编写足够的代码以使测试进行编译。
所有的代码都不会进行编译。
引入pyserial模块并使用py c进行编译。
反模式：对于同一标记，为每个目标环境单独进行编译。
Antipatterns: Separate compilation for each target environment on the same tag.
何时进行编译？
因此，编写足够的代码来使测试进行编译、运行但结果失败。
So, write just enough code to get the test to compile, run, and fail.
对此代码进行编译之后，应该就准备好运行示例测试了。
After compiling this code, you should be ready to run a sample test.
然后需要为invoke添加方法声明以便类进行编译。
You then need to add a method declaration for invoke so that the class compiles.
您可以跳过有问题的方法，不对其使用JIT进行编译。
You can skip the method in question from being JIT-compiled.
这允许应用程序根据特定库的旧版本进行编译，以运行该库的新版本。
This allows applications compiled against an older version of a given library to run against a new version of the same library.
如果分部方法没有被实现，编译器就不会、对他们进行编译。
If the partial method is not implemented, the compiler strips out all mention of it.
如果这样设置不能进行编译，那么在继续之前必须修正错误。
If this doesn't compile, you must fix the errors before moving on. Some common errors are.
SPU代码与PPC代码分开进行编译，并在运行时进行加载。
SPU code is compiled separately from the PPC code and gets loaded at run time.
注意测试甚至不进行编译，因为Account类并不存在。
Note that the test doesn't even compile, because the Account class doesn't exist yet.
最后，可能出现这样的情况，源代码无法在您的系统中进行编译。
Finally, there will be instances when source code simply won't build on your system.
现在让我们对其进行编译并在一个2.6版本的内核上进行测试。
CSI接受一个输入文件并即时对源代码进行编译，最后执行生成的程序集。
CSI accepts an input file and compiles the source code on the fly, finally executing the resulting assembly.
此代码片段中的详细代码只是用于演示目的；将无法对其进行编译。
The stripped-down code in this snippet is for demonstration purposes only; it will not compile.
因此验证可以作为一种检查—有点像每次更改代码之后进行编译一样。
So validation serves as a check-sort of like compiling your code every time you make a change.
将上面的代码保存到文件myenv . c中，然后发出以下命令进行编译。
Save the above source into a file called myenv.c, and then compile it by issuing the command.
编写用户出口以后，对其进行编译并使其对MessageBroker可用。
After the user exits are written, they are compiled and made available to Message Broker.
如果发现GOTO语句缺少对某个程序的引用，那么该程序将无法正确进行编译。
If you find the GO to statement is missing a reference to a procedure, the program does not compile correctly.
Fedora Core4使用了gcj来为很多应用程序进行编译。
Fedora Core 4 USES GCJ compilation for a number of programs.
因为在程序执行时进行编译，所以编译代码的时间将计入程序的执行时间。
Because compilation happens at the same time as program execution, the time it takes to compile the code is added to the program's running time.
它不是一次编译和优化一个源文件，而是一次跨所有源文件和头文件进行编译和优化。
Instead of compiling and optimizing one source file at a time, you compile and optimize across all of the source and header files at once.
编写足够的代码以使测试进行编译此时将为您提供即将通过的测试程序，但不是长期。
Writing just enough code to get the test to compile gave you a passing test this time, but not for long.
虽然有大量理由，最明显的回答是要保证尽可能早地在进行编译时发现问题。
While there are a host of reasons, the most obvious answer is that you want to make sure problems are detected as soon as your build is run.
修复这个问题的惟一方法就是获得字节码的正确副本，可能需要重新进行编译。
The only way to fix this problem is to obtain a corrected copy of the bytecodes, possibly by recompiling.
要让最终用户可以定制模板(以及对模板的调试)，可以选择在运行时对模板进行编译。
To give the end users the power to customize your templates (and the frustration of debugging them), you can choose to compile your templates at runtime.
这意味着对于所有引用DGTT的语句来说，它们在使用之前都需要进行编译。
This means that for all statements referencing DGTT, they have to be compiled prior to use.
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