Using the Mach Communication Primitives in X11

Michael Ginsberg, R. Baron, B. Bershad
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引用次数: 8

Abstract

We have modified the X11 windowing system to use the native communication facilities of the ach 3.0 microkernel. Our new implementation can rely on ach's low-overhead IPC facility as a direct replacement for sockets, or it can use shared memory as a transport between X11 clients and the server. On conventional BSD Unix systems. X11 communication is done through sockets. Because a user-level process implements Unix functionality on top of ach 3.0, a socket-based version of X11 performs substantially worse than when running on a monolithic Unix kernel. Using ach IPC as the transport between X11 clients and the server. X11 performance is slightly better than that of a monolithic system in which sockets are implemented inside the kernel as opposed to within a user level process. Using ach's shared memory facilities as the transport, we have measured performance improvements of over 40%.
在X11中使用Mach通信原语
我们修改了X11窗口系统,以使用每个3.0微内核的本地通信设施。我们的新实现可以依赖于每一个低开销的IPC设施作为套接字的直接替代,或者它可以使用共享内存作为X11客户机和服务器之间的传输。在传统的BSD Unix系统上。X11通信是通过套接字完成的。由于用户级进程在每个3.0之上实现Unix功能,因此基于套接字的X11版本的性能要比运行在单一Unix内核上时差得多。使用每个IPC作为X11客户机和服务器之间的传输。X11的性能略好于单片系统,在单片系统中,套接字在内核中实现,而不是在用户级进程中实现。使用每个线程的共享内存设施作为传输,我们测量到性能提高了40%以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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