Linux supports many kinds of interprocess communication. Comparing with various kinds of Unix implementation way, this paper mainly discusses the Linux kernel 2.2 version's signal, pipe, and the three kinds of int...Linux supports many kinds of interprocess communication. Comparing with various kinds of Unix implementation way, this paper mainly discusses the Linux kernel 2.2 version's signal, pipe, and the three kinds of interprocess communication which is compatible with Unix System V(Message, Semaphore, Share memory). In addition,because of the rapid development of Linux kernel, this paper also analyzes and researches the new improvement of Linux kernel 2.4.展开更多
Microsoft Win32API为应用程序提共了用于通信和共享数据的进程间通信的机制。探讨了进程间通信的含义及相应的实现技术,对这些技术的原理、特性等进行了分析研究,编制了简单易懂的例程,并结合科研项目研究通过实验室仿真验证实现了进...Microsoft Win32API为应用程序提共了用于通信和共享数据的进程间通信的机制。探讨了进程间通信的含义及相应的实现技术,对这些技术的原理、特性等进行了分析研究,编制了简单易懂的例程,并结合科研项目研究通过实验室仿真验证实现了进程间的有效通信。展开更多
文摘Linux supports many kinds of interprocess communication. Comparing with various kinds of Unix implementation way, this paper mainly discusses the Linux kernel 2.2 version's signal, pipe, and the three kinds of interprocess communication which is compatible with Unix System V(Message, Semaphore, Share memory). In addition,because of the rapid development of Linux kernel, this paper also analyzes and researches the new improvement of Linux kernel 2.4.
