FROM openshift3/playbook2image

MAINTAINER OpenShift Team <dev@lists.openshift.redhat.com>

LABEL name="openshift3/openshift-ansible" \
      summary="OpenShift's installation and configuration tool" \
      description="A containerized openshift-ansible image to let you run playbooks to install, upgrade, maintain and check an OpenShift cluster" \
      url="https://github.com/openshift/openshift-ansible" \
      io.k8s.display-name="openshift-ansible" \
      io.k8s.description="A containerized openshift-ansible image to let you run playbooks to install, upgrade, maintain and check an OpenShift cluster" \
      io.openshift.expose-services="" \
      io.openshift.tags="openshift,install,upgrade,ansible" \
      com.redhat.component="aos3-installation-docker" \
      version="v3.4.1" \
      release="1" \
      architecture="x86_64"

# Playbooks, roles and their dependencies are installed from packages.
# Unlike in Dockerfile, we don't invoke the 'assemble' script here
# because all content and dependencies (like 'oc') is already
# installed via yum.
USER root
RUN INSTALL_PKGS="atomic-openshift-utils atomic-openshift-clients python-boto" && \
    yum repolist > /dev/null && \
    yum-config-manager --enable rhel-7-server-ose-3.4-rpms && \
    yum-config-manager --enable rhel-7-server-rh-common-rpms && \
    yum install -y $INSTALL_PKGS && \
    yum clean all

USER ${USER_UID}

# The playbook to be run is specified via the PLAYBOOK_FILE env var.
# This sets a default of openshift_facts.yml as it's an informative playbook
# that can help test that everything is set properly (inventory, sshkeys).
# As the playbooks are installed via packages instead of being copied to
# $APP_HOME by the 'assemble' script, we set the WORK_DIR env var to the
# location of openshift-ansible.
ENV PLAYBOOK_FILE=playbooks/byo/openshift_facts.yml \
    WORK_DIR=/usr/share/ansible/openshift-ansible \
    OPTS="-v"

# Add files for running as a system container
COPY system-container/root /

CMD [ "/usr/libexec/s2i/run" ]
