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Merge pull request #10 from T-Systems-MMS/more_resources
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More resources
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@michaelamattes
michaelamattes authored Aug 15, 2022
2 parents 0d4945a + c8f4043 commit a340a82
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247 changes: 208 additions & 39 deletions main.tf
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Expand Up @@ -5,77 +5,246 @@
*
*/

resource "kubernetes_service" "service" {
for_each = var.service

metadata {
name = local.service[each.key].metadata.name == "" ? each.key : local.service[each.key].metadata.name
namespace = local.service[each.key].metadata.namespace
annotations = local.service[each.key].metadata.annotations
generate_name = local.service[each.key].metadata.generate_name
labels = local.service[each.key].metadata.labels
}
spec {
allocate_load_balancer_node_ports = local.service[each.key].spec.allocate_load_balancer_node_ports
cluster_ip = local.service[each.key].spec.cluster_ip
cluster_ips = local.service[each.key].spec.cluster_ips
external_ips = local.service[each.key].spec.external_ips
external_name = local.service[each.key].spec.external_name
external_traffic_policy = local.service[each.key].spec.external_traffic_policy
ip_families = local.service[each.key].spec.ip_families
ip_family_policy = local.service[each.key].spec.ip_family_policy
internal_traffic_policy = local.service[each.key].spec.internal_traffic_policy
load_balancer_class = local.service[each.key].spec.load_balancer_class
load_balancer_ip = local.service[each.key].spec.load_balancer_ip
load_balancer_source_ranges = local.service[each.key].spec.load_balancer_source_ranges
publish_not_ready_addresses = local.service[each.key].spec.publish_not_ready_addresses
selector = local.service[each.key].spec.selector
type = local.service[each.key].spec.type
health_check_node_port = local.service[each.key].spec.health_check_node_port
session_affinity = local.service[each.key].spec.session_affinity

dynamic "port" {
for_each = local.service[each.key].spec.port

content {
name = local.service[each.key].spec.port[port.key].name == "" ? port.key : local.service[each.key].spec.port[port.key].name
app_protocol = local.service[each.key].spec.port[port.key].app_protocol
node_port = local.service[each.key].spec.port[port.key].node_port
port = local.service[each.key].spec.port[port.key].port
protocol = local.service[each.key].spec.port[port.key].protocol
target_port = local.service[each.key].spec.port[port.key].target_port
}
}

dynamic "session_affinity_config" {
for_each = local.service[each.key].spec.session_affinity_config.client_ip.timeout_seconds != null ? [1] : []

content {
client_ip {
timeout_seconds = local.service[each.key].spec.session_affinity_config.client_ip.timeout_seconds
}
}
}
}
wait_for_load_balancer = local.service[each.key].wait_for_load_balancer
}

resource "kubernetes_service_account" "service_account" {
for_each = var.kubernetes_service_account
for_each = var.service_account

metadata {
name = local.kubernetes_service_account[each.key].metadata.name == "" ? each.key : local.kubernetes_service_account[each.key].metadata.name
namespace = local.kubernetes_service_account[each.key].metadata.namespace
annotations = local.kubernetes_service_account[each.key].metadata.annotations
generate_name = local.kubernetes_service_account[each.key].metadata.generate_name
labels = local.kubernetes_service_account[each.key].metadata.labels
name = local.service_account[each.key].metadata.name == "" ? each.key : local.service_account[each.key].metadata.name
namespace = local.service_account[each.key].metadata.namespace
annotations = local.service_account[each.key].metadata.annotations
generate_name = local.service_account[each.key].metadata.generate_name
labels = local.service_account[each.key].metadata.labels
}
automount_service_account_token = local.kubernetes_service_account[each.key].automount_service_account_token
automount_service_account_token = local.service_account[each.key].automount_service_account_token
}

resource "kubernetes_cluster_role_binding" "cluster_role_binding" {
for_each = var.kubernetes_cluster_role_binding
for_each = var.cluster_role_binding

metadata {
name = local.cluster_role_binding[each.key].metadata.name == "" ? each.key : local.cluster_role_binding[each.key].metadata.name
annotations = local.cluster_role_binding[each.key].metadata.annotations
#generate_name = local.cluster_role_binding[each.key].metadata.generate_name
labels = local.cluster_role_binding[each.key].metadata.labels
}

role_ref {
name = local.cluster_role_binding[each.key].role_ref.name
kind = local.cluster_role_binding[each.key].role_ref.kind
api_group = local.cluster_role_binding[each.key].role_ref.api_group
}

dynamic "subject" {
for_each = local.cluster_role_binding[each.key].subject

content {
name = local.cluster_role_binding[each.key].subject[subject.key].name == "" ? each.key : local.cluster_role_binding[each.key].subject[subject.key].name
namespace = local.cluster_role_binding[each.key].subject[subject.key].namespace
kind = local.cluster_role_binding[each.key].subject[subject.key].kind
api_group = local.cluster_role_binding[each.key].subject[subject.key].api_group
}
}
}

resource "kubernetes_role_binding" "role_binding" {
for_each = var.role_binding

metadata {
name = local.kubernetes_cluster_role_binding[each.key].metadata.name == "" ? each.key : local.kubernetes_cluster_role_binding[each.key].metadata.name
name = local.role_binding[each.key].metadata.name == "" ? each.key : local.role_binding[each.key].metadata.name
namespace = local.role_binding[each.key].metadata.namespace
annotations = local.role_binding[each.key].metadata.annotations
#generate_name = local.role_binding[each.key].metadata.generate_name
labels = local.role_binding[each.key].metadata.labels
}

role_ref {
api_group = local.kubernetes_cluster_role_binding[each.key].role_ref.api_group
kind = local.kubernetes_cluster_role_binding[each.key].role_ref.kind
name = local.kubernetes_cluster_role_binding[each.key].role_ref.name
name = local.role_binding[each.key].role_ref.name
kind = local.role_binding[each.key].role_ref.kind
api_group = local.role_binding[each.key].role_ref.api_group
}
subject {
kind = local.kubernetes_cluster_role_binding[each.key].subject.kind
name = local.kubernetes_cluster_role_binding[each.key].subject.name
namespace = local.kubernetes_cluster_role_binding[each.key].subject.namespace

dynamic "subject" {
for_each = local.role_binding[each.key].subject

content {
name = local.role_binding[each.key].subject[subject.key].name == "" ? each.key : local.role_binding[each.key].subject[subject.key].name
namespace = local.role_binding[each.key].subject[subject.key].namespace
kind = local.role_binding[each.key].subject[subject.key].kind
api_group = local.role_binding[each.key].subject[subject.key].api_group
}
}
}

resource "kubernetes_namespace" "namespace" {
for_each = var.kubernetes_namespace
for_each = var.namespace

metadata {
name = local.kubernetes_namespace[each.key].metadata.name == "" ? each.key : local.kubernetes_namespace[each.key].metadata.name
annotations = local.kubernetes_namespace[each.key].metadata.annotations
generate_name = local.kubernetes_namespace[each.key].metadata.generate_name
labels = local.kubernetes_namespace[each.key].metadata.labels
name = local.namespace[each.key].metadata.name == "" ? each.key : local.namespace[each.key].metadata.name
annotations = local.namespace[each.key].metadata.annotations
generate_name = local.namespace[each.key].metadata.generate_name
labels = local.namespace[each.key].metadata.labels
}
}

resource "kubernetes_secret" "secret" {
for_each = var.kubernetes_secret
for_each = var.secret

metadata {
name = local.kubernetes_secret[each.key].metadata.name == "" ? each.key : local.kubernetes_secret[each.key].metadata.name
namespace = local.kubernetes_secret[each.key].metadata.namespace
annotations = local.kubernetes_secret[each.key].metadata.annotations
generate_name = local.kubernetes_secret[each.key].metadata.generate_name
labels = local.kubernetes_secret[each.key].metadata.labels
name = local.secret[each.key].metadata.name == "" ? each.key : local.secret[each.key].metadata.name
namespace = local.secret[each.key].metadata.namespace
annotations = local.secret[each.key].metadata.annotations
generate_name = local.secret[each.key].metadata.generate_name
labels = local.secret[each.key].metadata.labels
}

data = local.kubernetes_secret[each.key].data
binary_data = local.kubernetes_secret[each.key].binary_data
type = local.kubernetes_secret[each.key].type
immutable = local.kubernetes_secret[each.key].immutable
data = local.secret[each.key].data
binary_data = local.secret[each.key].binary_data
type = local.secret[each.key].type
immutable = local.secret[each.key].immutable
}

resource "kubernetes_config_map" "config_map" {
for_each = var.kubernetes_config_map
for_each = var.config_map

metadata {
name = local.config_map[each.key].metadata.name == "" ? each.key : local.config_map[each.key].metadata.name
namespace = local.config_map[each.key].metadata.namespace
annotations = local.config_map[each.key].metadata.annotations
generate_name = local.config_map[each.key].metadata.generate_name
labels = local.config_map[each.key].metadata.labels
}

data = local.config_map[each.key].data
binary_data = local.config_map[each.key].binary_data
}

resource "kubernetes_storage_class" "storage_class" {
for_each = var.storage_class

metadata {
name = local.storage_class[each.key].metadata.name == "" ? each.key : local.storage_class[each.key].metadata.name
annotations = local.storage_class[each.key].metadata.annotations
generate_name = local.storage_class[each.key].metadata.generate_name
labels = local.storage_class[each.key].metadata.labels
}

parameters = local.storage_class[each.key].parameters
storage_provisioner = local.storage_class[each.key].storage_provisioner
reclaim_policy = local.storage_class[each.key].reclaim_policy
volume_binding_mode = local.storage_class[each.key].volume_binding_mode
allow_volume_expansion = local.storage_class[each.key].allow_volume_expansion
mount_options = local.storage_class[each.key].mount_options

dynamic "allowed_topologies" {
for_each = local.storage_class[each.key].allowed_topologies.match_label_expressions != {} ? [1] : []

content {
dynamic "match_label_expressions" {
for_each = local.storage_class[each.key].allowed_topologies.match_label_expressions

content {
key = local.storage_class[each.key].allowed_topologies.match_label_expressions[each.key]
values = local.storage_class[each.key].allowed_topologies.match_label_expressions[each.value]
}
}
}
}
}

resource "kubernetes_persistent_volume_claim" "persistent_volume_claim" {
for_each = var.persistent_volume_claim

metadata {
name = local.kubernetes_config_map[each.key].metadata.name == "" ? each.key : local.kubernetes_config_map[each.key].metadata.name
namespace = local.kubernetes_config_map[each.key].metadata.namespace
annotations = local.kubernetes_config_map[each.key].metadata.annotations
generate_name = local.kubernetes_config_map[each.key].metadata.generate_name
labels = local.kubernetes_config_map[each.key].metadata.labels
name = local.persistent_volume_claim[each.key].metadata.name == "" ? each.key : local.persistent_volume_claim[each.key].metadata.name
namespace = local.persistent_volume_claim[each.key].metadata.namespace
annotations = local.persistent_volume_claim[each.key].metadata.annotations
generate_name = local.persistent_volume_claim[each.key].metadata.generate_name
labels = local.persistent_volume_claim[each.key].metadata.labels
}

data = local.kubernetes_config_map[each.key].data
binary_data = local.kubernetes_config_map[each.key].binary_data
spec {
access_modes = local.persistent_volume_claim[each.key].spec.access_modes
volume_name = local.persistent_volume_claim[each.key].spec.volume_name
storage_class_name = local.persistent_volume_claim[each.key].spec.storage_class_name

resources {
limits = local.persistent_volume_claim[each.key].spec.resources.limits
requests = local.persistent_volume_claim[each.key].spec.resources.requests
}

dynamic "selector" {
for_each = compact([
local.persistent_volume_claim[each.key].spec.selector.match_labels,
local.persistent_volume_claim[each.key].spec.selector.match_expressions.key,
local.persistent_volume_claim[each.key].spec.selector.match_expressions.operator,
local.persistent_volume_claim[each.key].spec.selector.match_expressions.values
])

content {
match_labels = local.persistent_volume_claim[each.key].spec.selector.match_labels

match_expressions {
key = local.persistent_volume_claim[each.key].spec.selector.match_expressions.key
operator = local.persistent_volume_claim[each.key].spec.selector.match_expressions.operator
values = local.persistent_volume_claim[each.key].spec.selector.match_expressions.values
}
}
}
}
wait_until_bound = local.persistent_volume_claim[each.key].wait_until_bound
}
82 changes: 82 additions & 0 deletions outputs.tf
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@@ -1,3 +1,44 @@
output "service" {
description = "kubernetes_service results"
value = {
for service in keys(kubernetes_service.service) :
service => {
metadata = kubernetes_service.service[service].metadata
status = kubernetes_service.service[service].status
}
}
}

output "service_account" {
description = "kubernetes_service_account results"
value = {
for service_account in keys(kubernetes_service_account.service_account) :
service_account => {
metadata = kubernetes_service_account.service_account[service_account].metadata
}
}
}

output "role_binding" {
description = "kubernetes_role_binding results"
value = {
for role_binding in keys(kubernetes_role_binding.role_binding) :
role_binding => {
metadata = kubernetes_role_binding.role_binding[role_binding].metadata
}
}
}

output "cluster_role_binding" {
description = "kubernetes_cluster_role_binding results"
value = {
for cluster_role_binding in keys(kubernetes_cluster_role_binding.cluster_role_binding) :
cluster_role_binding => {
metadata = kubernetes_cluster_role_binding.cluster_role_binding[cluster_role_binding].metadata
}
}
}

output "namespace" {
description = "kubernetes_namespace results"
value = {
Expand All @@ -7,3 +48,44 @@ output "namespace" {
}
}
}

output "secret" {
description = "kubernetes_secret results"
value = {
for secret in keys(kubernetes_secret.secret) :
secret => {
metadata = kubernetes_secret.secret[secret].metadata
}
}
}

output "config_map" {
description = "kubernetes_config_map results"
value = {
for config_map in keys(kubernetes_config_map.config_map) :
config_map => {
metadata = kubernetes_config_map.config_map[config_map].metadata
data = kubernetes_config_map.config_map[config_map].data
}
}
}

output "storage_class" {
description = "kubernetes_storage_class results"
value = {
for storage_class in keys(kubernetes_storage_class.storage_class) :
storage_class => {
metadata = kubernetes_storage_class.storage_class[storage_class].metadata
}
}
}

output "persistent_volume_claim" {
description = "kubernetes_persistent_volume_claim results"
value = {
for persistent_volume_claim in keys(kubernetes_persistent_volume_claim.persistent_volume_claim) :
persistent_volume_claim => {
metadata = kubernetes_persistent_volume_claim.persistent_volume_claim[persistent_volume_claim].metadata
}
}
}
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