This technique relies on the compiler compiling the member variables in the same order as they are found in source code, so be wary of code formatting utilities that automatically sort your code.
这个技术依赖于编译器以代码中出现的先后顺序来编译成员变量的特点，所以要小心那些会自动排序代码的代码格式化工具。
We are principally AOT compiling them to test the AOT compiler.
我们使用AOT编译它们主要是为了测试aot编译器。
A dynamic compiler mitigates this cost by eventually compiling all the interpreted methods that are frequently called by JIT compiled code, but without a dynamic compiler, this cost can't be hidden.
动态编译器通过最终编译所有由JIT编译代码频繁调用的那些解释过的方法来减少这项开销，但是如果不使用动态编译器，则这项开销就不可避免。
What follows is a case study of an actual application - a discrete Fourier transform (DFT) - showing the performance improvements that result when compiling with various compiler options.
接下来的部分是一个实际程序的范例—一个离散的Fourier转变(DFT)—显示了在汇编不同汇编器选项时的改善结果。
Specify the GOFF C compiler option if compiling in native z/OS.
如果要在原生z/OS 上编译，那么必须指定GOFFC编译器选项。
First, if compiling takes a significant fraction of Jester's execution time, try a faster compiler.
首先，如果编译在Jester执行时间中占了显著部分，那么请尝试使用一个更快的编译器。
DFAFactory, in Listing 3, is the core class in the HC compiler because it is responsible for compiling the transition table.
清单3中的DFAFactory是HC编译器中的核心类，因为它负责编译转换表。
By compiling before the program executes, the AOT compiler must be conservative about classes, fields, and methods referenced by the code it compiles.
由于在程序执行前进行编译，AOT编译器必须谨慎对待它所编译的代码所引用的类、字段和方法。
In a JVM with an active JIT compiler, this cost is eventually eliminated by compiling "around the edges" of the compiled code until the number of transitions is too small to impact performance.
在具有活动JIT编译器的JVM中，会通过不断编译编译代码的“边缘部分”，直到转换次数不会影响性能为止，最终消除这种代价。
Setting up a cross-compiler toolchain from scratch is not an easy task: it involves downloading the sources, patching, configuring, compiling, setting up headers, installation, and much, much more.
重头设置交叉编译器工具链可不是一项简单的任务：它包括下载源代码、修补补丁、配置、编译、设置头文件、安装以及很多很多的操作。
This is especially pernicious for cross-compiling, since you probably can't run an executable actually created with the cross compiler.
这对交叉编译尤其不利，因为您可能不能运行实际上是由交叉编译器创建的可执行程序。
Study the messages the compiler generates so that these messages will be familiar when you encounter them while compiling more complex programs.
研究编译器产生的信息，这样你在编译更复杂的程序遇到这些信息时就不会陌生。
We are looking into LLVM in even more futuristic side tracks of our project, but as our target platform is ABAP, compiling Ruby to BRIL with a compiler written in Ruby was the most pragmatic solution.
我们考虑过在项目的未来派的一边使用LLVM，但我们的目标平台是ABAP，最实用的方法就是用Ruby写的编译器来把Ruby代码编译成BRIL了。
Increasingly, objects are "dynamic" in the sense that their structure and behavior is not captured by a static type, or at least not one that the compiler knows about when compiling your program.
对象的意义变得越来越“动态”，它们的结构和行为无法通过静态类型来捕获，或者至少编译器在编译程序时无法得知对象的结构和行为。
According to compiling principle knowledge, the thesis has realized the instruction list language compiler.
最后本文根据编译原理的知识，实现了指令表语言的编译器。
Class library plays the vital role in the construction of compiler by object-oriented method and lexical analysis class library is an important part of object-oriented compiling class library.
类库在编译程序的面向对象构造过程中起重要作用，词法分析类库是编译类库的重要组成部分。
Causes the compiler to make com type information in the specified assemblies available to the project that you are currently compiling.
使编译器将指定程序集中的COM类型信息提供给当前正在编译的项目使用。
The Ahead-of-Time (AOT) compiler can catch template errors early and improve performance by compiling at build time as you'll learn in this chapter.
而预编译(AOT)会在构建时编译，这样可以在早期截获模板错误，提高应用性能。
Design principle and compiling mode of compiler are expounded.
阐述了编译器的设计原理和编译模式。
One of GCC's flaws is that it doesn't do anywhere near as much debug checking as Microsoft's compiler when compiling without optimizations.
GCC的一个缺陷是，它并没有接近尽可能多的调试检查微软的编译器编译时没有优化。
The compiler will only inline very small functions when compiling for space.
当编译器针对空间编译时，只会内嵌非常小的函式。
GCC is a successful compiling system with optimization, which supports many high-level language and many platforms. It can be a good choice of compiler of Embedded system IDE.
GCC作为前端支持多语言，后端支持多平台的优化编译系统，是一个合适的选择。
GCC is a successful compiling system with optimization, which supports many high-level language and many platforms. It can be a good choice of compiler of Embedded system IDE.
GCC作为前端支持多语言，后端支持多平台的优化编译系统，是一个合适的选择。
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