## TODO: What variables can we strip out of here to build complex variables?
## i.e. what can we add into group_vars as opposed to config_vars?
## Example: We don't really need "subdomain_base_short". If we want to use this,
## should just toss in group_vars/all.
### Also, we should probably just create a variable reference in the README.md
### For now, just tagging comments in line with configuration file.

###### VARIABLES YOU SHOULD CONFIGURE FOR YOUR DEPLOYEMNT
###### OR PASS as "-e" args to ansible-playbook command
# #
# # env_groups:
# #   limit: "tag_Project_opentlc_shared_{{guid}}"
# #   bastions: "tag_AnsibleGroup_bastions"
# #   masters: "tag_AnsibleGroup_masters"
# #   nodes: "tag_AnsibleGroup_nodes"
# #   infranodes: "tag_AnsibleGroup_infranodes"
# #   nfs: "tag_AnsibleGroup_nfs"
#
# # This doesn't work
# all: "tag_Project_opentlc_shared_{{guid}}"
#
# # but maybe this is silly enough to work
# #all: "tag_Project_opentlc_shared_{{guid}}:&tag_Project_opentlc_shared_{{guid}}"
#rhn_pool_id_string: OpenShift Container Platform
# bastions: "{{env_groups['limit']}}:&{{env_groups['bastions']}}"
# masters: "{{env_groups['limit']}}:&{{env_groups['masters']}}"
# nodes: "{{env_groups['limit']}}:&{{env_groups['nodes']}}"
# infranodes: "{{env_groups['limit']}}:&{{env_groups['infranodes']}}"
# nfs: "{{env_groups['limit']}}:&{{env_groups['nfs']}}"
install_ipa_client: false
repo_method: file
ocp_pvs:
  # - es-storage
  # - nexus
  # - nexus2
  # - nexus3
config_nfs_uservols: "true"
user_vols: 200
user_vols_size: 4Gi
master_api_port: 443
osrelease: 3.9.14
openshift_master_overwrite_named_certificates: true
deploy_openshift: true
deploy_openshift_post: true
deploy_env_post: true
install_metrics: true
install_logging: true
ovs_plugin: "subnet" # This can also be set to: "multitenant"
multi_tenant_setting: "os_sdn_network_plugin_name='redhat/openshift-ovs-{{ovs_plugin}}'"
master_lb_dns: "loadbalancer1.{{subdomain_base}}"
cloudapps_suffix: 'apps.{{subdomain_base}}'
openshift_master_ldap_ca_file: 'openshift_master_ldap_ca_file=/root/ca.crt'
# htpasswd / ldap / allow_all
install_idm: htpasswd

 ## If you are not part of GPTE you don't need this.
opentlc_integration: true

################################################################################
#### GENERIC EXAMPLE
################################################################################

install_common: true
install_nfs: true
install_bastion: false
env_authorized_key: "{{guid}}key"
set_env_authorized_key: true
software_to_deploy: "openshift"
################################################################################
#### OCP IMPLEMENATATION LAB
################################################################################

repo_version: '3.9'
cloudapps_dns: '*.apps.{{subdomain_base}}.'
master_public_dns: "loadbalancer.{{subdomain_base}}."

################################################################################
#### Common host variables
################################################################################

update_packages: false
common_packages:
  - python
  - unzip
  - bash-completion
  - tmux
  - bind-utils
  - wget
  - git
  - vim-enhanced
  - ansible
  - net-tools
  - iptables-services
  - bridge-utils
  - sos
  - psacct

rhel_repos:
  - rhel-7-server-rpms
  - rhel-7-server-extras-rpms
  - rhel-7-server-ose-{{repo_version}}-rpms
  - rhel-7-server-ansible-2.4-rpms

use_subscription_manager: false
use_own_repos: true
#rhn_pool_id_string: "Red Hat Enterprise Linux Server"
rhn_pool_id_string: OpenShift Container Platform

################################################################################
#### nfs host settings
################################################################################

nfs_vg: nfsvg
nfs_pvs: /dev/xvdb
nfs_export_path: /srv/nfs
nfs_size: 50

nfs_shares:
  # - jenkins
  # - nexus

################################################################################
#### CLOUD PROVIDER: AWS SPECIFIC VARIABLES
################################################################################

#### Route 53 Zone ID (AWS)
HostedZoneId: ''
key_name: ''
aws_region: us-east-1

admin_user: ''
admin_user_password: ''

#### Connection Settings
ansible_ssh_user: ec2-user
remote_user: ec2-user

#### Networking (AWS)
guid: defaultguid
subdomain_base_short: "{{ guid }}"
subdomain_base_suffix: ".example.opentlc.com"
subdomain_base: "{{subdomain_base_short}}{{subdomain_base_suffix}}"
tower_run: false

#### Environment Sizing

#bastion_instance_type: "t2.micro"
bastion_instance_type: "t2.large"

support_instance_type: "t2.medium"
support_instance_count: 1

node_instance_type: "t2.large"
node_instance_count: 2

infranode_instance_type: "t2.large"
infranode_instance_count: 1

master_instance_type: "t2.large"
master_instance_count: 1

loadbalancer_instance_count: 1
loadbalancer_instance_type: "t2.small"

# scaleup
new_node_instance_count: 0

ansible_ssh_private_key_file: ~/.ssh/{{key_name}}.pem


#### VARIABLES YOU SHOULD ***NOT*** CONFIGURE FOR YOUR DEPLOYEMNT
#### You can, but you usually wouldn't need to.

#### CLOUDFORMATIONS vars

project_tag: "{{ env_type }}-{{ guid }}"

docker_version: "{{ '1.12.6' if repo_version | version_compare('3.9', '<')  else '1.13.1' }}"
docker_device: /dev/xvdb

create_internal_dns_entries: true
zone_internal_dns: "{{guid}}.internal."
chomped_zone_internal_dns: "{{guid}}.internal"
zone_public_dns: "{{subdomain_base}}."

bastion_public_dns: "bastion.{{subdomain_base}}."
bastion_public_dns_chomped: "bastion.{{subdomain_base}}"


# vpcid_cidr_block: "192.168.0.0/16"
vpcid_name_tag: "{{subdomain_base}}"

# az_1_name: "{{ aws_region }}a"
# az_2_name: "{{ aws_region }}b"
#
# subnet_private_1_cidr_block: "192.168.2.0/24"
# subnet_private_1_az: "{{ az_2_name }}"
# subnet_private_1_name_tag: "{{subdomain_base}}-private"
#
# subnet_private_2_cidr_block: "192.168.1.0/24"
# subnet_private_2_az: "{{ az_1_name }}"
# subnet_private_2_name_tag: "{{subdomain_base}}-private"
#
# subnet_public_1_cidr_block: "192.168.10.0/24"
# subnet_public_1_az: "{{ az_1_name }}"
# subnet_public_1_name_tag: "{{subdomain_base}}-public"
#
# subnet_public_2_cidr_block: "192.168.20.0/24"
# subnet_public_2_az: "{{ az_2_name }}"
# subnet_public_2_name_tag: "{{subdomain_base}}-public"

# dopt_domain_name: "{{ aws_region }}.compute.internal"
#
# rtb_public_name_tag: "{{subdomain_base}}-public"
# rtb_private_name_tag: "{{subdomain_base}}-private"
#
# cf_template_description: "{{ env_type }}-{{ guid }} template"

rootfs_size_node: 50
rootfs_size_infranode: 50
rootfs_size_master: 50
rootfs_size_bastion: 20
rootfs_size_support: 20
rootfs_size_loadbalancer: 20

instances:
  - name: "bastion"
    count: 1
    unique: true
    public_dns: true
    dns_loadbalancer: true
    flavor:
      "ec2": "{{bastion_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "bastions"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_bastion }}"

  - name: "loadbalancer"
    count: "{{loadbalancer_instance_count}}"
    public_dns: true
    dns_loadbalancer: true
    flavor:
      "ec2": "{{loadbalancer_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "loadbalancers"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_loadbalancer }}"

  - name: "master"
    count: "{{master_instance_count}}"
    public_dns: false
    dns_loadbalancer: false
    flavor:
      "ec2": "{{master_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "masters"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_master }}"
    volumes:
      - device_name: "{{docker_device}}"
        volume_size: 20
        volume_type: gp2

  - name: "node"
    count: "{{node_instance_count}}"
    public_dns: false
    dns_loadbalancer: false
    flavor:
      "ec2": "{{node_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "nodes"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_node }}"
    volumes:
      - device_name: "{{docker_device}}"
        volume_size: 100
        volume_type: gp2

  - name: "infranode"
    count: "{{infranode_instance_count}}"
    public_dns: true
    dns_loadbalancer: true
    flavor:
      "ec2": "{{infranode_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "infranodes"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_infranode }}"
    volumes:
      - device_name: "{{docker_device}}"
        volume_size: 50
        volume_type: gp2

  - name: "support"
    count: "{{support_instance_count}}"
    public_dns: false
    dns_loadbalancer: false
    flavor:
      "ec2": "{{support_instance_type}}"
    tags:
      - key: "AnsibleGroup"
        value: "support"
      - key: "ostype"
        value: "linux"
    rootfs_size: "{{ rootfs_size_support }}"
    volumes:
      - device_name: "{{nfs_pvs}}"
        volume_size: "{{nfs_size}}"
        volume_type: gp2