return 1;
}
-static int keep_entry(struct cache_entry *ce)
+static int keep_entry(struct cache_entry *ce, struct unpack_trees_options *o)
{
add_cache_entry(ce, ADD_CACHE_OK_TO_ADD);
return 1;
if (!head_match || !remote_match) {
for (i = 1; i < o->head_idx; i++) {
if (stages[i]) {
- keep_entry(stages[i]);
+ keep_entry(stages[i], o);
count++;
break;
}
show_stage_entry(stderr, "remote ", stages[remote_match]);
}
#endif
- if (head) { count += keep_entry(head); }
- if (remote) { count += keep_entry(remote); }
+ if (head) { count += keep_entry(head, o); }
+ if (remote) { count += keep_entry(remote, o); }
return count;
}
(oldtree && newtree &&
!same(oldtree, newtree) && /* 18 and 19*/
same(current, newtree))) {
- return keep_entry(current);
+ return keep_entry(current, o);
}
else if (oldtree && !newtree && same(current, oldtree)) {
/* 10 or 11 */
if (a && old)
die("Entry '%s' overlaps. Cannot bind.", a->name);
if (!a)
- return keep_entry(old);
+ return keep_entry(old, o);
else
return merged_entry(a, NULL, o);
}
ce_match_stat(old, &st, 1))
old->ce_flags |= htons(CE_UPDATE);
}
- return keep_entry(old);
+ return keep_entry(old, o);
}
return merged_entry(a, old, o);
}