26 static int read_io_options(const struct shell *sh, int pos, char **argv,  in read_io_options()  argument
29 	char *arg = argv[pos];  in read_io_options()
32 		return pos;  in read_io_options()
46 	return ++pos;  in read_io_options()
193 	int pos = 1;  in cmd_w1_write_byte()  local
197 	dev = shell_device_get_binding(argv[pos]);  in cmd_w1_write_byte()
199 		shell_error(sh, W1DEV_X_NOT_FOUND, argv[pos]);  in cmd_w1_write_byte()
202 	pos++;  in cmd_w1_write_byte()
204 	pos = read_io_options(sh, pos, argv, &reset);  in cmd_w1_write_byte()
205 	if (pos < 0) {  in cmd_w1_write_byte()
208 	if (argc <= pos) {  in cmd_w1_write_byte()
213 	input = strtoul(argv[pos], NULL, 0);  in cmd_w1_write_byte()
242 	int pos = 1;  in cmd_w1_write_block()  local
246 	dev = shell_device_get_binding(argv[pos]);  in cmd_w1_write_block()
251 	pos++;  in cmd_w1_write_block()
253 	pos = read_io_options(sh, pos, argv, &reset);  in cmd_w1_write_block()
254 	if (pos < 0) {  in cmd_w1_write_block()
257 	if (argc <= pos) {  in cmd_w1_write_block()
261 	if ((argc - pos) > BUF_SIZE) {  in cmd_w1_write_block()
269 		msg_buf[i] = (uint8_t)strtoul(argv[i + pos], NULL, 16);  in cmd_w1_write_block()
271 	} while ((i + pos) < argc);  in cmd_w1_write_block()