# bitkeeper **Repository Path**: arogee/bitkeeper ## Basic Information - **Project Name**: bitkeeper - **Description**: No description available - **Primary Language**: Unknown - **License**: Apache-2.0 - **Default Branch**: master - **Homepage**: None - **GVP Project**: No ## Statistics - **Stars**: 0 - **Forks**: 0 - **Created**: 2026-02-09 - **Last Updated**: 2026-02-09 ## Categories & Tags **Categories**: Uncategorized **Tags**: None ## README # BitKeeper Distributed Source Control System **Welcome to BitKeeper!** BitKeeper is the original distributed source control system. Well, sort of. Larry wrote a semi-distributed source-control system back at Sun (productized as Teamware) and Rick had a research system of sorts, but for better or worse, BitKeeper was the first widely used distributed source-control system. The BitKeeper history needs to be written up but the short version is that it happened because Larry wanted to help Linux not turn into a bunch of splintered factions like 386BSD, FreeBSD, NetBSD, OpenBSD, DragonFlyBSD, etc. He saw that the problem was one of tooling. He built a team and built BitKeeper so the kernel guys would have a reasonable tool and no need to split up the team (the problem was that Linus refused to use any source management system: "they all suck!" which wasn't bad for him but really sucked for the downstream people who had to merge everything by hand each time Linus released). It took a couple years. Then the PowerPC people led by Cort Dougan took a chance on early BK. A couple years later Linus moved to it and most of the developers followed. They stayed in it for three more years before moving to Git because BitKeeper wasn't open source. ## License BitKeeper is now distributed under the [Apache 2.0](http://www.apache.org/licenses/LICENSE-2.0) license. It is free to use and free to modify. There are some open source components and they have their own licenses. ## Getting Started Information on using BitKeeper can be found of the [www.bitkeeper.org](https://www.bitkeeper.org) website or using the built in [manpages](https://www.bitkeeper.org/man/). Try running `bk helptool` for a GUI help browser. ### System Requirements The BitKeeper source tree is highly portable and compiles on most platforms. This includes: * Linux (x86, PPC, Arm & MIPS) * FreeBSD * Windows * Solaris and used to include IRIX, AIX, HP-UX, etc. Any Posix-like system is a pretty easy port. ### Getting Sources for Bitkeeper ### Building BitKeeper BitKeeper requires the following prerequisites to build: * GNU make * GNU gperf * GNU bison * some lex * GNU groff * X libraries for Tk * tomcrypt (*) * tommath (*) * pcre (*) * zlib (*) * lz4 (*) The requirement marked with (*) are optional, if not installed locally and BitKeeper is currently installed and we are building from a BitKeeper repository then local copies of these requirements will be automatically populated and included. If you are building on a Debian based Linux then the following packages are required: sudo apt-get install make gperf groff bison flex libxft2-dev libtommath-dev libtomcrypt-dev libpcre3-dev zlib1g-dev liblz4-dev For Fedora and related versions of Linux the following works: sudo yum install gcc make gperf bison flex groff pcre-devel libtomcrypt-devel libtommath-devel lz4-devel zlib-devel libXft-devel Build using the following sequence (we build on 12 core systems; hence the -j12 sprinkled here and there): cd src make -j12 p # 'p'roduction build make image # create install image (at src/utils) ./utils/bk-*.bin # run installer created above (make *must* be GNU make) If bk fails to locate your pre-installed libraries then edit the file src/conf.mk.local to provide the needed information. If you want to share the config with others please label it like "# Macos with homebrew" and put the configs commented out in there and send us a patch. Building on Windows requires msys and is more involved. See the thread on the [forum](https://users.bitkeeper.org/t/howto-building-bitkeeper-on-windows/78) about Windows builds. ## Testing BitKeeper An extensive regression suite is found in `src/t` and can be run using the doit script in that directory. The test harness can be run in parallel using multiple cores like so: cd src make p cd t ./doit -j12 Look [here](https://users.bitkeeper.org/t/running-regressions-on-a-clean-linux-machine/74) for help with getting regressions to pass cleanly. ## Contributing to BitKeeper See our [community](https://www.bitkeeper.org/community.html) page for information on how to contact us with questions or contribute improvements.