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moby--moby/project/release.sh

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#!/usr/bin/env bash
set -e
# This script looks for bundles built by make.sh, and releases them on a
# public S3 bucket.
#
# Bundles should be available for the VERSION string passed as argument.
#
# The correct way to call this script is inside a container built by the
# official Dockerfile at the root of the Docker source code. The Dockerfile,
# make.sh and release.sh should all be from the same source code revision.
set -o pipefail
# Print a usage message and exit.
usage() {
cat >&2 <<'EOF'
To run, I need:
- to be in a container generated by the Dockerfile at the top of the Docker
repository;
- to be provided with the name of an S3 bucket, in environment variable
AWS_S3_BUCKET;
- to be provided with AWS credentials for this S3 bucket, in environment
variables AWS_ACCESS_KEY and AWS_SECRET_KEY;
- the passphrase to unlock the GPG key which will sign the deb packages
(passed as environment variable GPG_PASSPHRASE);
- a generous amount of good will and nice manners.
The canonical way to run me is to run the image produced by the Dockerfile: e.g.:"
docker run -e AWS_S3_BUCKET=test.docker.com \
-e AWS_ACCESS_KEY=... \
-e AWS_SECRET_KEY=... \
-e GPG_PASSPHRASE=... \
-i -t --privileged \
docker ./hack/release.sh
EOF
exit 1
}
[ "$AWS_S3_BUCKET" ] || usage
[ "$AWS_ACCESS_KEY" ] || usage
[ "$AWS_SECRET_KEY" ] || usage
[ "$GPG_PASSPHRASE" ] || usage
[ -d /go/src/github.com/docker/docker ] || usage
cd /go/src/github.com/docker/docker
[ -x hack/make.sh ] || usage
RELEASE_BUNDLES=(
binary
cross
tgz
ubuntu
)
if [ "$1" != '--release-regardless-of-test-failure' ]; then
RELEASE_BUNDLES=(
test-unit test-integration
"${RELEASE_BUNDLES[@]}"
test-integration-cli
)
fi
VERSION=$(cat VERSION)
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BUCKET=$AWS_S3_BUCKET
# These are the 2 keys we've used to sign the deb's
# release (get.docker.com)
# GPG_KEY="36A1D7869245C8950F966E92D8576A8BA88D21E9"
# test (test.docker.com)
# GPG_KEY="740B314AE3941731B942C66ADF4FD13717AAD7D6"
setup_s3() {
# Try creating the bucket. Ignore errors (it might already exist).
s3cmd mb s3://$BUCKET 2>/dev/null || true
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# Check access to the bucket.
# s3cmd has no useful exit status, so we cannot check that.
# Instead, we check if it outputs anything on standard output.
# (When there are problems, it uses standard error instead.)
s3cmd info s3://$BUCKET | grep -q .
# Make the bucket accessible through website endpoints.
s3cmd ws-create --ws-index index --ws-error error s3://$BUCKET
}
# write_to_s3 uploads the contents of standard input to the specified S3 url.
write_to_s3() {
DEST=$1
F=`mktemp`
cat > $F
s3cmd --acl-public --mime-type='text/plain' put $F $DEST
rm -f $F
}
s3_url() {
case "$BUCKET" in
get.docker.com|test.docker.com)
echo "https://$BUCKET"
;;
*)
s3cmd ws-info s3://$BUCKET | awk -v 'FS=: +' '/http:\/\/'$BUCKET'/ { gsub(/\/+$/, "", $2); print $2 }'
;;
esac
}
build_all() {
if ! ./hack/make.sh "${RELEASE_BUNDLES[@]}"; then
echo >&2
echo >&2 'The build or tests appear to have failed.'
echo >&2
echo >&2 'You, as the release maintainer, now have a couple options:'
echo >&2 '- delay release and fix issues'
echo >&2 '- delay release and fix issues'
echo >&2 '- did we mention how important this is? issues need fixing :)'
echo >&2
echo >&2 'As a final LAST RESORT, you (because only you, the release maintainer,'
echo >&2 ' really knows all the hairy problems at hand with the current release'
echo >&2 ' issues) may bypass this checking by running this script again with the'
echo >&2 ' single argument of "--release-regardless-of-test-failure", which will skip'
echo >&2 ' running the test suite, and will only build the binaries and packages. Please'
echo >&2 ' avoid using this if at all possible.'
echo >&2
echo >&2 'Regardless, we cannot stress enough the scarcity with which this bypass'
echo >&2 ' should be used. If there are release issues, we should always err on the'
echo >&2 ' side of caution.'
echo >&2
exit 1
fi
}
upload_release_build() {
src="$1"
dst="$2"
latest="$3"
echo
echo "Uploading $src"
echo " to $dst"
echo
s3cmd --follow-symlinks --preserve --acl-public put "$src" "$dst"
if [ "$latest" ]; then
echo
echo "Copying to $latest"
echo
s3cmd --acl-public cp "$dst" "$latest"
fi
# get hash files too (see hash_files() in hack/make.sh)
for hashAlgo in md5 sha256; do
if [ -e "$src.$hashAlgo" ]; then
echo
echo "Uploading $src.$hashAlgo"
echo " to $dst.$hashAlgo"
echo
s3cmd --follow-symlinks --preserve --acl-public --mime-type='text/plain' put "$src.$hashAlgo" "$dst.$hashAlgo"
if [ "$latest" ]; then
echo
echo "Copying to $latest.$hashAlgo"
echo
s3cmd --acl-public cp "$dst.$hashAlgo" "$latest.$hashAlgo"
fi
fi
done
}
release_build() {
GOOS=$1
GOARCH=$2
binDir=bundles/$VERSION/cross/$GOOS/$GOARCH
tgzDir=bundles/$VERSION/tgz/$GOOS/$GOARCH
binary=docker-$VERSION
tgz=docker-$VERSION.tgz
latestBase=
if [ -z "$NOLATEST" ]; then
latestBase=docker-latest
fi
# we need to map our GOOS and GOARCH to uname values
# see https://en.wikipedia.org/wiki/Uname
# ie, GOOS=linux -> "uname -s"=Linux
s3Os=$GOOS
case "$s3Os" in
darwin)
s3Os=Darwin
;;
freebsd)
s3Os=FreeBSD
;;
linux)
s3Os=Linux
;;
*)
echo >&2 "error: can't convert $s3Os to an appropriate value for 'uname -s'"
exit 1
;;
esac
s3Arch=$GOARCH
case "$s3Arch" in
amd64)
s3Arch=x86_64
;;
386)
s3Arch=i386
;;
arm)
s3Arch=armel
# someday, we might potentially support mutliple GOARM values, in which case we might get armhf here too
;;
*)
echo >&2 "error: can't convert $s3Arch to an appropriate value for 'uname -m'"
exit 1
;;
esac
s3Dir=s3://$BUCKET/builds/$s3Os/$s3Arch
latest=
latestTgz=
if [ "$latestBase" ]; then
latest="$s3Dir/$latestBase"
latestTgz="$s3Dir/$latestBase.tgz"
fi
if [ ! -x "$binDir/$binary" ]; then
echo >&2 "error: can't find $binDir/$binary - was it compiled properly?"
exit 1
fi
if [ ! -f "$tgzDir/$tgz" ]; then
echo >&2 "error: can't find $tgzDir/$tgz - was it packaged properly?"
exit 1
fi
upload_release_build "$binDir/$binary" "$s3Dir/$binary" "$latest"
upload_release_build "$tgzDir/$tgz" "$s3Dir/$tgz" "$latestTgz"
}
# Upload the 'ubuntu' bundle to S3:
# 1. A full APT repository is published at $BUCKET/ubuntu/
# 2. Instructions for using the APT repository are uploaded at $BUCKET/ubuntu/index
release_ubuntu() {
[ -e bundles/$VERSION/ubuntu ] || {
echo >&2 './hack/make.sh must be run before release_ubuntu'
exit 1
}
# Sign our packages
dpkg-sig -g "--passphrase $GPG_PASSPHRASE" -k releasedocker \
--sign builder bundles/$VERSION/ubuntu/*.deb
# Setup the APT repo
APTDIR=bundles/$VERSION/ubuntu/apt
mkdir -p $APTDIR/conf $APTDIR/db
s3cmd sync s3://$BUCKET/ubuntu/db/ $APTDIR/db/ || true
cat > $APTDIR/conf/distributions <<EOF
Codename: docker
Components: main
Architectures: amd64 i386
EOF
# Add the DEB package to the APT repo
DEBFILE=bundles/$VERSION/ubuntu/lxc-docker*.deb
reprepro -b $APTDIR includedeb docker $DEBFILE
# Sign
for F in $(find $APTDIR -name Release); do
gpg -u releasedocker --passphrase $GPG_PASSPHRASE \
--armor --sign --detach-sign \
--output $F.gpg $F
done
# Upload keys
s3cmd sync $HOME/.gnupg/ s3://$BUCKET/ubuntu/.gnupg/
gpg --armor --export releasedocker > bundles/$VERSION/ubuntu/gpg
s3cmd --acl-public put bundles/$VERSION/ubuntu/gpg s3://$BUCKET/gpg
local gpgFingerprint=36A1D7869245C8950F966E92D8576A8BA88D21E9
if [[ $BUCKET == test* ]]; then
gpgFingerprint=740B314AE3941731B942C66ADF4FD13717AAD7D6
fi
# Upload repo
s3cmd --acl-public sync $APTDIR/ s3://$BUCKET/ubuntu/
cat <<EOF | write_to_s3 s3://$BUCKET/ubuntu/index
# Check that HTTPS transport is available to APT
if [ ! -e /usr/lib/apt/methods/https ]; then
apt-get update
apt-get install -y apt-transport-https
fi
# Add the repository to your APT sources
echo deb $(s3_url)/ubuntu docker main > /etc/apt/sources.list.d/docker.list
# Then import the repository key
apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv-keys $gpgFingerprint
# Install docker
apt-get update
apt-get install -y lxc-docker
#
# Alternatively, just use the curl-able install.sh script provided at $(s3_url)
#
EOF
# Add redirect at /ubuntu/info for URL-backwards-compatibility
rm -rf /tmp/emptyfile && touch /tmp/emptyfile
s3cmd --acl-public --add-header='x-amz-website-redirect-location:/ubuntu/' --mime-type='text/plain' put /tmp/emptyfile s3://$BUCKET/ubuntu/info
echo "APT repository uploaded. Instructions available at $(s3_url)/ubuntu"
}
# Upload binaries and tgz files to S3
release_binaries() {
[ -e bundles/$VERSION/cross/linux/amd64/docker-$VERSION ] || {
echo >&2 './hack/make.sh must be run before release_binaries'
exit 1
}
for d in bundles/$VERSION/cross/*/*; do
GOARCH="$(basename "$d")"
GOOS="$(basename "$(dirname "$d")")"
release_build "$GOOS" "$GOARCH"
done
# TODO create redirect from builds/*/i686 to builds/*/i386
cat <<EOF | write_to_s3 s3://$BUCKET/builds/index
# To install, run the following command as root:
curl -sSL -O $(s3_url)/builds/Linux/x86_64/docker-$VERSION && chmod +x docker-$VERSION && sudo mv docker-$VERSION /usr/local/bin/docker
# Then start docker in daemon mode:
sudo /usr/local/bin/docker -d
EOF
# Add redirect at /builds/info for URL-backwards-compatibility
rm -rf /tmp/emptyfile && touch /tmp/emptyfile
s3cmd --acl-public --add-header='x-amz-website-redirect-location:/builds/' --mime-type='text/plain' put /tmp/emptyfile s3://$BUCKET/builds/info
if [ -z "$NOLATEST" ]; then
echo "Advertising $VERSION on $BUCKET as most recent version"
echo $VERSION | write_to_s3 s3://$BUCKET/latest
fi
}
# Upload the index script
release_index() {
sed "s,url='https://get.docker.com/',url='$(s3_url)/'," hack/install.sh | write_to_s3 s3://$BUCKET/index
}
release_test() {
if [ -e "bundles/$VERSION/test" ]; then
s3cmd --acl-public sync bundles/$VERSION/test/ s3://$BUCKET/test/
fi
}
setup_gpg() {
# Make sure that we have our keys
mkdir -p $HOME/.gnupg/
s3cmd sync s3://$BUCKET/ubuntu/.gnupg/ $HOME/.gnupg/ || true
gpg --list-keys releasedocker >/dev/null || {
gpg --gen-key --batch <<EOF
Key-Type: RSA
Key-Length: 4096
Passphrase: $GPG_PASSPHRASE
Name-Real: Docker Release Tool
Name-Email: docker@docker.com
Name-Comment: releasedocker
Expire-Date: 0
%commit
EOF
}
}
main() {
build_all
setup_s3
setup_gpg
release_binaries
release_ubuntu
release_index
release_test
}
main
echo
echo
echo "Release complete; see $(s3_url)"
echo