The misuse of signals to implement synchronization primitives adds even more to the problems.
实现同步原语时对信号的错误使用会带来更多问题。
Thus, PTHREAD_PROCESS_SHARED and interprocess POSIX synchronization primitives can be implemented and are now available.
这样，PTHREAD _ PROCESS_SHARED和进程间POSIX同步原语可以被实现，而且现在可用。
Facilities include open file handles (file descriptors), Shared memory, process synchronization primitives, and current directory.
这些设施包括打开文件句柄(文件描述符)、共享内存、进程同步原语和当前目录。
To work around this omission, I use the POSIX condition variable emulations synchronization primitives, which are outlined in the series of articles.
为解决此缺憾，我使用POSIX条件变量模拟同步原语，并在一系列文章中对此进行了概述。
To that end, the threading module provides a number of synchronization primitives including locks, events, condition variables, and semaphores.
为了达到那个目的，线程模块提供了许多同步化的原生支持，包括：锁，事件，条件变量和信号灯。
Overview of Synchronization Primitives.
同步基元概述。
Overview of Synchronization Primitives.
同步基元概述。
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