Function get_remote_refs

connect.c:560–612

}

struct ref **get_remote_refs(int fd_out, struct packet_reader *reader,
			     struct ref **list, int for_push,
			     struct transport_ls_refs_options *transport_options,
			     const struct string_list *server_options,
			     int stateless_rpc)
{
	size_t i;
	struct strvec *ref_prefixes = transport_options ?
		&transport_options->ref_prefixes : NULL;
	const char **unborn_head_target = transport_options ?
		&transport_options->unborn_head_target : NULL;
	*list = NULL;

	ensure_server_supports_v2("ls-refs");
	packet_write_fmt(fd_out, "command=ls-refs\n");

	/* Send capabilities */
	send_capabilities(fd_out, reader);

	if (server_options && server_options->nr) {
		ensure_server_supports_v2("server-option");
		for (i = 0; i < server_options->nr; i++)
			packet_write_fmt(fd_out, "server-option=%s",
					 server_options->items[i].string);
	}

	packet_delim(fd_out);
	/* When pushing we don't want to request the peeled tags */
	if (!for_push)
		packet_write_fmt(fd_out, "peel\n");
	packet_write_fmt(fd_out, "symrefs\n");
	if (server_supports_feature("ls-refs", "unborn", 0))
		packet_write_fmt(fd_out, "unborn\n");
	for (i = 0; ref_prefixes && i < ref_prefixes->nr; i++) {
		packet_write_fmt(fd_out, "ref-prefix %s\n",
				 ref_prefixes->v[i]);
	}
	packet_flush(fd_out);

	/* Process response from server */
	while (packet_reader_read(reader) == PACKET_READ_NORMAL) {
		if (!process_ref_v2(reader, &list, unborn_head_target))
			die(_("invalid ls-refs response: %s"), reader->line);
	}

	if (reader->status != PACKET_READ_FLUSH)
		die(_("expected flush after ref listing"));

	check_stateless_delimiter(stateless_rpc, reader,
				  _("expected response end packet after ref listing"));

	return list;
}

const char *parse_feature_value(const char *feature_list, const char *feature, size_t *lenp, size_t *offset)
{