ibmppl::imp_pred_iterator< GraphElement, BaseIterator, Graph > Class Template Reference

#include <ibm_multiproperty_graph.hpp>

Public Member Functions
	imp_pred_iterator (base_type it, graph_type *g)
	imp_pred_iterator (imp_pred_iterator const &other)
imp_pred_iterator &	operator= (imp_pred_iterator const &other)
void	check_consistency (const char *filename, int linenum)
vertexd_type &	operator* ()
imp_pred_iterator *	operator-> ()
void	operator++ (int xx)
void	operator++ ()
bool	operator== (const imp_pred_iterator &other)
bool	operator!= (const imp_pred_iterator &other)
vertexd_type	source_vid ()
	FIXME discuss these two new methods.
vertex_iterator	source_vit ()
size_t	vertex_id ()
size_t	edge_id ()
void	iter_setEnd (base_type itEnd)
int	iter_done ()

Protected Attributes
base_type	_iter
graph_type *	_graph_ptr
int	boolEndIterSet
base_type	_iterEnd

Private Types
typedef BaseIterator	base_type
typedef Graph	graph_type
typedef Graph::vertexd_type	vertexd_type
typedef Graph::vertex_iterator	vertex_iterator

Detailed Description

template<class GraphElement, class BaseIterator, class Graph>
class ibmppl::imp_pred_iterator< GraphElement, BaseIterator, Graph >

Edge predecessor iterator. Most users of the class should get instances of it from graph or vertex methods rather than directly using the constructors provided here.

We don't provide any "target()" methods here because presumably if you have this iterator, you already have access to the target and used it to get this iterator.

Author

ccjason (3/4/2014)

Member Function Documentation

template<class GraphElement , class BaseIterator , class Graph >

void ibmppl::imp_pred_iterator< GraphElement, BaseIterator, Graph >::check_consistency ( const char *  filename, int  linenum  )

inline

This method does a couple affordable consistency checks that should spot memory corruption problems. If a problem is encoutered, the CHKCONSIST_ASSERT4 method will handle it. See the checkconsistency.h file for how that's done, or define that yourself.

Parameters

filename	the nominal file name of the code that's calling this method. In C++ code this is easily specified with the FILE automatic variable.
lineno	the nominal line number of the code that's calling this method. In C++ cod this is easily specified with the LINE automatic variable.

Author

ccjason (3/4/2014)

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

• /home/yxia/Work/ibmppl.gsa/datastructure/graph/ibm_multiproperty_graph.hpp