这个示例程序还输出了当时通用寄存器的值。
The sample program has also dumped the general purpose register values in this case.
r 0 - r 31显示通用寄存器的内容。
mftb指令可以将tb寄存器的值传输到一个通用寄存器中。
The MFTB mnemonic allows the value of the TB register to be transferred to a general purpose register. Its syntax is.
当操作指定了“r”限制符，那么操作数将会被存储在通用寄存器内。
When operands are specified using this constraint, they get stored in General Purpose Registers(GPR).
这将产生更好的堆栈回溯，因为帧指针寄存器被用作帧指针而不是通用寄存器。
This will lead to better stack tracebacks, as the frame pointer register is used as a frame pointer rather than a general purpose register.
进程上下文包含通用寄存器、浮点寄存器、特殊用途的寄存器和其他有关重启线程所需的信息。
The process context includes the general purpose registers, floating point registers, the special purpose registers, and other information necessary to restart a thread when it is dispatched.
本地变量空间用作该函数的通用存储空间，寄存器保存区用于保存函数所使用的非可变寄存器的值。
The local variable space is used as a general storage area for the function, and the register save area is used to save the values of non-volatile registers that the function USES.
但，如果是SPU，结果会存储在一种通用的寄存器内 —— 在本例中就是寄存器4。
However, with the SPU, the results are stored in a general-purpose register -- register 4 in this case.
如r32，它们代替任何通用32位寄存器，但是在命令中有相同的值。
Like R32, they substitute any general-purpose 32-bit register but have the same values within the command.
如r32，它们代替任何通用32位寄存器，但是在命令中有相同的值。
Like R32, they substitute any general-purpose 32-bit register but have the same values within the command.
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