片语

Main Thread Pool主线程池

Launching the main thread运行应用的主线程

main starting valve thread主流中泓线

main-thread of serial courses系列课程主线

Main Thread Checker主线程检测器

developing main thread发展主线

main-thread model总线式产业链

main thread of the course课程主线

英汉例句

• After the second pthread_create call, both the main thread and thread 「b」 can assume that thread 「a」 exists (or has stopped).

  第二个pthread_create调用后，主线程和线程b都可以假定线程a存在(或已停止)。

• Let「s say you have a main thread that creates three new threads: threads 「a」, 「b」, and 「c」.

  假设主线程将创建三个新线程：线程a、线程b和线程c。

• Parallelism is introduced by running the main thread scheduling child threads for each task so that the tasks execute concurrently while each thread execute the task synchronously.

  并行性是通过运行主线程为每一个任务调度执行的子线程而实现的，这样任务就会并发执行，而每一个线程是同步执行任务的。

• It」s the main thread that is implicitly created on process startup and executes the main method.

  它是启动过程中隐式创建的主线程，执行main方法。

• The ee of the main thread is allocated as an embedded field in CVMglobals. The others are malloc 「ed.

  主线程的ee被做为嵌入域在CVMglobals被分配。

• Because the main thread is solely responsible for multiplexing between all clients, we cannot afford to allow it to block.

  因为主线程单独负责所有客户机间的多路复用，因此我们不能让它阻塞。

• All of these callbacks happen on the main thread of the application.

  这些回调全部发生在应用程序的主线程上。

• As such, the main thread is also sometimes called the UI thread.

  因此，主线程有时也被叫做UI线程。

• The main thread writes bytes read from the channel into the pipe.

  主线程把从通道读取的数据写到管道中。

• One issue that was found after the release of MacRuby 0.6 seems to cause problems with scheduling a block to run on the main thread from a background thread.

  MacRuby 0.6发布之后，用户发现了一个问题，在运行某代码段的时候，从后台线程切换到主线程会导致程序崩溃。

• In this model, called Pipelining, the main thread is used to loop through the results as they are produced by the other threads.

  在这个被称为「并行管道」的模型下，主线程将会在另一个线程产出结果的同时进行循环处理。

• So we see another issue with running on the UI thread and outputting information to the console: the whole pluglet has to end before any output from the main thread is sent to the console.

  因此我们发现了在UI线程上运行pluglet并输出信息到控制台上的另一个问题：整个pluglet必须在主线程的任何一个输出被发送到控制台之前结束。

• The only problem with this function is that when it periodically executes, it executes on the main thread and thus blocks any interactions from the user during that time.

  此函数的惟一缺陷是：它在主线程上执行，因此，在此期间，它会阻塞与用户的任何交互。

• Our main thread waits on an event that is signaled when input is dying.

  我们的主线程一直等待输入任务单元结束时产生的事件信号。

• The article also explains the API that your application can use to interact with Android UI toolkit components running on the main thread and spawn managed worker threads.

  同时本文还会对应用程序与主线程中的AndroidUItoolkit组件交互以及产生托管工作线程的API进行解释。

• If no message is found, the main thread sleeps for 10 seconds.

  如果未找到任何消息，主线程休眠10秒钟。

• The main thread watches the world and reports on the invasion」s progress.

  主线程监守世界并报告入侵进度。