#!/bin/bash -xe

# {{ ansible_managed }}

# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.

export NODEPOOL_MIRROR_HOST={{ mirror_fqdn }}

# This script generates a descriptor slug to use with AFS, composed of the
# operating system, its version, and the processor architecture.

# Pull in the os release.
#   ID is 'fedora', 'centos', 'ubuntu'
#   VERSION_ID is '23', '7', '14.04'
#   Nothing else is useful and/or reliable across distros
. /etc/os-release

################################################################################
# Generate an OS Release Name
OS_TYPE=$ID

################################################################################
# Generate a version string.
OS_VERSION=$VERSION_ID
if [ "$OS_TYPE" != "ubuntu" ]; then
    OS_VERSION=$(echo $OS_VERSION | cut -d'.' -f1)
fi

################################################################################
# Get the processor architecture.
#  x86_64, i386, armv7l, armv6l
OS_ARCH=$(uname -m)

################################################################################
# Build the name
AFS_SLUG="$OS_TYPE-$OS_VERSION-$OS_ARCH"
AFS_SLUG=$(echo "$AFS_SLUG" | tr '[:upper:]' '[:lower:]')

export AFS_SLUG
export NODEPOOL_DEBIAN_MIRROR=${NODEPOOL_DEBIAN_MIRROR:-http://$NODEPOOL_MIRROR_HOST/debian}
export NODEPOOL_PYPI_MIRROR=${NODEPOOL_PYPI_MIRROR:-http://$NODEPOOL_MIRROR_HOST/pypi/simple}
export NODEPOOL_WHEEL_MIRROR=${NODEPOOL_WHEEL_MIRROR:-http://$NODEPOOL_MIRROR_HOST/wheel/$AFS_SLUG}
export NODEPOOL_UBUNTU_MIRROR=${NODEPOOL_UBUNTU_MIRROR:-http://$NODEPOOL_MIRROR_HOST/ubuntu}
export NODEPOOL_CENTOS_MIRROR=${NODEPOOL_CENTOS_MIRROR:-http://$NODEPOOL_MIRROR_HOST/centos}
export NODEPOOL_DEBIAN_OPENSTACK_MIRROR=${NODEPOOL_DEBIAN_OPENSTACK_MIRROR:-http://$NODEPOOL_MIRROR_HOST/debian-openstack}
export NODEPOOL_EPEL_MIRROR=${NODEPOOL_EPEL_MIRROR:-http://$NODEPOOL_MIRROR_HOST/epel}
export NODEPOOL_FEDORA_MIRROR=${NODEPOOL_FEDORA_MIRROR:-http://$NODEPOOL_MIRROR_HOST/fedora}
export NODEPOOL_OPENSUSE_MIRROR=${NODEPOOL_OPENSUSE_MIRROR:-http://$NODEPOOL_MIRROR_HOST/opensuse}
export NODEPOOL_CEPH_MIRROR=${NODEPOOL_CEPH_MIRROR:-http://$NODEPOOL_MIRROR_HOST/ceph-deb-hammer}
export NODEPOOL_UCA_MIRROR=${NODEPOOL_UCA_MIRROR:-http://$NODEPOOL_MIRROR_HOST/ubuntu-cloud-archive}
export NODEPOOL_MARIADB_MIRROR=${NODEPOOL_MARIADB_MIRROR:-http://$NODEPOOL_MIRROR_HOST/ubuntu-mariadb}
# Reverse proxy servers
export NODEPOOL_BUILDLOGS_CENTOS_PROXY=${NODEPOOL_BUILDLOGS_CENTOS_PROXY:-http://$NODEPOOL_MIRROR_HOST:8080/buildlogs.centos}
export NODEPOOL_DOCKER_REGISTRY_PROXY=${NODEPOOL_DOCKER_REGISTRY_PROXY:-http://$NODEPOOL_MIRROR_HOST:8081/registry-1.docker/}
export NODEPOOL_RDO_PROXY=${NODEPOOL_RDO_PROXY:-http://$NODEPOOL_MIRROR_HOST:8080/rdo}
export NODEPOOL_RUGYGEMS_PROXY=${NODEPOOL_RUBYGEMS_PROXY:-http://$NODEPOOL_MIRROR_HOST:8080/rubygems/}
export NODEPOOL_NPM_REGISTRY_PROXY=${NODEPOOL_NPM_REGISTRY_PROXY:-http://$NODEPOOL_MIRROR_HOST:8080/registry.npmjs}
export NODEPOOL_TARBALLS_PROXY=${NODEPOOL_TARBALLS_PROXY:-http://$NODEPOOL_MIRROR_HOST:8080/tarballs}
export NODEPOOL_LXC_IMAGE_PROXY=${NODEPOOL_LXC_IMAGE_PROXY:-$NODEPOOL_MIRROR_HOST:8080/images.linuxcontainers}