This page describes how to build and install GlusterFS.
The following packages are required for building GlusterFS,
- GNU Autotools
- lex (generally flex)
- GNU Bison
- Python 2.x
The following dnf/yum command installs all the build requirements for Fedora,
# dnf install automake autoconf libtool flex bison openssl-devel libxml2-devel python-devel libaio-devel libibverbs-devel librdmacm-devel readline-devel lvm2-devel glib2-devel userspace-rcu-devel libcmocka-devel libacl-devel sqlite-devel fuse-devel redhat-rpm-config
The following apt-get command will install all the build requirements on Ubuntu,
$ sudo apt-get install make automake autoconf libtool flex bison pkg-config libssl-dev libxml2-dev python-dev libaio-dev libibverbs-dev librdmacm-dev libreadline-dev liblvm2-dev libglib2.0-dev liburcu-dev libcmocka-dev libsqlite3-dev libacl1-dev
Building from Source
This section describes how to build GlusterFS from source. It is assumed you have a copy of the GlusterFS source (either from a released tarball or a git clone). All the commands below are to be run with the source directory as the working directory.
Configuring for building
Run the below commands once for configuring and setting up the build process.
Run autogen to generate the configure script.
Once autogen completes successfully a configure script is generated. Run the configure script to generate the makefiles.
If the above build requirements have been installed, running the configure script should give the below configure summary,
GlusterFS configure summary =========================== FUSE client : yes Infiniband verbs : yes epoll IO multiplex : yes argp-standalone : no fusermount : yes readline : yes georeplication : yes Linux-AIO : yes Enable Debug : no Block Device xlator : yes glupy : yes Use syslog : yes XML output : yes Encryption xlator : yes Unit Tests : no Track priv ports : yes POSIX ACLs : yes Data Classification : yes SELinux features : yes firewalld-config : no Experimental xlators : yes Events : yes EC dynamic support : x64 sse avx Use memory pools : yes Nanosecond m/atimes : yes Legacy gNFS server : no
During development it is good to enable a debug build. To do this run configure with a '--enable-debug' flag.
$ ./configure --enable-debug
Further configuration flags can be found by running configure with a '--help' flag,
$ ./configure --help
Once configured, GlusterFS can be built with a simple make command.
To speed up the build process on a multicore machine, add a '-jN' flag, where N is the number of parallel jobs.
Run 'make install' to install GlusterFS. By default, GlusterFS will be installed into '/usr/local' prefix. To change the install prefix, give the appropriate option to configure. If installing into the default prefix, you might need to use 'sudo' or 'su -c' to install.
$ sudo make install
GlusterFS can be only run as root, so the following commands will need to be run as root. If you've installed into the default '/usr/local' prefix, add '/usr/local/sbin' and '/usr/local/bin' to your PATH before running the below commands.
A source install will generally not install any init scripts. So you will need to start glusterd manually. To manually start glusterd just run,
This will start glusterd and fork it into the background as a daemon process. You now run 'gluster' commands and make use of GlusterFS.
Building RPMs is really simple. On a RPM based system, for eg. Fedora, get the source and do the configuration steps as shown in the 'Building from Source' section. After the configuration step, run the following steps to build RPMs,
$ cd extras/LinuxRPM $ make glusterrpms
This will create rpms from the source in 'extras/LinuxRPM'. (Note: You will need to install the rpmbuild requirements including rpmbuild and mock)
A more detailed description for building RPMs can be found at CompilingRPMS.