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#!/bin/sh
#
# dyne:bolic software development kit - the commandline tool
#
# Copyright (C) 2004 Federico Prando bomboclat@???
# Francesco Rana c1cc10@???
# Andrea Marchesini bakunin@???
# * Revised on the 01-2005 by Francesco Rana
#
# This source code is free software; you can redistribute it and/or
# modify it under the terms of the GNU Public License as published
# by the Free Software Foundation; either version 2 of the License,
# or (at your option) any later version.
#
# This source code is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
# Please refer to the GNU Public License for more details.
#
# You should have received a copy of the GNU Public License along with
# this source code; if not, write to:
# Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
#
########################################################################
# standard output message routines
# it's always useful to wrap them, in case we change behaviour later
#
# For DEBUGGING purpose...
#set -x
notice() { echo -e "\033[32m\a [*] \033[37m $1 "; }
act() { echo -e "\033[32m\a . \033[37m $1 "; }
error() { echo -e "\033[31m\a\a [!] \033[37m $1"; exit 1; }
func() { if [ $DEBUG ]; then echo -e "\033[32m [D] \033[37m $1"; fi }
### END
# some checks
if [ "`echo $UID`" != "0" ]; then
error "you must be ROOT on your machine to use dyne:bolic SDK"
fi
#[ "$1" == "-c" -o "$1" == "-a" ] || CBSOPTS="$1" && CBSOPTS=""
CBSOPTS="$1"
CURRENTDIR=`pwd`
STAGEFILE="stage1-x86-2004.3.tar.bz2"
WORKINGDIR=$CURRENTDIR/dynebolic
#######################################################################
# BASIC FUNCTIONS
#######################################################################
function check_program () {
for i in `echo $PATH | sed "s/:/ /g"`; do
if test -f "$i/$1"; then
return 0;
fi
done
return 1
}
function check_programs () {
for i in "ls mv cat grep umount tar wget chroot tail head"; do
check_program $i || error "$i not found!"
done
}
function basic_steps() {
# did you already try with no success? let's check
if [ `cat /proc/mounts | grep dynebolic | wc -l` != "0" ] ; then
act "umounting proc and dev from previous attempt"
umount $WORKINGDIR/proc &> /dev/null
umount $WORKINGDIR/dev &> /dev/null
fi
[ -d $WORKINGDIR ] && notice "going to remove '${WORKINGDIR}'. proceed?[S/n]"
read -t 5 SINO
[ "${SINO}" == 'n' ] || rm -fr $WORKINGDIR
# start from an empty dir
[ -d $WORKINGDIR ] || mkdir $WORKINGDIR
act "creating $WORKINGDIR"
if ! [ -f $WORKINGDIR/etc/gentoo-release ] ; then
if ! [ -f $CURRENTDIR/$STAGEFILE ] ; then
notice "do you have a valid stage1 ?\nPlease provide '/ full / path / to / it.bz2'\nor leave blank to download a brand new"
read -t 5 GIVE_PATH
if [ -z $GIVE_PATH ] ; then
wget ftp://ftp.belnet.be/mirror/rsync.gentoo.org/gentoo/releases/x86/2004.3/stages/x86/$STAGEFILE || error "Download error :/"
elif ! [ `file $GIVE_PATH | cut -d" " -f2` != "bzip2" ] ; then
error "wrong path!"
act "Proceding to download.."
wget ftp://ftp.belnet.be/mirror/rsync.gentoo.org/gentoo/releases/x86/2004.1/stages/x86/stage1-x86-2004.1.tar.bz2 || error "Download error :/"
fi
fi
act "found downloaded stage1. proceding to untar $GIVE_PATH into $WORKINGDIR"
tar xvjf $CURRENTDIR/$STAGEFILE -C $WORKINGDIR &> /dev/null
! [ -d $WORKINGDIR/home/the_root ] && mkdir -p $WORKINGDIR/home/the_root
fi
}
function get_ready_chroot() {
if [ `cat /proc/mounts | grep dynebolic | wc -l` == "0" ] ; then
! [ -d $WORKINGDIR/proc ] && mkdir $WORKINGDIR/proc
mount -o bind /proc $WORKINGDIR/proc
! [ -d $WORKINGDIR/dev ] && mkdir $WORKINGDIR/dev
mount -o bind /dev $WORKINGDIR/dev
fi
[ -f $WORKINGDIR/etc/resolv.conf ] || cp -a /etc/resolv.conf $WORKINGDIR/etc/
#############################################################
# START OF INNER SCRIPT "createbasesystem.sh" #
#############################################################
[ -f $WORKINGDIR/sbin/createbasesystem.sh ] || cat > $WORKINGDIR/sbin/createbasesystem.sh << E0F
#!/bin/sh
# createbasesystem.sh
# dyne:bolic software development kit - the commandline tool
#
# Copyright (C) 2004 Federico Prando bomboclat@???
# Francesco Rana c1cc10@???
# Andrea Marchesini bakunin@???
#
#
# This source code is free software; you can redistribute it and/or
# modify it under the terms of the GNU Public License as published
# by the Free Software Foundation; either version 2 of the License,
# or (at your option) any later version.
#
# This source code is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
# Please refer to the GNU Public License for more details.
#
# You should have received a copy of the GNU Public License along with
# this source code; if not, write to:
# Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
#
INSTDIR=/home/the_root
if ! [ -d "\${INSTDIR}/var/dynebolic" ]; then
mkdir -p "\${INSTDIR}/var/dynebolic"
fi
CHECKPATH=\${INSTDIR}/var/dynebolic
LS="ls --color=no"
########################################################################
# standard output message routines
# it's always useful to wrap them, in case we change behaviour later
#
notice() { echo -e "\033[31m [*] \$1\033[37m"; }
act() { echo -e "\033[32m . \$1\033[37m"; }
error() { echo -e "\033[31m [!] \$1\033[37m"; exit 1; }
func() { if [ \$DEBUG ]; then echo -e "\033[32m [D] \$1\033[31m"; fi }
function debug() {
echo -e "\a\a\a\$?"
}
########################################################################
# MAIN FUNCTIONS
########################################################################
function set_flags() {
notice "choose which CFLAG to set. default: '-O2 -mcpu=i586 -fomit-frame-pointer -pipe'"
read -t 15 CFLAG_SET
[ -z \$CFLAG_SET ] && export CFLAG_SET="-O2 -mcpu=i586 -fomit-frame-pointer -pipe"
act "\$CFLAG_SET ...ok! modifying /etc/make.conf"
cat > /etc/make.conf << EOF
# These settings were set by the catalyst build script that automatically built this stage
# Please consult /etc/make.conf.example for a more detailed example
CFLAGS="\$CFLAG_SET"
# This should automatically change!
CHOST="i586-pc-linux-gnu"
CXXFLAGS="\${CFLAGS}"
EOF
}
# baselayout-db.tgz has been changed into the base HFS. basically the /<dirs>.
function install_configuration_files(){
if ! [ -f \$WORKINGDIR/baselayout-db.tgz ] ; then
wget http://www.autistici.org/bolic1/baselayout-db.tgz
fi
tar -C $INSTDIR -zxvf baselayout-db.tgz
}
function check_step() {
if ! [ -f "\${CHECKPATH}"/."\${CHECK}" ]; then
error "something wicked happened. my checkpath is '\$CHECKPATH' and my check is '\$CHECK'\n"
fi
act "my checkpath is '\$CHECKPATH' and my check is '\$CHECK'. going to unset"
unset \$CHECK
}
# get portage and bootstrap your compiling env
function initrd_root() {
act "entering initrd_root"
if [ -d /usr/portage ] ; then
notice "there is already a dir '/usr/portage'. Should I use it?(N/s)"
read -t 5 YESNO
if ! [ "\${YESNO}" == "s" -o "\${YESNO}" == "S" ] ; then
emerge sync || error "Emerge error :/"
fi
else
emerge sync || error "Emerge error :/"
fi
if ! [ -d /var/tmp/portage/ ] ; then
/usr/portage/scripts/bootstrap.sh
else
notice "esiste gia' /var/tmp/portage. hai gia' compilato il bootstrap?(S/n)"
read -t 5 YESNO
if [ "\${YESNO}" == "n" ] ; then
/usr/portage/scripts/bootstrap.sh
fi
fi
# AAAA: is it necessary? or double compiling?
# emerge gentoolkit || error "Emerge error :/"
[ -d "\${INSTDIR}" ] || mkdir "\${INSTDIR}" && act "'\${INSTDIR}' exist."
cp -a /var/db \$INSTDIR/var && act "copy var/db in the_root ..success!"
touch "\${CHECKPATH}"/.initrd_root
CHECK="initrd_root" ; act "setting check flag to \$CHECK"
}
# install the base sources to have a 1 level FSH ready for becoming an initrd
function install_initrd_pkg () {
check_step
cat > /tmp/.initrd.lst << EOF
linux-headers
devfsd
glibc
ncurses
bash
coreutils
iputils
net-tools
glib
expat
grep
gawk
less
zlib
util-linux
gpm
EOF
for PKG in \`cat /tmp/.initrd.lst\` ; do
# This is intended to be an alfa form of the future module mechanism bakunin is
# developing by now (Mon Feb 14 19:29:48 EST 2005).
# echo -e "Prova DEBUG"
echo -e "Installing '\${PKG}' ... May I? [Y/n]"
read -t 5 YESNO
if ! [ "\${YESNO}" == "n" -o "\${YESNO}" == "N" ] ; then
ROOT="\${INSTDIR}" emerge "\${PKG}" || error "Emerge '\${PKG}' error :/";
fi
done
rm /tmp/.initrd.lst
touch "\${CHECKPATH}"/.install_initrd_pkg ;
export CHECK="install_initrd_pkg"
}
function build_xfree() {
check_step
ROOT=/home/the_root/ USE='mmx sse 3dfx 3dnow' emerge xorg-x11 || error "Emerge 'X' error :/"
# act "Configuring Xfree86..."
# XFREECONFIGFILE=`X -configure 2>&1 | grep "test the server" | awk '{print $8}'` && notice "done with Xfree86 autoconfiguration." || error "something wrong with Xfree86 autoconfiguration."
ROOT=\$INSTDIR USE='mmx sse 3dfx 3dnow' emerge windowmaker || error "Emerge 'windowmaker' error :/"
touch \${CHECKPATH}/.build_xfree
export CHECK="build_xfree"
}
function build_userland() {
check_step
for PKG in \`ls /inst/\` ; do
echo -e "Installing '\${PKG}' ... May I? [Y/n]"
read -t 5 YESNO
if ! [ "\${YESNO}" == "n" -o "\${YESNO}" == "N" ] ; then
. /inst/$PKG || error "Installing '\${PKG}' error :/";
fi
done
touch \${CHECKPATH}/.build_userland
export CHECK="build_userland"
}
function install_configuration_files(){
check_step
if ! [ -f \$WORKINGDIR/baselayout-db.tgz ] ; then
wget http://www.autistici.org/bolic1/baselayout-db.tgz
fi
tar -zxvf baselayout-db.tgz
}
###############################################################################
##############################################################################
# Let's GO!
##############################################################################
# siamo dentro lo stage1. e' dove decidiamo i CFLAGS, per costruire prima l'ambiente di compilazione
# gentoo da cui poi deriviamo in /home/the_root la dynebolic.
# ogni aspetto l'abbiamo infilato in una funzione per auspicare uno sviluppo di ciascun passaggio
case \$1 in
-d)
CHECK="initrd_root" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
CHECK="install_initrd_pkg" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
CHECK="build_xfree" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
INITRD_ROOT_V=no
INSTALL_INITRD_PKG_V=no
BUILD_XFREE_V=no
;;
-f) set_flags
exit 0
;;
-i)
CHECK="initrd_root" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
INITR_ROOT_V=no
INSTALL_INITRD_PKG_V=yes
BUILD_XFREE_V=yes
;;
-x)
CHECK="initrd_root" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
CHECK="install_initrd_pkg" ; [ -f \`\$LS "\${CHECKPATH}"/."\${CHECK}"\` ] || error "\$CHECK not complete!"
INITRD_ROOT_V=no
INSTALL_INITRD_PKG_V=no
BUILD_XFREE_V=yes
;;
-v) head -n 22 \$0 | tail -n 21 ;;
-a) INITRD_ROOT_V=yes;
INSTALL_INITRD_PKG_V=yes
BUILD_XFREE_V=yes
;;
*) error "read help with -h or --help!"
;;
-h|--help)
act "-h show this help"
act "-d restart from configuration files (baselayout-db)"
act "-f set flags"
act "-i restart from initrd"
act "-x restart from xfree"
exit 1
;;
esac
env-update
source /etc/profile
set_flags
if [ "\${INITRD_ROOT_V}" == "yes" ] ; then
echo "DEBUG: initrd_root"
initrd_root && notice "done with initrd_root." || error "something wrong with initrd_root."
fi
if [ "\${INSTALL_INITRD_PKG_V}" == "yes" ] ; then
install_initrd_pkg && notice "install_initrd_pkg complete." || error "something wrong with install_initrd_pkg."
install_configuration_files && notice "installation complete. now launch mkinitrd" || error "something wrong with baselayout-db"
fi
if [ "\${BUILD_XFREE_V}" == "yes" ] ; then
build_xfree && notice "build_xfree complete." || error "something wrong with build_xfree."
fi
#################################################################
# END OF SCRIPT "createbasesystem.sh" #
#################################################################
E0F
chmod 740 "${WORKINGDIR}"/sbin/createbasesystem.sh
if [ "${CBSOPTS}" == "-f" -o "${CBSOPTS}" == "-x" -o "${CBSOPTS}" == "-i" -o "${CBSOPTS}" == "-d" ] ; then
chroot "${WORKINGDIR}" ./sbin/createbasesystem.sh "${CBSOPTS}"
elif [ "${CBSOPTS}" == "-c" ] ; then
chroot "${WORKINGDIR}" /bin/bash
else
notice "No option for createbasesystem.sh... Starting all the d::b process from the beginning!"
act "${CBSOPTS}"
chroot "${WORKINGDIR}" ./sbin/createbasesystem.sh -a
fi
}
######################################################################
# HERE WE GO!
######################################################################
case $1 in
-a) # Get the stage1 for your compiling environment
act "check the software"
check_programs
act "entering basic_steps"
basic_steps
act "entering get_ready_chroot"
get_ready_chroot
;;
-c) # Done with basic stuff, let's get into the chroot for compiling
act "check the software"
check_programs
act "entering get_ready_chroot"
get_ready_chroot -c
;;
-h|--help)
act "COMMON TASKS:"
act "-h show this help"
act "-a start the entire process from beginning (WARN! will delete previous attempts)"
act "-c already downloaded and untarred. chroot me!"
act "-v show details"
act "particular purpose commands:"
act "-f set flags (you must have allready an sdk installed)"
act "-i restart from initrd"
act "-x build Xfree86 (you must have allready an sdk installed)"
act "-d get latest baselayout-db and build it (you must have allready an sdk installed)"
;;
# options to pass to createbasesystem.sh
-d) get_ready_chroot -d
;;
-f) get_ready_chroot -f
;;
-i) get_ready_chroot -i
;;
-x) get_ready_chroot -x
;;
-v) head -n 22 $0 | tail -n 21
;;
*) error "read help with -h or --help!"
;;
esac
