我需要的是描述实际修改到XML，这样我可以运行一个程序，例如可以删除特定的函数调用的所有实例，或添加如果(假)围绕每个的方式。
What I need is a way to describe the actual modifications to the XML so that I can run a program that can for example remove all instances of a specific function call, or add if (false) around each.
我可以为这些组操作编写一个脚本，每次以同样的方式运行它们。
I can script this set of actions and run them the same way every time.
我可以按一个按钮就运行这些测试。
我还有可以随时运行的测试。
我的机器可以运行64位内核吗？
我每周运行一次我的脚本，不过您可以一个月才运行一次。
I run mine once a week, although you could probably get by running it just once a month.
但你不能下载或者自己运行这个软件，甚至也不能下载生成的数据显示参见“常见问答”中对提问“我可以下载数据吗？”
But you can't download and run the software yourself or even download the data displayed see the FAQ reply to "can I download the data?"
事实上，如果我试着为这段代码编写测试，从技术方面来说它可以运行，但是无法按照逻辑工作。
In fact, if I tried to write tests for this code, they would technically run but wouldn't ever logically work.
不用我多说，您依然可以在里面调出运行对话框！
我现在就可以从NIM主机“rsh”到客户机并作为根用户运行命令。
On the NIM master, I can now 'RSH' to the client and run a command as root.
当 FindWidget.groovy中的代码运行其内容并返回响应后，我可以使用该响应来查找特定页面元素，并验证所有内容是否正常工作。
Once the code in FindWidget.groovy runs its course and returns a response, I can use it to find specific page elements and verify that everything worked properly.
到下个月，我期望有一个该编译器可以运行的版本(但不是经过优化的)，并且期望能继续研究这个代理。
By next month, I expect to have a running version (albeit not optimized) version of the compiler and I expect to be working on the proxy.
通过这种方式我可以在任何时间重新加载配置，只要我的应用还在运行。
This way I can reload the configuration at any time as long as my application is still running.
假定系统继续运行，我和所说的那样，我们可以很好地从地面指挥和操作飞船，使它无限期地留在轨道上。
Assuming the systems keep operating, like I've said, we can command the vehicle from the ground and operate it fine, and remain on orbit indefinitely.
我在运行该语句时，可以自己设置分辨率和置信度吗？
Can I set the resolution and confidence values myself when I run the statement?
之后我找到一个调试器，你可以在浏览器中运行它并收集跟踪信息，但对于少量日志的应用来说这太复杂了。
I later found a debugger that you run in your browser to get the traces, but it was too complicated for my small logs.
我有一个可以运行的编译器，没人愿意碰它。
回到清单5，我编写了一个最简单的实现，以使我的行为可以运行。
Back in Listing 5, I coded the bare minimum implementation to get my behavior to work.
我可以告诉你答案，但这是因为我作弊了，我之前运行过一次程序。
I can tell you the answer, but that's because I've cheated, run the program before.
我也可以把API公开到这个配置里，这样我就可以在运行时修改验证规则。
I could also expose an API into this configuration, which would let me change validation rules at runtime.
该框架可以轻松快速地启动并运行，我喜欢该框架简单的路由系统。
It's easy to get up and running quickly, and I like the framework's simple routing system.
我可以很容易地指定动态代理类在运行时要实现的多个接口。
I could just as easily specify multiple interfaces that the dynamic proxy class would implement at runtime.
在运行时我可以变更url。
所有映射都运行得很好，并且我展示了DB2的递归特性至少是可以表达的。
All the individual mappings work well together and I have shown that DB2's recursion feature is as least as expressive.
我个人更喜欢知道一个系统在什么时候可以运行，以及它为什么可以。
Personally, I prefer to know when a system will work, and why it will.
我已经设置了BMC(目标计算机中的芯片)，以便我可以在其中运行IPMI命令。
I have set the BMC (the chip on the target machine) so that I can run IPMI commands on it.
学习了如何使用GUI软件工具后，我想看看它是否可以从命令行运行某些实用工具，这样我就不需要反复执行同样的操作。
Once I've learned how to use a GUI software tool, I like to see if it can run certain utilities from the command line, so that I don't need to perform the same actions repeatedly.
我发现最好的做法是先从错误级别开始，然后启用警告级别，这可以很好地限制验证运行中显示的消息的数量。
I found that it was best to start with errors only, then enable the warning levels as a good way to limit the number of messages shown from the validation run.
而上次经过我的查证，Sun将双核心芯片称作可以运行两个线程的一个处理器。
Last I checked, Sun refers to a dual core chip as a single processor capable of running two threads.
而上次经过我的查证，Sun将双核心芯片称作可以运行两个线程的一个处理器。
Last I checked, Sun refers to a dual core chip as a single processor capable of running two threads.
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