183 	s_flash_info.part_size = (u32)vnvm_part_info.size;  in mtd_vendor_storage_init()
431 	u32 size, i;  in vendor_storage_init()  local
456 		size = EMMC_VENDOR_INFO_SIZE;  in vendor_storage_init()
465 		size = NAND_VENDOR_INFO_SIZE;  in vendor_storage_init()
473 		size = FLASH_VENDOR_INFO_SIZE;  in vendor_storage_init()
482 		size = FLASH_VENDOR_INFO_SIZE;  in vendor_storage_init()
504 	buffer = (u8 *)memalign(PAGE_ALGIN_SIZE, size);  in vendor_storage_init()
559 		memset((u8 *)vendor_info.hdr, 0, size);  in vendor_storage_init()
579 	unsigned long size;  in vendor_storage_fixup()  local
592 		size = (unsigned long)((void *)vendor_info.version2 - (void *)vendor_info.hdr);  in vendor_storage_fixup()
593 		size += 4;  in vendor_storage_fixup()
596 					   (u64)size);  in vendor_storage_fixup()
611 int vendor_storage_read(u16 id, void *pbuf, u16 size)  in vendor_storage_read()  argument
630 			if (size > (item + i)->size)  in vendor_storage_read()
631 				size = (item + i)->size;  in vendor_storage_read()
633 			memcpy(pbuf, (vendor_info.data + offset), size);  in vendor_storage_read()
634 			return size;  in vendor_storage_read()
653 int vendor_storage_write(u16 id, void *pbuf, u16 size)  in vendor_storage_write()  argument
702 	align_size = (size + VENDOR_BTYE_ALIGN) & (~VENDOR_BTYE_ALIGN);  in vendor_storage_write()
703 	if (size > align_size)  in vendor_storage_write()
710 			alloc_size = ((item + i)->size + VENDOR_BTYE_ALIGN) & (~VENDOR_BTYE_ALIGN);  in vendor_storage_write()
711 			if (size > alloc_size) {  in vendor_storage_write()
718 					(item + j)->size = (item + j + 1)->size;  in vendor_storage_write()
721 					next_size = ((item + j + 1)->size + VENDOR_BTYE_ALIGN) & (~VENDOR_BTYE_ALIGN);  in vendor_storage_write()
729 				(item + j)->size = size;  in vendor_storage_write()
730 				memcpy((vendor_info.data + offset), pbuf, size);  in vendor_storage_write()
736 				memcpy((vendor_info.data + offset), pbuf, size);  in vendor_storage_write()
737 				(item + i)->size = size;  in vendor_storage_write()
745 			return (cnt == part_size) ? size : -EIO;  in vendor_storage_write()
758 		item->size = size;  in vendor_storage_write()
762 		memcpy((vendor_info.data + item->offset), pbuf, size);  in vendor_storage_write()
771 		return (cnt == part_size) ? size : -EIO;  in vendor_storage_write()
785 	u32 size;  in vendor_test_reset()  local
790 		size = EMMC_VENDOR_INFO_SIZE;  in vendor_test_reset()
796 		size = NAND_VENDOR_INFO_SIZE;  in vendor_test_reset()
801 		size = FLASH_VENDOR_INFO_SIZE;  in vendor_test_reset()
806 		size = 0;  in vendor_test_reset()
811 	if (!size)  in vendor_test_reset()
814 	memset((u8 *)vendor_info.hdr, 0, size);  in vendor_test_reset()
835 	u16 id, size, j, item_num;  in vendor_storage_test()  local
859 		size = total_size / item_num;  in vendor_storage_test()
866 		size = total_size / item_num;  in vendor_storage_test()
873 		size = total_size / item_num;  in vendor_storage_test()
878 		size = 0;  in vendor_storage_test()
885 	if (size > 64)  in vendor_storage_test()
886 		size = (size / 64) * 64;  in vendor_storage_test()
888 	buffer = (u8 *)malloc(size);  in vendor_storage_test()
890 		printf("[Vendor Test]:Malloc failed(size=%d)!\n", size);  in vendor_storage_test()
900 	printf("[Vendor Test]:item_num=%d, size=%d.\n", item_num, size);  in vendor_storage_test()
906 		memset(buffer, id, size);  in vendor_storage_test()
907 		ret = vendor_storage_write(id, buffer, size);  in vendor_storage_test()
916 		memset(buffer, 0, size);  in vendor_storage_test()
917 		ret = vendor_storage_read(id, buffer, size);  in vendor_storage_test()
924 		for (j = 0; j < size; j++) {  in vendor_storage_test()
928 				print_buffer(0, buffer, 1, size, 16);  in vendor_storage_test()
934 		debug("\t#id=%03d success,data=0x%02x,size=%d.\n", id, *buffer, size);  in vendor_storage_test()
942 		memset(buffer, 0, size);  in vendor_storage_test()
943 		ret = vendor_storage_read(id, buffer, size);  in vendor_storage_test()
950 		for (j = 0; j < size; j++) {  in vendor_storage_test()
954 				print_buffer(0, buffer, 1, size, 16);  in vendor_storage_test()
960 		debug("\t#id=%03d success,data=0x%02x,size=%d.\n", id, *buffer, size);  in vendor_storage_test()
974 	printf("[Vendor Test]:id=%d, size=%d.\n", id, size);  in vendor_storage_test()
975 	ret = vendor_storage_write(id, buffer, size);  in vendor_storage_test()
996 	size = item_num ? (total_size / item_num) : (total_size + 512);  in vendor_storage_test()
997 	size = (size + VENDOR_BTYE_ALIGN) & (~VENDOR_BTYE_ALIGN);  in vendor_storage_test()
1000 		if (((id + 1) * size) > total_size) {  in vendor_storage_test()
1006 	buffer = (u8 *)malloc(size);  in vendor_storage_test()
1008 		printf("[Vendor Test]:Malloc failed(size=%d)!\n", size);  in vendor_storage_test()
1015 	memset(buffer, 'a', size);  in vendor_storage_test()
1018 	printf("[Vendor Test]:id=%d, size=%d.\n", id, size);  in vendor_storage_test()
1019 	ret = vendor_storage_write(id, buffer, size);  in vendor_storage_test()
1020 	if (ret == size)  in vendor_storage_test()
1027 	printf("[Vendor Test]:item_num=%d, size=%d.\n", item_num, size);  in vendor_storage_test()
1031 		memset(buffer, id, size);  in vendor_storage_test()
1032 		ret = vendor_storage_write(id, buffer, size);  in vendor_storage_test()
1042 		debug("\t#id=%03d success,data=0x%02x,size=%d.\n", id, *buffer, size);  in vendor_storage_test()