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All modern operating systems implement a version of the Berkeley socket interface. It became the standard interface for applications running in the Internet. Even the Winsock implementation for MS Windows, created by unaffiliated developers, closely follows the standard. The BSD sockets API is written in the C programming language.
4.3 BSD from the University of Wisconsin. Displaying the man page for Franz Lisp. Tape for SunOS 4.1.1, a 4.3BSD derivative Sony NEWS workstation running the BSD-based NEWS-OS operating system. Berkeley's Unix was the first Unix to include libraries supporting the Internet Protocol stacks: Berkeley sockets.
Some releases of BSD prior to the adoption of the 4-clause BSD license used a license that is clearly ancestral to the 4-clause BSD license. These releases include some parts of 4.3BSD-Tahoe (1988), about 1000 files, [2] and Net/1 (1989). Although largely replaced by the 4-clause license, this license can be found in 4.3BSD-Reno, Net/2, and 4 ...
NetBSD's pkgsrc ports collection is distinctive in that it aims to be portable and is usable on a number of operating systems aside from NetBSD itself, including the other BSDs, SmartOS/illumos, macOS, [3] MINIX 3, Linux [4] and other Unix-likes. pkgsrc was created in August 1997 based on the existing FreeBSD ports system. It follows a ...
A 32-bit version for the VAX platform was released as 3BSD, and the 4.xBSD series added many new features, including TCP/IP networking. For many years, the primary developer and project leader was Bill Joy , who was a graduate student at the time; funding for this project was provided by DARPA .
Prior to the release, BSD's implementation of TCP/IP had diverged considerably from BBN's official implementation. After several months of testing, DARPA determined that the 4.2BSD version was superior and would remain in 4.3BSD. (See also History of the Internet.) After 4.3BSD, it was determined that BSD would move away from the aging VAX ...
It runs on a wide variety of 32-bit and 64-bit processor architectures and hardware platforms, and is intended to interoperate well with other operating systems. NetBSD places emphasis on correct design, well-written code, stability, and efficiency, where practical, close compliance with open API and protocol standards is also aimed for.
OpenBSD is a security-focused, free software, Unix-like operating system based on the Berkeley Software Distribution (BSD). Theo de Raadt created OpenBSD in 1995 by forking NetBSD 1.0. [4]