一旦我们开始编写更有趣的程序，你就不得不键入冗长烦人的命令来编译更复杂的程序。
Once we start writing more interesting programs, you would have to type out long annoying commands to just compile more sophisticated programs.
构成编译模式的字节被精确地复制。
The bytes that comprise the compiled pattern are copied exactly.
为了实现这种映射，您可以在访问寄存器的位置包括条件编译#指令。
To achieve this mapping, you may include conditional compilation #ifdef in places where you access the registers.
这些文件包含客户／服务器应用程序的源代码和已编译的版本。
These files contain both source and compiled versions of the client/server application.
编译这个文件会产生如下输出。
它作为一系列操作码缓存这些编译脚本，以避免为解析和编译每个请求步骤。
It caches these compiled scripts as a series of opcodes to avoid the parse and compile steps for every request.
确保作业编译没有错误。
您需要使用它来编译示例。
语法检查依赖增量编译。
要编译这段代码，需要生成一些JCL以执行编译任务。
To compile the code, generate some JCL to execute the compilation job.
成功编译之后将产生类文件。
在编译php之前，您或许要对一些文件重新命名以便编译工作能够正确进行。
Before compiling PHP, you might have to rename a few files so that the compilation works correctly.
编译、测试并打包代码。
在这些改进中，主要的新特性是异步编译、多级优化和分析驱动的重新编译。
Of these improvements, the major new features are asynchronous compilation, multiple levels of optimization, and profiling-driven recompilation.
这将解决编译问题。
编译器极有可能把上述赋值语句编译成一条机器指令。
The compiler will after all very likely compile the above assignment into a single machine instruction.
没有编译的公式也可以放在标签之间，并会在运行时被编译和执行。
Uncompiled formulas may also be placed between the tags. They are compiled and executed at runtime.
这也不能通过编译。
DWARF将每个分别编译的源文件称为一个编译单元。
DWARF calls each separately compiled source file a compilation unit.
它是否会干扰编译时优化呢？
现在不能编译了。
这些示例程序同时以已编译和未编译的形式提供。
编译64位内核需要这个编译器。
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。
By compiling before the program executes, the AOT compiler must be conservative about classes, fields, and methods referenced by the code it compiles.
如果您只是希望可以只分发编译后的模板类，那么编译过程可以实现自动化。
If you only wish to only distribute the compiled template class, the build process may be automated.
编译器在其中放置编译输出的目录。
因此，为了提高编译的速度，可以将这些文件转换为一种编译器更容易理解的中间形式，以便提高后续编译工作的速度。
Thus, to speed up compilation, these files can be converted into an intermediate form that is easier for the compiler to understand so that subsequent compilations are faster.
对动态编译器而言，编译器自身作出决策，而对于静态编译器，由开发人员作出选择。
For dynamic compilers, the compiler itself makes this decision, whereas for static compilers, the selection is up to the developer.
本机代码在应用程序运行时由即时(JIT)编译器编译(而且可以重新编译)，基于经常调用的类和方法。
Native code is compiled (and can be recompiled) by a Just-in-time (JIT) compiler while the application runs, based on which classes and methods are invoked frequently.
我们使用AOT编译它们主要是为了测试aot编译器。
We are principally AOT compiling them to test the AOT compiler.
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