因为这类调用不会导致生成存根类，并且不需要单独的编译周期，所以它很方便。
Since this kind of invocation does not result in generation of stub classes and does not require a separate compilation cycle, it is very convenient.
由于可以迅速地编写工作代码并且不需要费时的编译周期， 所以可以立即使界面启动和运行起来，并且不久便可使用这些界面。
Thanks to the speed at which working code can be written and the lack of a time-consuming compile cycle, interfaces can be up and running in minutes and usable not long after that.
通过使用预处理语句，可以避免重复分析/编译/优化周期。
By using a prepared statement you avoid repeating the analyze/compile/optimize cycle.
如果改变的只是SQL查询的话，那么这个编辑-编译-运行周期可能很快。
The edit-compile-run cycle, when all you are changing is a SQL query, can be pretty quick.
IDE提供了语法的完整性检查、修正了小错误并提供了增量编译以便更快地完成编码、编译、部署和测试这样的周期。
The ide gives him syntax completion, fixes trivial errors, and provides incremental compilation for a quicker cycle between coding, compiling, deploying, and testing.
如果您不在做可能会中断该类测试的事情，那么您可能想要跳过运行时间长的测试方法，以缩短编译-测试-调试周期。
If you're not working on things that are likely to break that test, you might want to skip the long-running test method to speed up your compile-test-debug cycle.
使用Lua，开发周期就非常类似于“编码、编译、运行、编写脚本、编写脚本、编写脚本…”。
With Lua, the development cycle is more akin to "Code, Build, Run, Script, Script, Script...".
有些编译器支持“生命周期分割”(live - range splitting)，也就是说在程序的不同部分，变量可以被分配到不同的寄存器或者内存中。
Some compilers support live-range splitting, where a variable can be allocated to different registers as well as to memory in different parts of the function.
他们的卫星设计成能与人类沟通，也能编译信息进行周期传输回安置卫星的外星团体。
Their satellite was designed to communicate with man, as well as compile information for periodic transmissions back to the alien group which had installed it.
假如开发者忘记调用XyzRelease函数，那时资源就会泄露，因为编译器不能跟踪一个对象实例的生命周期。
If the developer forgets to call XyzRelease, then resources are leaked because the compiler doesn't help to track the lifetime of an object instance.
非ocg编译器针对SiliconLabs单电池供电c 80519 XXF所产生的代码，每次数据采样平均会有108个周期来执行中断服务程序和主循环。
Code generated for Silicon Labs single-cell C80519XXF by a non-OCG compiler results in an average of 108 cycles to execute the interrupt service routine and main loop overhead for each sample of data.
非ocg编译器针对SiliconLabs单电池供电c 80519 XXF所产生的代码，每次数据采样平均会有108个周期来执行中断服务程序和主循环。
Code generated for Silicon Labs single-cell C80519XXF by a non-OCG compiler results in an average of 108 cycles to execute the interrupt service routine and main loop overhead for each sample of data.
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