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#!/bin/bash
set -x
set -e
SCRIPT=$(readlink -f "$0")
SCRIPTPATH=$(dirname "$SCRIPT")
# Run me from your build dir! I look for binaries in bin/, lib/ etc.
BUILDPATH=$(pwd)
# PREREQUISITE: a built rook image to use as a base, either self built
# or from dockerhub. If you ran "make" in your rook source checkout
# you'll have one like build-<hash>/rook-amd64
DEFAULT_BASEIMAGE="`docker image ls | grep ceph-amd64 | cut -d " " -f 1`"
BASEIMAGE="${BASEIMAGE:-$DEFAULT_BASEIMAGE}"
# PREREQUISITE: a repo that you can push to. You are probably running
# a local docker registry that your kubelet nodes also have access to.
if [ -z "$REPO" ]
then
echo "ERROR: no \$REPO set!"
echo "Run a docker repository and set REPO to <hostname>:<port>"
exit -1
fi
# The output image name: this should match whatever is configured as
# the image name in your Rook cluster CRD object.
IMAGE=rook/ceph
TAG=$(git rev-parse --short HEAD)
# The namespace where ceph containers are running in your
# test cluster: used for bouncing the containers.
NAMESPACE=rook-ceph
mkdir -p kubejacker
cp $SCRIPTPATH/Dockerfile kubejacker
sed -i s@BASEIMAGE@$BASEIMAGE@ kubejacker/Dockerfile
# TODO: let user specify which daemon they're interested
# in -- doing all bins all the time is too slow and bloaty
BINS="ceph-mgr ceph-mon ceph-mds ceph-osd rados radosgw-admin radosgw"
pushd bin
strip $BINS #TODO: make stripping optional
tar czf $BUILDPATH/kubejacker/bin.tar.gz $BINS
popd
# We need ceph-common to support the binaries
# We need librados/rbd to support mgr modules
# that import the python bindings
LIBS="libceph-common.so.0 libceph-common.so librados.so.2 librados.so librados.so.2.0.0 librbd.so librbd.so.1 librbd.so.1.12.0"
pushd lib
strip $LIBS #TODO: make stripping optional
tar czf $BUILDPATH/kubejacker/lib.tar.gz $LIBS
popd
pushd ../src/pybind/mgr
find ./ -name "*.pyc" -exec rm -f {} \;
# Exclude node_modules because it's the huge sources in dashboard/frontend
tar --exclude=node_modules --exclude=tests --exclude-backups -czf $BUILDPATH/kubejacker/mgr_plugins.tar.gz *
popd
ECLIBS="libec_*.so*"
pushd lib
strip $ECLIBS #TODO: make stripping optional
tar czf $BUILDPATH/kubejacker/eclib.tar.gz $ECLIBS
popd
CLSLIBS="libcls_*.so*"
pushd lib
strip $CLSLIBS #TODO: make stripping optional
tar czf $BUILDPATH/kubejacker/clslib.tar.gz $CLSLIBS
popd
pushd kubejacker
docker build -t $REPO/$IMAGE:$TAG .
popd
# Push the image to the repository
docker tag $REPO/$IMAGE:$TAG $REPO/$IMAGE:latest
docker push $REPO/$IMAGE:latest
docker push $REPO/$IMAGE:$TAG
# Finally, bounce the containers to pick up the new image
kubectl -n $NAMESPACE delete pod -l app=rook-ceph-mds
kubectl -n $NAMESPACE delete pod -l app=rook-ceph-mgr
kubectl -n $NAMESPACE delete pod -l app=rook-ceph-mon
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