汇编寄存器用英语怎么说，汇编寄存器的英文翻译

词语导航

基本信息

词语：汇编寄存器

繁体：匯編寄存器

拼音：huì biān jì cún qì

英语翻译

【计】 assembly register

分词翻译

汇编的英语翻译：

collection; compilation; compile; corpus
【计】 A; assemble; assembling
【经】 compilation

寄存器的英语翻译：

register
【计】 R; RALU; register
【化】 memory; registor

翻译例句

1. 然而，由于每次迭代都使用了相同编号的寄存器，因此您可以简单地在汇编时计算寄存器的编号。

However, since each iteration USES the same number of registers, you can simply calculate the register number at assembly time.

2. 如果您以前从未用汇编语言编过程，寄存器就是处理器为计算值所使用的临时存储。

If you"ve never programmed assembly language before, registers are the temporary storage that processors use for computing values.

3. 如何使用汇编语言读取寄存器？

How to read the register in assembly language?

4. 在这两种汇编器中，寄存器的名称是一样的，但是因为寻址模式不同，使用它们的语法是不同的。

In both the assemblers, the names of registers remain the same, but the syntax for using them is different as is the syntax for addressing modes.

5. 链接寄存器只在约定的意义上有一些特殊 ——SPU汇编语言允许在您所选择的任何 寄存器内设置链接。

The link register is only special by convention -- the SPU assembly language allows you to set the link in any register you choose.

6. 链接寄存器只在约定的意义上有一些特殊——SPU汇编语言允许在您所选择的任何寄存器内设置链接。WwW.wEntIyI.Com

The link register is only special by convention — the SPU assembly language allows you to set the link in any register you choose.

7. 这样，如果您以后需要向代码中添加一个寄存器，那么汇编程序就会自动重新计算新寄存器的编号，您也不必更改自己的寄存器编号约定。

This way, if you need to add a register to your code later, the assembler will auto-recalculate the new register Numbers and you don"t have to alter your register numbering convention.

8. 攻击CFG生成进程也可以是通过混淆汇编代码以致它不能够正确地确定跳转指令的目标，比如使用寄存器指示跳转目标。

The CFG generation process can also be attacked by obfuscating the assembly code such that one cannot determine the correct target of a jump instruction, such as using a jump through register.

9. 很快有了汇编语言，它将1和0抽象成基本的机器指令，例如用值y加载寄存器x。

Quickly came assembly language, which abstracted away the ones and zeros to provide rudimentary machine instructions such as load register X with value y.

10. 本文基于ARM 9tdmi内核，从指令调整、寄存器分配、条件分支和循环结构等方面对汇编代码的优化方法进行了详细的论述。

This article gives a detail discussion on the assembled code optimization from instruction arrangement, register division, condition selection branch and cycle structure based on the core of ARM9TDMI.

11. 提供有关使用“反汇编”窗口查看程序集指令和使用“寄存器”窗口查看寄存器内容的简短说明，并提供指向关于这些窗口的主题的链接。

Provides short instructions on using the Disassembly window to view the assembly instructions and the Registers window to view register contents and provides links to topics regarding those Windows.

12. 在寄存器极少的16位处理器平台HCS12上实现了LCC的移植，并对其在汇编语言级进行了优化；

Secondly, it manages to retarget LCC to a new architecture "HCS12" which has few general purpose registers and 16-bit wide datapath. It execute many optimization methods on assembly level.

13. 在寄存器极少的16位处理器平台HCS12上实现了LCC的移植，并对其在汇编语言级进行了优化；

Secondly, it manages to retarget LCC to a new architecture "HCS12" which has few general purpose registers and 16-bit wide datapath. It execute many optimization methods on assembly level.