Conversion from unsigned char [40] to struct object_id continues.
* bc/object-id:
Documentation: update and rename api-sha1-array.txt
Rename sha1_array to oid_array
Convert sha1_array_for_each_unique and for_each_abbrev to object_id
Convert sha1_array_lookup to take struct object_id
Convert remaining callers of sha1_array_lookup to object_id
Make sha1_array_append take a struct object_id *
sha1-array: convert internal storage for struct sha1_array to object_id
builtin/pull: convert to struct object_id
submodule: convert check_for_new_submodule_commits to object_id
sha1_name: convert disambiguate_hint_fn to take object_id
sha1_name: convert struct disambiguate_state to object_id
test-sha1-array: convert most code to struct object_id
parse-options-cb: convert sha1_array_append caller to struct object_id
fsck: convert init_skiplist to struct object_id
builtin/receive-pack: convert portions to struct object_id
builtin/pull: convert portions to struct object_id
builtin/diff: convert to struct object_id
Convert GIT_SHA1_RAWSZ used for allocation to GIT_MAX_RAWSZ
Convert GIT_SHA1_HEXSZ used for allocation to GIT_MAX_HEXSZ
Define new hash-size constants for allocating memory
struct ref_filter {
const char **name_patterns;
- struct sha1_array points_at;
+ struct oid_array points_at;
struct commit_list *with_commit;
+ struct commit_list *no_commit;
enum {
REF_FILTER_MERGED_NONE = 0,
strbuf_addf(path, "/%s", de->d_name);
if (strlen(de->d_name) == GIT_SHA1_HEXSZ - 2) {
- char hex[GIT_SHA1_HEXSZ+1];
+ char hex[GIT_MAX_HEXSZ+1];
struct object_id oid;
- snprintf(hex, sizeof(hex), "%02x%s",
- subdir_nr, de->d_name);
+ xsnprintf(hex, sizeof(hex), "%02x%s",
+ subdir_nr, de->d_name);
if (!get_oid_hex(hex, &oid)) {
if (obj_cb) {
r = obj_cb(&oid, path->buf, data);
const char *del, const char *add, const char *reset,
const struct diff_options *opt);
extern void set_config_fetch_recurse_submodules(int value);
- extern void check_for_new_submodule_commits(unsigned char new_sha1[20]);
+extern void set_config_update_recurse_submodules(int value);
+/* Check if we want to update any submodule.*/
+extern int should_update_submodules(void);
+/*
+ * Returns the submodule struct if the given ce entry is a submodule
+ * and it should be updated. Returns NULL otherwise.
+ */
+extern const struct submodule *submodule_from_ce(const struct cache_entry *ce);
+ extern void check_for_new_submodule_commits(struct object_id *oid);
extern int fetch_populated_submodules(const struct argv_array *options,
const char *prefix, int command_line_option,
int quiet, int max_parallel_jobs);