When we make a release, we take the manifest emitted from the builder and store it in the released/ directory. This manifest only has exact commit SHAs, so that it explicitly describes which revision was used, in both Couchbase and external repositories.
It also gives the revision of the "voltron" repo used in the build. Voltron contains build instructions --- like RPM spec files -- that are used at the top level before the manifest is used to fetch files from the source repos. Because the voltron repo is private, and is outside the scope of the "repo" tool, it is included in released/ manifests as a comment.
To replicate a released build use a manifest from the released/ directory.
If you want to build the development branch you should use "branch-master.xml".
While preparing for a product release, we build using one of the manifests in the top-level directory. Prior to 2.2.0 the files were called "branch-branch-name.xml", and starting with 2.2.0 we used files called "rel-release-name.xml"
This was to signify a change in process, in which stopped making release-specific branches (named for the release), unless a such branch was needed (and is no longer named for the release). Thus we had:
branch-1.8.1.xml branch-2.0.1.xml branch-2.0.xml branch-2.1.0.xml
And going forward we have:
rel-2.1.1.xml rel-2.2.0.xml rel-2.2.1.xml rel-3.0.0.xml
You will not need to use any of these manifests unless you are contributing changes towards a Couchbase release.
The toy/ directory is used by Couchbase developers for experimental builds, and so are probably not of interest to anyone not familiar with the context of the experiment.
The list of dependencies differ between the versions you try to build.
Using homebrew and the ruby that ships with a recent OS X, you can easily install the dependencies using the following commands:
sudo easy_install -U pyrex brew install bazaar --system brew install libevent brew install gnupg brew install v8 brew install snappy brew install erlang brew install icu4c brew install automake brew install libtool brew install google-perftools brew install cmake
Make sure that icu's
icu-config binary is on your PATH when building
Optionally, you can install repo from homebrew as well:
brew install repo
The following works for a clean Debian stable (squeeze) installation (under root):
aptitude install -y --without-recommends build-essential automake libtool pkg-config check libssl-dev sqlite3 libevent-dev libglib2.0-dev libcurl4-openssl-dev erlang-nox curl erlang-dev erlang-src ruby libmozjs-dev libicu-dev aptitude install -y python-minimal aptitude install -y --without-recommends git-core
Note that Debian squeeze ships Erlang R14A, yet Ubuntu 10.4, 10.10 and even 11.4 ship R13B03. As of this writing, couchbase requires R14B.
To install R14 on Ubuntu, you can grab R14B source package from Debian Unstable and dpkg-buildpackage'ing it as usual.
Another (any likely preferred) option is to get R14B02 from PPA: https://launchpad.net/~scattino/+archive/ppa
In order to link with xulrunner on ubuntu (which lacks libmozjs-dev) you need the following:
aptitude install -y xulrunner-dev
and then you need to pass extra options to make like this:
make couchdb_EXTRA_OPTIONS='--with-js-include=/usr/include/xulrunner-18.104.22.168 --with-js-lib=/usr/lib/xulrunner-devel-22.214.171.124/sdk/lib/'
The path seems to vary with version. 'dpkg -l xulrunner-dev' will help you find the right path.
(if you didn't install from homebrew, or aren't running on Mac OS X)
Get the latest version from the google project page.
<branch_name> below, you probably want to one of the latest
branches in released when getting started. As of this writing,
unless you are working on a maintenance or experimental branch.
$ mkdir couchbase $ cd couchbase $ repo init -u git://github.com/couchbase/manifest.git -m <branch_name> $ repo sync