# ─────────────────────────────────────────────────────────────────────────────
# heleos platform — host baseline variables (Phase 1)
# Edit these to match your environment before running the playbook.
# ─────────────────────────────────────────────────────────────────────────────

# --- General ----------------------------------------------------------------
host_timezone: "Europe/Brussels"

# --- ZFS --------------------------------------------------------------------
# The pool is created on a DEDICATED second virtual disk. Attach a disk to the
# VM first (e.g. /dev/sdb or /dev/vdb) and set it here.
#
# ⚠️  zpool create is DESTRUCTIVE to the target disk. The playbook refuses to
#     touch a disk that already contains a filesystem/partition unless you set
#     zfs_pool_force: true. For production prefer a stable /dev/disk/by-id/... path.
zfs_pool_name: tank
zfs_pool_disk: /dev/sdb
zfs_pool_force: false
zfs_compression: lz4          # lz4 (fast) or zstd (denser)

# Datasets created under the pool. Web roots and per-site/customer datasets are
# created later by the provisioning CLI (Phase 4); here we create the fixed
# platform datasets + the customers parent. See docs/03-naming-conventions.md.
zfs_child_datasets:
  - { path: "platform" }
  - { path: "platform/docker", mountpoint: "/var/lib/docker" }
  - { path: "platform/mariadb" }
  - { path: "platform/db-backups" }
  - { path: "platform/traefik" }
  - { path: "platform/forgejo" }
  - { path: "platform/monitoring" }
  - { path: "customers" }

# --- Docker -----------------------------------------------------------------
# Native ZFS storage driver keeps image layers as ZFS datasets under the pool
# (data-root sits on tank/platform/docker). Switch to overlay2 only if you have
# a specific reason.
docker_storage_driver: zfs
docker_data_root: /var/lib/docker
# Address pool for the many per-site bridge networks (avoids subnet exhaustion).
docker_address_pool_base: "10.201.0.0/16"
docker_address_pool_size: 24

# --- Firewall (nftables + Docker egress) ------------------------------------
ssh_port: 22
firewall_allowed_tcp_ports: [80, 443]   # SSH is added automatically via ssh_port
# Outbound SMTP from containers is blocked (spam prevention from hacked sites).
smtp_blocked_ports: [25, 465, 587]
smtp_relay_host: ""                      # optional: allow SMTP only to this host

# --- SSH hardening ----------------------------------------------------------
# ⚠️  If ssh_disable_password_auth is true you MUST provide admin_authorized_keys
#     for admin_user, or you will lock yourself out. The playbook asserts this.
admin_user: "{{ ansible_user }}"
admin_authorized_keys: []                # list of public key strings
ssh_disable_password_auth: false         # flip to true once key login is verified

# --- Backups / DR (Phase 5) -------------------------------------------------
mariadb_container: mariadb
mariadb_env_file: /opt/heleos/platform-infra/stacks/mariadb/.env
deployments_dir: /opt/heleos/deployments

# ZFS snapshots via sanoid (files stream). Retention is per policy below.
backup_snapshots_enabled: true
sanoid_datasets:
  - { name: "{{ zfs_pool_name }}/customers", recursive: true,  hourly: 36, daily: 30, weekly: 8, monthly: 6 }
  - { name: "{{ zfs_pool_name }}/platform",  recursive: true,  hourly: 0,  daily: 14, weekly: 4, monthly: 3 }

# Per-database dumps (DB stream), automysqlbackup-style rotation via docker exec.
db_backup_enabled: true
db_backup_dir: "/{{ zfs_pool_name }}/platform/db-backups"
db_backup_oncalendar: "*-*-* 01:30:00"
db_backup_keep_daily: 14
db_backup_keep_weekly: 8
db_backup_keep_monthly: 6

# Offsite. Leave the targets empty to disable that stream.
zfs_offsite_target: ""                    # e.g. "user@backup-host:backup/heleos"
zfs_offsite_datasets: ["{{ zfs_pool_name }}/customers", "{{ zfs_pool_name }}/platform"]
zfs_offsite_oncalendar: "*-*-* 03:00:00"
db_offsite_target: ""                     # e.g. "user@backup-host:/srv/heleos/db-backups"
db_offsite_oncalendar: "*-*-* 03:30:00"