Why

To spin up complete eks with all necessary components. Those include:

vpc (NOTE: the vpc submodule moved into separate repo https://github.com/dasmeta/terraform-aws-vpc)
eks cluster
alb ingress controller
fluentbit
external secrets
metrics to cloudwatch

Upgrading guide:

from <2.19.0 to >=2.19.0 version needs some manual actions as we upgraded underlying eks module from 18.x.x to 20.x.x, here you can find needed actions/changes docs and ready scripts which can be used: docs: https://github.com/terraform-aws-modules/terraform-aws-eks/blob/master/docs/UPGRADE-19.0.md https://github.com/terraform-aws-modules/terraform-aws-eks/blob/master/docs/UPGRADE-20.0.md params: The node group create_launch_template=false and launch_template_name="" pair params have been replaced with use_custom_launch_template=false scripts:

 # commands to move some states, run before applying the `terraform apply` for new version
 terraform state mv "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.kubernetes_config_map_v1_data.aws_auth[0]" "module.<eks-module-name>.module.eks-cluster[0].module.aws_auth_config_map.kubernetes_config_map_v1_data.aws_auth[0]"
 terraform state mv "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.aws_security_group_rule.node[\"ingress_cluster_9443\"]" "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.aws_security_group_rule.node[\"ingress_cluster_9443_webhook\"]"
 terraform state mv "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.aws_security_group_rule.node[\"ingress_cluster_8443\"]" "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.aws_security_group_rule.node[\"ingress_cluster_8443_webhook\"]"
 # command to run in case upgrading from <2.14.6 version, run before applying the `terraform apply` for new version
 terraform state rm "module.<eks-module-name>.module.autoscaler[0].aws_iam_policy.policy"
 # command to run when apply fails to create the existing resource "<eks-cluster-name>:arn:aws:iam::<aws-account-id>:role/aws-reserved/sso.amazonaws.com/eu-central-1/AWSReservedSSO_AdministratorAccess_<some-hash>"
 terraform import "module.<eks-module-name>.module.eks-cluster[0].module.eks-cluster.aws_eks_access_entry.this[\"cluster_creator\"]" "<eks-cluster-name>:arn:aws:iam::<aws-account-id>:role/aws-reserved/sso.amazonaws.com/eu-central-1/AWSReservedSSO_AdministratorAccess_<some-hash>"
 # command to apply when secret store fails to be linked, probably there will be need to remove the resource
 terraform import "module.secret_store.kubectl_manifest.main" external-secrets.io/v1beta1//SecretStore//app-test//default

How to run

data "aws_availability_zones" "available" {}

locals {
   cluster_endpoint_public_access = true
   cluster_enabled_log_types = ["audit"]
 vpc = {
   create = {
     name = "dev"
     availability_zones = data.aws_availability_zones.available.names
     private_subnets    = ["172.16.1.0/24", "172.16.2.0/24", "172.16.3.0/24"]
     public_subnets     = ["172.16.4.0/24", "172.16.5.0/24", "172.16.6.0/24"]
     cidr               = "172.16.0.0/16"
     public_subnet_tags = {
   "kubernetes.io/cluster/dev" = "shared"
   "kubernetes.io/role/elb"    = "1"
 }
 private_subnet_tags = {
   "kubernetes.io/cluster/dev"       = "shared"
   "kubernetes.io/role/internal-elb" = "1"
 }
   }
 }
  cluster_name = "your-cluster-name-goes-here"
 alb_log_bucket_name = "your-log-bucket-name-goes-here"

 fluent_bit_name = "fluent-bit"
 log_group_name  = "fluent-bit-cloudwatch-env"
}

#(Basic usage with example of using already created VPC)
data "aws_availability_zones" "available" {}

locals {
   cluster_endpoint_public_access = true
   cluster_enabled_log_types = ["audit"]

 vpc = {
   link = {
     id = "vpc-1234"
     private_subnet_ids = ["subnet-1", "subnet-2"]
   }
 }
  cluster_name = "your-cluster-name-goes-here"
 alb_log_bucket_name = "your-log-bucket-name-goes-here"

 fluent_bit_name = "fluent-bit"
 log_group_name  = "fluent-bit-cloudwatch-env"
}

# Minimum

module "cluster_min" {
 source  = "dasmeta/eks/aws"
 version = "0.1.1"

 cluster_name        = local.cluster_name
 users               = local.users

 vpc = {
   link = {
     id = "vpc-1234"
     private_subnet_ids = ["subnet-1", "subnet-2"]
   }
 }

}

# Max @TODO: the max param passing setup needs to be checked/fixed

module "cluster_max" {
 source  = "dasmeta/eks/aws"
 version = "0.1.1"

 ### VPC
 vpc = {
   create = {
     name = "dev"
    availability_zones = data.aws_availability_zones.available.names
    private_subnets    = ["172.16.1.0/24", "172.16.2.0/24", "172.16.3.0/24"]
    public_subnets     = ["172.16.4.0/24", "172.16.5.0/24", "172.16.6.0/24"]
    cidr               = "172.16.0.0/16"
    public_subnet_tags = {
  "kubernetes.io/cluster/dev" = "shared"
  "kubernetes.io/role/elb"    = "1"
 }
 private_subnet_tags = {
   "kubernetes.io/cluster/dev"       = "shared"
   "kubernetes.io/role/internal-elb" = "1"
 }
   }
 }

 cluster_enabled_log_types = local.cluster_enabled_log_types
 cluster_endpoint_public_access = local.cluster_endpoint_public_access

 ### EKS
 cluster_name          = local.cluster_name
 manage_aws_auth       = true

 # IAM users username and group. By default value is ["system:masters"]
 user = [
         {
           username = "devops1"
           group    = ["system:masters"]
         },
         {
           username = "devops2"
           group    = ["system:kube-scheduler"]
         },
         {
           username = "devops3"
         }
 ]

 # You can create node use node_group when you create node in specific subnet zone.(Note. This Case Ec2 Instance havn't specific name).
 # Other case you can use worker_group variable.

 node_groups = {
   example =  {
     name  = "nodegroup"
     name-prefix     = "nodegroup"
     additional_tags = {
         "Name"      = "node"
         "ExtraTag"  = "ExtraTag"
     }

     instance_type   = "t3.xlarge"
     max_capacity    = 1
     disk_size       = 50
     create_launch_template = false
     subnet = ["subnet_id"]
   }
}

node_groups_default = {
    disk_size      = 50
    instance_types = ["t3.medium"]
  }

worker_groups = {
  default = {
    name              = "nodes"
    instance_type     = "t3.xlarge"
    asg_max_size      = 3
    root_volume_size  = 50
  }
}

 workers_group_defaults = {
   launch_template_use_name_prefix = true
   launch_template_name            = "default"
   root_volume_type                = "gp2"
   root_volume_size                = 50
 }

 ### ALB-INGRESS-CONTROLLER
 alb_log_bucket_name = local.alb_log_bucket_name

 ### FLUENT-BIT
 fluent_bit_name = local.fluent_bit_name
 log_group_name  = local.log_group_name

 # Should be refactored to install from cluster: for prod it has done from metrics-server.tf
 ### METRICS-SERVER
 # enable_metrics_server = false
 metrics_server_name     = "metrics-server"
}

karpenter enabled

NOTES:

- enabling karpenter automatically disables cluster auto-scaler

- if vpc have been created externally(not inside this module) then you may need to set the following tags on private subnets `karpenter.sh/discovery=<cluster-name>`

- then enabling karpenter on existing old cluster there is possibility to see cycle-dependency error, to overcome this you need at first to apply main eks module change (`terraform apply --target "module.<eks-module-name>.module.eks-cluster"`) and then rest of cluster-autoloader destroy and karpenter install ones

- when destroying cluster which have karpenter enabled there is possibility of failure on karpenter resource removal, you need to run destruction one more time to get it complete

- in order to be able to use spot instances you may need to create AWSServiceRoleForEC2Spot IAM role on aws account(TODO: check and create this role on account module automatically), here is the doc: https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/service-linked-roles-spot-instance-requests.html , otherwise karpenter created `nodeclaim` kubernetes resource will show AuthFailure.ServiceLinkedRoleCreationNotPermitted error

module "eks" {
 source  = "dasmeta/eks/aws"
 version = "3.x.x"
 .....
 karpenter = {
  enabled = true
  configs = {
    replicas = 1
  }
  resource_configs_defaults = { # this is optional param, look into karpenter submodule to get available defaults
    limits = {
      cpu = 11 # the default is 10 and we can add limit restrictions on memory also
    }
  }
  resource_configs = {
    nodePools = {
      general = { weight = 1 } # by default it use linux amd64 cpu<6, memory<10000Mi, >2 generation and  ["spot", "on-demand"] type nodes so that it tries to get spot at first and if no then on-demand
    }
  }
 }
 .....
}

**/

Requirements

Name	Version
terraform	~> 1.3
aws	>= 3.31, < 6.0.0
helm	>= 2.4.1
kubectl	~>1.14

Providers

Name	Version
aws	>= 3.31, < 6.0.0
helm	>= 2.4.1
kubernetes	n/a

Modules

Name	Source	Version
adot	./modules/adot	n/a
alb-ingress-controller	./modules/aws-load-balancer-controller	n/a
api-gw-controller	./modules/api-gw	n/a
autoscaler	./modules/autoscaler	n/a
cloudwatch-metrics	./modules/cloudwatch-metrics	n/a
cw_alerts	dasmeta/monitoring/aws//modules/alerts	1.3.5
ebs-csi	./modules/ebs-csi	n/a
efs-csi-driver	./modules/efs-csi	n/a
eks-cluster	./modules/eks	n/a
external-dns	./modules/external-dns	n/a
external-secrets	./modules/external-secrets	n/a
flagger	./modules/flagger	n/a
fluent-bit	./modules/fluent-bit	n/a
karpenter	./modules/karpenter	n/a
metrics-server	./modules/metrics-server	n/a
nginx-ingress-controller	./modules/nginx-ingress-controller/	n/a
node-problem-detector	./modules/node-problem-detector	n/a
olm	./modules/olm	n/a
portainer	./modules/portainer	n/a
priority_class	./modules/priority-class/	n/a
sso-rbac	./modules/sso-rbac	n/a
vpc	dasmeta/vpc/aws	1.0.1
weave-scope	./modules/weave-scope	n/a

Resources

Name	Type
helm_release.cert-manager	resource
helm_release.kube-state-metrics	resource
kubernetes_namespace.meta-system	resource
aws_caller_identity.current	data source
aws_region.current	data source

Inputs

Name	Description	Type	Default	Required
account_id	AWS Account Id to apply changes into	`string`	`null`	no
additional_priority_classes	Defines Priority Classes in Kubernetes, used to assign different levels of priority to pods. By default, this module creates three Priority Classes: 'high'(1000000), 'medium'(500000) and 'low'(250000) . You can also provide a custom list of Priority Classes if needed.	list(object({ name = string value = string # number in string form }))	`[]`	no
adot_config	accept_namespace_regex defines the list of namespaces from which metrics will be exported, and additional_metrics defines additional metrics to export.	object({ accept_namespace_regex = optional(string, "(default	kube-system)") additional_metrics = optional(list(string), []) log_group_name = optional(string, "adot") log_retention = optional(number, 14) helm_values = optional(any, null) logging_enable = optional(bool, false) resources = optional(object({ limit = object({ cpu = optional(string, "200m") memory = optional(string, "200Mi") }) requests = object({ cpu = optional(string, "200m") memory = optional(string, "200Mi") }) }), { limit = { cpu = "200m" memory = "200Mi" } requests = { cpu = "200m" memory = "200Mi" } }) })	{ "accept_namespace_regex": "(default
adot_version	The version of the AWS Distro for OpenTelemetry addon to use. If not passed it will get compatible version based on cluster_version	`string`	`null`	no
alarms	Alarms enabled by default you need set sns topic name for send alarms for customize alarms threshold use custom_values	object({ enabled = optional(bool, true) sns_topic = string custom_values = optional(any, {}) })	n/a	yes
alb_log_bucket_name	n/a	`string`	`""`	no
alb_log_bucket_path	ALB-INGRESS-CONTROLLER	`string`	`""`	no
api_gateway_resources	Nested map containing API, Stage, and VPC Link resources	list(object({ namespace = string api = object({ name = string protocolType = string }) stages = optional(list(object({ name = string namespace = string apiRef_name = string stageName = string autoDeploy = bool description = string }))) vpc_links = optional(list(object({ name = string namespace = string }))) }))	`[]`	no
api_gw_deploy_region	Region in which API gatewat will be configured	`string`	`""`	no
autoscaler_image_patch	The patch number of autoscaler image	`number`	`0`	no
autoscaler_limits	n/a	object({ cpu = string memory = string })	{ "cpu": "100m", "memory": "600Mi" }	no
autoscaler_requests	n/a	object({ cpu = string memory = string })	{ "cpu": "100m", "memory": "600Mi" }	no
autoscaling	Weather enable cluster autoscaler for EKS, in case if karpenter enabled this config will be ignored and the cluster autoscaler will be considered as disabled	`bool`	`true`	no
bindings	Variable which describes group and role binding	list(object({ group = string namespace = string roles = list(string) }))	`[]`	no
cert_manager_chart_version	The cert-manager helm chart version.	`string`	`"1.16.2"`	no
cluster_addons	Cluster addon configurations to enable.	`any`	`{}`	no
cluster_enabled_log_types	A list of the desired control plane logs to enable. For more information, see Amazon EKS Control Plane Logging documentation (https://docs.aws.amazon.com/eks/latest/userguide/control-plane-logs.html)	`list(string)`	`[]`	no
cluster_endpoint_public_access	n/a	`bool`	`true`	no
cluster_name	Creating eks cluster name.	`string`	n/a	yes
cluster_version	Allows to set/change kubernetes cluster version, kubernetes version needs to be updated at leas once a year. Please check here for available versions https://docs.aws.amazon.com/eks/latest/userguide/kubernetes-versions.html	`string`	`"1.29"`	no
create	Whether to create cluster and other resources or not	`bool`	`true`	no
create_cert_manager	If enabled it always gets deployed to the cert-manager namespace.	`bool`	`false`	no
ebs_csi_version	EBS CSI driver addon version, by default it will pick right version for this driver based on cluster_version	`string`	`null`	no
efs_id	EFS filesystem id in AWS	`string`	`null`	no
efs_storage_classes	Additional storage class configurations: by default, 2 storage classes are created - efs-sc and efs-sc-root which has 0 uid. One can add another storage classes besides these 2.	list(object({ name : string provisioning_mode : optional(string, "efs-ap") file_system_id : string directory_perms : optional(string, "755") base_path : optional(string, "/") uid : optional(number) }))	`[]`	no
enable_alb_ingress_controller	Whether alb ingress controller enabled.	`bool`	`true`	no
enable_api_gw_controller	Weather enable API-GW controller or not	`bool`	`false`	no
enable_ebs_driver	Weather enable EBS-CSI driver or not	`bool`	`true`	no
enable_efs_driver	Weather install EFS driver or not in EKS	`bool`	`false`	no
enable_external_secrets	Whether to enable external-secrets operator	`bool`	`true`	no
enable_kube_state_metrics	Enable kube-state-metrics	`bool`	`false`	no
enable_metrics_server	METRICS-SERVER	`bool`	`false`	no
enable_node_problem_detector	n/a	`bool`	`true`	no
enable_olm	To install OLM controller (experimental).	`bool`	`false`	no
enable_portainer	Enable Portainer provisioning or not	`bool`	`false`	no
enable_sso_rbac	Enable SSO RBAC integration or not	`bool`	`false`	no
enable_waf_for_alb	Enables WAF and WAF V2 addons for ALB	`bool`	`false`	no
external_dns	Allows to install external-dns helm chart and related roles, which allows to automatically create R53 records based on ingress/service domain/host configs	object({ enabled = optional(bool, false) configs = optional(any, {}) })	{ "enabled": false }	no
external_secrets_namespace	The namespace of external-secret operator	`string`	`"kube-system"`	no
flagger	Allows to create/deploy flagger operator to have custom rollout strategies like canary/blue-green and also it allows to create custom flagger metric templates	object({ enabled = optional(bool, false) namespace = optional(string, "ingress-nginx") # The flagger operator helm being installed on same namespace as mesh/ingress provider so this field need to be set based on which ingress/mesh we are going to use, more info in https://artifacthub.io/packages/helm/flagger/flagger configs = optional(any, {}) # available options can be found in https://artifacthub.io/packages/helm/flagger/flagger metric_template_configs = optional(any, {}) # available options can be found in https://github.com/dasmeta/helm/tree/flagger-metric-template-0.1.0/charts/flagger-metric-template enable_metric_template = optional(bool, false) enable_loadtester = optional(bool, false) })	{ "enabled": false }	no
fluent_bit_configs	Fluent Bit configs	object({ enabled = optional(string, true) fluent_bit_name = optional(string, "") log_group_name = optional(string, "") system_log_group_name = optional(string, "") log_retention_days = optional(number, 90) values_yaml = optional(string, "") configs = optional(object({ inputs = optional(string, "") filters = optional(string, "") outputs = optional(string, "") cloudwatch_outputs_enabled = optional(bool, true) }), {}) drop_namespaces = optional(list(string), []) log_filters = optional(list(string), []) additional_log_filters = optional(list(string), []) kube_namespaces = optional(list(string), []) image_pull_secrets = optional(list(string), []) })	{ "additional_log_filters": [ "ELB-HealthChecker", "Amazon-Route53-Health-Check-Service" ], "configs": { "cloudwatch_outputs_enabled": true, "filters": "", "inputs": "", "outputs": "" }, "drop_namespaces": [ "kube-system", "opentelemetry-operator-system", "adot", "cert-manager", "opentelemetry.", "meta." ], "enabled": true, "fluent_bit_name": "", "image_pull_secrets": [], "kube_namespaces": [ "kube.", "meta.", "adot.", "devops.", "cert-manager.", "git.", "opentelemetry.", "stakater.", "renovate.*" ], "log_filters": [ "kube-probe", "health", "prometheus", "liveness" ], "log_group_name": "", "log_retention_days": 90, "system_log_group_name": "", "values_yaml": "" }	no
karpenter	Allows to create/deploy/configure karpenter operator and its resources to have custom node auto-calling	object({ enabled = optional(bool, false) configs = optional(any, {}) # karpenter chart configs, the underlying module sets some general/default ones, available option can be found here: https://github.com/aws/karpenter-provider-aws/blob/v1.0.8/charts/karpenter/values.yaml resource_configs = optional(any, {}) # karpenter resources creation configs, available options can be fount here: https://github.com/dasmeta/helm/tree/karpenter-resources-0.1.0/charts/karpenter-resources resource_configs_defaults = optional(any, {}) # the default used for karpenter node pool creation, the available values to override/set can be found in karpenter submodule corresponding variable modules/karpenter/values.tf })	{ "enabled": false }	no
kube_state_metrics_chart_version	The kube-state-metrics chart version	`string`	`"5.27.0"`	no
manage_aws_auth	n/a	`bool`	`true`	no
map_roles	Additional IAM roles to add to the aws-auth configmap.	list(object({ rolearn = string username = string groups = list(string) }))	`[]`	no
metrics_exporter	Metrics Exporter, can use cloudwatch or adot	`string`	`"adot"`	no
metrics_server_name	n/a	`string`	`"metrics-server"`	no
nginx_ingress_controller_config	Nginx ingress controller configs	object({ enabled = optional(bool, false) name = optional(string, "nginx") create_namespace = optional(bool, true) namespace = optional(string, "ingress-nginx") replicacount = optional(number, 3) metrics_enabled = optional(bool, true) configs = optional(any, {}) # Configurations to pass and override default ones. Check the helm chart available configs here: https://artifacthub.io/packages/helm/ingress-nginx/ingress-nginx/4.12.0?modal=values })	{ "create_namespace": true, "enabled": false, "metrics_enabled": true, "name": "nginx", "namespace": "ingress-nginx", "replicacount": 3 }	no
node_groups	Map of EKS managed node group definitions to create	`any`	{ "default": { "desired_size": 2, "iam_role_additional_policies": [ "arn:aws:iam::aws:policy/CloudWatchAgentServerPolicy" ], "instance_types": [ "t3.large" ], "max_size": 4, "min_size": 2 } }	no
node_groups_default	Map of EKS managed node group default configurations	`any`	{ "disk_size": 50, "iam_role_additional_policies": [ "arn:aws:iam::aws:policy/CloudWatchAgentServerPolicy" ], "instance_types": [ "t3.large" ] }	no
node_security_group_additional_rules	n/a	`any`	{ "ingress_cluster_10250": { "description": "Metric server to node groups", "from_port": 10250, "protocol": "tcp", "self": true, "to_port": 10250, "type": "ingress" } }	no
portainer_config	Portainer hostname and ingress config.	object({ host = optional(string, "portainer.dasmeta.com") enable_ingress = optional(bool, true) })	`{}`	no
prometheus_metrics	Prometheus Metrics	`any`	`[]`	no
region	AWS Region name.	`string`	`null`	no
roles	Variable describes which role will user have K8s	list(object({ actions = list(string) resources = list(string) }))	`[]`	no
scale_down_unneeded_time	Scale down unneeded in minutes	`number`	`2`	no
send_alb_logs_to_cloudwatch	Whether send alb logs to CloudWatch or not.	`bool`	`true`	no
tags	Extra tags to attach to eks cluster.	`any`	`{}`	no
users	List of users to open eks cluster api access	`list(any)`	`[]`	no
vpc	VPC configuration for eks, we support both cases create new vpc(create field) and using already created one(link)	object({ # for linking using existing vpc link = optional(object({ id = string private_subnet_ids = list(string) # please have the existing vpc public/private subnets(at least 2 needed) tagged with corresponding tags(look into create case subnet tags defaults) }), { id = null, private_subnet_ids = null }) # for creating new vpc create = optional(object({ name = string availability_zones = list(string) cidr = string private_subnets = list(string) public_subnets = list(string) public_subnet_tags = optional(map(any), {}) # to pass additional tags for public subnet or override default ones. The default ones are: {"kubernetes.io/cluster/${var.cluster_name}" = "shared","kubernetes.io/role/elb" = 1} private_subnet_tags = optional(map(any), {}) # to pass additional tags for public subnet or override default ones. The default ones are: {"kubernetes.io/cluster/${var.cluster_name}" = "shared","kubernetes.io/role/internal-elb" = 1} }), { name = null, availability_zones = null, cidr = null, private_subnets = null, public_subnets = null }) })	n/a	yes
weave_scope_config	Weave scope namespace configuration variables	object({ create_namespace = bool namespace = string annotations = map(string) ingress_host = string ingress_class = string ingress_name = string service_type = string weave_helm_release_name = string })	{ "annotations": {}, "create_namespace": true, "ingress_class": "", "ingress_host": "", "ingress_name": "weave-ingress", "namespace": "meta-system", "service_type": "NodePort", "weave_helm_release_name": "weave" }	no
weave_scope_enabled	Weather enable Weave Scope or not	`bool`	`false`	no
worker_groups	Worker groups.	`any`	`{}`	no
workers_group_defaults	Worker group defaults.	`any`	{ "launch_template_name": "default", "launch_template_use_name_prefix": true, "root_volume_size": 50, "root_volume_type": "gp2" }	no

Outputs

Name	Description
cluster_certificate	EKS cluster certificate used for authentication/access in helm/kubectl/kubernetes providers
cluster_host	EKS cluster host name used for authentication/access in helm/kubectl/kubernetes providers
cluster_iam_role_name	n/a
cluster_id	n/a
cluster_primary_security_group_id	n/a
cluster_security_group_id	n/a
cluster_token	EKS cluster token used for authentication/access in helm/kubectl/kubernetes providers
eks_auth_configmap	n/a
eks_module	n/a
eks_oidc_root_ca_thumbprint	Grab eks_oidc_root_ca_thumbprint from oidc_provider_arn.
map_user_data	n/a
oidc_provider_arn	## CLUSTER
role_arns	n/a
role_arns_without_path	n/a
vpc_cidr_block	The cidr block of the vpc
vpc_default_security_group_id	The ID of default security group created for vpc
vpc_id	The newly created vpc id
vpc_nat_public_ips	The list of elastic public IPs for vpc
vpc_private_subnets	The newly created vpc private subnets IDs list
vpc_public_subnets	The newly created vpc public subnets IDs list

Name		Name	Last commit message	Last commit date
Latest commit History 486 Commits
.github		.github
examples		examples
githooks		githooks
modules		modules
.gitignore		.gitignore
.pre-commit-config.yaml		.pre-commit-config.yaml
LICENSE		LICENSE
README.md		README.md
adot.tf		adot.tf
alarms.tf		alarms.tf
alb-ingress-controller.tf		alb-ingress-controller.tf
commitlint.config.js		commitlint.config.js
data.tf		data.tf
fluent-bit.tf		fluent-bit.tf
git-conventional-commits.json		git-conventional-commits.json
locals.tf		locals.tf
main.tf		main.tf
meta-system.tf		meta-system.tf
nginx-ingress-controller.tf		nginx-ingress-controller.tf
node-problem-detector.tf		node-problem-detector.tf
olm.tf		olm.tf
outputs.tf		outputs.tf
package.json		package.json
pre-commit.yaml		pre-commit.yaml
priority-class.tf		priority-class.tf
providers.tf		providers.tf
variables.tf		variables.tf
versions.tf		versions.tf
wave-scope-dashboard.tf		wave-scope-dashboard.tf

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Upgrading guide:

How to run

karpenter enabled

NOTES:

- enabling karpenter automatically disables cluster auto-scaler

- if vpc have been created externally(not inside this module) then you may need to set the following tags on private subnets `karpenter.sh/discovery=<cluster-name>`

- when destroying cluster which have karpenter enabled there is possibility of failure on karpenter resource removal, you need to run destruction one more time to get it complete

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dasmeta/terraform-aws-eks

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Why

Upgrading guide:

How to run

karpenter enabled

NOTES:

- enabling karpenter automatically disables cluster auto-scaler

- if vpc have been created externally(not inside this module) then you may need to set the following tags on private subnets karpenter.sh/discovery=<cluster-name>

- when destroying cluster which have karpenter enabled there is possibility of failure on karpenter resource removal, you need to run destruction one more time to get it complete

Requirements

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Modules

Resources

Inputs

Outputs

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Contributors 10

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- if vpc have been created externally(not inside this module) then you may need to set the following tags on private subnets `karpenter.sh/discovery=<cluster-name>`

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