TupleKeyMap< TupleTypenames, ValueT > Class Template Reference

#include <TupleKeyMapI.H>

Public Types
typedef RepType::const_iterator	ConstIteratorType

Public Member Functions
void	insert (TupleArgDecls, ValueT)
bool	containsKey (TupleArgDecls, ConstIteratorType *i=0) const
ValueT	fetch (TupleArgDecls) const
ValueT	fetch (ConstIteratorType) const
void	report () const
void	clear ()
unsigned	size ()

Private Types
typedef std::map< Tuple4, ValueT >	RepType

Private Attributes
RepType	m_rep

Detailed Description

template<TupleTypenames, typename ValueT>
class TupleKeyMap< TupleTypenames, ValueT >

Map whose key is a 4-tuple. The 4 is hardcoded but can be pretty easily changed by making obvious modifications to the #define's above and going up to Tuple<n> in the functions below. Tuple types (T1,...) must implement both operator==() and operator<().

Member Typedef Documentation

RepType

template<TupleTypenames , typename ValueT >

typedef std::map< Tuple4, ValueT > TupleKeyMap< TupleTypenames, ValueT >::RepType

private

ConstIteratorType

template<TupleTypenames , typename ValueT >

typedef RepType::const_iterator TupleKeyMap< TupleTypenames, ValueT >::ConstIteratorType

Member Function Documentation

insert()

template<TupleTypenames , typename ValueT >

void TupleKeyMap< TupleTypenames, ValueT >::insert	(	TupleArgDecls	,
		ValueT	value
	)

References CH_assert, TupleKeyMap< TupleTypenames, ValueT >::containsKey(), TupleKeyMap< TupleTypenames, ValueT >::m_rep, Tuple2, Tuple3, Tuple4, and TupleArgValues.

containsKey()

template<TupleTypenames , typename ValueT >

bool TupleKeyMap< TupleTypenames, ValueT >::containsKey	(	TupleArgDecls	,
		ConstIteratorType *	i = 0
	)		const

References TupleKeyMap< TupleTypenames, ValueT >::m_rep, Tuple2, Tuple3, and Tuple4.

Referenced by TupleKeyMap< TupleTypenames, ValueT >::fetch(), and TupleKeyMap< TupleTypenames, ValueT >::insert().

fetch() [1/2]

template<TupleTypenames , typename ValueT >

ValueT TupleKeyMap< TupleTypenames, ValueT >::fetch

(

TupleArgDecls

)

const

Returns the value associated with the tuple key.

References CH_assert, TupleKeyMap< TupleTypenames, ValueT >::containsKey(), TupleKeyMap< TupleTypenames, ValueT >::m_rep, Tuple2, Tuple3, Tuple4, and TupleArgValues.

fetch() [2/2]

template<TupleTypenames , typename ValueT >

ValueT TupleKeyMap< TupleTypenames, ValueT >::fetch

(

ConstIteratorType

iter

)

const

report()

template<TupleTypenames , typename ValueT >

void TupleKeyMap< TupleTypenames, ValueT >::report

(

)

const

References TupleKeyMap< TupleTypenames, ValueT >::m_rep, and pout().

clear()

template<TupleTypenames , typename ValueT >

void TupleKeyMap< TupleTypenames, ValueT >::clear

(

)

References TupleKeyMap< TupleTypenames, ValueT >::m_rep.

size()

template<TupleTypenames , typename ValueT >

unsigned TupleKeyMap< TupleTypenames, ValueT >::size ( )

inline

References TupleKeyMap< TupleTypenames, ValueT >::m_rep.

Member Data Documentation

m_rep

template<TupleTypenames , typename ValueT >

RepType TupleKeyMap< TupleTypenames, ValueT >::m_rep

private

Referenced by TupleKeyMap< TupleTypenames, ValueT >::clear(), TupleKeyMap< TupleTypenames, ValueT >::containsKey(), TupleKeyMap< TupleTypenames, ValueT >::fetch(), TupleKeyMap< TupleTypenames, ValueT >::insert(), TupleKeyMap< TupleTypenames, ValueT >::report(), and TupleKeyMap< TupleTypenames, ValueT >::size().

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

• TupleKeyMapI.H