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|
docker_image_exists() {
test -n "$(docker images -q "$REPO_USER/$1")"
}
docker_depends() {
case "$1" in
osmo-*-centos8) echo "centos8-build" ;;
osmo-*) echo "debian-stretch-build" ;;
ttcn3-*) echo "debian-stretch-titan" ;;
esac
}
docker_distro_from_image_name() {
case "$1" in
osmo-*-centos8) echo "centos8"; ;;
*) echo "debian-stretch" ;;
esac
}
docker_dir_from_image_name() {
case "$1" in
osmo-*-centos8) echo "$1" | sed 's/\-centos8$//' ;;
*) echo "$1" ;;
esac
}
# Make sure required images are available and build them if necessary.
# $*: image names (e.g. "debian-stretch-build", "osmo-mgw-master", "osmo-mgw-master-centos8")
# The images are automatically built from the Dockerfile of the subdir of the same name. If there is a
# distribution name at the end of the image name (e.g. osmo-mgw-master-centos8), it gets removed from the subdir
# where the Dockerfile is taken from (e.g. osmo-mgw-master/Dockerfile) and DISTRO is passed accordingly
# (e.g. DISTRO=centos8). This allows one Dockerfile for multiple distributions, without duplicating configs for
# each distribution. Dependencies listed in docker_depends() are built automatically too.
docker_images_require() {
local i
local from_line
local pull_arg
local distro_arg
local depends
local dir
for i in $@; do
# Build dependencies first
depends="$(docker_depends "$i")"
if [ -n "$depends" ]; then
docker_images_require $depends
fi
# Trigger image build (cache will be used when up-to-date)
if [ -z "$NO_DOCKER_IMAGE_BUILD" ]; then
distro_arg="$(docker_distro_from_image_name "$i")"
dir="$(docker_dir_from_image_name "$i")"
# Pull upstream base images
pull_arg="--pull"
from_line="$(grep '^FROM' ../$dir/Dockerfile)"
if echo "$from_line" | grep -q '$USER'; then
pull_arg=""
fi
echo "Building image: $i (export NO_DOCKER_IMAGE_BUILD=1 to prevent this)"
make -C "../$dir" \
PULL="$pull_arg" \
DISTRO="$distro_arg" \
IMAGE="$REPO_USER/$i" \
|| exit 1
fi
# Detect missing images (build skipped)
if ! docker_image_exists "$i"; then
echo "ERROR: missing image: $i"
exit 1
fi
done
}
#kills all containers attached to network
network_clean() {
docker network inspect $NET_NAME | grep Name | cut -d : -f2 | awk -F\" 'NR>1{print $2}' | xargs -rn1 docker kill
}
network_create() {
NET=$1
if docker network ls | grep -q $NET_NAME; then
echo removing stale network and containers...
network_clean
network_remove
fi
echo Creating network $NET_NAME
docker network create --internal --subnet $NET $NET_NAME
}
network_remove() {
echo Removing network $NET_NAME
docker network remove $NET_NAME
}
fix_perms() {
if ! docker_image_exists "debian-stretch-build"; then
docker_images_require "debian-stretch-build"
fi
echo Fixing permissions
docker run --rm \
-v $VOL_BASE_DIR:/data \
--name ${BUILD_TAG}-cleaner \
$REPO_USER/debian-stretch-build \
chmod -R a+rX /data/
}
collect_logs() {
fix_perms
cat "$VOL_BASE_DIR"/*/junit-*.log || true
}
set -x
# non-jenkins execution: assume local user name
if [ "x$REPO_USER" = "x" ]; then
REPO_USER=$USER
fi
if [ "x$WORKSPACE" = "x" ]; then
# non-jenkins execution: put logs in /tmp
VOL_BASE_DIR="$(mktemp -d)"
# point /tmp/logs to the last ttcn3 run
rm /tmp/logs || true
ln -s "$VOL_BASE_DIR" /tmp/logs || true
else
# jenkins execution: put logs in workspace
VOL_BASE_DIR="$WORKSPACE/logs"
rm -rf "$VOL_BASE_DIR"
mkdir -p "$VOL_BASE_DIR"
fi
# non-jenkins execution: put logs in /tmp
if [ "x$BUILD_TAG" = "x" ]; then
BUILD_TAG=nonjenkins
fi
SUITE_NAME=`basename $PWD`
NET_NAME=$SUITE_NAME
|
