NET代码覆盖工具。
RCov is a great test coverage tool for Ruby.
RCov是针对Ruby的一款很好的测试覆盖率工具。
The chapter concludes with code for a simple code coverage tool.
本章作者总结了一个简单的代码覆盖工具。
PartCover is an open source code coverage tool for.net very similar to NCover.
与NCover非常相似，PartCover是针对。NET的一个开源代码覆盖工具。
The next step beyond testing code is measuring the tests with a code coverage tool.
对代码进行测试的下一步是用代码覆盖工具对测试进行度量。
Next, I run a code coverage tool, such as Cobertura, and get the report shown in Figure 1.
接下来，我将运行一个代码覆盖率工具，比如Cobertura，并将获得如图1中所示的报告。
You could use a code coverage tool before step 4, but I prefer to do the preceding steps manually.
您也可以在第4步之前使用一个代码覆盖率工具，但是我宁愿您手动完成前面的步骤。
As you can see, using a code coverage tool can uncover important code that doesn't have a corresponding test case.
正如您看到的，使用一个代码覆盖工具可以揭露重要的没有相应测试案例的代码。
Unlike a traditional code coverage tool such as Clover, Jester doesn't watch which lines of code have been executed.
与Clover这类传统的代码覆盖工具不同，Jester不去查看报告了哪行代码。
Looks like you need code coverage tool, which analyzes your solution and shows which lines of code tested and which are not.
看起来你需要代码覆盖率工具，分析解决方案，显示这行代码测试，哪些不是。
As the test material is run against it, the code coverage tool USES these hooks to log the journey each test takes as it executes.
当测试材料遇到这些钩子时，代码覆盖工具使用这些钩子来记录每个测试在其执行时所经历的过程。
Once every method has at least one test, use a code coverage tool, such as Cobertura, to write one test for every branch until each line of code is tested.
当每个方法都有了至少一个测试，使用一个代码覆盖率工具如cobertura为每个分支编写一个测试，直到每一行代码都能够被测试。
A code coverage tool reports test coverage — either in the form of line or branch coverage — that represents the amount of code that is being touched when a test is run.
代码覆盖工具可报告测试覆盖率——以行覆盖或分支覆盖形式表示——它表示测试运行时所涉及的代码量。
There is no use of a coverage tool to measure the code-level code coverage, nor is there use of code quality tools to automate memory leak detection and performance issues.
覆盖工具对于测量代码级别的代码覆盖来说并没有任何用处，代码质量工具对于自动检测内存泄露和执行问题来说也没有任何用处。
The tool provide full WSDL Coverage Analysis both at the operation and schema levels, all the way down to which element is tested.
这个工具提供了包含操作层面和模式层面的完整的WSDL覆盖程度分析，到达每个元素的所有路径都被测试过了。
This tool enabled us to monitor the coverage provided by our tests and then decide whether to improve the tests or test the code through manual inspection instead.
这个工具能够使我们观测我们提供的代码覆盖测试，然后决定是改进测试还是通过手工检查的方法来测试代码。
This tool analyzes the coverage of the kernel, and reports what lines, functions, and branches are covered and how many times they were hit.
这个工具分析内核代码的覆盖率，并报告哪些行、函数和分支被覆盖以及它们被访问了多少次。
I consider testing an essential aspect of software development, and code coverage is a key tool for measuring the quality of one's testing.
我认为测试是软件开发的一个基本方面，代码覆盖率则是衡量一个人测试质量的关键工具。
At runtime, these function calls send information on the application's code coverage to a separate tool.
运行时，这些函数调用把应用代码覆盖率的相关信息发送给一个单独的工具。
It finds gaps in code coverage no other tool can, which translates directly into finding and fixing bugs.
它可以发现其他工具不能发现的代码覆盖不足，这会直接变成发现和修复bug。
This is accomplished by running a Perl tool over the exported coverage results, resulting in a new structure of files representing the date in Web form.
这是通过在输出的覆盖率结果上运行Perl工具来完成的，结果导致了Web 格式呈现日期的文件的新结构。
The tool quantifies the coverage data and generates coverage percentage Numbers for each section and file of the kernel. The following example show a sample code coverage output.
这个工具会量化覆盖率数据并生成关于内核中每一部分和文件覆盖率的百分比数字。
Also migration from a DBMS, which does not support condition handlers using automated tools such as the migration tool kit (MTK), naturally leaves big gaps in error coverage.
另外，如果应用程序是从一个不支持使用自动化工具(例如migrationtoolkit (mtk))的状况处理程序的DBMS中移植过来的，那么在错误覆盖方面自然会留下很大的空档。
In this article, we introduce ConTest, a tool for testing, debugging, and measuring the coverage of concurrent programs.
在本文中，我们介绍了ConTest，一种用于测试、调试和测量并行程序范围的工具。
ConTest is a tool for testing, debugging, and measuring the coverage of concurrent programs.
ConTest是用于测试、调试和测量并行程序的范围的工具。
I'll briefly describe this interface here at a high level; for more in-depth coverage of the subject, see Andrew Wilcox's article "Build your own profiling tool" (see Resources).
在此我将在更高的层面简要描述这个接口；想要深入了解关于这个主题的知识，请参见AndrewWilcox 所著的文章 “构建自己的分析工具”（参见 参考资料）。
With the advantage of large coverage, wireless access technology has become an effective tool to trigger off the rural communications market.
无线接入技术以其覆盖面大的优势，成为启动农村通信市场的有效手段，并将在我国农村通信中发挥日益重要的作用。
The target of this subject is to design and accomplish a coverage test tool for embedded domain.
本课题的目标就是设计并实现一种面向嵌入式领域的专业覆盖测试工具。
Traditional trade area theory is an effective tool to study business enterprises, especially to study the coverage of retail enterprises.
传统商圈理论对于研究商业企业，特别是研究零售商业企业销售辐射范围是一种有效的工具。
Experiment shows that the method can achieve a higher path coverage rate, and we developed a test case generation tool in terms of the algorithm.
实验显示该方法能以较少的测试用例达到较高的路径覆盖率，并根据这一方法实现了一个测试用例自动生成工具。
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