这里没有语法错误，所以它通过编译了。
不幸的是，该代码不能通过编译。
7a：确保项目仍然可以通过编译。
5a：确保项目仍然可以通过编译。
6a：确保项目仍然可以通过编译。
这也不能通过编译。
自底向上评估是通过编译计划中的详细任务的评估得到的结果。
A bottom-up estimate is one formed by compiling an estimate of the detailed tasks in the plan.
您的程序没有通过编译。警告信息并不会被认为是错误。
Compile error (CE) : The compiler fails to compile your program. Warning messages are not considered errors.
如果代码违反了风格政策，则无法通过编译，即开发人员就无法交付工作。
If the code violated the style policy the code compilation failed, i.e. the developer was not able to deliver the result.
不幸的是，虽然这样可以通过编译，但是这种方法也不管用，其原因较为微妙。
Unfortunately, although it compiles, this approach doesn't work either, for reasons that are more subtle.
例如，以下程序将在这两个版本的JSR - 14下通过编译而没有任何警告。
For example, the following program will compile without warning under these versions of jsr-14.
接下来，我们写了个Quad类的最简单实现，以保证程序能够通过编译。
Next, we wrote the simplest implementation of Quad in order to get the program to compile.
该代码能够顺利通过编译，但将在运行时失败，因为该JPQL查询字符串的语法有误。
Effectively, the code will compile happily, but it will fail at run time because the JPQL query string is syntactically incorrect. The correct syntax for the second line of Listing 1 is.
系统组件没有进行紧耦合(例如通过编译时依赖项)，而是被分布在整个网络中。
Rather than the components of a system being tightly coupled (via compile-time dependencies, for example) they are distributed across a network.
这样，开发者只需在flash里编写所有软件，然后通过编译软件在多种手机浏览器上部署就可以了。
This would allow developers to write all of their apps in Flash and then deploy on multiple mobile browsers and the iPhone via a compiled application.
这个类型与早期16位硬件上的32位类型一样，实际上是通过编译器所生成的复杂代码而进行处理的。
This type, like 32-bit types on early 16-bit hardware, is actually handled by elaborate code generated by the compiler.
通过编译将逻辑程序的子句转换成执行图表达式。执行时，只需简单的测试即可进行“与”并行求解。
A clause of logic programs is transformed into an execution graph expression through compilation With simple test at run-time, execution in AND-parallelism can be available.
对于此示例，我们将通过编译我们的外部样式表bspace_skin . css将主题打包到SWF文件中。
For this sample, we've packaged the theme into an SWF file by compiling our external style sheet, BSpace_Skin.css.
编译好的模块将被命名为module . ko，并通过编译hello . c和连接vermagic而获得。
The compiled module will be named module.ko and is obtained by compiling hello.c and linking with vermagic.
如果您想通过编译器禁用约束，那么可以使用DISABLEQUERYoptimization子句。
If you want to disable the usage of the constraints by the SQL compiler, you can use the disable QUERY OPTIMIZATION clause. For example.
然而，通过编译时刻的静态分析可以部分确定指导语句的嵌套类型，这些信息可以用于指导后续的编译与优化。
However, by compiling time static analysis, nesting type can be partly determined and this information can be passed to other compiling phases to guide later translation and optimizations.
在测试过程中，我们通过编译JiBX绑定类来创建包装类，使数据绑定类成为整个Web服务中的一个功能部分。
In this test process, you'll compile the JiBX binding classes to create wrapper classes, making your data bindings classes a functional part of the overall Web service.
在许多情况下，这些方法实现都是空的，它们之所以存在只是为了满足接口的要求，让代码能够通过编译，这使代码很杂乱。
In many cases, these method implementations wind up empty and exist only to satisfy the interface and allow the code to compile, leading to cluttered code.
看一下import语句；这里没有针对RideManagerRemote的import语句(但是，它却可以通过编译)。
Look at the import statements; there's no import statement for RideManagerRemote (and yes, it does compile!).
然而，其中一部分内容最终可以通过编译器插件和转换或者新的JVM特性（类似热交换）来实现。所以说，没人知道未来会带给我们什么。
However, some of them could eventually come via compiler plugins and transforms or new JVM features like hotswapping, so who knows what the future may bring.
通过编译代理ContentHandler(由其来负责状态管理，并且在符合应用程序逻辑的地方调用应用处理程序)，HC使跟踪状态这个过程自动化。
HC automates the process by compiling a proxy ContentHandler that takes care of state management and calls into an application handler where the application logic fits.
随着 HP-UX 10.20内核的更改，可以通过编译应用程序使之使用 SHMEM_MAGIC 内核可执行程序，可以将全局共享内存的限制从 1.75G增加到 2.75GB。
Under HP-UX 10.20 kernel changes, it is possible to increase the global shared memory limit from 1.75G to 2.75GB, by compiling the application to use the SHMEM_MAGIC kernel executable.
嘿，编译通过了！
黑盒测试是在不了解潜在代码的情况下执行的，并且只能通过执行编译的软件来实现。
Black box testing is executed without technical knowledge of the underlying code and performed solely by executing the compiled application.
黑盒测试是在不了解潜在代码的情况下执行的，并且只能通过执行编译的软件来实现。
Black box testing is executed without technical knowledge of the underlying code and performed solely by executing the compiled application.
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