mutex

The mutex object must be declared ; once declared , it must be initialized .

互斥量对象必须先被声明；声明后还必须初始化。

If possible , just design your program never to re-lock a mutex it already has .

如果可能，在设计程序时决不要锁定一个已经锁定的互斥量。

Also note that both condition variables use the same mutex .

还要注意，两个条件变量使用相同的互斥锁。

The mutex kind can be set in two ways .

可以以两种方式设置互斥的类型。

Realization of Synchronization and Mutex in the Course of Operating System

操作系统中进程同步与互斥的实现

Class , a mutex can be either local or global .

类不同，mutex可以是局部的，也可以是全局的。

This method allows you to set mutex object attributes .

这个方法允许您设置互斥信号量对象的相关属性。

Object that represents the access control security for the named mutex .

对象，该对象表示已命名互斥体的访问控制安全性。

Mutex problem in distributed system design

分布式系统设计中的互斥问题

A type of semaphore with just two states . Also called a mutex .

一种只有两种状态的信号。也叫互斥信号。

% 1 : Could not access console mutex . Operating system error % 2 .

%1：未能访问控制台互斥标志。操作系统错误%2。

An Application of Process Mutex in The Real-time Embed OS

进程互斥在实时嵌入式系统中的一种应用

A Functional Unit Allocation Algorithm by Importing Mutex Relationship

一种引入互斥关系的功能单元分配算法

However , a mutex should accompany each condition variable .

不过，每个条件变量都应该伴有一个互斥。

This way , the change to add mutex code only has to happen in one place .

这样做使增加互斥代码时只需要在一个子程序中进行改动。

For similar synchronization between the threads of different processes , use a mutex object .

对于不同进程之间的类似线程同步，使用互斥对象。

But you can also create a mutex dynamically .

但是还可以动态地创建互斥对象。

Another way of setting the mutex kind is by using a mutex attribute object .

设置互斥的另一种方式是使用互斥属性对象。

This function handles any run-time preparation needed for a mutex .

这个函数对互斥量运行环境进行初始化，这个过程对互斥量正常工作是必需的。

Mutex and Synchronization of Multithreading Program in Linux and Its Practice

Linux多线程的互斥与同步控制及实践

This creates a new mutex and initializes the structure .

这将创建一个新的互斥锁并初始化其结构。

Here is another Win32 sample code to acquire mutex between processes .

这里是获得进程间互斥的另一Win32示例代码。

A multi-threaded mutex algorithm based on priority inheritance protocol

一个基于多线程的优先级继承协议锁的算法研究

No two threads can have the same mutex locked at the same time .

两个线程不能同时对同一个互斥对象加锁。

The data structure is in effect " frozen " until the mutex is unlocked .

那个数据结构实际上是“冻结”了，直到互斥对象被解锁为止。

The error is not due to the locked mutex .

那个错误不是归咎于被锁定的互斥。

Mutex and synchronization mechanism to protect priority inversion is the key for real time thread library .

防止优先级翻转的线程互斥和同步机制是实现实时线程库的核心，目前多数的线程库都缺乏这种机制。

The mutex is simple , but there are some rules you should remember .

互斥锁很简单，但是有一些规则必须牢记。

In the end , presents the implementation of some threads and synchronization mechanism and mutex mechanism .

最后给出了各个线程的实现以及线程之间的同步与互斥的讨论。

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。