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Polipo Polipo is a caching web proxy designed to be used as a personal cache or a cache shared among a few users. The latest version of Polipo can be found on the Polipo web page. This manual was written by Juliusz Chroboczek.
Polipo Polipo is a caching web proxy designed to be used as a personal cache or a cache shared among a few users. The latest version of Polipo can be found on the Polipo web page. This manual was written by Juliusz Chroboczek. 1 Background 1.1 The web and HTTP The web is a wide-scale decentralised distributed hypertext system, something that’s obviously impossible to achieve reliably. The web is a
Babel is a loop-avoiding distance-vector routing protocol for IPv6 and IPv4 with fast convergence properties. It is based on the ideas in DSDV, AODV and Cisco's EIGRP, but is designed to work well not only in wired networks but also in wireless mesh networks, and has been extended with support for overlay networks. Babel is an IETF Standard. See download below for source and binaries. Download The
Polipo is no longer maintained When it was first written, Polipo was probably the best HTTP proxy available. Since then, the web has changed, and HTTP proxies are no longer useful: most traffic is encrypted, and a web proxy merely acts as a dumb intermediary for encrypted traffic. Polipo will no longer be maintained. Here are some alternatives: if you need your HTTP traffic to originate from a rem
This page is obsolete; the howto information contained herein does not apply to recent X.Org releases. It may still be of interest if you want to understand what KDrive is about. KDrive (Tiny X, TinyX) is an X server written by Keith Packard that was designed for low memory environments. On Linux/x86, a KDrive server with RENDER support but without support for scalable fonts compiles into less tha
CL-Yacc is a LALR(1) parser generator for Common Lisp, similar in spirit to AT&T Yacc, Berkeley Yacc, GNU Bison, Zebu, lalr.cl or lalr.scm. CL-Yacc uses the algorithm due to Aho and Ullman, which is the one also used by AT&T Yacc, Berkeley Yacc and Zebu. It does not use the faster algorithm due to DeRemer and Pennello, which is used by Bison and lalr.scm (not lalr.cl). CL-Yacc was originally writt
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