* other hand, it could cover tree one and we might need to pick a
* subtree of it.
*/
-void shift_tree(const struct object_id *hash1,
+void shift_tree(struct repository *r,
+ const struct object_id *hash1,
const struct object_id *hash2,
struct object_id *shifted,
int depth_limit)
if (!*del_prefix)
return;
- if (get_tree_entry(the_repository, hash2, del_prefix, shifted, &mode))
+ if (get_tree_entry(r, hash2, del_prefix, shifted, &mode))
die("cannot find path %s in tree %s",
del_prefix, oid_to_hex(hash2));
return;
* Unfortunately we cannot fundamentally tell which one to
* be prefixed, as recursive merge can work in either direction.
*/
-void shift_tree_by(const struct object_id *hash1,
+void shift_tree_by(struct repository *r,
+ const struct object_id *hash1,
const struct object_id *hash2,
struct object_id *shifted,
const char *shift_prefix)
unsigned candidate = 0;
/* Can hash2 be a tree at shift_prefix in tree hash1? */
- if (!get_tree_entry(the_repository, hash1, shift_prefix, &sub1, &mode1) &&
+ if (!get_tree_entry(r, hash1, shift_prefix, &sub1, &mode1) &&
S_ISDIR(mode1))
candidate |= 1;
/* Can hash1 be a tree at shift_prefix in tree hash2? */
- if (!get_tree_entry(the_repository, hash2, shift_prefix, &sub2, &mode2) &&
+ if (!get_tree_entry(r, hash2, shift_prefix, &sub2, &mode2) &&
S_ISDIR(mode2))
candidate |= 2;