#!/bin/bash

# This is used by the buildbot to cross-compile for OS/2 from Linux, using

# OpenWatcom. In an ideal world, we wouldn't need this, but we need a few

# things to do this "properly" ...

#

# - OS/2 running as a VMware guest on the build machine

# - Buildbot-worker running on that OS/2 guest

# - CMake for OS/2 that...

# - ... has Open Watcom compiler support and...

# - ... a Watcom WMake project generator.

#

# Some of these things are doable (there is a CMake port for OS/2, you can

# use GCC with it), but since OpenWatcom will just target OS/2 on Linux just

# like it could on OS/2, it's easier and more efficient to just have a

# buildbot script compile it here.

#

# Note that we just blast all the C files through the wcc386 compiler and

# skip CMake entirely. We should fix this at some point.

set -e

if [ -z $ZIPFILE ]; then

ZIPFILE=physfs-os2.zip

fi

export WATCOM="/usr/local/share/watcom"

export PATH="$PATH:$WATCOM/binl"

WLIBFLAGS="-b -c -n -q -p=512"

cd `dirname "$0"`

cd ..

mkdir -p buildbot

cd buildbot

rm -f test_physfs.obj

OKAY="1"

for src in ../src/*.c ; do

echo wcc386 $src $CFLAGS

wcc386 $src $CFLAGS || OKAY="0"

done

if [ "$OKAY" == "1" ]; then

echo wlib $WLIBFLAGS physfs.lib *.obj

wlib $WLIBFLAGS physfs.lib *.obj || OKAY="0"

fi

echo wcc386 ../test/test_physfs.c $CFLAGS

wcc386 ../test/test_physfs.c $CFLAGS || OKAY="0"

if [ "$OKAY" == "1" ]; then

LDFLAGS="name test_physfs d all sys os2v2 op m libr physfs op q op symf FIL test_physfs.obj"

echo wlink $LDFLAGS

wlink $LDFLAGS || OKAY="0"

fi

if [ "$OKAY" == "1" ]; then

echo 1>&2 "ERROR: final binary doesn't appear to be OS/2 executable."

OKAY=0

fi

fi

if [ "$OKAY" == "1" ]; then

echo 1>&2 "Build succeeded."

rm -rf "$ZIPFILE" physfs-os2

mkdir -p physfs-os2

echo "Zipping to '$ZIPFILE' ..."

cp ../src/physfs.h physfs.lib physfs-os2

chmod -R a+r physfs-os2

chmod a+x physfs-os2

chmod -R go-w physfs-os2

zip -9r "$ZIPFILE" physfs-os2

else

echo 1>&2 "Build failed."