forked from mirrors/nixpkgs
80 lines
1.6 KiB
Bash
80 lines
1.6 KiB
Bash
source $stdenv/setup
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export PLAN9=$out/plan9
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export PLAN9_TARGET=$PLAN9
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plan9portLinkFlags()
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{
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local -a linkFlags=()
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eval set -- "$NIX_LDFLAGS"
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while (( $# > 0 )); do
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if [[ $1 = -rpath ]]; then
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linkFlags+=( "-Wl,-rpath,$2" )
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shift 2
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else
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linkFlags+=( "$1" )
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shift
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fi
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done
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echo "${linkFlags[*]}"
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}
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configurePhase()
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{
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(
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echo CC9=\"$(command -v $CC)\"
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echo CFLAGS=\"$NIX_CFLAGS_COMPILE\"
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echo LDFLAGS=\"$(plan9portLinkFlags)\"
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echo X11=\"${libXt_dev}/include\"
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case "$system" in
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x86_64-*) echo OBJTYPE=x86_64;;
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i?86-*) echo OBJTYPE=386;;
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*power*) echo OBJTYPE=power;;
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*sparc*) echo OBJTYPE=sparc;;
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*) exit 12
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esac
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if [[ $system =~ .*linux.* ]]; then
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echo SYSVERSION=2.6.x
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fi
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) >config
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for f in `grep -l -r /usr/local/plan9`; do
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sed "s,/usr/local/plan9,${PLAN9},g" -i $f
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done
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}
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buildPhase()
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{
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mkdir -p $PLAN9
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# Copy sources, some necessary bin scripts
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cp -R * $PLAN9
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local originalPath="$PATH"
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export PATH="$PLAN9/bin:$PATH"
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export NPROC=$NIX_BUILD_CORES
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pushd src
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../dist/buildmk
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mk clean
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mk libs-nuke
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mk all
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mk -k install
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if [[ -f $PLAN9/bin/quote1 ]]; then
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cp $PLAN9/bin/quote1 $PLAN9/bin/'"'
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cp $PLAN9/bin/quote2 $PLAN9/bin/'""'
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fi
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popd
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export PATH="$originalPath"
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}
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installPhase()
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{
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# Copy the `9' utility. This way you can use
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# $ 9 awk
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# to use the plan 9 awk
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mkdir $out/bin
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ln -s $PLAN9/bin/9 $out/bin
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}
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genericBuild
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