And the % ecx register explicitly loads the count.

ecx寄存器明确装入count。

youdao

The count value is put into % ecx as it is needed by rep prefix.

因为rep前缀需要count值，所以将它放入%ecx中。

youdao

Then at line C8, the instance pointer is dereferenced and stored in ecx.

然后，在c8行处，instance指针被解除引用并存储到ecx。

youdao

Unless this is done, GCC assumes that % eax and % ecx are free, and it may decide to use them for storing other data.

在完成这一步之前，gcc假设%eax和%ecx是自由的，它可能决定将它们用作存储其它的数据。

youdao

But GCC won't know this unless we inform it, which is exactly what we do by including % eax and % ecx in the clobbered register set.

但GCC在我们通知它以前是不知道这些的，我们是通过将%eax和%ecx包括在修饰寄存器集中来通知GCC的。

youdao

In the following example, the cpuid instruction takes the input in the % eax register and gives output in four registers: % eax, % ebx, % ecx, % edx.

在下面的示例中，cpuid指令采用%eax寄存器中的输入，然后在四个寄存器中给出输出：% eax、%ebx、%ecx、%edx。

youdao

In the following example, the cpuid instruction takes the input in the % eax register and gives output in four registers: % eax, % ebx, % ecx, % edx.

在下面的示例中，cpuid指令采用%eax寄存器中的输入，然后在四个寄存器中给出输出：% eax、%ebx、%ecx、%edx。

youdao