static void inspect_after(struct list *shape)
{
/* we should get exactly one node at the top level and one nested list */
___SL_ASSERT(shape);
___SL_ASSERT(shape->next == NULL);
___SL_ASSERT(shape->slist != NULL);
/* the nested list should be zero terminated (iterator back by one node) */
struct node *pos;
for (pos = shape->slist; pos->next; pos = pos->next);
___SL_ASSERT(!pos->next);
}
int main()
{
int i = ___sl_get_nondet_int();
if (i < -1) {
___sl_plot("less-than-minus-one", &i);
___SL_ASSERT(i < -1);
}
else if (-1 < i) {
___sl_plot("more-than-minus-one", &i);
___SL_ASSERT(-1 < i);
}
else {
___sl_plot("equal-to-minus-one", &i);
___SL_ASSERT(-1 == i);
}
return 0;
}
static void inspect_before(struct list *shape)
{
/* we should get a list of sub-lists of length exactly one */
___SL_ASSERT(shape);
for (; shape->next; shape = shape->next) {
___SL_ASSERT(shape);
___SL_ASSERT(shape->next);
___SL_ASSERT(shape->slist);
___SL_ASSERT(shape->slist->next == NULL);
}
/* check the last node separately to make the exercising more fun */
___SL_ASSERT(shape);
___SL_ASSERT(shape->next == NULL);
___SL_ASSERT(shape->slist);
___SL_ASSERT(shape->slist->next == NULL);
}
int main()
{
int i = ___sl_get_nondet_int();
if (i < 0)
___sl_plot("less-than-zero", &i);
else if (0 < i)
___sl_plot("more-than-zero", &i);
else {
___sl_plot("equal-to-zero", &i);
___SL_ASSERT(!i);
}
return 0;
}
int main()
{
char *ptr;
switch (___sl_get_nondet_int()) {
case 0:
// SAFE (without alignment)
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ 1,
/* shift_beg */ 0,
/* shift_end */ 0);
break;
case 1:
// SAFE
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ sizeof(double),
/* shift_beg */ 0,
/* shift_end */ 0);
break;
case 2:
// SAFE, but will trigger assertion failure afterwards
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ sizeof(double),
/* shift_beg */ 1,
/* shift_end */ 0);
break;
case 3:
// SAFE, but will trigger assertion failure afterwards
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ sizeof(double),
/* shift_beg */ 0,
/* shift_end */ -1);
break;
case 4:
// above the allocated area by 1B (without alignment)
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ 1,
/* shift_beg */ -1,
/* shift_end */ -1);
break;
case 5:
// byond the allocated area by 1B (without alignment)
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ 1,
/* shift_beg */ 0,
/* shift_end */ 1);
break;
case 6:
// above the allocated area by 1B
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ sizeof(double),
/* shift_beg */ -1,
/* shift_end */ -1);
break;
case 7:
// byond the allocated area by 1B
ptr = do_memset(
/* size_to_alloc */ N,
/* addr_alignment */ sizeof(double),
/* shift_beg */ 0,
/* shift_end */ 1);
break;
default:
return 1;
}
// NOTE: this triggers some false positives if join is enabled
___SL_ASSERT(!ptr[sizeof(double) - 1]);
___SL_ASSERT(!ptr[N - sizeof(double)]);
___sl_plot("end-of-main-reached", &ptr);
return 0;
}