
{
return ( str_ != 0 ? str_ : ownstr_ );
}
template < typename DestT, typename SrcT > ACE_INLINE
Convert_InOut< DestT, SrcT >::~Convert_InOut( void )
{
if (ownstr_ != 0)
{
copy(orig_, ownstr_, (len_/encode_factor_));
Allocator_cpp<DestT>().free( ownstr_ );
}
}
template < typename DestT, typename SrcT > ACE_INLINE
DestT*
Convert_InOut< DestT, SrcT >::c_str( void )
{
return ( str_ != 0 ? str_ : ownstr_ );
}
} // String_Conversion
} // Ace
#endif /* STRING_CONVERSION_T_I */
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