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|
#!/bin/bash
#
# Package script for Diamond.
#
# Thanks: http://stackoverflow.com/questions/1596945/building-osx-app-bundle
# Also fix $INSTALLDIR/MacOS/diamond in case this number changes
PYVER=2.7
APP=Diamond.app
INSTALLDIR=$APP/Contents
LIBDIR=$INSTALLDIR/lib
APPDIR=/Applications/$INSTALLDIR
LOCALDIR=/opt/gtk
# set up our virtual python environment
virtualenv --python=python$PYVER --no-site-packages $INSTALLDIR
# install diamond in it
$INSTALLDIR/bin/python setup.py install --prefix=.
# install dxdiff
cd ../dxdiff;
../diamond/$INSTALLDIR/bin/python setup.py install
cd ../diamond;
# This has placed a bin/diamond file which just launches our bin/diamond
# Unfortunately, it's in the wrong place, so move it
mkdir $INSTALLDIR/MacOS
# Sort out the MacResources
cp MacOS_Resources/PkgInfo $INSTALLDIR/
cp MacOS_Resources/Info.plist $INSTALLDIR/
cp MacOS_Resources/pango_rc $INSTALLDIR/
mkdir $INSTALLDIR/Resources
cp MacOS_Resources/diamond.icns $INSTALLDIR/Resources/
cp MacOS_Resources/diamond $INSTALLDIR/MacOS
# Now we have to play silly buggers with some bits of the diamond file
# as the Mac app packages adds a command line argument, which we want to ignore
sed -i -e 's/sys.argv\[1:\]/sys.argv\[2:\]/' $INSTALLDIR/lib/python2.7/site-packages/diamond-1.0-py2.7.egg/EGG-INFO/scripts/diamond
# Now we have to feed the app some schemas or it's all for nothing
# Set up the schema folders
mkdir -p $INSTALLDIR/share/schemata
# Let's get the latest fluidity release schema
# NOTE: UPDATE URL AFTER A RELEASE
if [ ! -d fluidity ]; then
bzr branch lp:fluidity/4.1 fluidity
else
cd fluidity
bzr up
cd ../
fi
# Make the schemata description
# The path of the RNG is relative to diamond.egg/EGG_INFO directory
cat > $INSTALLDIR/share/schemata/flml << EOF
Fluidity Markup Language
../../../../../share/schemata/fluidity/fluidity_options.rng
EOF
rm -rf $INSTALLDIR/share/schemata/fluidity
mkdir $INSTALLDIR/share/schemata/fluidity
cp fluidity/schemas/*.rng $INSTALLDIR/share/schemata/fluidity/
cp ../schema/*.rng $INSTALLDIR/share/schemata/fluidity/
# clean up
#rm -rf fluidity
# Do the above for any other schema we want to distribute
# Don't forget the spud-base!
# Let's get lxml installed
$INSTALLDIR/bin/easy_install --allow-hosts=lxml.de,*.python.org lxml
# Temp. solution - Just manually copy stuff we know we need
SITEPACKAGES=$LIBDIR/python$PYVER/site-packages
mkdir -p $SITEPACKAGES
# This locates pygtk.pyc. We want the source file
pygtk=`python -c "import pygtk; print pygtk.__file__[:-1]"`
oldsite=`dirname $pygtk`
gobject=`python -c "import gobject; print gobject.__file__[:-1]"`
glib=`python -c "import glib; print glib.__file__[:-1]"`
# Copy PyGtk and related libraries
cp $pygtk $SITEPACKAGES
cp -r `dirname $gobject` $SITEPACKAGES
cp -r `dirname $glib` $SITEPACKAGES
cp -r $oldsite/cairo $SITEPACKAGES
cp -r $oldsite/gtk-2.0 $SITEPACKAGES
cp $oldsite/pygtk.pth $SITEPACKAGES
# Modules, config, etc.
for dir in lib etc/pango etc/gtk-2.0 share/themes; do
mkdir -p $INSTALLDIR/$dir
cp -r $LOCALDIR/$dir/* $INSTALLDIR/$dir
done
# Resources, are processed on startup
for dir in etc/gtk-2.0 etc/pango lib/gdk-pixbuf-2.0/2.10.0; do
mkdir -p $INSTALLDIR/Resources/$dir
cp $LOCALDIR/$dir/* $INSTALLDIR/Resources/$dir
done
# Somehow files are writen with mode 444
find $INSTALLDIR -type f -exec chmod u+w {} \;
function log() {
echo $* >&2
}
function resolve_deps() {
local lib=$1
local dep
otool -L $lib | grep -e "^.$LOCALDIR/" |\
while read dep _; do
echo $dep
done
}
function fix_paths() {
local lib=$1
log Fixing $lib
for dep in `resolve_deps $lib`; do
log Fixing `basename $lib`
log "| $dep"
install_name_tool -change $dep @executable_path/../lib/`basename $dep` $lib
done
}
binlibs=`find $INSTALLDIR -type f -name '*.so'`
for lib in $binlibs; do
log Resolving $lib
resolve_deps $lib
fix_paths $lib
done | sort -u | while read lib; do
log Copying $lib
cp $lib $LIBDIR
chmod u+w $LIBDIR/`basename $lib`
fix_paths $LIBDIR/`basename $lib`
done
for lib in $dylibs; do
log Resolving $lib
resolve_deps $lib
fix_paths $lib
done | sort -u | while read lib; do
log Copying $lib
cp $lib $LIBDIR
chmod u+w $LIBDIR/`basename $lib`
fix_paths $LIBDIR/`basename $lib`
done
# Fix config files
sed -i -e 's#/opt/gtk/#'$APPDIR'/#' $INSTALLDIR/etc/pango/pango.modules
sed -i -e 's#/opt/gtk/#'$APPDIR'/#' $INSTALLDIR/lib/gdk-pixbuf-2.0/2.10.0/loaders.cache
sed -i -e 's#/opt/gtk/#'$APPDIR'/#' $INSTALLDIR/Resources/etc/pango/pango.modules
sed -i -e 's#/opt/gtk/#'$APPDIR'/#' $INSTALLDIR/Resources/lib/gdk-pixbuf-2.0/2.10.0/loaders.cache
# Package!
VERSION=0.01
# we now need to fiddle with the Python run path on the diamond script
# COMMENT THESE OUT IF YOU WANT TO TEST YOUR APP WITHOUT INSTALLING
# EDIT AS REQUIRED
sed -i -e 's|/Users/amcg/Software/spud/mac_port/diamond|/Applications|' $INSTALLDIR/lib/python2.7/site-packages/diamond-1.0-py2.7.egg/EGG-INFO/scripts/diamond
sed -i -e 's|/Users/amcg/Software/spud/mac_port/diamond|/Applications|' $INSTALLDIR/MacOS/diamond
zip -rq Diamond-$VERSION-osx.zip $APP
hdiutil create -srcfolder $APP Diamond-$VERSION.dmg
# To test, temporarily move your /opt/gtk folder
# Move the Diamond.app folder to /Applications and go
# open -a Console
# helps to debug
|