Data Structures
struct	graph_edge
struct	vertex
struct	graph

Typedefs
typedef void(*	graphds_edge_callback )(struct graph , struct graph_edge )

Functions
struct graph *	new_graph (int)
void	dump_graph (FILE , struct graph )
struct graph_edge *	add_edge (struct graph *, int, int)
void	identify_vertices (struct graph *, int, int)
int	graphds_dfs (struct graph , int , int, vec< int > *, bool, bitmap)
int	graphds_scc (struct graph *, bitmap)
void	graphds_domtree (struct graph , int, int , int , int )
void	for_each_edge (struct graph *, graphds_edge_callback)
void	free_graph (struct graph *g)

Typedef Documentation

typedef void(* graphds_edge_callback)(struct graph *, struct graph_edge *)

Function Documentation

struct graph_edge* add_edge	(	struct graph *	,
		int	,
		int
	)

read

void dump_graph	(	FILE *	,
		struct graph *
	)

void for_each_edge	(	struct graph *	,
		graphds_edge_callback
	)

void free_graph ( struct graph * g )

int graphds_dfs	(	struct graph *	g,
		int *	qs,
		int	nq,
		vec< int > *	qt,
		bool	forward,
		bitmap	subgraph
	)

   Runs dfs search over vertices of G, from NQ vertices in queue QS.
   The vertices in postorder are stored into QT.  If FORWARD is false,
   backward dfs is run.  If SUBGRAPH is not NULL, it specifies the
   subgraph of G to run DFS on.  Returns the number of the components
   of the graph (number of the restarts of DFS).

References vertex::component, vertex::post, and graph::vertices.

void graphds_domtree	(	struct graph *	g,
		int	entry,
		int *	parent,
		int *	son,
		int *	brother
	)

   Determines the dominance tree of G (stored in the PARENT, SON and BROTHER
   arrays), where the entry node is ENTRY.

     We use a slight modification of the standard iterative algorithm, as
     described in

     K. D. Cooper, T. J. Harvey and K. Kennedy: A Simple, Fast Dominance
        Algorithm

     sort vertices in reverse postorder
     foreach v
       dom(v) = everything
     dom(entry) = entry;

     while (anything changes)
       foreach v
         dom(v) = {v} union (intersection of dom(p) over all predecessors of v)

     The sets dom(v) are represented by the parent links in the current version
     of the dominance tree.

int graphds_scc	(	struct graph *	,
		bitmap
	)

void identify_vertices	(	struct graph *	,
		int	,
		int
	)

struct graph* new_graph ( int )

read

Data Structures

Typedefs

Functions

Typedef Documentation

Function Documentation