全部

1·Available virtual address space.

可用虚拟地址空间。

2·That’s it for virtual address space layout.

该图呈现了虚拟地址空间的管理方式。

3·All it knows about is its own virtual address space.

它只知道自己的虚拟地址空间。

4·For 32-bit kernels, there are 4gb virtual address Spaces.

对32 -位内核而言，有4gb虚地址空间。

5·32-bit Pointers can address only 4gb of virtual address space.

位指针只能寻址4gb的虚拟地址空间。

6·Similarly, typing the name of a symbol returns its virtual address.

同样，输入符号名则返回其虚拟地址。

7·So we can page the virtual address space AND page the page table.

为了能同时对虚拟地址空间和它对应的页表都进行分页。

8·If you use it, then Lotus Domino has less virtual address space to use.

如果使用它，那么Lotus Domino可用的虚拟地址空间就少了。

9·Thus a portion of the virtual address space must be reserved to the kernel.

也就是说，操作系统内核将保留一部分虚拟地址空间。

10·However, running programs in a virtual address space has an associated cost.

然而，在虚拟地址空间中运行程序也会带来相应的成本。