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#ifndef guard_unbounded_basic_string_sequence_hpp
#define guard_unbounded_basic_string_sequence_hpp
/**
* @file
*
* @brief Implement unbounded sequences for strings and wide-strings.
*
* $Id$
*
* @author Carlos O'Ryan
*/
#include "tao/Unbounded_Reference_Allocation_Traits_T.h"
#include "tao/String_Traits_T.h"
#include "tao/Generic_Sequence_T.h"
#include "tao/String_Sequence_Element_T.h"
#include "tao/String_Const_Sequence_Element_T.h"
TAO_BEGIN_VERSIONED_NAMESPACE_DECL
namespace TAO
{
template<typename charT>
class unbounded_basic_string_sequence
{
public:
typedef charT character_type;
typedef character_type * value_type;
typedef character_type const * const_value_type;
typedef details::string_traits<character_type,true> element_traits;
typedef details::unbounded_reference_allocation_traits<value_type,element_traits,true> allocation_traits;
typedef details::string_sequence_element<element_traits> element_type;
typedef details::string_const_sequence_element<element_traits> const_element_type;
typedef details::generic_sequence<value_type, allocation_traits, element_traits> implementation_type;
typedef element_type subscript_type;
typedef const_value_type const_subscript_type;
/// @copydoc details::generic_sequence::generic_sequence
inline unbounded_basic_string_sequence()
: impl_()
{}
inline explicit unbounded_basic_string_sequence(CORBA::ULong maximum)
: impl_(maximum)
{}
inline unbounded_basic_string_sequence(
CORBA::ULong maximum,
CORBA::ULong length,
value_type * data,
CORBA::Boolean release)
: impl_(maximum, length, data, release)
{}
/* Use default ctor, operator= and dtor */
/// @copydoc details::generic_sequence::maximum
inline CORBA::ULong maximum() const {
return impl_.maximum();
}
/// @copydoc details::generic_sequence::release
inline CORBA::Boolean release() const {
return impl_.release();
}
/// @copydoc details::generic_sequence::length
inline CORBA::ULong length() const {
return impl_.length();
}
/// @copydoc details::generic_sequence::length
inline void length(CORBA::ULong length) {
impl_.length(length);
}
/// @copydoc details::generic_sequence::operator[]
inline const_element_type operator[](CORBA::ULong i) const {
return const_element_type (impl_[i], release());
}
/// @copydoc details::generic_sequence::operator[]
inline element_type operator[](CORBA::ULong i) {
return element_type(impl_[i], release());
}
/// @copydoc details::generic_sequence::get_buffer
inline const_value_type const * get_buffer() const {
return impl_.get_buffer();
}
/// @copydoc details::generic_sequence::replace
inline void replace(
CORBA::ULong maximum,
CORBA::ULong length,
value_type * data,
CORBA::Boolean release = false) {
impl_.replace(maximum, length, data, release);
}
/// @copydoc details::generic_sequence::get_buffer(CORBA::Boolean)
inline value_type * get_buffer(CORBA::Boolean orphan = false) {
return impl_.get_buffer(orphan);
}
/// @copydoc details::generic_sequence::swap
inline void swap(unbounded_basic_string_sequence & rhs) throw() {
impl_.swap(rhs.impl_);
}
static value_type * allocbuf(CORBA::ULong maximum)
{
return implementation_type::allocbuf(maximum);
}
static void freebuf(value_type * buffer)
{
implementation_type::freebuf(buffer);
}
#if TAO_HAS_SEQUENCE_ITERATORS
///
/// Additions to support iterator semantics for TAO unbounded basic
/// string sequences.
///
// = Traits and factory methods that create iterators.
typedef details::Generic_Sequence_Iterator<details::generic_sequence<value_type, allocation_traits, element_traits> > iterator;
typedef details::Const_Generic_Sequence_Iterator<details::generic_sequence<value_type, allocation_traits, element_traits> > const_iterator;
typedef details::Generic_Sequence_Reverse_Iterator<details::generic_sequence<value_type, allocation_traits, element_traits> > reverse_iterator;
typedef details::Const_Generic_Sequence_Reverse_Iterator<details::generic_sequence<value_type, allocation_traits, element_traits> > const_reverse_iterator;
// Get an iterator that points to the beginning of the sequence.
iterator begin (void)
{
return impl_.begin ();
}
// Get a const iterator that points to the beginning of the sequence.
const_iterator begin (void) const
{
return impl_.begin ();
}
// Get an iterator that points to the end of the sequence.
iterator end (void)
{
return impl_.end ();
}
// Get a const iterator that points to the end of the sequence.
const_iterator end (void) const
{
return impl_.end ();
}
// Get a reverse iterator that points to the end of the sequence.
reverse_iterator rbegin (void)
{
return impl_.rbegin ();
}
// Get a const reverse iterator that points to the end of the sequence.
const_reverse_iterator rbegin (void) const
{
return impl_.rbegin ();
}
// Get a reverse iterator that points to one before the beginning
// of the sequence.
reverse_iterator rend (void)
{
return impl_.rend ();
}
// Get a const reverse iterator that points to one before the
// beginning of the sequence.
const_reverse_iterator rend (void) const
{
return impl_.rend ();
}
#endif /* TAO_HAS_SEQUENCE_ITERATORS */
private:
implementation_type impl_;
};
/*
// Generic_Sequence_Iterator template specializations for
// Unbounded_Basic_String_Sequence. These are needed since
// Unbounded_Basic_String_Sequence does some memory management with
// the strings. Without these specialization we leak memory.
/// Dereference operator returns a reference to the item contained
/// at the current position. This dereference implies string
/// memory management.
// template<typename charT>
unbounded_basic_string_sequence<char>::element_type&
details::Generic_Sequence_Iterator<unbounded_basic_string_sequence<char> >::operator* (void)
{
// Access the underlying element in the sequence.
//return element_type (impl_[i], release());
return element_type ((*(this->sequence_))[this->pos_],
this->sequence_->release());
}
/// Returns a const reference to the item contained at the current position
// template<typename charT>
unbounded_basic_string_sequence<char>::const_element_type&
details::Generic_Sequence_Iterator<unbounded_basic_string_sequence<char> >::operator* (void) const
{
// Access the underlying element in the sequence.
//return const_element_type (impl_[i], release());
return const_element_type ((*(this->sequence_))[this->pos_],
this->sequence_->release ());
}
*/
} // namespace TAO
TAO_END_VERSIONED_NAMESPACE_DECL
#endif // guard_unbounded_basic_string_sequence_hpp
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