206 	struct mtd_partition partition = {}, *parts;  in mtd_parse_partitions()  local
224 	parts = malloc(sizeof(*parts) * nparts);  in mtd_parse_partitions()
225 	if (!parts) {  in mtd_parse_partitions()
232 		ret = mtd_parse_partition(_mtdparts, &parts[idx]);  in mtd_parse_partitions()
236 		if (parts[idx].size == MTD_SIZE_REMAINING)  in mtd_parse_partitions()
237 			parts[idx].size = parent->size - cur_sz;  in mtd_parse_partitions()
238 		cur_sz += parts[idx].size;  in mtd_parse_partitions()
240 		sz = parts[idx].size;  in mtd_parse_partitions()
247 		if (parts[idx].offset == MTD_OFFSET_NOT_SPECIFIED)  in mtd_parse_partitions()
248 			parts[idx].offset = cur_off;  in mtd_parse_partitions()
249 		cur_off += parts[idx].size;  in mtd_parse_partitions()
251 		parts[idx].ecclayout = parent->ecclayout;  in mtd_parse_partitions()
258 	*_parts = parts;  in mtd_parse_partitions()
274 void mtd_free_parsed_partitions(struct mtd_partition *parts,  in mtd_free_parsed_partitions()  argument
280 		free((char *)parts[i].name);  in mtd_free_parsed_partitions()
282 	free(parts);  in mtd_free_parsed_partitions()
867 		       const struct mtd_partition *parts,  in add_mtd_partitions()  argument
877 		slave = allocate_partition(master, parts + i, i, cur_offset);  in add_mtd_partitions()