Convert exoscale tf provider to new version (#10646)
This is untested. It passes terraform validate to un-broke the CI.pull/10650/head
Max Gautier
GitHub
parent
b321ca3e64
commit
d583d331b5
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@ -12,7 +12,7 @@ ssh_public_keys = [
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machines = {
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"master-0" : {
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"node_type" : "master",
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"size" : "Medium",
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"size" : "standard.medium",
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"boot_disk" : {
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"image_name" : "Linux Ubuntu 20.04 LTS 64-bit",
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"root_partition_size" : 50,
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@ -22,7 +22,7 @@ machines = {
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},
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"worker-0" : {
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"node_type" : "worker",
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"size" : "Large",
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"size" : "standard.large",
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"boot_disk" : {
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"image_name" : "Linux Ubuntu 20.04 LTS 64-bit",
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"root_partition_size" : 50,
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@ -32,7 +32,7 @@ machines = {
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},
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"worker-1" : {
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"node_type" : "worker",
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"size" : "Large",
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"size" : "standard.large",
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"boot_disk" : {
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"image_name" : "Linux Ubuntu 20.04 LTS 64-bit",
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"root_partition_size" : 50,
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@ -42,7 +42,7 @@ machines = {
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},
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"worker-2" : {
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"node_type" : "worker",
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"size" : "Large",
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"size" : "standard.large",
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"boot_disk" : {
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"image_name" : "Linux Ubuntu 20.04 LTS 64-bit",
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"root_partition_size" : 50,
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@ -1,29 +1,25 @@
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data "exoscale_compute_template" "os_image" {
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data "exoscale_template" "os_image" {
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for_each = var.machines
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zone = var.zone
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name = each.value.boot_disk.image_name
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}
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data "exoscale_compute" "master_nodes" {
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for_each = exoscale_compute.master
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data "exoscale_compute_instance" "master_nodes" {
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for_each = exoscale_compute_instance.master
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id = each.value.id
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# Since private IP address is not assigned until the nics are created we need this
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depends_on = [exoscale_nic.master_private_network_nic]
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zone = var.zone
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}
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data "exoscale_compute" "worker_nodes" {
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for_each = exoscale_compute.worker
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data "exoscale_compute_instance" "worker_nodes" {
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for_each = exoscale_compute_instance.worker
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id = each.value.id
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# Since private IP address is not assigned until the nics are created we need this
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depends_on = [exoscale_nic.worker_private_network_nic]
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zone = var.zone
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}
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resource "exoscale_network" "private_network" {
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resource "exoscale_private_network" "private_network" {
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zone = var.zone
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name = "${var.prefix}-network"
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@ -34,25 +30,29 @@ resource "exoscale_network" "private_network" {
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netmask = cidrnetmask(var.private_network_cidr)
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}
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resource "exoscale_compute" "master" {
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resource "exoscale_compute_instance" "master" {
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for_each = {
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for name, machine in var.machines :
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name => machine
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if machine.node_type == "master"
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}
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display_name = "${var.prefix}-${each.key}"
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template_id = data.exoscale_compute_template.os_image[each.key].id
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size = each.value.size
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name = "${var.prefix}-${each.key}"
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template_id = data.exoscale_template.os_image[each.key].id
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type = each.value.size
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disk_size = each.value.boot_disk.root_partition_size + each.value.boot_disk.node_local_partition_size + each.value.boot_disk.ceph_partition_size
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state = "Running"
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zone = var.zone
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security_groups = [exoscale_security_group.master_sg.name]
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security_group_ids = [exoscale_security_group.master_sg.id]
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network_interface {
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network_id = exoscale_private_network.private_network.id
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}
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elastic_ip_ids = [exoscale_elastic_ip.control_plane_lb.id]
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user_data = templatefile(
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"${path.module}/templates/cloud-init.tmpl",
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{
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eip_ip_address = exoscale_ipaddress.ingress_controller_lb.ip_address
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eip_ip_address = exoscale_elastic_ip.ingress_controller_lb.ip_address
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node_local_partition_size = each.value.boot_disk.node_local_partition_size
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ceph_partition_size = each.value.boot_disk.ceph_partition_size
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root_partition_size = each.value.boot_disk.root_partition_size
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@ -62,25 +62,29 @@ resource "exoscale_compute" "master" {
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)
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}
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resource "exoscale_compute" "worker" {
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resource "exoscale_compute_instance" "worker" {
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for_each = {
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for name, machine in var.machines :
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name => machine
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if machine.node_type == "worker"
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}
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display_name = "${var.prefix}-${each.key}"
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template_id = data.exoscale_compute_template.os_image[each.key].id
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size = each.value.size
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name = "${var.prefix}-${each.key}"
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template_id = data.exoscale_template.os_image[each.key].id
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type = each.value.size
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disk_size = each.value.boot_disk.root_partition_size + each.value.boot_disk.node_local_partition_size + each.value.boot_disk.ceph_partition_size
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state = "Running"
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zone = var.zone
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security_groups = [exoscale_security_group.worker_sg.name]
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security_group_ids = [exoscale_security_group.worker_sg.id]
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network_interface {
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network_id = exoscale_private_network.private_network.id
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}
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elastic_ip_ids = [exoscale_elastic_ip.ingress_controller_lb.id]
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user_data = templatefile(
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"${path.module}/templates/cloud-init.tmpl",
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{
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eip_ip_address = exoscale_ipaddress.ingress_controller_lb.ip_address
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eip_ip_address = exoscale_elastic_ip.ingress_controller_lb.ip_address
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node_local_partition_size = each.value.boot_disk.node_local_partition_size
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ceph_partition_size = each.value.boot_disk.ceph_partition_size
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root_partition_size = each.value.boot_disk.root_partition_size
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@ -90,41 +94,33 @@ resource "exoscale_compute" "worker" {
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)
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}
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resource "exoscale_nic" "master_private_network_nic" {
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for_each = exoscale_compute.master
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compute_id = each.value.id
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network_id = exoscale_network.private_network.id
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}
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resource "exoscale_nic" "worker_private_network_nic" {
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for_each = exoscale_compute.worker
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compute_id = each.value.id
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network_id = exoscale_network.private_network.id
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}
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resource "exoscale_security_group" "master_sg" {
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name = "${var.prefix}-master-sg"
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description = "Security group for Kubernetes masters"
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}
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resource "exoscale_security_group_rules" "master_sg_rules" {
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resource "exoscale_security_group_rule" "master_sg_rule_ssh" {
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security_group_id = exoscale_security_group.master_sg.id
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for_each = toset(var.ssh_whitelist)
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# SSH
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ingress {
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type = "INGRESS"
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start_port = 22
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end_port = 22
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protocol = "TCP"
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cidr_list = var.ssh_whitelist
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ports = ["22"]
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cidr = each.value
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}
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resource "exoscale_security_group_rule" "master_sg_rule_k8s_api" {
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security_group_id = exoscale_security_group.master_sg.id
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for_each = toset(var.api_server_whitelist)
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# Kubernetes API
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ingress {
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type = "INGRESS"
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start_port = 6443
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end_port = 6443
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protocol = "TCP"
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cidr_list = var.api_server_whitelist
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ports = ["6443"]
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}
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cidr = each.value
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}
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resource "exoscale_security_group" "worker_sg" {
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@ -132,62 +128,64 @@ resource "exoscale_security_group" "worker_sg" {
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description = "security group for kubernetes worker nodes"
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}
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resource "exoscale_security_group_rules" "worker_sg_rules" {
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resource "exoscale_security_group_rule" "worker_sg_rule_ssh" {
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security_group_id = exoscale_security_group.worker_sg.id
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# SSH
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ingress {
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for_each = toset(var.ssh_whitelist)
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type = "INGRESS"
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start_port = 22
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end_port = 22
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protocol = "TCP"
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cidr_list = var.ssh_whitelist
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ports = ["22"]
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cidr = each.value
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}
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resource "exoscale_security_group_rule" "worker_sg_rule_http" {
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security_group_id = exoscale_security_group.worker_sg.id
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# HTTP(S)
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ingress {
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for_each = toset(["80", "443"])
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type = "INGRESS"
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start_port = each.value
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end_port = each.value
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protocol = "TCP"
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cidr_list = ["0.0.0.0/0"]
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ports = ["80", "443"]
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cidr = "0.0.0.0/0"
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}
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# Kubernetes Nodeport
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ingress {
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resource "exoscale_security_group_rule" "worker_sg_rule_nodeport" {
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security_group_id = exoscale_security_group.worker_sg.id
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# HTTP(S)
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for_each = toset(var.nodeport_whitelist)
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type = "INGRESS"
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start_port = 30000
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end_port = 32767
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protocol = "TCP"
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cidr_list = var.nodeport_whitelist
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ports = ["30000-32767"]
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}
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cidr = each.value
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}
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resource "exoscale_ipaddress" "ingress_controller_lb" {
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resource "exoscale_elastic_ip" "ingress_controller_lb" {
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zone = var.zone
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healthcheck_mode = "http"
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healthcheck_port = 80
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healthcheck_path = "/healthz"
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healthcheck_interval = 10
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healthcheck_timeout = 2
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healthcheck_strikes_ok = 2
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healthcheck_strikes_fail = 3
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healthcheck {
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mode = "http"
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port = 80
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uri = "/healthz"
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interval = 10
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timeout = 2
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strikes_ok = 2
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strikes_fail = 3
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}
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}
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resource "exoscale_secondary_ipaddress" "ingress_controller_lb" {
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for_each = exoscale_compute.worker
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compute_id = each.value.id
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ip_address = exoscale_ipaddress.ingress_controller_lb.ip_address
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}
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resource "exoscale_ipaddress" "control_plane_lb" {
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resource "exoscale_elastic_ip" "control_plane_lb" {
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zone = var.zone
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healthcheck_mode = "tcp"
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healthcheck_port = 6443
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healthcheck_interval = 10
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healthcheck_timeout = 2
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healthcheck_strikes_ok = 2
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healthcheck_strikes_fail = 3
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healthcheck {
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mode = "tcp"
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port = 6443
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interval = 10
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timeout = 2
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strikes_ok = 2
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strikes_fail = 3
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}
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resource "exoscale_secondary_ipaddress" "control_plane_lb" {
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for_each = exoscale_compute.master
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compute_id = each.value.id
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ip_address = exoscale_ipaddress.control_plane_lb.ip_address
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}
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@ -1,19 +1,19 @@
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output "master_ip_addresses" {
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value = {
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for key, instance in exoscale_compute.master :
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for key, instance in exoscale_compute_instance.master :
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instance.name => {
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"private_ip" = contains(keys(data.exoscale_compute.master_nodes), key) ? data.exoscale_compute.master_nodes[key].private_network_ip_addresses[0] : ""
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"public_ip" = exoscale_compute.master[key].ip_address
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"private_ip" = contains(keys(data.exoscale_compute_instance.master_nodes), key) ? data.exoscale_compute_instance.master_nodes[key].private_network_ip_addresses[0] : ""
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"public_ip" = exoscale_compute_instance.master[key].ip_address
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}
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}
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}
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output "worker_ip_addresses" {
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value = {
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for key, instance in exoscale_compute.worker :
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for key, instance in exoscale_compute_instance.worker :
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instance.name => {
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"private_ip" = contains(keys(data.exoscale_compute.worker_nodes), key) ? data.exoscale_compute.worker_nodes[key].private_network_ip_addresses[0] : ""
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"public_ip" = exoscale_compute.worker[key].ip_address
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"private_ip" = contains(keys(data.exoscale_compute_instance.worker_nodes), key) ? data.exoscale_compute_instance.worker_nodes[key].private_network_ip_addresses[0] : ""
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"public_ip" = exoscale_compute_instance.worker[key].ip_address
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}
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}
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}
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@ -23,9 +23,9 @@ output "cluster_private_network_cidr" {
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}
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output "ingress_controller_lb_ip_address" {
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value = exoscale_ipaddress.ingress_controller_lb.ip_address
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value = exoscale_elastic_ip.ingress_controller_lb.ip_address
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}
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output "control_plane_lb_ip_address" {
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value = exoscale_ipaddress.control_plane_lb.ip_address
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value = exoscale_elastic_ip.control_plane_lb.ip_address
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}
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