bdisk/extra/build.conf.sample

#####################################################
##            BUILD.CONF SAMPLE FILE               ##
#####################################################
#
# This file is used to define various variables/settings used by the build script. 
# 

# This should be an alpha-numeric string less than 8 characters. No spaces, etc.
# Used for metainfo
DISTNAME="BDISK"

# This should be the lowercase format of ${DISTNAME} but it can be different.
# Used for filenames etc. so no spaces
UXNAME="bdisk"

# Used for "pretty-formatted" version of the project. It can contain spaces etc.
PNAME="BDisk"

# Your/your organization's name
DISTPUB="r00t^2"

# What's this distro used for?
DISTDESC="j00 got 0wnz0r3d lulz."

# This should be the directory of the root of the project, e.g. the git's project/working directory.
# This can be left as-is as long as you're running everything from the project directory root.
BASEDIR="$(pwd)"

# This is the output directory of the ISO files when done building. This also should not be checked into git.
ISODIR="${BASEDIR}/iso"

# Where source code is kept.
SRCDIR="${BASEDIR}/extrasrc"

# Where we mount for chroots etc.
MOUNTPT="/mnt/${UXNAME}"

# This is where an http webroot can be specified. Very useful for PXE setups
# (the resulting kernel/initrd can be set to boot from HTTP initiated by PXE).
# These files will be generated whether you use them or not, so it's recommended to keep this a sane path.
HTTPDIR="${BASEDIR}/http"

# This is the root for where tftp files should be put for PXE booting.
TFTPDIR="${BASEDIR}/tftpboot"

# This is the user and group your web daemon will use. The webroot is automatically chowned.
HTTPUSR="http"
HTTPGRP="http"

# This is the user and group that your tftp files should be chowned as.
TFTPUSR="root"
TFTPGRP="root"

# If set to "no", build separate ISOs for different hardware structures.
# E.g. a separate i686 and x86_64 ISO.  Note that it's TOTALLY supported to
# build a dual-architecture ISO (and is the default), it's just that it tends to be over 700MB
# (and thus doesn't fit on a normal CD. Still fits on DVDs and USBs though!)
MULTIARCH="yes"

# If you would like to build an iPXE-enabled *mini* ISO *in addition to* the ful ISO,
# set this to "yes". Otherwise, just build the full ISO.
BUILDMINI="no"

# set to "yes" to enable pushing new changes to a git repo/committing to a local repo
GIT="no"

# If this is set, use rsync to copy the http and iso files. This is the rsync destination host.
# This is *great* for iPXE.
RSYNC_HOST=""

# Only used if RSYNC_HOST is set. The destination directory on the destination host to copy files to.
RSYNC_DEST="${BASEDIR}"

# Where the log should go, and how it should be prefixed.
# Note that the code appends, rather than replaces, logs- hence the timestamp in EPOCH time format.
LOGFILE="${BASEDIR}/logs/$(date +%s)"

# What should the regular username be? (Can be automatically logged in on boot; see below)
REGUSR="${UXNAME}"

# Should the REGUSR have a password? IF THIS IS NOT SET, PASSWORD LOGIN WILL BE DISABLED!
# If you wish to have a blank password, use the string '{[BLANK]}'.
# You MUST USE SINGLE-QUOTES, OR ESCAPE SHELL-EXPANDED CHARACTERS (e.g. $,*,etc.)
# Do NOT use a plaintext password here. You will need to generate a salted and hashed string
# in a shadow-compatible format.
# Debian can do this with the mkpasswd utility (it's in Arch's AUR as debian-whois-mkpasswd):
# mkpasswd --method=sha-512 --salt=aBcDeFgHiJ PASSWORD
# (If a salt is not provided, one will be automatically generated. That is is the suggested method.)
# Or perl:
# perl -e 'print crypt("PASSWORD","\$6\$aBcDeFgHiJ\$") . "\n"'
# Or python:
# python -c "import crypt, getpass, pwd; print crypt.crypt('PASSWORD', '\$6\$aBcDeFgHiJ\$')"
# Or grub-crypt, even:
# /sbin/grub-crypt --sha-512
# The end-product should look something like this:
# $6$aBcDeFgHiJ$Yh342vFH7MOjPNu9InFymD1Dd42i5cFsr1cTWdpKGNIkbRGR/ZKQDRPJ1ZeeGb7y894Tfh3iWZIJKu3phlsqQ1
#
# Note that if you want an automatic login, this is *not* where it would be set.
# It should instead be controlled via overlay/etc/systemd/system/getty@ttyN.service.d/autologin.conf
# In the following format:
#  [Service]
#  Type=idle
#  ExecStart=
#  ExecStart=-/usr/bin/agetty --autologin <USERNAME> --noclear %I 38400 linux
# (where N is the TTY number). Alternatively, if booting to a GUI, it can be set as according
# to that GUI (e.g. for LXDE, overlay/etc/lxdm/lxdm.conf, "autologin=<USERNAME>")
REGUSR_PASS=''

# Same exact thing as REGUSR_PASS, but for the root password (i.e. if no password hash is
# specified, password login will be disabled, etc.).
ROOT_PASS=''

# Do we have enough horsepower on the build system to jack up the resources we throw at building?
# Enabling this will give absolute CPU preference to building the kernels and do make-time
# enhancements/optimizations (i.e. use the maximum number of CPU cores detected).
# I wouldn't enable this unless you have a dedicated build-box that isn't running much else.
I_AM_A_RACECAR="no"


# ________________________________________________________________________________________________
## RECOMMENDED DEFALTS ##
# The following shoult not be changed unless you are ABSOLUTELY, 100% SURE and COMPLETELY POSITIVE
# about what you are doing!!!

# Legacy support.
ROOTDIR="${BASEDIR}"

# This used to be defined statically (e.g. CHROOTDIR="${ROOTDIR}/chroot"),
# but is now dynamically appended. Please don't alter this unless you renamed the chroot directory paths.
CHROOTDIR="${BASEDIR}/"
CHROOTDIR32="${CHROOTDIR}root.i686"
CHROOTDIR64="${CHROOTDIR}root.x86_64"

# This is a directory we use for staging. It definitely should not be checked into git.
# It used to be defined statically (e.g. BUILDDIR="${ROOTDIR}/build"),
# but is now dynamically appended. Please don't alter this unless you renamed the chroot directory paths.
BUILDDIR="${BASEDIR}/build"

# More staging.
TEMPDIR="${ROOTDIR}/temp"

# This is where we stage the boot files.
ARCHBOOT="${TEMPDIR}/${DISTNAME}"

# Lockfile for checking for concurrent/failed builds
LOCKFILE="${ROOTDIR}/lockfile.lck"


## VARIABLE PROCESSING ##
# In order to make cleaner code, we need to make sure we can standardize some input.
# Don't even think about touching these unless you know what you're doing.

# MULTIARCH
if [ -z "${MULTIARCH}" ];
then
 MULTIARCH="y"
fi
MULTIARCH=${MULTIARCH:0:1}
MULTIARCH=$(echo ${MULTIARCH} | tr [[:upper:]] [[:lower:]])

# OPTIMIZATIONS?
if [ -z "${I_AM_A_RACECAR}" ];
then
 I_AM_A_RACECAR="n"
fi
I_AM_A_RACECAR=${I_AM_A_RACECAR:0:1}
I_AM_A_RACECAR=$(echo ${I_AM_A_RACECAR} | tr [[:upper:]] [[:lower:]])

# BUILD MINI?
if [ -z "${BUILDMINI}" ];
then
 BUILDMINI="n"
fi
BUILDMINI=${BUILDMINI:0:1}
BUILDMINI=$(echo ${BUILDMINI} | tr [[:upper:]] [[:lower:]])