Remove llvm-apps scripts

These utilities were already largely broken and are now also obsolete.
In addition, they have too many issues (for example, dependencies on
Linux specifics) to keep around.  The few usable features left in the
clientctl script are not LLVM specific and, if anything, should be
recreated somewhere else.

Change-Id: Id5645cf21837bcee069f560ae72570fb38f75adc
This commit is contained in:
David van Moolenbroek 2015-11-13 12:12:33 +01:00 committed by Lionel Sambuc
parent 72965c8885
commit 8deb69fca1
5 changed files with 0 additions and 995 deletions

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@ -1,162 +0,0 @@
#!/bin/bash
############################
#
# Author: Koustubha Bhat
# Date : 3-April-2014
# VU University, Amsterdam.
#
############################
set -o errexit
MYPWD=`pwd`
MINIX_ROOT=
MINIX_LLVM_DIR=
LLVMARGS=
LLVMPASS_PATHS=
TARGET_MODULES=
MINIX_MODS=
# Set default values for essential variables
: ${GENERATE_MAP="no"}
: ${C="servers,fs,net,drivers"}
function usage()
{
echo "C=<target Minix module(s)> $0 [<LLVM-pass name> ...]"
echo
echo "Examples:"
echo "C=pm,vfs ./$0 dummy"
echo "C=drivers ./$0 dummy"
echo
echo "Additional arguments to the passes may be passed through \${LLVM_PASS_ARGS}."
echo
}
function check_current_dir()
{
#Make sure we are running from the root dir of the Minix sources
if [ -d ./minix/drivers ] && [ -d ./minix/servers ] ; then
MINIX_ROOT="${MYPWD}"
elif [ -d ../../minix/drivers ] && [ -d ../../minix/servers ]; then
MINIX_ROOT="${MYPWD}/../.."
else
echo "Please run the script from either of the following locations:"
echo "> Root of the Minix sources."
echo " OR"
echo "> minix/llvm directory of the Minix sources."
exit 1
fi
MINIX_LLVM_DIR="${MINIX_ROOT}/minix/llvm"
}
function check_args()
{
local llvmpass=
local llvmpass_path=
local exit_flag=0
if [ $# -ge 1 ]; then
if [ "$1" == "--help" ] || [ "$1" == "-h" ]; then
usage
exit 1
fi
for p in "$@" ;
do
llvmpass=$p
# Default value for llvmargs not specified deliberately
if [ -f "${INSTALL_DIR}/${llvmpass}.so" ]; then
llvmpass_path="${INSTALL_DIR}/${llvmpass}.so"
elif [ -f "${MINIX_LLVM_BIN_DIR}/${llvmpass}.so" ]; then
llvmpass_path="${MINIX_LLVM_BIN_DIR}/${llvmpass}.so"
else
llvmpass_path=""
fi
if [ "$llvmpass_path" != "" ]; then
LLVMPASS_PATHS+=" -load=${llvmpass_path}"
fi
LLVMPASS_PATHS+=" -${llvmpass}"
done
if [ ${exit_flag} == 1 ]; then
echo "Searched in the following location(s):"
echo " ${INSTALL_DIR}"
echo " ${MINIX_LLVM_BIN_DIR}"
exit 1
fi
LLVMARGS=" ${LLVM_PASS_ARGS}"
fi
}
#Make sure we are running from the root dir of the Minix sources
check_current_dir
. ${MINIX_LLVM_DIR}/minix.inc
# Arguments check
check_args "$@"
if [ "$C" == "" ]; then
C="hello"
fi
if [ "${GENERATE_MAP}" != "" ] && [[ ${GENERATE_MAP} =~ [yY][eE][sS] ]]; then
generate_modules_map
fi
: ${OPTFLAGS="-disable-opt -disable-inlining -load ${MINIX_LLVM_DIR}/bin/weak-alias-module-override.so -weak-alias-module-override"}
# If we are really instrumenting with some pass...
if [ "${LLVMPASS_PATHS}" != "" ]; then
OPTFLAGS=" ${OPTFLAGS} ${LLVMPASS_PATHS} ${LLVMARGS}"
fi
TARGET_MODULES=`echo " $C " | sed -e "s/,/ /g" -e "s/ rd / ramdisk memory /g"`
for m in ${TARGET_MODULES}
do
for p in `get_modules_path $m`
do
MINIX_MODS="${MINIX_MODS} $p"
done
done
# Show info
echo "Build.llvm: Executing with following parameters..."
echo "LLVM pass : $@"
echo "LLVM pass arguments : ${LLVMARGS}"
echo "Target Minix modules : ${MINIX_MODS}"
echo "OPTFLAGS value : ${OPTFLAGS}"
echo
cd ${MINIX_ROOT}
OPTFLAGS=`echo ${OPTFLAGS} | sed -e 's/\\$/$$/g'`
for m in ${MINIX_MODS}
do
echo "Instrumenting $m ..."
n=`get_module_name $m`
if [ "" == "$n" ]; then
echo "Error: Couldn't fetch the module name for $m"
continue
fi
if [ "$n" == "ramdisk" ] || [ "$n" == "memory" ]; then
(cd minix/llvm && C=$n ./relink.llvm)
continue
fi
clean_module $n $m
( ${TOOLDIR}/nbmake-${ARCH} -C $m all install MKBITCODE=yes OPTFLAGS="${OPTFLAGS}" \
&& echo "INFO: $m successfully instrumented."
)
echo
done
cd ${MYPWD}

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@ -1,465 +0,0 @@
#!/bin/bash
set -o errexit
cd $(dirname $0)
CMD=$(pwd)/$(basename $0)
mode=$1
shift || mode="no_action"
ROOT=../..
MYPWD=$( pwd )
IMAGE=$( readlink -f $ROOT/minix_x86.img )
DISK=$( readlink -f $ROOT/minix_x86.disk )
RC=$( readlink -f $ROOT/minix_x86.rc )
CONF=$( readlink -f $ROOT/minix_x86.conf )
MKFS=$( readlink -f $ROOT/../obj.i386/tooldir*/bin/nbmkfs.mfs )
MAKE=$( readlink -f $ROOT/../obj.i386/tooldir*/bin/nbmake-i386 )
ADDR2LINE=$( readlink -f $ROOT/../obj.i386/tooldir*/bin/i586-elf32-minix-addr2line )
BATCH=${BATCH:-0}
HYPER=${HYPER:-}
DISK_SIZE=${DISK_SIZE:-1024}
DISK_MNT=${DISK_MNT:-/media/minix-disk}
OUT=${OUT:-S} # S=STDOUT, F=FILE, C=CONSOLE, P=PTY
APPEND=${APPEND:-}
TIMEOUT=${TIMEOUT:-60}
BOOT_TIMEOUT=${BOOT_TIMEOUT:-45}
function rc_create {
cat <<EOF
#!/bin/sh
set -o errexit
[ -d /ext ] || mkdir /ext
mount /dev/c0d1 /ext
if [ -f /ext/etc/rc ]; then
sh /ext/etc/rc
fi
EOF
}
function rc_ext_default_create {
cat <<EOF
#!/bin/sh
echo "/ext/etc/rc: /ext mounted correctly."
EOF
}
function rc_ext_runcmd_create {
cat <<EOF
#!/bin/sh
echo "____runcmd_start"
$*
RET=\$?
echo "____runcmd_end \$RET status"
EOF
}
function minix_conf_create {
cat <<EOF
#!/bin/sh
GUEST_NIC=$guest_nic
HOST_FTP_USER=$host_ftp_user
HOST_FTP_PASS=$host_ftp_pass
HOST_FTP_PORT=$host_ftp_port
HOST_FTP_DIR=$host_ftp_dir
HOST_IP_ADDR=$host_ip_addr
EOF
}
#
# Configuration variables
#
CONF_VARS="guest_nic host_ftp_user host_ftp_pass host_ftp_port host_ftp_dir host_ip_addr"
function conf_init
{
for v in $CONF_VARS
do
if [ -z ${!v} ]; then
eval ${v}="NULL"
fi
done
}
function get_conf_value
{
local conf_var=$1
local msg="$2"
local default=$3
local values=""
[ ! -z $VALUES ] && values="$VALUES, "
line="$msg [${values}Default=$default]: "
(
echo -n "$line"
) 2>&1
if [ "${!conf_var}" == "NULL" ]; then
if [ $BATCH -eq 0 ]; then
read -r $conf_var
echo -en "\e[1A"
else
eval $conf_var=""
fi
fi
if [ "${!conf_var}" == "" ]; then
eval $conf_var=$default
fi
(
echo -en "\e[0K\r"
echo -n "$line"
echo ${!conf_var}
) 2>&1
RET=${!conf_var}
}
function get_conf_value_repeat
{
local check=$1
shift
local conf_var=$1
while true
do
get_conf_value "$@"
eval $check $RET || break
eval $conf_var="NULL"
done
}
function __get_conf_value_check_list
{
for v in $( echo $VALUES | sed "s/|/ /g" )
do
[ "$1" == "$v" ] && return 1
done
return 0
}
function get_conf_value_list
{
get_conf_value_repeat __get_conf_value_check_list "$@"
}
function get_conf_value_yn
{
VALUES="y|n" get_conf_value_list "$@"
}
function __get_conf_value_check_int_range
{
min=$( echo $VALUES | sed "s/|/ /g" | cut -d' ' -f 1 )
max=$( echo $VALUES | sed "s/|/ /g" | cut -d' ' -f 2 )
case $min in
''|*[!0-9]*) return 0 ;;
esac
case $max in
''|*[!0-9]*) return 0 ;;
esac
[ $1 -ge $min ] && [ $1 -le $max ] && return 1
return 0
}
function get_conf_value_int_range
{
get_conf_value_repeat __get_conf_value_check_int_range "$@"
}
function get_conf_value_nic
{
VALUES="0|13" get_conf_value_int_range "$@"
}
function __get_conf_value_check_string
{
return 1
}
function get_conf_value_string
{
get_conf_value_repeat __get_conf_value_check_string "$@"
}
function disk_mount {
local mnt=$1
echo "* Mounting ${DISK} to $mnt..."
[ -d $mnt ] || sudo mkdir -p $mnt
disk_umount &> /dev/null || true
sudo mount -o loop $DISK $mnt || true
}
function disk_umount {
echo "* Unmounting ${DISK}..."
sudo umount $DISK
}
function disk_build {
local size=$1
local tmp_mnt=$( mktemp -d /tmp/clientctl-XXXXX )
echo "* Building ${size} MB disk image..."
dd if=/dev/zero of=$DISK bs=1M count=$size
$MKFS $DISK
echo "* Setting up /ext/etc/rc file executed at startup..."
rc_create > $RC
disk_mount $tmp_mnt
[ -d $tmp_mnt/etc ] || mkdir -p $tmp_mnt/etc
rc_ext_default_create > $tmp_mnt/etc/rc
disk_umount
rm -rf $tmp_mnt
}
function minix_conf {
conf_init
nics="virbr0 virbr1 eth0 eth1 wlan0 wlan1"
for n in $nics
do
host_ip_addr_default=$( ifconfig $n 2> /dev/null | perl -nle'/dr:(\S+)/ && print $1' )
[ -z "$host_ip_addr_default" ] || break
done
get_conf_value_nic guest_nic "[NIC] Which nic do you want to use on MINIX (see MINIX' \`netconf -c\`)?" 7
get_conf_value_string host_ftp_user "[FTP] Username for FTP server running on the host?" ftptest
get_conf_value_string host_ftp_pass "[FTP] Password for FTP server running on the host?" ftptest
get_conf_value_string host_ftp_port "[FTP] Port for FTP server running on the host?" 21
get_conf_value_string host_ftp_dir "[FTP] Base directory for FTP server running on the host?" /home/$host_ftp_user
get_conf_value_string host_ip_addr "[HOSTS] Host ip address?" $host_ip_addr_default
echo ""
echo "* Setting up configuration settings in $CONF..."
minix_conf_create > $CONF
}
function wait_output {
RET=0
date
timeout $1 watch -n 1 -e \! grep -q "$2" $3 &> /dev/null < /dev/null || RET=$?
if [ $RET -eq 124 ]; then
echo "* Timed out after $1 seconds!" 1>&2
return 1
fi
echo "* Done." 1>&2
date
return 0
}
function run_cmd_exec {
echo "* Waiting for MINIX to boot..." 1>&2
wait_output $BOOT_TIMEOUT "__runcmd_start" runcmd.log || return 33
echo "* Waiting for command \"$*\"..." 1>&2
wait_output $TIMEOUT "__runcmd_end" runcmd.log || return 66
RET=$( grep __runcmd_end runcmd.log | cut -d' ' -f 2 )
return $RET
}
function run_cmd {
echo "* Setting up configuration..." 1>&2
[ -f $DISK ] || $CMD builddisk
[ -f $IMAGE ] || $CMD buildimage
$CMD mountdisk
[ ! -f $DISK_MNT/etc/rc ] || mv $DISK_MNT/etc/rc $DISK_MNT/etc/rc.bak
rc_ext_runcmd_create $* > $DISK_MNT/etc/rc
$CMD umountdisk
echo "* Starting up..." 1>&2
rm -f runcmd.*
OUT=S $CMD run &> runcmd.log &
PID=$!
RUNCMD_RET=0
run_cmd_exec $* || RUNCMD_RET=$?
cat runcmd.log | awk '/__runcmd_end/ {N=0;} { if (N==1) print; } /__runcmd_start/ {N=1;}' > runcmd.out
echo "* Shutting down..." 1>&2
for pid in $(ps ax -o pid,args --sort start_time | grep -e "$CMD run[^a-zA-Z]" -e qemu -e kvm | grep -v grep | cut -d' ' -f 1 | head -3 )
do
kill $pid &> /dev/null || true
done
$CMD mountdisk
[ ! -f $DISK_MNT/etc/rc.bak ] || mv $DISK_MNT/etc/rc.bak $DISK_MNT/etc/rc
echo "* COMMAND: \"$*\", RET: $RUNCMD_RET, OUTPUT:"
cat runcmd.out
return $RUNCMD_RET
}
function run {
if [ "$HYPER" == "" ]; then
if [ -e /dev/kvm ]; then
HYPER="qemu-system-i386 --enable-kvm"
else
HYPER=qemu-system-i386
fi
fi
opts="-m 256 -hda $IMAGE"
append="$APPEND rootdevname=c0d0p0"
[ ! -f $DISK ] || opts="$opts -hdb $DISK"
if [ "$OUT" == "F" ]; then
opts="$opts -curses -serial file:$MYPWD/serial.out"
append="$append cttyline=0"
echo "tail -f $MYPWD/serial.out" > $MYPWD/connect.cmd
elif [ "$OUT" == "C" ]; then
opts="$opts -curses -chardev socket,id=serial0,path=$MYPWD/serial.sock,server,nowait -serial chardev:serial0"
append="$append cttyline=0"
echo "(cd $MYPWD && minicom -D unix\#serial.sock)" > $MYPWD/connect.cmd
else
opts="$opts -nographic"
append="$append console=tty00"
if [ "$OUT" == "P" ]; then
opts="$opts -serial pty"
[ -z $PTS ] && PTS=$( $HYPER -serial pty 2>&1 | grep pts | sed "s/.* \([^ ]*pts[^ ]*\) .*/\1/g" )
echo "minicom -D $PTS" > $MYPWD/connect.cmd
else
echo "echo Cannot connect with OUT=S option." > $MYPWD/connect.cmd
fi
fi
(cd ../../../obj.i386/destdir.i386/boot/minix/.temp && $HYPER -kernel kernel -append "$append" $opts -initrd "mod01_ds,mod02_rs,mod03_pm,mod04_sched,mod05_vfs,mod06_memory,mod07_tty,mod08_mfs,mod09_vm,mod10_pfs,mod11_init")
}
function minix_connect {
echo "*****"
echo "***** Running: $( cat $MYPWD/connect.cmd )"
echo "*****"
eval $MYPWD/connect.cmd
}
function minix_unstack {
local service=$1
shift
if [ ! -f $ROOT/minix.mods.map ]; then
echo "$ROOT/minix.mods.map does not exist, run relink.llvm first!"
return 1
fi
path=$(grep "^$service=" $ROOT/minix.mods.map | cut -d= -f 2)
path=$ROOT/../obj.i386/$path/$service
$ADDR2LINE -p -f -e $path $*
}
function minix_test {
JOBS=${JOBS:-8}
RUNCMD=${RUNCMD:-ls}
C=${C:-full}
LOG=$(pwd)/test.log
if [ "$C" == "full" ]; then
cd $ROOT
JOBS=$JOBS BUILDVARS="-V MKBITCODE=yes" ./releasetools/x86_hdimage.sh -b 2>&1 | tee $LOG; test ${PIPESTATUS[0]} -eq 0 || exit 125
cd -
else
C=$C ./relink.llvm 2>&1 | tee $LOG; test ${PIPESTATUS[0]} -eq 0 || exit 125
./clientctl buildimage 2>&1 | tee -a $LOG; test ${PIPESTATUS[0]} -eq 0 || exit 125
fi
if [ "$RUNCMD" != "" ]; then
./clientctl runcmd $RUNCMD 2>&1 | tee -a $LOG; test ${PIPESTATUS[0]} -eq 0 || exit 2
fi
exit 0
}
function minix_bisect {
cd $ROOT
git bisect reset
echo " * Enter bad commit: "
read bad
echo " * Enter good commit: "
read good
git bisect start $bad $good
git bisect run minix/llvm/clientctl test
cd -
}
# Usage: [C=set] ./clientctl buildasr [num]
#
# Build 'num' sets of ASR-randomized service binaries for the 'set' set of
# services. Defaults to one set (in addition to the set used to boot) for
# all services. To be used after building the full system.
#
# The MINIX3 counterpart of the generation taking place here is the
# update_asr(8) command, which cycles through the generated binaries.
#
function minix_buildasr {
MINIXLLVMDIR=$ROOT/minix/llvm
ASRDIR=/usr/service/asr
. $MINIXLLVMDIR/common.inc # get DESTDIR
DESTDIR="$DESTDIR/destdir.i386" # correct DESTDIR
ASRDESTDIR="$DESTDIR$ASRDIR"
COUNT=${1:-1} # take count from command line, default to 1
C=${C:-"servers,fs,net,drivers"}
# start by relinking everything against the magic library
C=$C $MINIXLLVMDIR/relink.llvm magic
# we are replacing any previously made ASR binaries
rm -rf $ASRDESTDIR/*
# generate $COUNT number of sets of ASR-randomized service binaries
# TODO: do not use current time as random seed
N=1
while [ $N -le $COUNT ]; do
mkdir $ASRDESTDIR/$N
export BINDIR=$ASRDIR/$N
C=$C $MINIXLLVMDIR/build.llvm magic asr
sleep 1 # just to make sure they're guaranteed to be different
N=$(($N + 1))
done
# generate the initial set of service binaries, different as well
unset BINDIR
C=$C $MINIXLLVMDIR/build.llvm magic asr
# finally generate the image
# x86_hdimage will automatically add the binaries to the image set
$MINIXLLVMDIR/clientctl buildimage
}
case "$mode" in
'buildimage')
(cd $ROOT && CREATE_IMAGE_ONLY=1 releasetools/x86_hdimage.sh -b)
;;
'buildboot')
(cd $ROOT && $MAKE -C releasetools do-hdboot)
;;
'conf')
minix_conf
;;
'builddisk')
rm -f $DISK
disk_build $DISK_SIZE
;;
'mountdisk')
disk_mount $DISK_MNT
;;
'umountdisk')
disk_umount
;;
'runcmd')
run_cmd $*
;;
'run')
run
;;
'connect')
minix_connect
;;
'unstack')
minix_unstack $*
;;
'test')
minix_test
;;
'bisect')
minix_bisect
;;
'buildasr')
minix_buildasr $*
;;
*)
echo "Invalid action: $mode"
exit 1
;;
esac

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#!/bin/bash
############################
#
# Author: Koustubha Bhat
# Date : 3-April-2014
# VU University, Amsterdam.
#
############################
##################
# Initialization
##################
set -o errexit
MYPWD="`pwd`"
ARCH=i386
MINIX_ROOT=
MINIX_LLVM_DIR=
GOLD_DEST_DIR=
EXITCODE=0
function check_current_dir()
{
#Make sure we are running from the root dir of the Minix sources
if [ -d ./minix/drivers ] && [ -d ./minix/servers ] ; then
MINIX_ROOT="${MYPWD}"
elif [ -d ../../minix/drivers ] && [ -d ../../minix/servers ]; then
MINIX_ROOT="${MYPWD}/../.."
else
echo "Please run the script from either of the following locations:"
echo "> Root of the Minix sources."
echo " OR"
echo "> minix/llvm directory of the Minix sources."
exit 1
fi
MINIX_LLVM_DIR="${MINIX_ROOT}/minix/llvm"
GOLD_DEST_DIR="${MINIX_ROOT}/minix/llvm/bin"
MINIX_ROOT_1=`readlink -f ${MINIX_ROOT}`
MINIX_DEST_DIR=`readlink -f ${MINIX_ROOT}/../obj.${ARCH}`
MINIX_TOOLS_DIR="${MINIX_DEST_DIR}/tooldir.`uname -s`-`uname -r`-`uname -m`"
}
# Make sure we are running from the right directory
check_current_dir
# Create common.inc
if [ ! -f ${MINIX_LLVM_DIR}/common.inc ]; then
echo "# This file was automatically generated by configure.llvm" > ${MINIX_LLVM_DIR}/common.inc
echo "DESTDIR=\"${MINIX_DEST_DIR}\"" >> ${MINIX_LLVM_DIR}/common.inc
echo "TOOLDIR=\"${MINIX_TOOLS_DIR}/bin\"" >> ${MINIX_LLVM_DIR}/common.inc
fi
. ${MINIX_LLVM_DIR}/minix.inc
# Set default values for essential variables
: ${JOBS=1}
: ${GEN_GOLD_PLUGIN="yes"}
: ${REBUILD_MINIX="yes"}
########################
# Generate Gold Plugin
########################
if [ "${GEN_GOLD_PLUGIN}" == "yes" ] && [ -f "${MYPWD}/.gold_generated" ]; then
GEN_GOLD_PLUGIN="no"
fi
if [ "${GEN_GOLD_PLUGIN}" == "yes" ]; then
${MINIX_LLVM_DIR}/generate_gold_plugin.sh
if [ ! -f "${GOLD_DEST_DIR}/libLTO.so" ] || [ ! -f "${GOLD_DEST_DIR}/LLVMgold.so" ]; then
echo "Failure: generate_gold_plugin.sh"
exit 1
fi
echo "Finished generating gold plugin."
touch "${MYPWD}/.gold_generated"
else
echo "Gold plugin generation: NO"
fi
########################
# Build Minix
########################
export BUILDVARS
if [ "${REBUILD_MINIX}" == "yes" ]; then
echo "Building Minix..."
echo "CC:$CC"
echo "CXX:$CXX"
echo "JOBS:$JOBS"
echo "BUILDVARS:$BUILDVARS"
echo
cd ${MINIX_ROOT}
./releasetools/x86_hdimage.sh -b || EXITCODE=1
cd ${MYPWD}
if [ "$EXITCODE" != "0" ]; then
echo "Error: Failed building Minix source code."
exit $EXITCODE
else
echo "Completed building Minix source code."
fi
else
echo "Building Minix: NO"
fi
exit $EXITCODE

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#!/bin/bash
ARCH=i386
MINIX_MODULES_MAPFILE=${MINIX_ROOT}/minix.mods.map
MINIX_LLVM_BIN_DIR=${MINIX_LLVM_DIR}/bin
[ -f ${MINIX_LLVM_DIR}/common.inc ] || cp ${MINIX_LLVM_DIR}/common.inc.default ${MINIX_LLVM_DIR}/common.inc
. ${MINIX_LLVM_DIR}/common.inc
# generate_modules_map()
#
# Generates the ${MINIX_MODULES_MAPFILE} file
function generate_modules_map()
{
local TMPFILE="/tmp/.modules.map.tmp"
local OUTFILE="${MINIX_MODULES_MAPFILE}"
local currdir=`pwd`
echo "Generating Minix modules map..." 1>&2
cd ${MINIX_ROOT}
grep -r "^PROG *=" . --include=Makefile | sed -e "s/\s*//g" | sed -e "s/PROG *=//g" > ${TMPFILE}
grep -r "^PROGS *=" . --include=Makefile | sed -e "s/\s\s*/ /g" | sed -e "s/PROGS *=//g" | sed -e "s/\.\///g" | (
while read line; do
path=$(echo $line | cut -d' ' -f 1)
progs=$(echo $line | cut -d' ' -f 2-)
for p in $progs
do
echo $path$p
done
done
) >> ${TMPFILE}
cat ${TMPFILE} | sed -e "s/\.\///g" > ${TMPFILE}.1
for l in `cat ${TMPFILE}.1`; do echo "`echo $l | cut -d: -f2`=`echo $l | cut -d: -f1`" | sed -e "s/\/Makefile//g"; done > ${TMPFILE}.2
GREP_FILTER=$( cat minix/drivers/Makefile | awk "\$1 ~ /endif/ {N=0}; N==1 {print}; \$4 ~ /earm/ {N=1}" | sed "s/^\t//g" | sed "s/SUBDIR[^ ]* *//g" | sed "s/ \\\//g" | xargs | sed "s/ /= -e ^/g")
# The blacklist has drivers not available on x86; ideally this would be extracted from the Makefiles
blacklist=""
blacklist="$blacklist -e ^bmp085="
blacklist="$blacklist -e ^cat24c256="
blacklist="$blacklist -e ^fb="
blacklist="$blacklist -e ^gpio="
blacklist="$blacklist -e ^i2c="
blacklist="$blacklist -e ^lan8710a="
blacklist="$blacklist -e ^mmcemmc="
blacklist="$blacklist -e ^sht21="
blacklist="$blacklist -e ^tda19988="
blacklist="$blacklist -e ^tps65217="
blacklist="$blacklist -e ^tps65950="
blacklist="$blacklist -e ^tsl2550="
blacklist="$blacklist -e ^usbd="
grep -v -e ^${GREP_FILTER}= -e ^ramdisk -e ^memory= $blacklist ${TMPFILE}.2 > ${OUTFILE}
echo ramdisk=minix/drivers/storage/ramdisk >> ${OUTFILE} # ramdisk always second last
echo memory=minix/drivers/storage/memory >> ${OUTFILE} # memory always last
rm -rf ${TMPFILE} ${TMPFILE}.1 ${TMPFILE}.2
cd ${currdir}
}
# get_modules_path
#
# Searches through the modules map and gets all the locations
# pertaining to the module(s) being searched.
function get_modules_path()
{
local MODULE_NAME=$1
if [ ! -f "${MINIX_MODULES_MAPFILE}" ]; then
generate_modules_map
fi
if [ $MODULE_NAME == "servers" ] || [ $MODULE_NAME == "drivers" ] || [ $MODULE_NAME == "fs" ] || [ $MODULE_NAME == "net" ] || [ $MODULE_NAME == "commands" ]; then
MODULE_NAME="=minix/${MODULE_NAME}/"
else
MODULE_NAME="^${MODULE_NAME}="
fi
echo `grep "${MODULE_NAME}" ${MINIX_MODULES_MAPFILE} | cut -d= -f2`
}
# get_module_name
#
# Given a module path, it gives its corresponding module name
function get_module_name()
{
local MODULE_PATH=$1
if [ ! -f "${MINIX_MODULES_MAPFILE}" ]; then
generate_modules_map
fi
echo `grep "${MODULE_PATH}$" ${MINIX_MODULES_MAPFILE} | cut -d= -f1`
}
# clean_module()
#
# Cleans up the DESTDIR directory for the specified module
function clean_module()
{
local MODULE_NAME=$1
local MODULE_PATH=$2
local MODE=$3 # MODE can either be "relink" or "build"
local currdir=`pwd`
# By default, clean only the potentially instrumented files
local TARGETS="${MODULE_NAME} *.opt.bcl *.bcl.o"
if [ "${MODE}" == "relink" ]; then
TARGETS="${TARGETS} *.bcl"
fi
if [ -d ${DESTDIR}/${MODULE_PATH} ]; then
cd ${DESTDIR}/${MODULE_PATH}
rm -rf ${TARGETS} 2> /dev/null || true
fi
cd ${currdir}
}

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@ -1,136 +0,0 @@
#!/bin/bash
############################
#
# Author: Koustubha Bhat
# Date : 3-April-2014
# VU University, Amsterdam.
#
############################
set -o errexit
MYPWD=`pwd`
MINIX_ROOT=
MINIX_LLVM_DIR=
TARGET_MODULES=
MINIX_MODS=
STATIC_LIBS=
LDFLAGS_PLACEHOLDER=" "
# Set default values to essential variables.
: ${GENERATE_MAP="no"}
: ${C="servers,fs,net,drivers"}
function usage()
{
echo "C=<target Minix module> $0 [<static library name>]"
echo
echo "Examples:"
echo "C=pm,vfs ./$0 dummy"
echo "C=drivers ./$0 dummy"
echo
}
function check_current_dir()
{
#Make sure we are running from the root dir of the Minix sources
if [ -d ./minix/drivers ] && [ -d ./minix/servers ] ; then
MINIX_ROOT="${MYPWD}"
elif [ -d ../../minix/drivers ] && [ -d ../../minix/servers ]; then
MINIX_ROOT="${MYPWD}/../.."
else
echo "Please run the script from either of the following locations:"
echo "> Root of the Minix sources."
echo " OR"
echo "> minix/llvm directory of the Minix sources."
exit 1
fi
MINIX_LLVM_DIR="${MINIX_ROOT}/minix/llvm"
}
# Copied from configure.llvm.inc
function build_llvm_libs()
{
local LIBS=""
for a in $*
do
LIBS="$LIBS `find $INSTALL_DIR -maxdepth 2 -name ${a}\*.bcc | xargs`"
done
echo $LIBS
}
function find_static_libs()
{
local stat_libs_minix=
stat_libs_minix=`build_llvm_libs $*`
echo "${stat_libs_minix}"
}
#Make sure we are running from the right directory
check_current_dir
# Arguments check
if [ "$1" == "--help" ] || [ "$1" == "-h" ]; then
usage
exit 1
fi
. ${MINIX_LLVM_DIR}/minix.inc
INSTALL_DIR=${DESTDIR}/minix/lib
echo ".so and .bcc binaries of LLVM passes set to be picked up from:"
echo " ${INSTALL_DIR}"
echo
# Picking up the selected modules
if [ "${GENERATE_MAP}" != "" ] && [[ ${GENERATE_MAP} =~ [yY][eE][sS] ]]; then
generate_modules_map
fi
STATIC_LIBS=`find_static_libs $*`
TARGET_MODULES=`echo " $C " | sed -e "s/,/ /g" -e "s/ rd / ramdisk memory /g"`
for m in ${TARGET_MODULES}
do
for p in `get_modules_path $m`
do
MINIX_MODS="${MINIX_MODS} $p"
done
done
# Show info
echo "relink.llvm: Executing with following parameters..."
echo "LIBRARIES : $*"
echo "Target Minix modules : ${MINIX_MODS}"
echo
cd ${MINIX_ROOT}
for m in ${MINIX_MODS}
do
echo "Relinking $m ..."
n=`get_module_name $m`
if [ "" == "$n" ]; then
echo "Error: Couldn't fetch the module name for $m"
continue
fi
clean_module $n $m "relink"
if [ "${STATIC_LIBS}"!="" ]; then
STATIC_LIBS=`echo ${STATIC_LIBS} | sed -e "s/\ /\\\ /g"`
LDFLAGS_PLACEHOLDER="BITCODE_LD_FLAGS_1ST.$n=${STATIC_LIBS}"
fi
env "`echo ${LDFLAGS_PLACEHOLDER}`" MKBITCODE=yes \
${TOOLDIR}/nbmake-${ARCH} -C $m all install
echo
done
cd ${MYPWD}