How many partitions do you need?
您需要多少个分区？
There are four partitions here.
哦，这里有四扇门。
Create three partitions as follows.
按照下面这3个分区。
若干个 从分区（secondary partition）。
This is done by uncapping partitions.
这通过uncapping分区实现。
All partitions are on an equal footing.
所有分区的关系都平等。
什么？没有分区？
The whole is the sum of its partitions.
完整的体系是分区的总和。
分区是什么?
Slice distributes data across partitions
Slice 如何跨分区分配数据
分区：1,2,3
For this example, you want five partitions.
对于本例，您希望有五个分区。
Running multiple partitions can be helpful.
运行多个分区可能很有帮助。
Choose 5: Work with system partitions.
选择5：Workwithsystem partitions。
To do that, we need to change the partitions.
为了做到这一点，我们需要改变分区。
The partitions are numbered beginning with 0.
分区数量是从0开始的。
You must create two disk partitions on the SD card.
必须在sd卡上创建两个磁盘分区。
There are two types of partitions in this environment.
该环境中有两种类型的分区。
Future systems might need the support of 1023 partitions.
将来的系统可能需要支持1023个分区。
This includes all local partitions for a single instance.
这包括一个单独的实例的所有本地分区。
Partitions are really handy because they act as a sandbox.
分区很方便因为它起到了一种“沙盘式”的作用。
There is no guarantee of true balancing across partitions.
不能保证分区之间的真正平衡。
Click OK when you are finished setting up your partitions.
在完成对分区的设置之后，单击OK按钮。
They allow for partitions to have their own copy of the OS.
它们允许分区有自己的操作系统拷贝。
The interface to create partitions in text mode is similar.
文本模式下创建分区的界面与此类似。
Figure 8 shows an example, although with only 3 partitions.
图8展示了一个示例，尽管只有3个分区。
Suppose you use a large number of partitions; for example, 101.
假设您使用许多分区，例如101。
If extended partitions are so great, why not just use them?
既然扩展分区这么给力，那干嘛不用扩展分区呢？
Another DPF design decision is the number of database partitions.
另一个DPF设计决定是数据库分区的数量。
Another DPF design decision is the number of database partitions.
另一个DPF设计决定是数据库分区的数量。
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