testfeddbm.cpp File Reference

#include <time.h>
#include "dbm/fed.h"
#include "dbm/print.h"
#include "dbm/gen.h"
#include "debug/utils.h"
#include "debug/macros.h"
#include "debug/new.h"

Defines
#define	MAXRANGE   10000
#define	RANGE()   ((rand()%MAXRANGE)+10)
#define	PROGRESS()   debug_spin(stderr)
#define	GEN(D)   dbm_generate(D, dim, RANGE())
#define	NEW(N)   raw_t *N = new raw_t[dim*dim]
#define	FREE(N)   delete [] N
#define	POINTER(D)   assert(D.isEmpty() == (D() == NULL))
#define	BEGIN   for(int kLoop = 0; kLoop < 23; ++kLoop) {
#define	END   }
#define	INVALIDATE(D)   debug_randomize(D, dim*dim)
#define	DBM(I, J)   dbm[(I)*dim+(J)]
#define	EQ(A, B)   (A == B && A.relation(B) == base_EQUAL)
#define	EQD(A, B)   (A == B && A.relation(B, dim) == base_EQUAL)
#define	NEQ(A, B)   (A != B && A.relation(B) != base_EQUAL)
#define	NEQD(A, B)   (A != B && A.relation(B, dim) != base_EQUAL)
Functions
void	test (cindex_t dim)
int	main (int argc, char *argv[])

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Define Documentation

#define BEGIN   for(int kLoop = 0; kLoop < 23; ++kLoop) {

#define DBM (  I, J   )     dbm[(I)*dim+(J)]

#define END   }

#define EQ (  A, B   )     (A == B && A.relation(B) == base_EQUAL)

#define EQD (  A, B   )     (A == B && A.relation(B, dim) == base_EQUAL)

#define FREE (  N   )     delete [] N

#define GEN (  D   )     dbm_generate(D, dim, RANGE())

#define INVALIDATE (  D   )     debug_randomize(D, dim*dim)

#define MAXRANGE   10000

#define NEQ (  A, B   )     (A != B && A.relation(B) != base_EQUAL)

#define NEQD (  A, B   )     (A != B && A.relation(B, dim) != base_EQUAL)

#define NEW (  N   )     raw_t *N = new raw_t[dim*dim]

#define POINTER (  D   )     assert(D.isEmpty() == (D() == NULL))

#define PROGRESS (   )     debug_spin(stderr)

#define RANGE (   )     ((rand()%MAXRANGE)+10)

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Function Documentation

int main (  int  argc, char *  argv[] )

void test (  cindex_t  dim  )

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