{
const struct object_entry *a = *(struct object_entry **)_a;
const struct object_entry *b = *(struct object_entry **)_b;
- enum object_type a_type = oe_type(a);
- enum object_type b_type = oe_type(b);
- unsigned long a_size = SIZE(a);
- unsigned long b_size = SIZE(b);
+ const enum object_type a_type = oe_type(a);
+ const enum object_type b_type = oe_type(b);
+ const unsigned long a_size = SIZE(a);
+ const unsigned long b_size = SIZE(b);
if (a_type > b_type)
return -1;
if (a->preferred_base < b->preferred_base)
return 1;
if (use_delta_islands) {
- int island_cmp = island_delta_cmp(&a->idx.oid, &b->idx.oid);
+ const int island_cmp = island_delta_cmp(&a->idx.oid, &b->idx.oid);
if (island_cmp)
return island_cmp;
}
struct object_entry *child = DELTA_CHILD(me);
unsigned int m = n;
while (child) {
- unsigned int c = check_delta_limit(child, n + 1);
+ const unsigned int c = check_delta_limit(child, n + 1);
if (m < c)
m = c;
child = DELTA_SIBLING(child);
while (window_memory_limit &&
mem_usage > window_memory_limit &&
count > 1) {
- uint32_t tail = (idx + window - count) % window;
+ const uint32_t tail = (idx + window - count) % window;
mem_usage -= free_unpacked(array + tail);
count--;
}