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|
#! /usr/bin/env bash
# Stage or queue build2 packages and distributions.
#
# -b
# Packages baseutils/mingw.
# -o
# Only package baseutils/mingw.
# -s
# Only prepare the install scripts and regenerate toolchain.sha256.
# -q
# Put packages into the queue instead of staging. Used to update for
# queue.
# -p
# Regenerate build2-toolchain into queue's 0/ and update the checksums file
# but don't do anything else. Used to update for public.
#
usage="usage: etc/stage"
rsync_ops="--progress"
owd=`pwd`
trap "{ cd $owd; exit 1; }" ERR
set -o errtrace # Trap in functions.
function info () { echo "$*" 1>&2; }
function error () { info "$*"; exit 1; }
v="$(sed -n -re 's/^version: ([^.]+\.[^.]+\.[^-]+(-[ab]\.[^.+]+)?).*$/\1/p' build2-toolchain/manifest)"
vf="$(echo $v | sed -re 's/^([^.]*)\.([^.]*)\.([^-]*).*$/\1.\2.\3/')" # Final.
if [ -z "$v" -o -z "$vf" ]; then
error "unable to extract version from build2-toolchain/version"
fi
mode=
base=
base_only=
script_only=
dist_src=staging/0
dist_dst=stage.build2.org:/var/www/stage.build2.org/public/0
while [ $# -gt 0 ]; do
case $1 in
-b)
base=true
shift
;;
-o)
base_only=true
shift
;;
-s)
script_only=true
shift
;;
-q)
mode=-q
dist_src=cppget.org/0
dist_dst=build2.org:/var/www/download.build2.org/public/queue
shift
;;
-p)
mode=-p
dist_src=cppget.org/0
dist_dst=example.org/not-used
shift
;;
*)
error "unexpected $1"
;;
esac
done
# Note that this structure is seriously hard-wired in the install scripts.
# Specifically, they assume paths in toolchain.sha256 are in the <ver>/<file>
# form.
#
mkdir -p "$dist_src/$v"
# Generate baseutils if requested.
#
if [ "$base" = true ]; then
cd private/baseutils
echo "$v" >version
./pkdist -n baseutils -d "$vf" -z "/tmp/build2-baseutils-$v-i686-windows" \
--sys-p "$vf/list-msys-i686" \
--sys-c "$vf/control-msys" \
--sys-s ./pkpost-base-msys \
--min-p "$vf/list-mingw-i686" \
--min-c "$vf/control-mingw-i686" \
--min-s ./pkpost-base-mingw
./pkdist -n baseutils -d "$vf" -z "/tmp/build2-baseutils-$v-x86_64-windows" \
--sys-p "$vf/list-msys-x86_64" \
--sys-c "$vf/control-msys" \
--sys-s ./pkpost-base-msys \
--min-p "$vf/list-mingw-x86_64" \
--min-c "$vf/control-mingw-x86_64" \
--min-s ./pkpost-base-mingw
./pkdist -n mingw -d "mingw-$vf" -x "/tmp/build2-mingw-$v-i686-windows" \
--min-p "mingw-$vf/list-mingw-i686" \
--min-c "mingw-$vf/control-mingw-i686" \
--min-s ./pkpost-mingw-mingw
./pkdist -n mingw -d "mingw-$vf" -x "/tmp/build2-mingw-$v-x86_64-windows" \
--min-p "mingw-$vf/list-mingw-x86_64" \
--min-c "mingw-$vf/control-mingw-x86_64" \
--min-s ./pkpost-mingw-mingw
cd ../..
mv "/tmp/build2-baseutils-$v-i686-windows.zip" "$dist_src/$v/"
mv "/tmp/build2-baseutils-$v-i686-windows.zip.sha256" "$dist_src/$v/"
mv "/tmp/build2-baseutils-$v-x86_64-windows.zip" "$dist_src/$v/"
mv "/tmp/build2-baseutils-$v-x86_64-windows.zip.sha256" "$dist_src/$v/"
mv "/tmp/build2-mingw-$v-i686-windows.tar.xz" "$dist_src/$v/"
mv "/tmp/build2-mingw-$v-i686-windows.tar.xz.sha256" "$dist_src/$v/"
mv "/tmp/build2-mingw-$v-x86_64-windows.tar.xz" "$dist_src/$v/"
mv "/tmp/build2-mingw-$v-x86_64-windows.tar.xz.sha256" "$dist_src/$v/"
fi
if [ "$base_only" = true ]; then
exit 0
fi
##
##if false; then
mkdir -p /tmp/dist
# Dist build2-toolchain.
#
if [ "$script_only" != true ]; then
# Cleanup old stuff.
#
rm -f "$owd/$dist_src/$v"/build2-toolchain-*
b "dist(build2-toolchain-default/)" \
"config.dist.archives=$owd/$dist_src/$v/tar.xz $owd/$dist_src/$v/tar.gz"
cd "$owd/$dist_src/$v/"
tv="$(echo build2-toolchain-*.tar.gz | sed -re 's/build2-toolchain-(.+).tar.gz/\1/')"
sha256sum -b "build2-toolchain-$tv.tar.gz" >"build2-toolchain-$tv.tar.gz.sha256"
sha256sum -b "build2-toolchain-$tv.tar.xz" >"build2-toolchain-$tv.tar.xz.sha256"
cd "$owd"
else
cd "$owd/$dist_src/$v/"
tv="$(echo build2-toolchain-*.tar.gz | sed -re 's/build2-toolchain-(.+).tar.gz/\1/')"
cd "$owd"
fi
# Prepare the toolchain.sha256 checksums file.
#
function checksum_line () # <file>
{
local s
s="$(sed -n -re 's/^([^ ]+) .+$/\1/p' "$dist_src/$v/$1.sha256")"
echo "$s *$v/$1" >>"$dist_src/toolchain.sha256"
}
echo "# $tv" >"$dist_src/toolchain.sha256"
checksum_line "build2-toolchain-$tv.tar.xz" # Must be first.
checksum_line "build2-baseutils-$v-x86_64-windows.zip"
checksum_line "build2-mingw-$v-x86_64-windows.tar.xz"
#checksum_line "build2-baseutils-$v-i686-windows.zip"
#checksum_line "build2-mingw-$v-i686-windows.tar.xz"
# Prepare install script/batch files and then append their checksums to
# toolchain.sha256.
#
case "$mode" in
-q) o=--queue ;;
-p) o= ;;
*) o=--stage ;;
esac
scripts=($(private/install/prepare "$o" "$dist_src"))
for f in "${scripts[@]}"; do
info "prepared $f"
checksum_line "$f"
done
if [ "$mode" = "-p" ]; then
exit 0
fi
# Sync the distribution.
#
# Note that we do the distribution first so that the toolchain changes are
# visible before package changes. This is relied upon by the Build OS monitor.
#
info "Press Enter to start distribution upload"
read
rsync -v -rlpt -c --copy-unsafe-links --prune-empty-dirs --delete-after \
$rsync_ops "$dist_src/" "$dist_dst/"
##fi
##
if [ "$script_only" = true ]; then
exit 0
fi
# Distribute packages, regenerate and sync the repository.
#
etc/stage-pkg -c $mode -d apr packaging/apr/libapr1
etc/stage-pkg -c $mode -d postgresql packaging/postgresql/libpq
etc/stage-pkg -c $mode -d sqlite \
packaging/sqlite/libsqlite3 \
packaging/sqlite/sqlite3
etc/stage-pkg -c $mode -d pkgconf packaging/pkgconf/libpkgconf
etc/stage-pkg -c $mode -d studxml ../studxml/libstudxml
etc/stage-pkg -c $mode -d hello hello/libhello-1.0
# For now we also stage libodb-mysql since we clean up the odb/ subdirectory.
#
etc/stage-pkg -c $mode -d odb \
../odb/builds/default/libodb \
../odb/builds/default/libodb-sqlite \
../odb/builds/default/libodb-pgsql \
../odb/builds/default/libodb-mysql
etc/stage-pkg -c $mode build2 \
libbutl \
build2 \
libbpkg \
bpkg \
bdep \
libbbot \
brep \
bbot \
libstd-modules
|
