return down;
}
+struct cache_tree_sub *cache_tree_sub(struct cache_tree *it, const char *path)
+{
+ int pathlen = strlen(path);
+ return find_subtree(it, path, pathlen, 1);
+}
+
void cache_tree_invalidate_path(struct cache_tree *it, const char *path)
{
/* a/b/c
int entries,
const char *base,
int baselen,
- int missing_ok)
+ int missing_ok,
+ int dryrun)
{
unsigned long size, offset;
char *buffer;
cache + i, entries - i,
path,
baselen + sublen + 1,
- missing_ok);
+ missing_ok,
+ dryrun);
i += subcnt - 1;
sub->used = 1;
}
#endif
}
- write_sha1_file(buffer, offset, tree_type, it->sha1);
+ if (dryrun) {
+ unsigned char hdr[200];
+ int hdrlen;
+ write_sha1_file_prepare(buffer, offset, tree_type, it->sha1,
+ hdr, &hdrlen);
+ }
+ else
+ write_sha1_file(buffer, offset, tree_type, it->sha1);
free(buffer);
it->entry_count = i;
#if DEBUG
int cache_tree_update(struct cache_tree *it,
struct cache_entry **cache,
int entries,
- int missing_ok)
+ int missing_ok,
+ int dryrun)
{
int i;
i = verify_cache(cache, entries);
if (i)
return i;
- i = update_one(it, cache, entries, "", 0, missing_ok);
+ i = update_one(it, cache, entries, "", 0, missing_ok, dryrun);
if (i < 0)
return i;
return 0;
struct cache_tree *sub;
struct cache_tree_sub *subtree;
const char *name = buf;
- int namelen;
+
sub = read_one(&buf, &size);
if (!sub)
goto free_return;
- namelen = strlen(name);
- subtree = find_subtree(it, name, namelen, 1);
+ subtree = cache_tree_sub(it, name);
subtree->cache_tree = sub;
}
if (subtree_nr != it->subtree_nr)