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unkinben 9a6f775300
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Rename terraform-ipam -> terraform-infra; add devices + networks + puppetdb backfill
Scope now spans devices and provisioning, not just IPAM.

- rename module/consul-path/role ipam -> infra
- networks config (subnet binding + gateway/dns/search constants); prefixes tagged net:<name>
- intent-only devices module: netbox_device + device_type/role/manufacturer, static or
  next-available IPs (sticky via ignore_changes), transitional bootstrap_mac interface for
  bootapi PXE keying
- seed 6 pending hosts prodnxsr0014-0019 (mgmt IPs .14-.19, optiplex-3070)
- ci/puppetdb_backfill.py: emit NetBox reality (serial/model/uuid/interfaces) for existing hosts

Claude-Session: https://claude.ai/code/session_01JUoARVdmhxKQHyyyp1pxeT
2026-08-05 19:41:41 +10:00

94 lines
2.8 KiB
Terraform

locals {
# Netmask suffix per subnet, e.g. "24".
masks = { for k, v in var.subnets : k => split("/", v.prefix)[1] }
# Subnets that request a DHCP scope.
dhcp_subnets = { for k, v in var.subnets : k => v if try(v.dhcp.enabled, false) }
# Subnets that declare a gateway.
gateways = { for k, v in var.subnets : k => v if v.router != null }
# Distinct NetBox site slugs referenced by any subnet or device.
sites = toset(concat(
[for v in var.subnets : v.site if v.site != null],
[for d in var.devices : d.site],
))
# net:<name> tags to apply to each subnet's prefix (a prefix may back many networks).
prefix_net_tags = {
for sk in keys(var.subnets) : sk => [
for nname, n in var.networks : "net:${nname}" if n.subnet == sk
]
}
}
data "netbox_site" "this" {
for_each = local.sites
slug = each.value
}
# One tag per network so prefixes can be discovered by network membership.
resource "netbox_tag" "network" {
for_each = var.networks
name = "net:${each.key}"
slug = "net-${each.key}"
}
resource "netbox_prefix" "this" {
for_each = var.subnets
prefix = each.value.prefix
status = "active"
description = each.value.description
site_id = each.value.site != null ? tonumber(data.netbox_site.this[each.value.site].id) : null
tags = [for t in local.prefix_net_tags[each.key] : t]
depends_on = [netbox_tag.network]
}
# Role tagging a range as DHCP-managed; created once and shared by every range.
resource "netbox_ipam_role" "dhcp" {
name = "dhcp"
slug = "dhcp"
}
resource "netbox_ip_range" "dhcp" {
for_each = local.dhcp_subnets
start_address = "${cidrhost(each.value.prefix, each.value.dhcp.start)}/${local.masks[each.key]}"
end_address = "${cidrhost(each.value.prefix, each.value.dhcp.stop)}/${local.masks[each.key]}"
role_id = netbox_ipam_role.dhcp.id
status = "active"
description = "DHCP pool for ${each.key}"
}
resource "netbox_ip_address" "gateway" {
for_each = local.gateways
ip_address = "${cidrhost(each.value.prefix, each.value.router)}/${local.masks[each.key]}"
status = "active"
description = "gateway"
}
resource "netbox_ip_address" "managed" {
for_each = { for m in var.managed_ips : m.ip => m }
ip_address = each.value.ip
status = "active"
description = each.value.description
}
resource "kea_subnet" "this" {
for_each = local.dhcp_subnets
name = each.key
cluster_ref = "kea"
subnet = each.value.prefix
pools = ["${cidrhost(each.value.prefix, each.value.dhcp.start)}-${cidrhost(each.value.prefix, each.value.dhcp.stop)}"]
routers = each.value.router != null ? [cidrhost(each.value.prefix, each.value.router)] : null
dns_servers = each.value.dns
next_server = each.value.next_server
domain_name = each.value.domain
}