DwDesiredAccess is the requested access for the semaphore object.
dwDesiredAccess是针对该信号量对象所请求的访问权。
When the count reaches zero, the state of the semaphore object becomes non-signaled.
当计数值成为零时，信号对象的状态成为non - signaled。
This function takes the handle to the semaphore object and waits until it is signaled or a timeout occurs.
这个函数使用一个信号量对象的句柄作为参数，并会一直等待下去，直到其状态变为有信号状态或超时为止。
Linux USES the pthread_condition_init call to create a semaphore object within the current process that maintains a count between zero and a maximum value.
Linux使用pthread_condition_init调用在当前进程内创建信号对象，在其中维持一个在零与最大值之间的计数值。
Linux calls this function to post one event completion for the semaphore identified by the object.
Linux调用这个函数来为此对象所标识的信号发布一个事件完成信号。
We have already stated that IOCP is nothing but a thread synchronization object, similar to a semaphore, therefore IOCP is not a sophisticated concept.
我们已经知道，IOCP仅仅是一个线程同步对象，有点像信号量(semaphore)，因此IOCP并不是一个难懂的概念。
We have already stated that IOCP is nothing but a thread synchronization object, similar to a semaphore, therefore IOCP is not a sophisticated concept.
我们已经说过，IOCP只不过是线程同步对象，类似的信号，因此IOCP不是一个复杂的概念。
We have already stated that IOCP is nothing but a thread synchronization object, similar to a semaphore, therefore IOCP is not a sophisticated concept.
我们已经说过，IOCP只不过是线程同步对象，类似的信号，因此IOCP不是一个复杂的概念。
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