if (!refs)
return 0;
- iter = files_ref_iterator_begin(refs, prefix, flags);
+ iter = refs->be->iterator_begin(refs, prefix, flags);
iter = prefix_ref_iterator_begin(iter, prefix, trim);
return do_for_each_ref_iterator(iter, fn, cb_data);
files_ref_iterator_abort
};
-struct ref_iterator *files_ref_iterator_begin(
+static struct ref_iterator *files_ref_iterator_begin(
struct ref_store *ref_store,
const char *prefix, unsigned int flags)
{
files_peel_ref,
files_create_symref,
+ files_ref_iterator_begin,
files_read_raw_ref,
files_verify_refname_available
};
const char *prefix,
int trim);
-struct ref_store;
-
-/*
- * Iterate over the packed and loose references in the specified
- * ref_store that are within find_containing_dir(prefix). If prefix is
- * NULL or the empty string, iterate over all references in the
- * submodule.
- */
-struct ref_iterator *files_ref_iterator_begin(struct ref_store *ref_store,
- const char *prefix,
- unsigned int flags);
-
/*
* Iterate over the references in the main ref_store that have a
* reflog. The paths within a directory are iterated over in arbitrary
/* refs backends */
+struct ref_store;
+
/*
* Initialize the ref_store for the specified submodule, or for the
* main repository if submodule == NULL. These functions should call
const char *refs_heads_master,
const char *logmsg);
+/*
+ * Iterate over the references in the specified ref_store that are
+ * within find_containing_dir(prefix). If prefix is NULL or the empty
+ * string, iterate over all references in the submodule.
+ */
+typedef struct ref_iterator *ref_iterator_begin_fn(
+ struct ref_store *ref_store,
+ const char *prefix, unsigned int flags);
+
/*
* Read a reference from the specified reference store, non-recursively.
* Set type to describe the reference, and:
peel_ref_fn *peel_ref;
create_symref_fn *create_symref;
+ ref_iterator_begin_fn *iterator_begin;
read_raw_ref_fn *read_raw_ref;
verify_refname_available_fn *verify_refname_available;
};