Construct a simple compiler later.
并构造了编译器。
Used C language to develop simple compiler.
用C语言开发简易编译系统。
Suppose you are working on a simple compiler.
假定你开发的是一个简单的编译器。
Let your compiler do the simple optimizations.
用你的编译器完成简单的优化。
Typically, this method is very simple and calls into a compiler or interpreter.
一般而言，该方法非常简单，就是调用编译器或解释器。
Refactoring tools and compiler itself can bring limited safety net that you can count on to catch some simple human mistakes.
重构工具与编译器自身可以提供一定的安全保障，不至于引入一些简单的人为错误。
The IBM XL C compiler is a very good optimizer, and as a result, the C algorithm delivers superior results to a simple unoptimized assembly language implementation.
IBMXLC编译器是一个非常好的优化器，结果是 C算法的性能要比未经优化的汇编语言实现的性能好很多。
Consider a simple example in which a schema is taken as input and an XMLBeans compiler compiles this schema into generic Interfaces.
这是一个简单的例子：输入一个模式，XMLBeans编译器会将其编译成通用的接口。
Reference counting is simple, but requires significant assistance from the compiler and imposes overhead on the mutator (the term for the user program, from the perspective of the garbage collector).
引用计数很简单，但是需要编译器的重要配合，并且增加了赋值函数(mutator)的开销(这个术语是针对用户程序的，是从垃圾收集器的角度来看的)。
It's a little more involved on a PC but it's all free, the software you can download, and Linux in similar operating systems generally come with a compiler or you run a simple command to get it.
在PC机上有点复杂，但是它是免费的，你一般下载的软件，类似Linux的操作系统等等通常都需要，一个编译器，或者你可以运行一些简单的指令来获取。
HI-TECH's PRO compiler automatically preserves all the relationships between the object code and the original C-code, enabling the quick and simple debugging of optimized code.
HI - TECHPRO编译器能够自动保存对象代码和原始c代码之间的所有关系，从而实现对最优化代码快速且简单的调试。
VLIW DSP has simple control hardware, and its ILP is decided during the compile time, so compiler is the key factor in developing applications based on VLIW DSP.
VLIWDSP机器由于硬件控制简单，指令的并行性完全在编译时决定。因此编译程序成为基于VLIW DSP机器应用的关键因素。
The compiler performs automatic generalization only on complete function definitions that have explicit arguments, and on simple immutable values.
编译器只会对具有显式参数的完整函数定义和简单的不可变值执行自动泛化。
The compiler performs automatic generalization only on complete function definitions that have explicit arguments, and on simple immutable values.
编译器只会对具有显式参数的完整函数定义和简单的不可变值执行自动泛化。
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