用于文档编制、编译器检查和代码分析的工具可以使用这些额外信息。
This additional information is used by tools for the purposes of documentation, compiler checking, and code analysis.
一般来说，元数据的好处分为三类：文档编制、编译器检查和代码分析。
In general, metadata's benefits fall into three categories: documentation, compiler checking, and code analysis.
然而，在RT环境中，JIT编译器引入了不可预知的运行时行为，这将严重影响最坏情况时执行时间分析。
In an RT environment, however, the JIT compiler introduces an unpredictable run-time behaviour that wreaks havoc on worst-case execution time analysis.
当提交该查询时，查询编译器会分析它的语法和语义。
When the query is submitted, its syntax and semantics are analyzed by the query compiler.
与专用的源代码静态分析工具相比，编译器的此项功能比较有限，但值得一试。
Compared to dedicated source-code static analysis tools, the functionality is usually limited, but worth trying.
SQLite使用全面覆盖的测试来保证质量，而不是依靠编译器警告或静态代码分析工具。
Quality assurance in SQLite is done using full-coverage testing, not by compiler warnings or other static code analysis tools.
他解释说，在Klocwork的观点来看，写一个好的代码分析工具的基础在于编译器。
He explained that the cornerstone of good code analysis in Klocwork's view is their compiler.
protocolbuffer编译器据此创建一个实现自动编码的类并且以一种高效的二进制格式来分析protocol buffer数据。
From that, the protocol buffer compiler creates a class that implements automatic encoding and parsing of the protocol buffer data with an efficient binary format.
但有一个警告：启用优化意味着要增加编译时间——编译器尝试去做一些智能的事情，例如追随循环并分析出常量。
There is one caveat: turning on the optimization means that the build time increases. The compiler attempts to do clever things, such as following loops and pulling out constants.
尽管代码生成器可以理解一点儿目标语言的知识，但是它们通常都不是完整的语法分析器，不重新编写一个完整的编译器是无法全面考虑目标语言的。
While code generators understand a little bit about the target language, they are usually not full parsers and cannot take the target language into account without rewriting a complete compiler.
这部分内容深入分析了一些最有价值的编译器选项。
This section explores some of the most useful compiler options.
它们包括设计用于支持XML的编译器、有助于识别程序修改影响的工具、调试和性能分析辅助工具，以及有助于纠正错误和操作文件的工具。
They include compilers designed to support XML, tools to help identify the impact of program modifications, debugging and performance AIDS, and utilities to help correct errors and manipulate files.
实际上你在试图分析出句子结构时候已经做了跟编译器类似的事情。
And you're actually going in and you're doing something like a compiler does, trying to derive the sentence structure.
这个假定，虽然对编译器最优化使用的各种静态分析来说是安全的，但是由于增加了时间和空间的代价，会致反病毒技术于不利处境。
This assumption, though safe for various static analyses for compiler optimizations, could spell doom for an anti-virus technology by increasing the time and space costs of the analyses.
Phoenix不仅仅限于一个编译器，它还是一个软件优化和分析框架，能被其他编译器和工具使用。
It is a software optimization and analysis framework that can be used by other compilers and tools.
当然，编译器需要一种分析输入语言的方法，XRuby团队用流行的ANTLR分析器产生器创建了他们自己的Ruby分析器。
A compiler, of course, needs a way to parse the input language, and so the XRuby team created their own Ruby parser using the popular ANTLR parser generator.
当使用protocolbuffer编译器进行编译时，编码器和语法分析器用一种私有的高效序列化格式产生。
When compiled using a protocol buffer compiler, the encoders and parsers that are generated use a proprietary efficient serialization format.
编译器会提供一些静态分析的支持，包括度量计算。
Compilers may offer some support for static analysis, including the calculation of metrics.
典型的编译器最优化，如死代码消除、常数合并、常数传送、部分冗余的消除、循环展开等等，是静态分析。
The cla ic compiler optimizatio, such as dead co de elimination, co tant folding, co tant propagation, elimination of partial redundancies, loop unrolling, etc. , are static analyses.
此方法是为托管编译器和代码分析器的设计器提供的。
This method is provided for designers of managed compilers and code analyzers.
虚拟仪器包含强大的内置度量分析和一个图形的编译器实现最佳性能。
LabVIEW contains powerful built-in measurement analysis and a graphical compiler for optimum performance.
GDB不能分析编译器产生的某种类型的说明。
GDB could not parse a type specification output by the compiler.
许多基于PC的编译器都在集成开发环境(IDE)中运行，IDE将编译器与相关的构建和分析工具绑定在一起。
Many PC-based compilers are run from an integrated development environment (IDE) that bundles the compiler with associated build and analysis tools.
另外，还分析了两个平台的编译器之间的区别和对移植工作的影响。
We also discussed the differences between compilers of PC and DSP platform and their effect during the transplantation.
分析了TSC51单片机实验仪的工作原理，阐述了KeilC51编译器编译工作过程。
The operation principle of TSC51 Single Chip Micyoco(SCM) experimental device and the compiling process of KEIL C51 were analyzed.
接着分析了AIX开发系统C编译器对64位程序的支持及使用方法。
Then it discusses C for AIX compiler supporting to 64bit program.
接着分析了AIX开发系统C编译器对64位程序的支持及使用方法。
Then it discusses C for AIX compiler supporting to 64bit program.
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