{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import HOSTNAME_CFG01 with context %}
{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import LAB_CONFIG_NAME with context %}
{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import DOMAIN_NAME with context %}
{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import HOSTNAME_KVM01 with context %}
{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import HOSTNAME_KVM02 with context %}
{% from 'cookied-bm-mcp-dvr-vxlan/underlay.yaml' import HOSTNAME_KVM03 with context %}

{% set SALT_MODELS_REPOSITORY = os_env('SALT_MODELS_REPOSITORY','https://gerrit.mcp.mirantis.net/salt-models/mcp-virtual-lab') %}
# Other salt model repository parameters see in shared-salt.yaml

# Name of the context file (without extension, that is fixed .yaml) used to render the Environment model
{% set ENVIRONMENT_MODEL_INVENTORY_NAME = os_env('ENVIRONMENT_MODEL_INVENTORY_NAME','cookied-bm-mcp-dvr-vxlan') %}
# Path to the context files used to render Cluster and Environment models
{%- set CLUSTER_CONTEXT_NAME = 'salt-context-cookiecutter-openstack_ovs_dvr_vxlan.yaml' %}
{%- set ENVIRONMENT_CONTEXT_NAMES = ['salt-context-vcp-environment.yaml', 'salt-context-lab03-environment.yaml'] %}

{%- set CONTROL_VLAN = os_env('CONTROL_VLAN', '2416') %}
{%- set TENANT_VLAN = os_env('TENANT_VLAN', '2417') %}

{% import 'shared-salt.yaml' as SHARED with context %}

{{ SHARED.MACRO_INSTALL_SALT_MASTER() }}

{{ SHARED.MACRO_GENERATE_COOKIECUTTER_MODEL(CONTROL_VLAN=CONTROL_VLAN, TENANT_VLAN=TENANT_VLAN) }}

{{ SHARED.MACRO_GENERATE_AND_ENABLE_ENVIRONMENT_MODEL() }}

- description: "Workaround for rack01 compute generator"
  cmd: |
    set -e;
    # Remove rack01 key
    reclass-tools del-key parameters.reclass.storage.node.openstack_compute_rack01 /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml;

    # Add openstack_compute_node definition from system
    reclass-tools add-key 'classes' 'system.reclass.storage.system.openstack_compute_multi' /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml --merge;

    # Set ipaddresses for our nodes
    reclass-tools add-key parameters._param.openstack_compute_node01_control_address {{ SHARED.IPV4_NET_CONTROL_PREFIX }}.3 /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml;
    reclass-tools add-key parameters._param.openstack_compute_node02_control_address {{ SHARED.IPV4_NET_CONTROL_PREFIX }}.31 /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml;
    reclass-tools add-key parameters._param.openstack_compute_node01_tenant_address {{ SHARED.IPV4_NET_TENANT_PREFIX }}.3 /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml;
    reclass-tools add-key parameters._param.openstack_compute_node02_tenant_address {{ SHARED.IPV4_NET_TENANT_PREFIX }}.31 /srv/salt/reclass/classes/cluster/{{ LAB_CONFIG_NAME }}/infra/config.yml;
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 1, delay: 10}
  skip_fail: false

{{ SHARED.MACRO_CONFIGURE_RECLASS(FORMULA_SERVICES='"linux" "reclass" "salt" "openssh" "ntp" "git" "nginx" "collectd" "sensu" "heka" "sphinx" "keystone" "mysql" "grafana" "haproxy" "rsyslog" "horizon" "prometheus" "telegraf" "elasticsearch" "powerdns" "glusterfs" "xtrabackup" "maas"') }}

{{ SHARED.MACRO_INSTALL_SALT_MINIONS() }}

{{ SHARED.MACRO_RUN_SALT_MASTER_UNDERLAY_STATES() }}

{{ SHARED.MACRO_GENERATE_INVENTORY() }}

{{ SHARED.MACRO_NETWORKING_WORKAROUNDS() }}

{{ SHARED.MACRO_BOOTSTRAP_ALL_MINIONS() }}

- description: "Lab03 workaround: Control network access from cfg01 node using sshuttle via kvm01"
  cmd: |
    set -e;
    set -x;
    KVM01_DEPLOY_ADDRESS=$(salt-call --out=newline_values_only pillar.get _param:infra_kvm_node01_deploy_address);
    apt-get install -y sshuttle;
    sshuttle -r ${KVM01_DEPLOY_ADDRESS} {{ SHARED.IPV4_NET_CONTROL }} -D >/dev/null;
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 1, delay: 5}
  skip_fail: false

########################################
# Spin up Control Plane VMs on KVM nodes
########################################

- description: Execute 'libvirt' states to create necessary libvirt networks
  cmd: salt --hard-crash --state-output=mixed --state-verbose=False 'kvm*' state.sls libvirt
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 2, delay: 10}
  skip_fail: false

- description: Create VMs for control plane
  cmd: salt --hard-crash --state-output=mixed --state-verbose=False 'kvm*' state.sls salt.control
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 3, delay: 10}
  skip_fail: false

- description: '*Workaround* for waiting the control-plane VMs in the salt-key (instead of sleep)'
  cmd: |
    salt-key -l acc| sort > /tmp/current_keys.txt &&
    salt 'kvm*' cmd.run 'virsh list --name' | grep -v 'kvm'|sort|xargs -I {} fgrep {} /tmp/current_keys.txt
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 20, delay: 30}
  skip_fail: false

#########################################
# Configure all running salt minion nodes
#########################################

- description: Refresh pillars on all minions
  cmd: salt --hard-crash --state-output=mixed --state-verbose=False '*' saltutil.refresh_pillar
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 1, delay: 5}
  skip_fail: false

- description: Sync all salt resources
  cmd: salt --hard-crash --state-output=mixed --state-verbose=False '*' saltutil.sync_all && sleep 5
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 1, delay: 5}
  skip_fail: false

- description: Show  reclass-salt --top for generated nodes
  cmd: reclass-salt --top -u /srv/salt/reclass/nodes/_generated/
  node_name: {{ HOSTNAME_CFG01 }}
  retry: {count: 1, delay: 5}
  skip_fail: false

{{ SHARED.MACRO_BOOTSTRAP_ALL_MINIONS() }}