因此，使用基指针寻址模式，我们可以指定寄存器x作为基指针，8作为偏移量。
So, using base-pointer addressing, you would specify register X as the base pointer and 8 as the offset.
正如我先前提到的，LR_OFFSET是堆栈末端到链接寄存器保存区的偏移量。
As I mentioned earlier, LR_OFFSET is the offset from the end of the stack to the link register save area.
要访问第三个域，我们需要指定寄存器x作为指针，12作为偏移量。
To access the third field, you would specify register X as the base pointer and 12 as the offset.
因此，使用简化ABI 的函数实际上可以通过从堆栈指针开始的负偏移量来保存、使用和恢复非易失性寄存器。
Therefore, functions using the simplified ABI actually can save, use, and restore non-volatile registers by using negative offsets from the stack pointer.
在基指针寻址模式中，寄存器中保存的是基址，数字是偏移量。
In base-pointer addressing mode, the register has the base address and the literal number has the offset.
一个逻辑地址包含了段寄存器的说明符及偏移量。
A logical address consists of a segment register specifier and offset.
这取决于平台abi；通常在一组指定的寄存器或从“堆栈指针”以固定偏移量。
It depends on the platform ABI; generally either in a designated set of registers or at fixed offsets from a "stack pointer".
这取决于平台abi；通常在一组指定的寄存器或从“堆栈指针”以固定偏移量。
It depends on the platform ABI; generally either in a designated set of registers or at fixed offsets from a "stack pointer".
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