terraform-eks.auto.tfvars.example

# File auto-generated by ./bin/make-example-tfvars

# cluster_name - EKS cluster name.
# Type: ${string}
# Required
#cluster_name = <REQUIRED-VALUE>

# kubernetes_version - Kubernetes controlplane version.
# Type: ${string}
# Default: "1.30"
#kubernetes_version = "1.30"

# aws_region - AWS Region.
# Type: ${string}
# Required
#aws_region = <REQUIRED-VALUE>

# aws_account_id - AWS Account ID to restrict resources. This is a safety measurement to avoid creating/destroying in the wrong account.
# Type: ${string}
# Required
#aws_account_id = <REQUIRED-VALUE>

# tags - Tags to apply to all resources.
# Type: ${any}
# Default: {
#  "managed-by": "terraform"
#}
#tags = {
#  "managed-by": "terraform"
#}

# overlay - Map of variables to inject into overlay files.
# Type: ${map(string)}
# Default: {
#  "certmanager_acme_email": "",
#  "cronitor_ping_url": "",
#  "ecr_credential_sync_region": "",
#  "msteams_channel_url": "",
#  "opencost_spot_datafeed_bucket_name": "",
#  "opencost_spot_datafeed_bucket_prefix": "",
#  "opencost_storage_class_name": "",
#  "opsgenie_integration_api_key": "",
#  "pagerduty_service_key": "",
#  "slack_api_url": "",
#  "slack_channel": "",
#  "teleport_auth_token": ""
#}
#overlay = {
#  "certmanager_acme_email": "",
#  "cronitor_ping_url": "",
#  "ecr_credential_sync_region": "",
#  "msteams_channel_url": "",
#  "opencost_spot_datafeed_bucket_name": "",
#  "opencost_spot_datafeed_bucket_prefix": "",
#  "opencost_storage_class_name": "",
#  "opsgenie_integration_api_key": "",
#  "pagerduty_service_key": "",
#  "slack_api_url": "",
#  "slack_channel": "",
#  "teleport_auth_token": ""
#}

# cluster_encryption_config - Configuration block with encryption configuration for the cluster. To disable secret encryption, set this value to `{}`
# Type: ${any}
# Default: {
#  "resources": [
#    "secrets"
#  ]
#}
#cluster_encryption_config = {
#  "resources": [
#    "secrets"
#  ]
#}

# vpc_id - VPC ID of an existing VPC. Set to disable VPC creation.
# Type: ${string}
# Default: ""
#vpc_id = ""

# private_subnet_ids - Private Subnet IDs of an existing VPC.
# Type: ${list(string)}
# Default: []
#private_subnet_ids = []

# public_subnet_ids - Public Subnet IDs of an existing VPC.
# Type: ${list(string)}
# Default: []
#public_subnet_ids = []

# control_plane_subnet_ids - Control Plane Subnet IDs of an existing VPC.
# Type: ${list(string)}
# Default: []
#control_plane_subnet_ids = []

# vpc_name - VPC name to create new VPC. Defaults to cluster name.
# Type: ${string}
# Default: ""
#vpc_name = ""

# vpc_zones - AZ names to create the subnets. Use "aws ec2 describe-availability-zones --region <region> | jq .AvailabilityZones[].ZoneName" to list all available subnets.
# Type: ${list(string)}
# Required
#vpc_zones = <REQUIRED-VALUE>

# vpc_cidr - VPC CIDR to create new VPC.
# Type: ${string}
# Default: "10.0.0.0/16"
#vpc_cidr = "10.0.0.0/16"

# create_cluster_security_group - Determines if a security group is created for the cluster. Note: the EKS service creates a primary security group for the cluster by default
# Type: ${bool}
# Default: true
#create_cluster_security_group = true

# cluster_security_group_id - Existing security group ID to be attached to the cluster.
# Type: ${string}
# Default: ""
#cluster_security_group_id = ""

# cluster_security_group_name - Name to use on cluster security group created.
# Type: ${string}
# Default: null
#cluster_security_group_name = null

# cluster_endpoint_public_access_cidrs - List of CIDR blocks. Indicates which CIDR blocks can access the Amazon EKS public API server endpoint when enabled.
# Type: ${list(string)}
# Default: [
#  "0.0.0.0/0"
#]
#cluster_endpoint_public_access_cidrs = [
#  "0.0.0.0/0"
#]

# cluster_endpoint_public_access - Indicates whether or not the Amazon EKS public API server endpoint is enabled.
# Type: ${bool}
# Default: false
#cluster_endpoint_public_access = false

# vpc_cni_enable_prefix_delegation - Increases Pod density by assigning EC2 ENIs with IP addresses prefixes instead a single IP. Reference docs https://docs.aws.amazon.com/eks/latest/userguide/cni-increase-ip-addresses.html.
# Type: ${bool}
# Default: true
#vpc_cni_enable_prefix_delegation = true

# kube_proxy - Kube-proxy addon configurations.
# Type: ${object({"mode": "${optional(string,"iptables")}", "resources": "${optional(any,{})}", "ipvs": "${optional(object({\"scheduler\": \"${optional(string,"rr")}\"}),{})}"})}
# Default: {}
#kube_proxy = {}

# fargate_profiles - List of fargate profiles to create. To disable fargate, set this value to `[]`.
# Type: ${any}
# Default: [
#  {
#    "labels": {
#      "eks.amazonaws.com/component": "coredns"
#    },
#    "namespace": "kube-system"
#  },
#  {
#    "labels": {
#      "app.kubernetes.io/component": "csi-driver"
#    },
#    "namespace": "kube-system"
#  },
#  {
#    "labels": {
#      "app.kubernetes.io/name": "keda-operator"
#    },
#    "namespace": "keda"
#  },
#  {
#    "labels": {
#      "app": "teleport-agent"
#    },
#    "namespace": "getup"
#  }
#]
#fargate_profiles = [
#  {
#    "labels": {
#      "eks.amazonaws.com/component": "coredns"
#    },
#    "namespace": "kube-system"
#  },
#  {
#    "labels": {
#      "app.kubernetes.io/component": "csi-driver"
#    },
#    "namespace": "kube-system"
#  },
#  {
#    "labels": {
#      "app.kubernetes.io/name": "keda-operator"
#    },
#    "namespace": "keda"
#  },
#  {
#    "labels": {
#      "app": "teleport-agent"
#    },
#    "namespace": "getup"
#  }
#]

# fallback_node_group_min_size - Min number of instances/nodes.
# Type: ${number}
# Default: 0
#fallback_node_group_min_size = 0

# fallback_node_group_max_size - Max number of instances/nodes.
# Type: ${number}
# Default: 1
#fallback_node_group_max_size = 1

# fallback_node_group_desired_size - Desired number of instances/nodes.
# Type: ${number}
# Default: 0
#fallback_node_group_desired_size = 0

# fallback_node_group_capacity_type -  of capacity associated with the EKS Node Group. Valid values: `ON_DEMAND`, `SPOT`.
# Type: ${string}
# Default: "ON_DEMAND"
#fallback_node_group_capacity_type = "ON_DEMAND"

# fallback_node_group_instance_types - Set of instance types associated with the EKS Node Group.
# Type: ${list(string)}
# Default: [
#  "c5.large",
#  "c5.xlarge",
#  "m5.large",
#  "m5.xlarge",
#  "r5.large",
#  "r5.xlarge"
#]
#fallback_node_group_instance_types = [
#  "c5.large",
#  "c5.xlarge",
#  "m5.large",
#  "m5.xlarge",
#  "r5.large",
#  "r5.xlarge"
#]

# fallback_node_group_ami_type - Type of Amazon Machine Image (AMI) associated with the EKS Node Group. Valid values are `AL2_x86_64`, `AL2_x86_64_GPU`, `AL2_ARM_64`, `CUSTOM`, `BOTTLEROCKET_ARM_64`, `BOTTLEROCKET_x86_64`.
# Type: ${string}
# Default: "BOTTLEROCKET_x86_64"
#fallback_node_group_ami_type = "BOTTLEROCKET_x86_64"

# fallback_node_group_platform - Identifies if the OS platform is `bottlerocket` or `linux` based; `windows` is not supported.
# Type: ${string}
# Default: "bottlerocket"
#fallback_node_group_platform = "bottlerocket"

# fallback_node_group_disk_size - Disk size in GiB for worker nodes. Defaults to 60.
# Type: ${number}
# Default: 60
#fallback_node_group_disk_size = 60

# fallback_node_group_disk_type - Disk type to use on the worker nodes. Defaults to gp3.
# Type: ${string}
# Default: "gp3"
#fallback_node_group_disk_type = "gp3"

# karpenter_enabled - Install Karpenter.
# Type: ${bool}
# Default: true
#karpenter_enabled = true

# karpenter_namespace - Namespace where to install Karpenter.
# Type: ${string}
# Default: "karpenter"
#karpenter_namespace = "karpenter"

# karpenter_version - Karpenter chart version.
# Type: ${string}
# Default: "0.37.6"
#karpenter_version = "0.37.6"

# karpenter_replicas - Number of pods for Karpenter controller.
# Type: ${number}
# Default: 2
#karpenter_replicas = 2

# karpenter_node_class_ami_family - Identifies if the OS platform is `Bottlerocket` or `AL2` based.
# Type: ${string}
# Default: "Bottlerocket"
#karpenter_node_class_ami_family = "Bottlerocket"

# karpenter_node_pool_instance_arch - CPU Architecture for node pool instances. Valid values are `amd64` and `arm64`.
# Type: ${list(string)}
# Default: [
#  "amd64"
#]
#karpenter_node_pool_instance_arch = [
#  "amd64"
#]

# karpenter_node_pool_instance_category - EC2 Instance categories for both OnDemand and Spot Karpenter node pools.
# Type: ${list(string)}
# Default: [
#  "c",
#  "m",
#  "r"
#]
#karpenter_node_pool_instance_category = [
#  "c",
#  "m",
#  "r"
#]

# karpenter_node_group_spot_ratio - Ratio of On-Demand/Spot nodes created managed Karpenter.
# Type: ${number}
# Default: 0.7
#karpenter_node_group_spot_ratio = 0.7

# karpenter_node_pool_instance_cpu - EC2 Instance vCPUs for both OnDemand and Spot Karpenter node pools.
# Type: ${list(string)}
# Default: [
#  "2",
#  "4",
#  "8"
#]
#karpenter_node_pool_instance_cpu = [
#  "2",
#  "4",
#  "8"
#]

# karpenter_node_pool_instance_memory_gb - EC2 Instance memory size in GBi for both OnDemand and Spot Karpenter node pools.
# Type: ${list(number)}
# Default: [
#  4,
#  8,
#  16
#]
#karpenter_node_pool_instance_memory_gb = [
#  4,
#  8,
#  16
#]

# karpenter_cluster_limits_memory_gb - Overall EC2 Instance maximum memory size in GBi for both OnDemand and Spot Karpenter node pools. This respects proportions from var.karpenter_node_group_spot_ratio.
# Type: ${number}
# Default: 1024
#karpenter_cluster_limits_memory_gb = 1024

# karpenter_cluster_limits_cpu - Overall EC2 Instance maximum vCPUs for both OnDemand and Spot Karpenter node pools. This respects proportions from var.karpenter_node_group_spot_ratio.
# Type: ${number}
# Default: 1000
#karpenter_cluster_limits_cpu = 1000

# eks_iam_role_name - IAM role name to create for EKS.
# Type: ${string}
# Default: ""
#eks_iam_role_name = ""

# iam_role_use_name_prefix - Determines whether the IAM role name (`iam_role_name`) is used as a prefix
# Type: ${bool}
# Default: true
#iam_role_use_name_prefix = true

# iam_role_arn - Existing IAM role ARN for the cluster.
# Type: ${string}
# Default: null
#iam_role_arn = null

# kms_key_administrators - A list of IAM ARNs for [key administrators](https://docs.aws.amazon.com/kms/latest/developerguide/key-policy-default.html#key-policy-default-allow-administrators). If no value is provided, the current caller identity is used to ensure at least one key admin is available
# Type: ${list(string)}
# Default: []
#kms_key_administrators = []

# create_aws_auth_configmap - Determines whether to create the aws-auth configmap. NOTE - this is only intended for scenarios where the configmap does not exist (i.e. - when using only self-managed node groups). Most users should use `manage_aws_auth_configmap`
# Type: ${bool}
# Default: false
#create_aws_auth_configmap = false

# manage_aws_auth_configmap - Determines whether to manage the aws-auth configmap
# Type: ${bool}
# Default: true
#manage_aws_auth_configmap = true

# aws_auth_user_arns - List of user ARNs to add to the aws-auth configmap. K8s username will be the last component of the ARN.
# Type: ${list(string)}
# Default: []
#aws_auth_user_arns = []

# aws_auth_users - List of user maps to add to the aws-auth configmap
# Type: ${list(any)}
# Default: []
#aws_auth_users = []

# aws_auth_user_groups - K8s group names to assign for all ARN users to add to the aws-auth configmap
# Type: ${list(string)}
# Default: [
#  "system:masters"
#]
#aws_auth_user_groups = [
#  "system:masters"
#]

# aws_auth_role_arns - List of roles ARNs to add to the aws-auth configmap. K8s username will be the last component of the ARN.
# Type: ${list(string)}
# Default: []
#aws_auth_role_arns = []

# aws_auth_roles - List of role maps to add to the aws-auth configmap
# Type: ${list(any)}
# Default: []
#aws_auth_roles = []

# aws_auth_role_groups - K8s group names to assign for all ARN users to add to the aws-auth configmap
# Type: ${list(string)}
# Default: [
#  "system:masters"
#]
#aws_auth_role_groups = [
#  "system:masters"
#]

# aws_auth_accounts - List of account maps to add to the aws-auth configmap
# Type: ${list(any)}
# Default: []
#aws_auth_accounts = []

# keda_namespace - Namespace where to install Keda.
# Type: ${string}
# Default: "keda"
#keda_namespace = "keda"

# keda_version - Keda chart version.
# Type: ${string}
# Default: "2.12.1"
#keda_version = "2.12.1"

# keda_replicas - Number of pods for Keda workloads.
# Type: ${number}
# Default: 2
#keda_replicas = 2

# keda_cron_schedule - Timebased autoscale configurations.
# Type: ${list(object({"apiVersion": "${string}", "kind": "${string}", "name": "${string}", "namespace": "${string}", "minReplicaCount": "${number}", "maxReplicaCount": "${number}", "schedules": "${list(object({"timezone": "${string}", "start": "${string}", "end": "${string}", "desiredReplicas": "${string}"}))}"}))}
# Default: []
#keda_cron_schedule = []

# baloon_chart_version - Baloon chart version.
# Type: ${string}
# Default: "0.2.0"
#baloon_chart_version = "0.2.0"

# baloon_namespace - Namespace to install baloon chart.
# Type: ${string}
# Default: "default"
#baloon_namespace = "default"

# baloon_replicas - Number of pods for Baloon deployment (i.e. zero-resources usage pods). See https://wdenniss.com/gke-autopilot-spare-capacity for details.
# Type: ${number}
# Default: 0
#baloon_replicas = 0

# baloon_cpu - Request and limit CPU size for each baloon pod.
# Type: ${number}
# Default: 1
#baloon_cpu = 1

# baloon_memory - Request and limit memory size for each baloon pod.
# Type: ${string}
# Default: "8Mi"
#baloon_memory = "8Mi"