GClasses::GRelationalRow< T > Class Template Reference

#include <GTree.h>

Public Member Functions
	GRelationalRow (const T &k, size_t columnCount)
	~GRelationalRow ()
template<typename Comp >
GRelationalRow< T > *	approximate (T r, size_t start, size_t *outIndex, size_t c, Comp &comp)
	This should typically only be called through one of the methods in GRelationalTable. Returns a row that matches in the specified column, or an adjacent row if there is no exact match. More...
GRelationalRow< T > *	balance (size_t c)
template<typename Comp >
GRelationalRow< T > *	find (T r, size_t start, size_t *outIndex, size_t c, Comp &comp)
	This should typically only be called through one of the methods in GRelationalTable. Returns a row that matches in the specified column, or NULL if there is no match. More...
GRelationalRow< T > *	get (size_t index, size_t c)
template<typename Comp >
GRelationalRow< T > *	insert (GRelationalRow< T > *newNode, size_t c, Comp &comp)
void	isolate (size_t cols)
GRelationalRow< T > *	next (size_t c)
GRelationalRow< T > *	prev (size_t c)
template<typename Comp >
void	print (const Comp &comp, std::ostream &stream, size_t col, size_t columnCount, size_t depth)
void	recount (size_t c)
template<typename Comp >
GRelationalRow< T > *	remove (size_t c, Comp &comp)
	This should typically only be called through GRelationalTable::remove. More...
GRelationalRow< T > *	rotateLeft (size_t c)
GRelationalRow< T > *	rotateRight (size_t c)

Public Attributes
GRelationalElement< T > *	el
T	row

Constructor & Destructor Documentation

template<typename T >

GClasses::GRelationalRow< T >::GRelationalRow ( const T &  k, size_t  columnCount  )

inline

template<typename T >

GClasses::GRelationalRow< T >::~GRelationalRow ( )

inline

Member Function Documentation

template<typename T >

template<typename Comp >

GRelationalRow<T>* GClasses::GRelationalRow< T >::approximate ( T  r, size_t  start, size_t *  outIndex, size_t  c, Comp &  comp  )

inline

This should typically only be called through one of the methods in GRelationalTable. Returns a row that matches in the specified column, or an adjacent row if there is no exact match.

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::balance ( size_t  c )

inline

template<typename T >

template<typename Comp >

GRelationalRow<T>* GClasses::GRelationalRow< T >::find ( T  r, size_t  start, size_t *  outIndex, size_t  c, Comp &  comp  )

inline

This should typically only be called through one of the methods in GRelationalTable. Returns a row that matches in the specified column, or NULL if there is no match.

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::get ( size_t  index, size_t  c  )

inline

template<typename T >

template<typename Comp >

GRelationalRow<T>* GClasses::GRelationalRow< T >::insert ( GRelationalRow< T > *  newNode, size_t  c, Comp &  comp  )

inline

template<typename T >

void GClasses::GRelationalRow< T >::isolate ( size_t  cols )

inline

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::next ( size_t  c )

inline

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::prev ( size_t  c )

inline

template<typename T >

template<typename Comp >

void GClasses::GRelationalRow< T >::print ( const Comp &  comp, std::ostream &  stream, size_t  col, size_t  columnCount, size_t  depth  )

inline

template<typename T >

void GClasses::GRelationalRow< T >::recount ( size_t  c )

inline

template<typename T >

template<typename Comp >

GRelationalRow<T>* GClasses::GRelationalRow< T >::remove ( size_t  c, Comp &  comp  )

inline

This should typically only be called through GRelationalTable::remove.

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::rotateLeft ( size_t  c )

inline

template<typename T >

GRelationalRow<T>* GClasses::GRelationalRow< T >::rotateRight ( size_t  c )

inline

Member Data Documentation

template<typename T >

GRelationalElement<T>* GClasses::GRelationalRow< T >::el

template<typename T >

T GClasses::GRelationalRow< T >::row