mutex的例句大全

Uncontested unlock operations return a locked mutex to the thread lock cache.

非争用的解锁操作将一个锁定的互斥锁返回给线程锁定缓存。

Before it is put into the thread lock cache, the mutex is prelocked by the thread.

互斥锁在放入线程锁定缓存之前被线程预先锁定。

Finally, you can check the status of a mutex through a call to mutex_is_locked.

最后，可以通过调用mutex is locked检查互斥锁的状态。

The mutex kind can be set in two ways.

可以以两种方式设置互斥的类型。

This article describes the mutex situation under the Linux environment, especially in kernel space, and classifies them by code-executing path.

详细介绍了在Linux环境下，特别是内核态下可能遇到的各种互斥场景，依据代码执行路径对其进行了分类。

Reasearch and Improvement on Mutex of Linux

Linux互斥锁机制的研究及改进

When used along with the Mutex, pthreads conditional variables provide event-based synchronization between threads, but they are synchronous.

当与互斥一起使用时，pthreads条件变量可以在线程之间提供基于事件的同步机制，不过这是同步的。

to "lock" a mutex means to wait until the mutex is unowned, and then make it owned by the current thread.

锁定“一个互斥体意味着等待，直至该互斥体变为无主，然后令其被当前线程拥有。”

each mutex is always either owned or unowned.

每个互斥体要么是有主的，要么是无主的。

a mutexsecurity object that represents the access control security to be applied to the named system mutex.

一个MutexSecurity对象，表示应用于已命名的系统互斥体的访问控制安全性。

if the named system mutex does not exist, it is created with the specified access control security.

如果已命名的系统互斥体不存在，则使用指定的访问控制安全性创建它。

sets the access control security for a named system mutex.

设置已命名的系统互斥体的访问控制安全性。

this constructor initializes a mutex object that represents a named system mutex.

此构造函数初始化Mutex对象，该对象表示命名的Mutex。

to apply a rule to a named system mutex, use the mutex. : : . getaccesscontrol method to get the mutexsecurity object.

若要将规则应用于命名的系统mutex，请使用Mutex.：：.GetAccessControl方法获取MutexSecurity对象。

you can create multiple mutex objects that represent the same named system mutex.

您可以创建多个Mutex对象来表示同一个已命名的系统互斥体。

Without the mutex, thread_function() will overwrite the incremented value when it wakes up if our main thread increments myglobal during thread_function()'s one-second nap.

不使用互斥对象时，即使主线程在thread function（）线程睡眠一秒钟期间内对myglobal加一，thread function（）苏醒后也会覆盖主线程所加的值。

Mutexes will insert a" memory barrier," which ensures that the writes to main memory occur in the order the threads lock the mutex.

互斥对象将插入一道“内存关卡”，由它来确保对主存的写入按照线程锁定互斥对象的顺序进行。

Next it releases the signal's mutex, before invoking the combiner to iterate through the slot list.

接着,它会在调用合并器遍历插槽链表之前,释放信号的互斥体.

Otherwise, the thread blocks until mutex clears.

否则, 线程将阻止,直到清除互斥体.

Its effective usage can achieve multithread synchronization and mutex to ensure program running correctly.

有效地使用可以在多线程之间实现同步和互斥,以保证程序的正确的运行.