SWrapperRef< Data > Class Template Reference

#include <swrapper.hpp>

Inheritance diagram for SWrapperRef< Data >:

[legend]Collaboration diagram for SWrapperRef< Data >:

[legend]List of all members.

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Detailed Description

template<class Data>
class SWrapperRef< Data >

Reference to a wrapper S-expression.

Definition at line 78 of file swrapper.hpp.

Public Member Functions
	SWrapperRef ()
	Default constructor.
	SWrapperRef (const Data &t)
	Initialize the payload part as a copy of the given object.
	SWrapperRef (const SWrapperRef< Data > &o)
	The copy constructor.
	SWrapperRef (const SReference &t)
	Type-checking constructor.
	~SWrapperRef ()
	The destructor.
SExpressionWrapper< Data > *	GetPtr () const
	Get the appropriately typed pointer to the referenced object.
SExpressionWrapper< Data > &	operator * () const
	Dereference (returns a reference to the pointe object).
SExpressionWrapper< Data > *	operator-> () const
	Select a field/method of the referenced object.
SReference &	AddAnotherItemToList (const SReference &right)
	Add item to list.
SReference &	ChangeListEnd (const SReference &new_last)
	Make/change dotted list.
SReference	MakeCons (const SReference &right) const
	Make a cons.
SReference &	operator, (const SReference &r)
	List composing operation.
SReference &	operator|| (const SReference &t)
	dotted list composing operation
SReference	operator^ (const SReference &t) const
	CONS operation.
bool	operator== (const SReference &other) const
	Equality is just pointer comparision.
bool	operator== (const SExpression *other) const
	Equality is just pointer comparision.
bool	operator!= (const SReference &other) const
	Non-equality is just pointer comparision.
bool	operator!= (const SExpression *other) const
	Non-equality is just pointer comparision.
bool	IsEql (const SReference &other) const
bool	IsEqual (const SReference &other) const
SReference &	Car () const
SReference &	Cdr () const
SReference &	CCar () const
SReference &	CCdr () const
intelib_float_t	GetFloat () const
intelib_integer_t	GetInt () const
const char *	GetString () const
char	GetSingleChar () const
template<class Tp>
Tp *	DynamicCastGetPtr () const
template<class Tp>
Tp *	SimpleCastGetPtr () const
SReference	Clone () const
SReference	CopyList () const
SReference	CopyTree () const
bool	IsEmptyList () const

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Constructor & Destructor Documentation

template<class Data> SWrapperRef< Data >::SWrapperRef (   )

Default constructor. Definition at line 84 of file swrapper.hpp.

template<class Data> SWrapperRef< Data >::SWrapperRef (  const Data &  t  )

Initialize the payload part as a copy of the given object. Definition at line 90 of file swrapper.hpp.

template<class Data> SWrapperRef< Data >::SWrapperRef (  const SWrapperRef< Data > &  o  )

The copy constructor. Definition at line 96 of file swrapper.hpp.

template<class Data> SWrapperRef< Data >::SWrapperRef (  const SReference &  t  )

Type-checking constructor. Definition at line 101 of file swrapper.hpp.

template<class Data> SWrapperRef< Data >::~SWrapperRef (   )

The destructor. Definition at line 106 of file swrapper.hpp.

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Member Function Documentation

SExpressionWrapper< Data > * GenericSReference< SExpressionWrapper< Data > , IntelibX_wrong_expression_type >::GetPtr (   )  const [inherited]

Get the appropriately typed pointer to the referenced object. Reimplemented from SReference. Definition at line 65 of file gensref.hpp.

SExpressionWrapper< Data > & GenericSReference< SExpressionWrapper< Data > , IntelibX_wrong_expression_type >::operator * (   )  const [inherited]

Dereference (returns a reference to the pointe object). Reimplemented from GenericReference< SExpression >. Definition at line 69 of file gensref.hpp.

SExpressionWrapper< Data > * GenericSReference< SExpressionWrapper< Data > , IntelibX_wrong_expression_type >::operator-> (   )  const [inherited]

Select a field/method of the referenced object. Reimplemented from GenericReference< SExpression >. Definition at line 71 of file gensref.hpp.

SReference& SReference::AddAnotherItemToList (  const SReference &  right  )  [inherited]

Add item to list. For a list, adds another dotted pair to its end. For non-lists, the result is undefined. Referenced by SReference::operator,().

SReference& SReference::ChangeListEnd (  const SReference &  new_last  )  [inherited]

Make/change dotted list. For a proper (non-dotted) list, replaces its terminating () with the given argument, therefore producing a dotted list. for a dotted list, changes it's terminating value (the value which is after the dot) for other types, the result is undefined Referenced by SReference::operator||().

SReference SReference::MakeCons (  const SReference &  right  )  const [inherited]

Make a cons. Produces a cons (dotted pair) using *this as the CAR and the given argument as the CDR Referenced by SReference::operator^().

SReference& SReference::operator, (  const SReference &  r  )  [inherited]

List composing operation. Operator "," is used to construct lists naturally, like this: (L| 1, 2, 3) See also: LListConstructor class Reimplemented in SBacklinkRef, SDoubleListRef, LReference, and SchReference. Definition at line 541 of file sexpress.hpp. References SReference::AddAnotherItemToList(). Referenced by SchReference::operator,(), and LReference::operator,().

SReference& SReference::operator|| (  const SReference &  t  )  [inherited]

dotted list composing operation Operator "||" is used to construct dotted lists, like this: ((L| 1, 2, 3) || 4) // (1 2 3 . 4) See also: LListConstructor class Reimplemented in LReference, and SchReference. Definition at line 548 of file sexpress.hpp. References SReference::ChangeListEnd(). Referenced by SchReference::operator||(), and LReference::operator||().

SReference SReference::operator^ (  const SReference &  t  )  const [inherited]

CONS operation. Operator "^" is used to produce conses Definition at line 552 of file sexpress.hpp. References SReference::MakeCons().

bool SReference::operator== (  const SReference &  other  )  const [inherited]

Equality is just pointer comparision. Definition at line 556 of file sexpress.hpp. References SReference::GetPtr().

bool SReference::operator== (  const SExpression *  other  )  const [inherited]

Equality is just pointer comparision. Definition at line 562 of file sexpress.hpp. References SReference::GetPtr().

bool SReference::operator!= (  const SReference &  other  )  const [inherited]

Non-equality is just pointer comparision. Definition at line 559 of file sexpress.hpp. References SReference::GetPtr().

bool SReference::operator!= (  const SExpression *  other  )  const [inherited]

Non-equality is just pointer comparision. Definition at line 565 of file sexpress.hpp. References SReference::GetPtr().

bool SReference::IsEql (  const SReference &  other  )  const [inherited]

Reimplemented in LReference, and SchReference. Referenced by SExprsAreEql().

bool SReference::IsEqual (  const SReference &  other  )  const [inherited]

Reimplemented in LReference, and SchReference. Referenced by SExprsAreEqual().

SReference& SReference::Car (   )  const [inherited]

Referenced by LExpressionMacro::Call(), SDoubleListRange::Copy(), IntelibGenericReader::Get(), RetrieveFunctionObject(), and stack_representation().

SReference& SReference::Cdr (   )  const [inherited]

Referenced by LExpressionMacro::Call(), SBacklinkRef::Remove(), SQueue::RemoveFirst(), RetrieveFunctionObject(), and stack_representation().

SReference& SReference::CCar (   )  const [inherited]

SReference& SReference::CCdr (   )  const [inherited]

intelib_float_t SReference::GetFloat (   )  const [inherited]

Referenced by SExpressionIndirectTemplate< Tt >::Setf().

intelib_integer_t SReference::GetInt (   )  const [inherited]

Referenced by SExpressionIndirectTemplate< Tt >::Setf().

const char* SReference::GetString (   )  const [inherited]

Referenced by SExpressionIndirectTemplate< Tt >::Setf().

char SReference::GetSingleChar (   )  const [inherited]

template<class Tp> Tp * SReference::DynamicCastGetPtr (   )  const [inherited]

Definition at line 687 of file sexpress.hpp. References SReference::GetPtr(), IntelibTypeId::IsSubtypeOf(), and SExpression::TermType(). Referenced by LispLambdaBody::DoAnalyseLambdaList(), SExpressionBacklink::InsertAfter(), SBacklinkRef::operator,(), pretty_print(), IntelibGenericReader::Read(), SBacklinkRef::Remove(), SExpressionBacklink::RemoveNext(), RetrieveFunctionObject(), SQueue::SQueue(), and SExpressionBacklink::~SExpressionBacklink().

template<class Tp> Tp * SReference::SimpleCastGetPtr (   )  const [inherited]

Definition at line 695 of file sexpress.hpp. References SReference::GetPtr(), and SExpression::TermType().

SReference SReference::Clone (   )  const [inherited]

Referenced by SExpressionVector::Clone(), and SExpressionHashTable::Clone().

SReference SReference::CopyList (   )  const [inherited]

SReference SReference::CopyTree (   )  const [inherited]

bool SReference::IsEmptyList (   )  const [inherited]

Referenced by SBacklinkRef::Begin(), LExpressionMacro::Call(), SExpressionBacklink::ConnectBack(), SDoubleListRange::Copy(), SBacklinkRef::End(), SExpressionDoubleList::Exclude(), SDoubleListRange::Exhausted(), SExpressionDoubleList::Iterator::Exhausted(), SDoubleListRange::GetLast(), SBacklinkRef::GetPtr(), SBacklinkRef::InsertAfter(), SExpressionDoubleList::InsertListAfter(), SExpressionDoubleList::Iterator::IsBegin(), SQueue::IsEmpty(), SExpressionDoubleList::Iterator::IsEnd(), SBacklinkRef::operator++(), SBacklinkRef::operator,(), SDoubleListRange::RightEndMover::operator--(), SDoubleListRange::LeftEndMover::operator--(), SBacklinkRef::operator--(), pretty_print(), SExpressionDoubleList::Iterator::Remove(), SBacklinkRef::Remove(), SExpressionBacklink::RemoveNext(), SQueue::SQueue(), stack_representation(), SchReference::TextRepresentation(), LReference::TextRepresentation(), and SExpressionBacklink::~SExpressionBacklink().

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The documentation for this class was generated from the following file:

• swrapper.hpp

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