coroutine
英
美
n. 协同程序；联立程序
双语例句
- But there is no reason the two concepts could not be combined: If a coroutine/ thread yields a jump target, the scheduler can jump where requested ( unless overridden by thread priorities, perhaps).
我们完全可以把这两个概念结合在一起：如果协同程序／线程生成了跳转目标，调度程序就可以跳转到被请求的地方（也许，除非被线程优先级覆盖）。 - Every co-routine must occasionally yield the processor to other co-routines using coroutine. yield().
每个协同例程都必须使用coroutine.yield（）偶尔获得其他协同例程的处理器。 - Threads do not start when created; instead, a co-routine is started after the fact, using coroutine. resume ( t), where t is a thread.
线程不会在创建时启动；相反，它是在创建之后使用coroutine.resume（t）启动的，其中t就是一个线程。 - The thing to notice about this wrapper is that each generator/ coroutine yields a tuple that contains its intended branch destination.
关于这个包装器要注意的一点是，每个生成器／协同程序都会生成一个包含它的预期分支目标的元组。 - However, if a coroutine/ thread merely yields None, the scheduler could make its own decision about the appropriate thread for the next attention.
然而，如果协同程序／线程只生成None，调度程序就可以自己决定下一步要关注哪个适当的线程。 - Basically, a generator/ coroutine exits with a GOTO target.
生成器／协同程序基本上都在GOTO目标处退出。 - A thread is a co-routine created by calling the built-in function coroutine. create ( f), where f is a Lua function.
线程是通过调用内嵌函数coroutine.create（f）创建的一个协同例程（co-routine），其中f是一个Lua函数。 - Goroutines are lightweight parallel paths of program execution similar to threads, coroutines, or processes.
Goroutine是轻量级的并行程序执行路径，与线程，coroutine或者进程类似。 - Another interesting development is the work on coroutine support for MLVM ( and perhaps eventually for JVM proper).
另一个有趣的东西是针对MLVM（也许最终是针对JVM本身）的协程支持工作。 - Programming Coroutine in Standard PASCAL
用PASCAL进行协同程序设计