n0: (NULL, 977, n2, 992, n1, 1000, NULL, 0)
n2: (NULL, NULL, NULL, NULL, NULL, NULL, NULL, p985, p986, ..., p992)
-We can now fill in n2 all the way to index 978.
+We can now fill in n2 all the way to index 978.
File descriptors
----------------
from 255-255. Continuing to allocate fds from the bottom up will result
in allocating dense nodes from 14-27, 28-41, 42-55, 56-69, 70-83, 84-97,
... until the range_16 is full at 12 * 14 = 168 pointers. From there,
-we'd allocate another range_16
+we'd allocate another range_16
The 4kB page node can accommodate 504 pointers with 504 bits used for
the tag. From there. we'd want to go to a 64kB page (order 4) and
/* check if this slot is full */
entry = _mte_get_rcu_slot(mas->node, i, type);
- if (entry && !mt_is_deleted(entry))
+ if (entry && !xa_is_deleted(entry))
goto next_slot;
this_gap = max - min + 1;