forgejo/releases/container-images-pull-verify-push.sh
Loïc Dachary 599c5162ad
[CI] Woodpecker based releases process
(cherry picked from commit c2a7aaeee8)
(cherry picked from commit 6b6007fbce)
(cherry picked from commit 63608a221e)
(cherry picked from commit 5cfe60baa7)
(cherry picked from commit 2af4c73d12)
(cherry picked from commit 1985959bfe)
(cherry picked from commit 880424c77e)
(cherry picked from commit c78a861d1b)
(cherry picked from commit 25c1227011)
(cherry picked from commit 7195e894ee)
(cherry picked from commit cf15153873)
(cherry picked from commit 9bee773c95)
(cherry picked from commit 581c3060da)
(cherry picked from commit bf550f9b2c)
(cherry picked from commit b570eca0b9)

[CI] implementation: Woodpecker based CI (squash)

Upgrade xgo to Go v1.20 for building binaries

(cherry picked from commit 6308c776b6)

[CI] v1.20: switch PR check from Woodpecker CI to Forgejo Actions

The PR checks for v1.19 still rely on Woodpecker CI. Keeping
.woodpecker in v1.20 while both Woodpecker CI & Forgejo Actions are
enabled would dupicate the checks.

The release process in releases remains Woodpecker CI.

(cherry picked from commit 93e42f3f53)
2023-06-12 23:08:38 +02:00

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Executable file

#!/bin/sh
set -ex
: ${DOCKER_HOST:=unix:///var/run/docker.sock}
: ${ARCHS:=amd64 arm64}
: ${PULL_USER:=forgejo-integration}
if test "$CI_REPO" = "forgejo/release" ; then
: ${PUSH_USER:=forgejo}
else
: ${PUSH_USER:=forgejo-experimental}
fi
: ${INTEGRATION_IMAGE:=codeberg.org/$PULL_USER/forgejo}
: ${TAG:=${CI_COMMIT_TAG##v}}
: ${SHORT_TAG=${TAG%.*-*}}
: ${DOMAIN:=codeberg.org}
: ${TOKEN_HEADER:=/tmp/token$$}
trap "rm -f ${TOKEN_HEADER}" EXIT
: ${VERIFY:=true}
VERIFY_COMMAND='gitea --version'
VERIFY_STRING='built with'
publish() {
for suffix in '' '-rootless' ; do
images=""
for arch in $ARCHS ; do
#
# Get the image from the integration user
#
image=$(image_name $PULL_USER $suffix)
docker pull --platform linux/$arch $image
#
# Verify it is usable
#
if $VERIFY ; then
docker run --platform linux/$arch --rm $image $VERIFY_COMMAND | grep "$VERIFY_STRING"
fi
#
# Push the image with a tag reflecting the architecture to the repo owner
#
arch_image=$(arch_image_name $PUSH_USER $arch $suffix)
docker tag $image $arch_image
docker push $arch_image
images="$images $arch_image"
done
#
# Push a manifest with all the architectures to the repo owner
#
manifest=$(image_name $PUSH_USER $suffix)
docker manifest rm $manifest || true
docker manifest create $manifest $images
image_put $PUSH_USER $(image_tag $suffix) $manifest
image_put $PUSH_USER $(short_image_tag $suffix) $manifest
#
# Sanity check to ensure the manifest that are published can actualy
# be used.
#
for arch in $ARCHS ; do
docker pull --platform linux/$arch $(image_name $PUSH_USER $suffix)
docker pull --platform linux/$arch $(short_image_name $PUSH_USER $suffix)
done
done
}
boot() {
if docker version ; then
return
fi
apk --update --no-cache add coredns jq curl
( echo ".:53 {" ; echo " forward . /etc/resolv.conf"; echo "}" ) > /etc/coredns/Corefile
coredns -conf /etc/coredns/Corefile &
/usr/local/bin/dockerd --data-root /var/lib/docker --host=$DOCKER_HOST --dns 172.17.0.3 &
for i in $(seq 60) ; do
docker version && break
sleep 1
done
docker version || exit 1
}
authenticate() {
echo "$RELEASETEAMTOKEN" | docker login --password-stdin --username "$RELEASETEAMUSER" $DOMAIN
curl -u$RELEASETEAMUSER:$RELEASETEAMTOKEN -sS https://$DOMAIN/v2/token | jq --raw-output '"Authorization: token \(.token)"' > $TOKEN_HEADER
}
image_put() {
docker manifest inspect $3 > /tmp/manifest.json
curl -sS -H @$TOKEN_HEADER -X PUT --data-binary @/tmp/manifest.json https://$DOMAIN/v2/$1/forgejo/manifests/$2
}
main() {
boot
authenticate
publish
}
image_name() {
echo $DOMAIN/$1/forgejo:$(image_tag $2)
}
image_tag() {
echo $TAG$1
}
short_image_name() {
echo $DOMAIN/$1/forgejo:$(short_image_tag $2)
}
short_image_tag() {
echo $SHORT_TAG$1
}
arch_image_name() {
echo $DOMAIN/$1/forgejo:$(arch_image_tag $2 $3)
}
arch_image_tag() {
echo $TAG-$1$2
}
${@:-main}