localhost ansible_connection=local ansible_python_interpreter="/usr/bin/env python"

[all:vars]

# Remove these lines if you want to run a local image build
# Otherwise the setup playbook will install the official Ansible images. Versions may
# be selected based on: latest, 1, 1.0, 1.0.0, 1.0.0.123
# by default the base will be used to search for ansible/awx_web and ansible/awx_task
dockerhub_base=ansible

# Openshift Install
# Will need to set -e openshift_password=developer -e docker_registry_password=$(oc whoami -t)
#           or set -e openshift_token=TOKEN
# openshift_host=127.0.0.1:8443
# openshift_project=awx
# openshift_user=developer
# openshift_skip_tls_verify=False
# openshift_pg_emptydir=True

# Kubernetes Install
# kubernetes_context=test-cluster
# kubernetes_namespace=awx
# tiller_namespace=kube-system
# Optional Kubernetes Variables
# pg_persistence_storageClass=StorageClassName
# pg_cpu_limit=1000
# pg_mem_limit=2

# Kubernetes Ingress Annotations
# You can use the variables below to pass annotations to Kubernetes Ingress
# The example below shows an annotation to be used with Traefik but other Ingress controllers are also supported.
#kubernetes_ingress_hostname=awx.example.org
#kubernetes_ingress_annotations={'kubernetes.io/ingress.class': 'traefik', 'traefik.ingress.kubernetes.io/redirect-entry-point': 'https'}

# Kubernetes and Openshift Install Resource Requests
# These are the request and limit values for a pod's container for task/web/rabbitmq/memcached/management.
# The total amount of requested resources for a pod is the sum of all
# resources requested by all containers in the pod
# A cpu_request of 1500 is 1.5 cores for the container to start out with.
# A cpu_limit defines the maximum cores that that container can reserve.
# A mem_request of 2 is for 2 gigabytes of memory for the container
# A mem_limit defines the maximum memory that that container can reserve.
# Default values for these entries can be found in ./roles/kubernetes/defaults/main.yml
# task_cpu_request=1500
# task_mem_request=2
# task_cpu_limit=2000
# task_mem_limit=4
# web_cpu_limit=1000
# web_mem_limit=2
# rabbitmq_cpu_limit=1000
# rabbitmq_mem_limit=3
# memcached_cpu_limit=1000
# memcached_mem_limit=2
# management_cpu_limit=2000
# management_mem_limit=2

# Common Docker parameters
awx_task_hostname=awx
awx_web_hostname=awxweb
postgres_data_dir=/tmp/pgdocker
host_port=80
host_port_ssl=443
#ssl_certificate=
docker_compose_dir=/tmp/awxcompose

# Required for Openshift when building the image on your own
# Optional for Openshift if using Dockerhub or another prebuilt registry
# Required for Docker Compose Install if building the image on your own
# Optional for Docker Compose Install if using Dockerhub or another prebuilt registry
# Define if you want the image pushed to a registry. The container definition will also use these images
# docker_registry=172.30.1.1:5000
# docker_registry_repository=awx
# docker_registry_username=developer


# Docker_image will not attempt to push to remote if the image already exists locally
# Set this to true to delete images from docker on the build host so that they are pushed to the remote repository
# docker_remove_local_images=False

# Set pg_hostname if you have an external postgres server, otherwise
# a new postgres service will be created
# pg_hostname=postgresql
pg_username=awx
# pg_password should be random 10 character alphanumeric string, when postgresql is running on kubernetes
# NB: it's a limitation of the "official" postgres helm chart
pg_password=awxpass
pg_database=awx
pg_port=5432
#pg_sslmode=require

# RabbitMQ Configuration
rabbitmq_password=awxpass
rabbitmq_erlang_cookie=cookiemonster

# Use a local distribution build container image for building the AWX package
# This is helpful if you don't want to bother installing the build-time dependencies as
# it is taken care of already.
# NOTE: IMPORTANT: If you are running a mininshift install, using this container might not work
#                  if you are using certain drivers like KVM where the source tree can't be mapped
#                  into the build container.
#                  Thus this setting must be set to False which will trigger a local build. To view the
#                  typical dependencies that you might need to install see:
#                  installer/image_build/files/Dockerfile.sdist
# use_container_for_build=true

# This will create or update a default admin (superuser) account in AWX, if not provided
# then these default values are used
admin_user=admin
admin_password=password

# Whether or not to create preload data for demonstration purposes
create_preload_data=True

# AWX Secret key
# It's *very* important that this stay the same between upgrades or you will lose the ability to decrypt
# your credentials
secret_key=awxsecret

# Build AWX with official logos
# Requires cloning awx-logos repo as a sibling of this project.
# Review the trademark guidelines at https://github.com/ansible/awx-logos/blob/master/TRADEMARKS.md
# awx_official=false

# Proxy
#http_proxy=http://proxy:3128
#https_proxy=http://proxy:3128
#no_proxy=mycorp.org

# Container networking configuration
# Set the awx_task and awx_web containers' search domain(s)
#awx_container_search_domains=example.com,ansible.com
# Alternate DNS servers
#awx_alternate_dns_servers="10.1.2.3,10.2.3.4"

# AWX project data folder. If you need access to the location where AWX stores the projects
# it manages from the docker host, you can set this to turn it into a volume for the container.
#project_data_dir=/var/lib/awx/projects

# CA Trust directory. If you need to provide custom CA certificates, supplying
# this variable causes this directory on the host to be bind mounted over
# /etc/pki/ca-trust in the awx_task and awx_web containers.
#ca_trust_dir=/etc/pki/ca-trust/source/anchors

# Include /etc/nginx/awx_extra.conf
# Note the use of glob pattern for nginx
# which makes include "optional" - i.e. not fail
# if file is absent
#extra_nginx_include="/etc/nginx/awx_extra[.]conf"