const char *path, unsigned int path_len, const
unsigned char *sha1)
{
- strbuf_addf(buf, "%06o %.*s%c", mode, path_len, path, '\0');
- strbuf_add(buf, sha1, 20);
+ strbuf_addf(buf, "%o %.*s%c", mode, path_len, path, '\0');
+ strbuf_add(buf, sha1, 20);
}
static void tree_write_stack_init_subtree(struct tree_write_stack *tws,
struct write_each_note_data *d)
{
struct non_note *n = d->next_non_note;
- int cmp, ret;
+ int cmp = 0, ret;
while (n && (!note_path || (cmp = strcmp(n->path, note_path)) <= 0)) {
if (note_path && cmp == 0)
; /* do nothing, prefer note to non-note */
{
struct string_list *refs = cb;
if (!unsorted_string_list_has_string(refs, path))
- string_list_append(path, refs);
+ string_list_append(refs, path);
return 0;
}
if (get_sha1(glob, sha1))
warning("notes ref %s is invalid", glob);
if (!unsorted_string_list_has_string(list, glob))
- string_list_append(glob, list);
+ string_list_append(list, glob);
}
}
t->ref = notes_ref ? xstrdup(notes_ref) : NULL;
t->combine_notes = combine_notes;
t->initialized = 1;
+ t->dirty = 0;
if (flags & NOTES_INIT_EMPTY || !notes_ref ||
read_ref(notes_ref, object_sha1))
trees = xmalloc((refs->nr+1) * sizeof(struct notes_tree *));
cb_data.counter = 0;
cb_data.trees = trees;
- for_each_string_list(load_one_display_note_ref, refs, &cb_data);
+ for_each_string_list(refs, load_one_display_note_ref, &cb_data);
trees[cb_data.counter] = NULL;
return trees;
}
assert(!display_notes_trees);
if (!opt || !opt->suppress_default_notes) {
- string_list_append(default_notes_ref(), &display_notes_refs);
+ string_list_append(&display_notes_refs, default_notes_ref());
display_ref_env = getenv(GIT_NOTES_DISPLAY_REF_ENVIRONMENT);
if (display_ref_env) {
string_list_add_refs_from_colon_sep(&display_notes_refs,
git_config(notes_display_config, &load_config_refs);
if (opt && opt->extra_notes_refs)
- for_each_string_list(string_list_add_refs_from_list,
- opt->extra_notes_refs,
+ for_each_string_list(opt->extra_notes_refs,
+ string_list_add_refs_from_list,
&display_notes_refs);
display_notes_trees = load_notes_trees(&display_notes_refs);
if (!t)
t = &default_notes_tree;
assert(t->initialized);
+ t->dirty = 1;
if (!combine_notes)
combine_notes = t->combine_notes;
l = (struct leaf_node *) xmalloc(sizeof(struct leaf_node));
if (!t)
t = &default_notes_tree;
assert(t->initialized);
+ t->dirty = 1;
hashcpy(l.key_sha1, object_sha1);
hashclr(l.val_sha1);
- return note_tree_remove(t, t->root, 0, &l);
+ note_tree_remove(t, t->root, 0, &l);
}
const unsigned char *get_note(struct notes_tree *t,
return ret;
}
-void prune_notes(struct notes_tree *t)
+void prune_notes(struct notes_tree *t, int flags)
{
struct note_delete_list *l = NULL;
for_each_note(t, 0, prune_notes_helper, &l);
while (l) {
- remove_note(t, l->sha1);
+ if (flags & NOTES_PRUNE_VERBOSE)
+ printf("%s\n", sha1_to_hex(l->sha1));
+ if (!(flags & NOTES_PRUNE_DRYRUN))
+ remove_note(t, l->sha1);
l = l->next;
}
}
format_note(display_notes_trees[i], object_sha1, sb,
output_encoding, flags);
}
+
+int copy_note(struct notes_tree *t,
+ const unsigned char *from_obj, const unsigned char *to_obj,
+ int force, combine_notes_fn combine_fn)
+{
+ const unsigned char *note = get_note(t, from_obj);
+ const unsigned char *existing_note = get_note(t, to_obj);
+
+ if (!force && existing_note)
+ return 1;
+
+ if (note)
+ add_note(t, to_obj, note, combine_fn);
+ else if (existing_note)
+ add_note(t, to_obj, null_sha1, combine_fn);
+
+ return 0;
+}