/*
* verify -- check that all minterms of F are contained in (Fold u Dold)
* and that all minterms of Fold are contained in (F u Dold).
*/
bool verify(pset_family F, pset_family Fold, pset_family Dold)
{
pcube p, last, *FD;
bool verify_error = FALSE;
/* Make sure the function didn't grow too large */
FD = cube2list(Fold, Dold);
foreach_set(F, last, p)
if (! cube_is_covered(FD, p)) {
printf("some minterm in F is not covered by Fold u Dold\n");
verify_error = TRUE;
if (verbose_debug) printf("%s\n", pc1(p)); else break;
}
free_cubelist(FD);
/* Make sure minimized function covers the original function */
FD = cube2list(F, Dold);
foreach_set(Fold, last, p)
if (! cube_is_covered(FD, p)) {
printf("some minterm in Fold is not covered by F u Dold\n");
verify_error = TRUE;
if (verbose_debug) printf("%s\n", pc1(p)); else break;
}
free_cubelist(FD);
return verify_error;
}
int check_equiv(pset_family f1, pset_family f2)
{
register pset *f1list, *f2list;
register pset p, last;
f1list = cube1list(f1);
for( p=f2->data, last= p+f2->count*f2->wsize; p< last; p+=f2->wsize) {
if (! cube_is_covered(f1list, p)) {
return 0;
}
}
((f1list[0]) ? (free((char *) (f1list[0])), (f1list[0]) = 0) : 0); ((f1list) ? (free((char *) (f1list)), (f1list) = 0) : 0);;
f2list = cube1list(f2);
for( p=f1->data, last= p+f1->count*f1->wsize; p< last; p+=f1->wsize) {
if (! cube_is_covered(f2list, p)) {
return 0;
}
}
((f2list[0]) ? (free((char *) (f2list[0])), (f2list[0]) = 0) : 0); ((f2list) ? (free((char *) (f2list)), (f2list) = 0) : 0);;
return 1;
}
int check_equiv(pset_family f1, pset_family f2)
{
register pcube *f1list, *f2list;
register pcube p, last;
f1list = cube1list(f1);
foreach_set(f2, last, p) {
if (! cube_is_covered(f1list, p)) {
return FALSE;
}
}
free_cubelist(f1list);
f2list = cube1list(f2);
foreach_set(f1, last, p) {
if (! cube_is_covered(f2list, p)) {
return FALSE;
}
}
free_cubelist(f2list);
return TRUE;
}
