---
# Configure and start joystream-node RPC service on the servers

- name: Print bootNodes
  debug:
    var: result.result.bootNodes
  run_once: true

- name: Create a service file
  template:
    src: joystream-node.service.j2
    dest: /etc/systemd/system/joystream-node.service
  vars:
    template_remote_chain_spec_path: '{{ remote_chain_spec_path }}'
    boot_nodes: '{{ result.result.bootNodes }}'
  become: yes

- name: Start service joystream-node, if not started
  service:
    name: joystream-node
    state: started
    enabled: yes
  become: yes

- name: Build required packages
  shell: yarn build:packages
  args:
    chdir: '{{ remote_code_path }}'
  # Run in async fashion for max duration of 1 hr
  async: 3600
  poll: 0
  register: build_result

- name: Check on build async task
  async_status:
    jid: '{{ build_result.ansible_job_id }}'
  register: job_result
  until: job_result.finished
  # Max number of times to check for status
  retries: 36
  # Check for the status every 100s
  delay: 100

- name: Make sure docker is running
  command: systemctl start docker
  become: yes

- name: Run service containers
  command: yarn start
  environment:
    PERSIST: 'true'
    JOYSTREAM_NODE_WS: 'ws://{{ inventory_hostname }}:9944/'
    COLOSSUS_1_URL: 'https://{{ inventory_hostname }}.nip.io/colossus-1/'
    DISTRIBUTOR_1_URL: 'https://{{ inventory_hostname }}.nip.io/distributor-1/'
    SKIP_NODE: 'true'
    SKIP_CHAIN_SETUP: '{{ skip_chain_setup }}'
    TREASURY_ACCOUNT_URI: '{{ endowed_key }}'
    SUDO_ACCOUNT_URI: '{{ sudo_key }}'
  args:
    chdir: '{{ remote_code_path }}'
  async: 3600
  poll: 0
  register: compose_result

- name: Check on yarn start task
  async_status:
    jid: '{{ compose_result.ansible_job_id }}'
  register: job_result
  until: job_result.finished
  # Max number of times to check for status
  retries: 36
  # Check for the status every 100s
  delay: 100

- name: Set websocket and http endpoint variables
  set_fact:
    nip_domain: '{{ inventory_hostname }}.nip.io'
  run_once: yes

- name: Install and configure Caddy
  include_role:
    name: caddy_ansible.caddy_ansible
    apply:
      become: yes
  vars:
    caddy_config: "{{ lookup('template', 'templates/Caddyfile.j2') }}"
    caddy_systemd_capabilities_enabled: true
    caddy_update: false

- name: Set endpoints
  set_fact:
    all_services: |
      websocket_rpc: wss://{{ nip_domain }}/ws-rpc
      http_rpc: https://{{ nip_domain }}/http-rpc
      colossus: https://{{ nip_domain }}/colossus-1
      distributor: https://{{ nip_domain }}/distributor-1
      graphql_server: https://{{ nip_domain }}/query-node/server/graphql
      graphql_server_websocket: wss://{{ nip_domain }}/query-node/server/graphql
      indexer: https://{{ nip_domain }}/query-node/indexer/graphql
      member_faucet: https://{{ nip_domain }}/member-faucet/register
      config: https://{{ nip_domain }}/network/config.json
  run_once: yes

- name: Print endpoints
  debug:
    msg: '{{ all_services | from_yaml }}'
  run_once: yes

- name: Create config.json to serve as Caddy endpoint
  copy:
    content: '{{ all_services | from_yaml | to_json }}'
    dest: '/home/ubuntu/config.json'

- name: Save output as file on local
  copy:
    content: '{{ all_services | from_yaml | to_json }}'
    dest: 'endpoints.json'
  delegate_to: localhost