例如，在驱动程序与硬件进行通信时，它操纵寄存器以便请求一些所需的设备操作。
For example, when a driver communicates with hardware, it manipulates registers to request some desired operation of the device.
对于调试来说，它是很有价值的，它允许调试器中断操作系统代码、并检查硬件寄存器。
It is useful for debugging purposes by letting the debugger break into operating system code and examining the hardware registers.
KDB是一个功能非常强大的工具，它允许进行几个操作，比如内存和寄存器修改、应用断点和堆栈跟踪。
KDB is a very powerful tool that allows several operations such as memory and register modification, applying breakpoints, and stack tracing.
这个程序执行的操作是计算正在使用的寄存器。
What this program is doing is calculating the registers being used.
其中没有标量(单元素)寄存器或操作。
There are no scalar (single-element) registers or operations.
每个操作都是并行地针对多个数据元素进行，这些数据分别存储在一些128位的寄存器中。
Every operation works on multiple data elements in parallel, stored in 128-bit registers.
所有指令不管怎样都会对整个寄存器进行操作。
All of the instructions operate on the whole register anyway. The problem before was threefold.
在SPU上，大部分指令都可以在寄存器上进行操作，就仿佛它们分别包含多个无关的值一样(因此可以对多个数据项执行一条指令)。
On the SPUs, most instructions can operate on registers as if they contained multiple, independent values (thus the single instruction acting on multiple data items).
所有实际的处理都发生在寄存器之间(或寄存器和立即寻址模式操作数之间)。
All of the actual processing takes place between registers (or between registers and immediate-mode operands).
设计能在Linux操作系统下工作的C2调试工具（然而这个任务需要C2调试说明书，比如寄存器映象和引用命令——如能提供帮助万分感激）
To prepare the C2 debugging tools working under Linux OS (however C2 debugging specifications, like register map and command reference, are needed for that task - any help is appreciated)
在来宾操作系统的驱动程序窥探内存和硬件寄存器时，软件存在于下面来仿真设备（参见图2）。
When the guest operating system's driver peeks and pokes at the memory and hardware registers, software exists underneath to emulate the device (see Figure 2).
它将第二个操作数内的寄存器与第三个操作数内的常量加在一起，并将结果存储在第一个操作数内指定的寄存器中。
It adds together the register in the second operand with the constant in the third operand, and stores the result in the register specified in the first operand.
大多数指令都遵循类似的格式，结果存储在第一个操作数内指定的寄存器中。
Most instructions follow a similar format, with the register that holds the result specified in the first operand.
现在让我们看一下如何将个别寄存器作为操作数的约束指定。
Now let's take a look at how to specify individual registers as constraints for the operands.
寄存器逻辑上被视为多个值，这些值被同时操作。
The register is treated logically as multiple values, which are operated on all at once.
条件寄存器(ConditionRegister,CR)是反映特定操作结果并提供测试(及分支)机制的32位寄存器。
The Condition register (CR) is a 32-bit register that reflects the result of certain operations and provides a mechanism for testing (and branching).
它还规定在存储设备与一组32位矢量寄存器(Vector Register,VR)之间存取和储存的字节、半字、字和四字操作数。
It also provides for byte, halfword, word, and quadword operand fetches and stores between storage and a set of 32 Vector Registers (VRs).
第一个操作数是目标寄存器，第二个操作数是要加载的D -Form地址。
"The first operand is the destination register and the second is the D-Form address to load."
float与long之间的区别不是数字本身之间的强制区别，而是芯片设计者如何使用寄存器和操作符所引起的一些简单后果。
The difference among an int, float, and long are not compelling distinctions among the Numbers themselves, but simply accidents of how chip designers have used registers and operands.
specific intrinsic 的所有操作数都会映射为一个称为qword 的特殊类型，它实际上是一个opaque寄存器值类型。
All operands to specific intrinsics are cast to a special type called qword, which is essentially an opaque register value type.
执行过程中的一个阶段所需的时间，在此期间，计算机从主存储器中取出指令或操作数，并将其存入控制器或运算器的寄存器中。
The part of execution in which an operand or instruction is read from main storage and written into a control unit or arithmetic unit register.
一种寄存器，可以存放某种操作的一个操作数，并且随后又用该操作的结果替换所存的操作数。
A register in which one operand of an operation can be stored and subsequently replaced by the result of that operation.
由于寄存器传输级(rtl)行为描述可以精确地确定数字系统的操作，所以寄存器传输级综合成为当前EDA行业的主流设计方法。
Because the behaviors of digital system can be described by register transfer level (RTL) behavior exactly, RTL synthesis becomes the mainstream design method in EDA domain.
通常他们将内存或寄存器垃圾从之前的操作。
Generally they will be memory or register garbage from previous operations.
RISC设计是面向寄存器堆操作的。
双%%前缀，指明这是一个寄存器名。单%指明操作数。 这帮组GCC辨别操作数和寄存器。
There are two %'s prefixed to the register name. This helps GCC to distinguish between the operands and registers. operands have a single % as prefix.
对于流水线型的超大规模微处理器，通常采用多端口的寄存器堆暂存中间数据，这些读写操作势必增加寄存器堆的芯片面积和功耗。
A multi-ported register file is often required by the superscalar microprocessor to handle multiple simultaneous loads and stores, which cause large increase in area and power consumption.
在一些实施例中，本发明包含芯片，它具有寄存器以包含操作类型信号。
In some embodiments, the invention includes a chip having a register to include an operation type signal.
检查点机制的状态检查操作就是将进程在该运行时刻的用户级寄存器上下文和用户数据段保存到检查点文件中。
Statecheck operation of checkpoint preserves the user register context and user data segment of process checkpointed at this time to checkpoint file.
为了实现在不同环境和需求下的操作要求，设定了CMOS图像传感器内部的相应寄存器和控制器。
In order to achieve operational requirements in different environments and needs, the corresponding registers and the controller are set within CMOS image sensor.
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