#! /bin/sh

# GNU Mes --- Maxwell Equations of Software
# Copyright © 2017,2018 Jan (janneke) Nieuwenhuizen <janneke@gnu.org>
#
# This file is part of GNU Mes.
#
# GNU Mes is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or (at
# your option) any later version.
#
# GNU Mes 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.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with GNU Mes.  If not, see <http://www.gnu.org/licenses/>.

. ${srcdest}build-aux/config.sh
. ${srcdest}build-aux/trace.sh

GUILE=${GUILE-guile}
if [ -z "$GUILE" -o "$GUILE" = "true" ] || ! command -v $GUILE > /dev/null; then
    GUILE=src/mes
fi

[ -z "$MESCC" ] && MESCC=scripts/mescc
MES=${MES-$(command -v mes)}
[ -z "$MES" ] && MES=src/mes

set -e

trace "HEX2 0exit-42" $HEX2\
    --LittleEndian\
    --Architecture 2\
    --BaseAddress 0x1000000\
    -f ${srcdest}lib/x86_64-mes/elf64-0header.hex2\
    -f ${srcdest}lib/x86_64-mes/elf64-body-exit-42.hex2\
    -f ${srcdest}lib/x86_64-mes/elf-0footer.hex2\
    --exec_enable\
    -o lib/x86_64-mes/0exit-42.x86_64-out

trace "TEST 0exit-42"
{ set +e; lib/x86_64-mes/0exit-42.x86_64-out; r=$?; set -e; }
[ $r != 42 ] && echo "  => $r" && exit 1

trace "HEX2 0exit-42" $HEX2\
    --LittleEndian\
    --Architecture 2\
    --BaseAddress 0x1000000\
    -f ${srcdest}lib/x86_64-mes/elf64-header.hex2\
    -f ${srcdest}lib/x86_64-mes/elf64-body-exit-42.hex2\
    -f ${srcdest}lib/x86_64-mes/elf64-footer-single-main.hex2\
    --exec_enable\
    -o lib/x86_64-mes/exit-42.x86_64-out

trace "TEST exit-42"
{ set +e; lib/x86_64-mes/exit-42.x86_64-out; r=$?; set -e; }
[ $r != 42 ] && echo "  => $r" && exit 1

# if [ -d "$MES_SEED" ]; then
#     mkdir -p lib/x86_64-mes
#     trace "M1 crt1.S" $M1\
#         $M1FLAGS\
#         -f ${srcdest}lib/x86_64-mes/x86_64.M1\
#         -f $MES_SEED/x86_64-mes/crt1.S\
#         -o lib/x86_64-mes/crt1.o
#     trace "M1 libc.S" $M1\
#         $M1FLAGS\
#         -f ${srcdest}lib/x86_64-mes/x86_64.M1\
#         -f $MES_SEED/x86_64-mes/libc.S\
#         -o lib/x86_64-mes/libc.o
#     trace "M1 mes.S" $M1\
#         --LittleEndian\
#         --Architecture 2\
#         -f ${srcdest}lib/x86_64-mes/x86_64.M1\
#         -f $MES_SEED/x86_64-mes/mes.S\
#         -o src/mes.o
#     trace "BLOOD_ELF mes.S" $BLOOD_ELF\
#         -f ${srcdest}lib/x86_64-mes/x86_64.M1\
#         -f $MES_SEED/x86_64-mes/mes.S\
#         -f $MES_SEED/x86_64-mes/libc.S\
#         -o src/mes.S.blood-elf
#     trace "M1 mes.blood-elf" $M1\
#         --LittleEndian\
#         --Architecture 2\
#         -f src/mes.S.blood-elf\
#         -o src/mes.o.blood-elf
#     trace "HEX2 mes.o" $HEX2\
#         $HEX2FLAGS\
#         -f ${srcdest}lib/x86_64-mes/elf64-header.hex2\
#         -f lib/x86_64-mes/crt1.o\
#         -f lib/x86_64-mes/libc.o\
#         -f src/mes.o\
#         -f src/mes.o.blood-elf\
#         --exec_enable\
#         -o src/mes.seed-out
#     cp src/mes.seed-out src/mes
#     trace "M1 libc+tcc.S" $M1\
#         $M1FLAGS\
#         -f ${srcdest}lib/x86_64-mes/x86_64.M1\
#         -f $MES_SEED/x86_64-mes/libc+tcc.S\
#         -o lib/x86_64-mes/libc+tcc.o
# fi

# PREPROCESS=1
# if [ ! -d "$MES_SEED" ] \
#        && [ "$ARCH" = "i386" \
#             -o "$ARCH" = "i586" \
#             -o "$ARCH" = "i686" ]; then
#     MES_ARENA=100000000
# fi

# MES_ARENA=100000000
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/linux/crt0
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/libc-mini

# PREPROCESS= bash ${srcdest}build-aux/cc-mes.sh lib/x86_64-mes/exit-42

# trace "TEST exit-42.x86_64-mes-out"
# { set +e; lib/x86_64-mes/exit-42.x86_64-mes-out; r=$?; set -e; }
# [ $r != 42 ] && echo "  => $r" && exit 1

# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/linux/crt1
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/linux/crti
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/linux/crtn

# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/libc
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/libgetopt
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/libc+tcc
# ARCHDIR=1 NOLINK=1 bash ${srcdest}build-aux/cc-mes.sh lib/libc+gnu


# [ -n "$SEED" ] && exit 0

# MES_ARENA=${MES_ARENA-100000000}
# trace "MSNARF gc.c"     ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/gc.c
# trace "MSNARF lib.c"    ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/lib.c
# trace "MSNARF math.c"   ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/math.c
# trace "MSNARF mes.c"    ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/mes.c
# trace "MSNARF posix.c"  ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/posix.c
# trace "MSNARF reader.c" ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/reader.c
# trace "MSNARF vector.c" ./pre-inst-env bash ${srcdest}build-aux/mes-snarf.scm --mes src/vector.c

# echo MES_ARENA=$MES_ARENA
# bash ${srcdest}build-aux/cc-mes.sh scaffold/main

# bash ${srcdest}build-aux/cc-mes.sh scaffold/main
# bash ${srcdest}build-aux/cc-mes.sh scaffold/hello
# bash ${srcdest}build-aux/cc-mes.sh scaffold/argv
# bash ${srcdest}build-aux/cc-mes.sh scaffold/malloc
# ##sh ${srcdest}build-aux/cc-mes.sh scaffold/micro-mes
# ##sh ${srcdest}build-aux/cc-mes.sh scaffold/tiny-mes
# # bash ${srcdest}build-aux/cc-mes.sh scaffold/mini-mes
# bash ${srcdest}build-aux/cc-mes.sh src/mes
# cp src/mes.mes-out src/mes
true