使用剖析器或差异分析，按如下步骤。
Use a profiler or differential analysis, along the lines of.
图8：VisualVM剖析器的输出。
然后该类使用一些剖析器api，以得到声明的一个列表。
Then the class USES some of the parser API to get a list of declarations.
剖析器让它来处理注释，但是它在坏的自关闭标签那里停止了。
The parser makes it past the comment, but it dies at the malformed self-closing tag.
在创建任何种类的Provider之前，需要有一些特定领域的剖析器存在。
Before any provider can be built, the existence of some sort of domain-specific parser is required.
同时我们还简略的学习了，怎样去定义一个分析结果类，并给出了剖析器的概述。
We have also taken a brief look at how to define an analysis result class and given a bit of an overview of the parser.
开启VisualVM的内存剖析器后，导致程序完成相同分析要31分钟。
Turning on VisualVMs memory profiler caused the application to finish the same analysis in 31 minutes.
剖析器会使用文件树状结构管理员类别建立文件树状结构，以达到这个目的。
The parser does this by creating a document tree using a document tree manager class.
我们从LLVM中得到了很好的输出，尤其是在使用我们的性能剖析器的时候。
We're getting great output from LLVM, especially using our type profiling work.
这个剖析器会尝试错误复原，所以在剖析文件时，一次可能会报告多个错误。
The parser attempts error recovery, and multiple errors may be reported from a single attempt at parsing the document.
Provider唯一的任务，是为分析的每一个资源创建新的剖析器，并将其传递给规则。
The provider's only duty is to create a new parser instance for each resource being analyzed and pass it down to the rules.
并且它们只有在数据库管理员在系统具有性能问题时在系统上运行查询剖析器时才会出现。
And they only appear when the database administrator runs a query profiler on your system when it has performance problems.
有些缺失的功能是需要VM支持，例如设置和捕捉断点以及相关功能，当然还有性能剖析器。
Missing are features that need VM support, such as setting or catching breakpoints and related functionality, as well as profiling
由于歧义非常普遍，因此概率剖析器在大多数剖析或自然语言处理工作中起着重要的作用。
As ambiguity is so common, probabilistic parsing is very significant to syntactic processing and natural language processing.
实际上，因为这是一个特定的，用于与某个领域剖析器协调工作的API，只有规则才会直接与该类相交流。
In fact, because this is a specific API used to work with the domain-specific parser, only rules will ever communicate directly with this class.
如果在“扫描器”和“剖析器”阶段发生错误，就不会尝试执行“模型和物件执行个体化”阶段。
If errors are encountered in the Scanner and Parser phases, the Model and Object Instantiation phase is not attempted.
Tprof工具是一个计时器剖析器，可以识别出在用户指定的一个时间间隔内哪些代码在CPU上运行。
The Tprof tool is a timer profiler that identifies what code is running on the CPU during a user-specified time interval.
DLR让语言实作人员可以免去传统上原本必须建立语汇分析器、剖析器、语意分析器、程序码产生器及其他工具的工作。
The DLR allows language implementers to avoid creating lexical analyzers, parsers, semantic analyzers, code generators, and other tools that they traditionally had to create themselves.
该代码通过每个资源进行遍历，并创建了您在前面创建的类CodeReviewResource （C++剖析器）的一个实例。
This code iterates through each resource and creates an instance of the CodeReviewResource class (the C++ parser) that you created previously.
该Provider只处理C和 C++文件，因此，您需要忽略其他种类的文件，因为这些文件可能导致您的剖析器产生错误的结果。
This provider deals only with C and C++ files; therefore, you need to ignore other file types, because they may cause your parser to produce false results.
日志支持、breakpointer、剖析器(profiler)和测试框架都针对基于Web的应用程序进行了修剪并针对两层操作而被启用。
The logging support, breakpointer, profiler, and testing frameworks are all tailored for Web-based applications and enabled for two-tier operation.
剖析器会在不同的传递中周游XMLAST，以确认文件是有效的XAML 文件，这表示该文件要符合 XAML XML结构描述且不含无效的 XAML。
The parser traverses the XML AST in separate passes to verify that the document is a valid XAML document, which means that it conforms to the XAML XML schema and does not contain invalid XAML.
剖析 ASP.NETForums 1.0并重新构建组成社区服务器的内容时，我们发现发布新帖子的代码路径非常慢。
When tearing apart ASP.NET Forums 1.0 and rebuilding what became Community Server, we found that the code path for adding a new post was pretty slow.
本文将简要介绍GNU编译器工具包所提供的一种剖析工具，它的名字让人可以产生无限遐想，叫 GNU profiler（gprof）。 本文主要面向那些开放源码软件开发工具的新手。
This article introduces a profiling tool provided with the GNU compiler tool chain, the imaginatively named GNU profiler (gprof), for those who are relatively new to open source development tools.
深入剖析了先进直捻机的关键部件———匀捻器，并对其动平衡精度进行了推算，提出了应用过程中故障修复的解决办法。
Analysis is done to the key part in straight twisting machine, the twister, and a dynamic equilibrium precision is reckoned with a method of repair in application.
剖析了连铸结晶器粘结性漏钢的基本特征，利用热电偶，提出一种新的漏钢诊断预报模型。
The basic feature cohesiveness steel leakage of crystallizer in continuos casting process is analyzed. By using thermocouples, a new model of steel leakage diagnosis forecast is stated.
对防反插电联接器模具优化设计过程进行了详细的分析，剖析了模具结构对绝缘件成型质量的影响。
The mold optimal design process of protecting anti-plug linker are analyzed in detail, and the effect of mold structure to insulated parts molding quality are analyzed as well.
在扩散型电弧条件下对交流真空接触器触头侵蚀的特点进行剖析。
Under the condition of diffuse type of vacuum arcs the contact erosion rates in ac vacuum contactors are analysed.
阐述了住宅安装漏电保护器的必要性，并对住宅安全用电中存在的某些错误观点进行了剖析。
This paper expounds the necessity of erecting the electrical leakage protector in the houses, and makes analysis on some wrong opinions about the safety in power usage in the houses.
阐述了住宅安装漏电保护器的必要性，并对住宅安全用电中存在的某些错误观点进行了剖析。
This paper expounds the necessity of erecting the electrical leakage protector in the houses, and makes analysis on some wrong opinions about the safety in power usage in the houses.
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