片语

compile-time errors编译时错误

compile-time recovery编译时恢复

Compile-Time Efficiency编译时效率

Compile-time reflection反射

compile-time variable[计]

compile-time analysis编译时分析

compile-time initialization编译时初始化

Compile-time Dependences编译时期的依赖关系

compile-time error[计]

英汉例句

• In other cases, doing things at compile time is less feasible, but savings can be made by avoiding repeated execution at run time.

  在其它情况下，在编译时执行操作不太可行，但执行保存可以避免在运行时执行重复操作。

• With each higher level of optimization, compile time and systems resources used to compiler the source code increase as the additional amount of performance squeezed out decreases.

  随着优化级别的提高，编译源代码所用的编译时间和系统资源增加，而性能的提升幅度下降。

• Workqueue tasks can be initialized at compile time or at run time.

  工作队列任务可以在编译时或者运行时创建。

• In this case, at compile time the imported classes were present, but at run time the imported class was not part of the class path.

  本例中，在编译时显示了所导入的类，但在运行时，所导入的类没有包含在类路径中。

• With memwatch, you need to add the include file memwatch.h and turn on two compile time flags.

  对于memwatch，您需要添加包含文件memwatch . h并打开两个编译时间标记。

• Since the compile time and runtime paths may be different, it「s possible to have inconsistent library requirements leading to dependency hell.

  由于编译时和运行时路径可能不同，有可能会产生不一致的类库需求，从而导致依赖地狱。

• The basic menus are still decided at compile time — runtime changes simply modify the optional extras.

  基本的菜单仍然在编译时确定——运行时仅仅改变额外的可选项。

• For the code to compile successfully, you need to add the JARs to the compile time classpath.

  至于成功编译的代码，您需要将JAR添加到编译时类路径上。

• The additional compile time checks outlined earlier in this article will make the review worth the effort.

  本文前面所概述的附加编译时间检查将使得这种复查值得付出努力。

• Generally, it」s better to catch these at compile time rather than at runtime.

  通常，最好在编译时间捕获问题而不是在运行时。

• The very large memory model, like the large memory model, can be enabled for an executable at compile time with a linker option or at run time using the LDR_CNTRL environment variable.

  与大内存模型类似，可以通过一个链接器选项或在运行时使用LDR_CNTRL环境变量来为编译时的可执行程序启用超大内存模型。

• Because you're configuring real-world objects, you get some compile time error checking.

  因为您配置现实世界的对象时，会得到一些编译时错误检查。

• The degree of coupling that defines a group of services or components determines which objects must be present at compile time and run time.

  定义了一组服务或组件的耦合度将决定在编译时和运行时必须提供哪些对象。

• With this implementation, you get neat compile time error messages.

  如果使用此实现，您会得到相应的编译时错误消息。