Error writing partition table.
写分区表时出错。
无效的分区表。
Invalid partition table. Setup cannot continue.
分区表无效。安装程序无法继续。
The partition table error was successfully fixed!
分开桌错误成功地被改正了！
GUID Partition Table detected, but does not seem to be used.
得到一个文件，发现确实硬盘的分区表有问题。
The following example shows how to create partition table with compression.
下面的例子展示如何创建采用压缩的分区表。
It does this by looking through the partition table for an active partition.
它是通过在分区表中查找一个活动分区来实现这种功能的。
Create a Linux Native partition, write the partition table, and exit the (c) fdisk program.
创建一个LinuxNative分区，写入分区表并退出(c)fdisk程序。
The MBR is the first sector on the disk, so the partition table is not a very large part of it.
MBR是磁盘上的第一个扇区，因而分区表在其中所占空间不大。
Put this drive in any old x86 Linux box, and you'll find that it has an unknown partition table.
将这个硬盘放到一个老的x86Linux机器中，您会看到一个不能识别的分区表。
Once it has moved itself, it will proceed to scan the partition table for a bootable partition.
一旦它移动好自身，接下来就扫描分区表以寻找一个可启动分区。
Advocate hard disk from other computers as from disk, restoring the partition table using the software.
主张将硬盘接到其他电脑做为从盘，运用有关软件进行分区表恢复。
After you've created a partition, you should see one (or more) Linux LVM partitions in your partition table.
在创建分区之后，应该会在分区表中看到一个(或多个)LinuxLVM分区。
Proposed to hard disk from other computers as from disk, restoring the partition table using the software.
建议将硬盘接到其他电脑做为从盘，运用有关软件进行分区表恢复。
Proposed to hard disk from other computers as from the plate, using relevant software for the partition table.
建议将硬盘接到其他电脑做为从盘，使用相关软件进行分区表恢复。
You will need to be root or have root authority via sudo, as shown here, to display or manipulate the partition table.
要显示或操纵分区表，您需要是root用户，或者通过sudo命令获得root权限，如本清单所示。
To achieve this, use -j0 (use dd to create partition table) and -t1 (client restores the prebuilt MBR from syslinux).
为此，推荐使用-j0(使用dd创建分区表)和- t1(客户机从syslinux恢复预构建的MBR)。
The IPL interrogates the partition table and subsequently is able to load data wherever it may exist on the various media.
IPL查询分区表，从而能够加载位于不同介质上任意位置的数据。
GPT stores all partitions in a single partition table (with backup), so there's no need for extended or logical partitions.
GPT将所有分区存储在单个分区表中(带有备份)，因此扩展分区或逻辑分区没有存在的必要。
The next sixty-four bytes are the partition table, which contains a record for each of four partitions (sixteen bytes each).
接下来的64个字节是分区表，其中包含4个分区的记录(每个记录的大小是16个字节)。
Thus, it's impossible to differentiate Linux file systems and NTFS or FAT file systems from their partition table GUIDs alone.
这样，仅从它们的分区表GUID区分Linux文件系统和NTFS或FAT是不可能的。
The above partition table USES the MTD_BLOCK interface to partition the flash device. The device nodes for these partitions are.
上面的分区表使用了MTD_BLOCK接口对闪存设备进行分区。
The primary boot loader that resides in the MBR is a 512-byte image containing both program code and a small partition table (see Figure 2).
MBR中的主引导加载程序是一个 512字节大小的映像，其中包含程序代码和一个小分区表（参见图2）。
By default, 128 partitions are supported, although you can change the partition table size if the partitioning software supports such changes.
GPT默认支持128个分区，当然您也可以更改分区表的大小，如果您的分区软件支持这种更改的话。
The firmware contains the code that processes this structure, so the map does not contain boot code like we saw in the DOS partition table.
固件里包含了处理这个结构的代码，所以这个结构表不包含有像我们在DOS分区里看到的启动代码。
Creation of a multiple partition table that contains only long data types (long VARCHAR, long VARGRAPHIC, BLOB, CLOB, or DBCLOB) is not supported.
只包含long数据类型(longVARCHAR、longVARGRAPHIC、BLOB、CLOB或DBCLOB)的多分区的表的创建是不受支持的。
Unfortunately, none of the partitions are in formats that are familiar to OS X, but my Mac Mini could read the partition table. Here's the partition map
不幸的是，这些分区使用的都不是OSX所熟悉的格式，但是我的MacMini可以读取这个分区表。
So, you can try different options and preview the partition table before committing to any changes. This sequence of commands creates a single partition
所以，在提交任何修改之前您都可尝试不同的选项并预览分区表。
So, you can try different options and preview the partition table before committing to any changes. This sequence of commands creates a single partition
所以，在提交任何修改之前您都可尝试不同的选项并预览分区表。
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