Code/build-experimental-X

1. !/bin/bash
2. Script to fetch and build X.org, DRI, Mesa, synaptics and xkeyboard-config
3. from CVS and GIT.
4. If you want to skip some tasks, comment them out at the bottom of the script.
5. Source: http://thinkwiki.org/wiki/How_to_compile_an_experimental_X_server
6. See also:
7. http://wiki.x.org/wiki/ModularDevelopersGuide
8. http://wiki.x.org/wiki/GitPage
9. http://gitweb.freedesktop.org
10. http://dri.freedesktop.org/wiki/Building
11. http://www.mesa3d.org/cvs_access.html
12. http://www.mesa3d.org/install.html

2. Init

PIT=$HOME/3d-pit # Download and build here DEST=$PIT/install # Install here

1. MESA_DATE=2006-06-29 # Set this to get a historical Mesa CVS snapshot

FLAGS='-O2 -g -march=pentium-m'

trap "echo Aborting.; exit 1" ERR

die() {

 echo "$*"
 exit 1

} run() {

 echo "@ $@"
 "$@" || { echo "ERROR: Command \"$*\" failed in `pwd`"; exit 1; }

}

fetch_from_git() {

 PARENT_DIR="$1"
 GIT_REP="$2"
 MODULE="$3"
 DIR="${4:-$MODULE}"
 if [ -d "$PARENT_DIR/$DIR" ]; then 
   run cd "$PARENT_DIR/$DIR"
   run git pull
 else
   run cd "$PARENT_DIR"
   run git clone "$GIT_REP/$MODULE" "$DIR"
 fi

}

2. Fetching and building libDRM and DRM kernel drivers

fetch_drm() {

 echo "########### Fetch DRM ###########"
 DRM_GIT=git://anongit.freedesktop.org/git/mesa
 fetch_from_git "$PIT" "$DRM_GIT" drm

}

build_libdrm() {

 echo "########### Build libdrm ###########"
 run cd $PIT/drm
 run ./autogen.sh
 CFLAGS="$FLAGS" run ./configure --prefix=$DEST --quiet
 run make clean
 run make
 run make install

}

build_drm_modules() {

 echo "########### Build DRM kernel modules ###########"
 run cd $PIT/drm/linux-core
 run make DRM_MODULES="radeon"
 run sudo sh -c \
   'rm -fv /lib/modules/`uname -r`/kernel/drivers/char/drm/*.ko; \
    cp -v *.ko /lib/modules/`uname -r`/extra/; \
    /sbin/depmod -a'

}

2. Fetching Mesa

fetch_mesa() {

 echo "########### Fetching Mesa ###########"
 MESA_CVS=:pserver:anonymous@anoncvs.freedesktop.org:2401/cvs/mesa
 run mkdir -p $PIT
 run cd $PIT
 grep -qF $MESA_CVS ~/.cvspass || run cvs -d $MESA_CVS login
 [ -d Mesa ] || run cvs -z3 -d $MESA_CVS co ${MESA_DATE:+-D $MESA_DATE} Mesa
 run cd $PIT/Mesa
 run cvs -z3 update -ACPd ${MESA_DATE:+-D $MESA_DATE}

}

patch_mesa() {

 # patch to make Google Earth use acceleration:
 run perl -i -pe 'print "//DISABLE " if m/^\s*FALLBACK_IF.*Line\.SmoothFlag/' \
   $PIT/Mesa/src/mesa/drivers/dri/r300/r300_render.c

}

2. Building Mesa (do this *after* installing X.org)

build_mesa() { (

 echo "########### Building Mesa ###########"
 # This uses both old-style and new-style vars, to support older Mesa snapshots.
 run cd $PIT/Mesa
 export DRM_SOURCE_PATH=$PIT/drm
 export PKG_CONFIG_PATH="$DEST/lib/pkgconfig:$PKG_CONFIG_PATH"
 export DRM_SOURCE_PATH="$PIT/drm"
 export DESTDIR=$DEST  INSTALL_DIR=$DEST
 export DRI_DRIVER_INSTALL_DIR=$DEST/lib/dri
 export DRI_DIRS='r300 r200 r128 radeon'
 export OPT_FLAGS="$FLAGS"
 export PATH="$DEST/bin:$PATH"
 run mkdir -p $DRI_DRIVER_INSTALL_DIR
 run make -e linux-dri-x86
 run make -e install
 run cp -v lib/*_dri.so $DRI_DRIVER_INSTALL_DIR

) }

2. X.org setup
3. This is a list of modules that are in flux and likely to be related to
4. whatever you're testing (or are required for the build), sorted by
5. build order (see util/modular/build.sh for dependencies).
6. Check CVS and the above URLs for other modules.

XORG_DIRS=(

 util/macros
 proto/{bigreqs,composite,fixes,damage,gl,input,kb,pm,randr,resource,xext,xcmisc}proto
 proto/{render,scrnsaver,video}proto
 proto/{x11,xf86dga,xf86dri,xf86misc,xf86vidmode,xinerama}proto
 lib/lib{xtrans,Xau,X11,ICE,SM,Xt,Xmu,Xcomposite,Xrender,Xdamage,Xcursor,Xi,Xinerama}
 lib/lib{xkbui,Xrandr,Xv,XvMC,Xxf86dga,Xxf86misc,Xxf86vm}
 xserver
 driver/xf86-video-ati
 driver/xf86-input-mouse driver/xf86-input-keyboard
 app/{xkbutils,xkbcomp,setxkbmap}

)

2. Fetching X.org

fetch_xorg() {

 echo "########### Fetching (selected) X.org modules ###########"
 XORG_GIT=git://anongit.freedesktop.org/git/xorg
 run mkdir -p $PIT/xorg
 for D in "${XORG_DIRS[@]}"; do
   fetch_from_git $PIT/xorg "$XORG_GIT" "$D"
 done

}

2. Building and installing X.org
3. (On repeated runs we avoid rerunning autotools if nothing changed.)

LAST_HASH=last_dir_hash dir_hash() {

 find . \( -path ./$LAST_HASH -o -path ./.git -prune \) -o -ls | sort | md5sum

} dir_hash_changed() {

 [ ! -f $LAST_HASH ] || [ "`dir_hash`" != "`cat $LAST_HASH`" ]

} save_dir_hash() {

 dir_hash > $LAST_HASH

} build_x_module() { (

 D=$1
 echo "########### Building xorg/$D ###########"
 export PATH="$DEST/bin:$PATH"
 export PKG_CONFIG_PATH="$DEST/lib/pkgconfig:$PKG_CONFIG_PATH"
 export ACLOCAL="${AC_LOCAL:-aclocal} -I $DEST/share/aclocal"
 export LD_LIBRARY_PATH="$DEST/lib:$LD_LIBRARY_PATH"
 if [ $D == "xserver" ]; then
   CONF_OPT="--with-mesa-source=$PIT/Mesa --enable-xorg --disable-dmx --disable-xvfb --disable-xnest"
 elif [ $D == "lib/libX11" ]; then
   CONF_OPT="--with-xcb=no"
 else
   CONF_OPT=
 fi
 run cd $PIT/xorg/$D
 if dir_hash_changed; then
   CFLAGS="$FLAGS" run sh autogen.sh --prefix=$DEST --quiet --cache-file=$PIT/xorg/autoconf.cache $CONF_OPT
   save_dir_hash
 fi
 run make
 save_dir_hash
 run make install
 save_dir_hash

) }

build_xorg() {

 run cd $PIT/xorg
 run mkdir -p $DEST/share/aclocal
 run mkdir -p $DEST/var/log
 for D in "${XORG_DIRS[@]}"; do 
   build_x_module $D || return 1
 done
 run sudo sh -c "chown -v root $DEST/bin/Xorg; \
                 chmod -v 4711 $DEST/bin/Xorg"

}

2. Fetching and building xkeyboard-config

fetch_xkeyboard_config() {

 echo "########### Fetching xkeyboard-config ###########"
 XKBC_CVS=:pserver:anoncvs@cvs.freedesktop.org:2401/cvs/xlibs
 run cd $PIT
 grep -qF $XKBC_CVS ~/.cvspass || run cvs -d $XKBC_CVS login
 [ -d xkbdesc ] || run cvs -z3 -d $XKBC_CVS co xkbdesc
 run cd $PIT/xkbdesc
 run cvs -z3 update -ACPd

}

build_xkeyboard_config() { (

 echo "########### Building xkeyboard-config ###########"
 run cd $PIT/xkbdesc
 run ./autogen.sh
 export PKG_CONFIG_PATH="$DEST/lib/pkgconfig:$PKG_CONFIG_PATH"
 export PATH="$DEST/bin:$PATH"
 CFLAGS="$FLAGS" run ./configure --quiet --prefix=$DEST \
   --with-xkb-base=$DEST/share/X11/xkb --with-xkb-rules-symlink=xorg 
 run make
 run rm -fr $DEST/share/X11/xkb/compiled
 run make install

) }

2. Fetching and building the synaptics driver

fetch_synaptics() {

 echo "########### Fetch synaptics ###########"
 SYN_GIT=http://web.telia.com/~u89404340/touchpad/synaptics/.git
 fetch_from_git "$PIT" "$SYN_GIT"  synaptics

}

build_synaptics() { (

 echo "########### Build synaptics ###########"
 run cd $PIT/synaptics
 export PKG_CONFIG_PATH="$DEST/lib/pkgconfig:$PKG_CONFIG_PATH"
 export PATH="$DEST/bin:$PATH"
 run make
 run cp -v synaptics_drv.so $DEST/lib/xorg/modules/input/

1. run ./autogen.sh
2. CFLAGS="$FLAGS" run ./configure --prefix=$DEST --quiet
3. run make clean
4. run make
5. run make install

) }

2. Creating a script which sets env vars

create_xsetenv() {

 cat <<EOF > $DEST/bin/xsetenv || die "Can't create $DEST/bin/xsetenv"

export PATH="$DEST/bin:$PATH" export LD_LIBRARY_PATH="$DEST/lib:$LD_LIBRARY_PATH" export LIBGL_DRIVERS_PATH=$DEST/lib/dri EOF

 echo -e "\nRun '. $DEST/bin/xsetenv' to point env vars to this installation."

}

2. Do it:

fetch_drm fetch_mesa

1. patch_mesa

fetch_xorg build_libdrm build_drm_modules build_xorg build_mesa fetch_xkeyboard_config build_xkeyboard_config fetch_synaptics build_synaptics create_xsetenv

echo 'Done.'