feat: Add support of suspended_state block in aws_appautoscaling_target of ECS service

.pre-commit-config.yaml

@@ -1,6 +1,6 @@
 repos:
   - repo: https://github.com/antonbabenko/pre-commit-terraform
-    rev: v1.103.0
+    rev: v1.104.0
     hooks:
       - id: terraform_wrapper_module_for_each
       - id: terraform_fmt

main.tf

@@ -171,6 +171,7 @@ module "service" {
   autoscaling_max_capacity      = each.value.autoscaling_max_capacity
   autoscaling_policies          = each.value.autoscaling_policies
   autoscaling_scheduled_actions = each.value.autoscaling_scheduled_actions
+  autoscaling_suspended_state   = each.value.autoscaling_suspended_state
 
   # Security Group
   create_security_group          = each.value.create_security_group

modules/service/README.md

@@ -235,6 +235,7 @@ module "ecs_service" {
 | <a name="input_autoscaling_min_capacity"></a> [autoscaling\_min\_capacity](#input\_autoscaling\_min\_capacity) | Minimum number of tasks to run in your service | `number` | `1` | no |
 | <a name="input_autoscaling_policies"></a> [autoscaling\_policies](#input\_autoscaling\_policies) | Map of autoscaling policies to create for the service | <pre>map(object({<br/>    name        = optional(string) # Will fall back to the key name if not provided<br/>    policy_type = optional(string, "TargetTrackingScaling")<br/>    predictive_scaling_policy_configuration = optional(object({<br/>      max_capacity_breach_behavior = optional(string)<br/>      max_capacity_buffer          = optional(number)<br/>      metric_specification = list(object({<br/>        customized_capacity_metric_specification = optional(object({<br/>          metric_data_query = list(object({<br/>            expression = optional(string)<br/>            id         = string<br/>            label      = optional(string)<br/>            metric_stat = optional(object({<br/>              metric = object({<br/>                dimension = optional(list(object({<br/>                  name  = string<br/>                  value = string<br/>                })))<br/>                metric_name = optional(string)<br/>                namespace   = optional(string)<br/>              })<br/>              stat = string<br/>              unit = optional(string)<br/>            }))<br/>            return_data = optional(bool)<br/>          }))<br/>        }))<br/>        customized_load_metric_specification = optional(object({<br/>          metric_data_query = list(object({<br/>            expression = optional(string)<br/>            id         = string<br/>            label      = optional(string)<br/>            metric_stat = optional(object({<br/>              metric = object({<br/>                dimension = optional(list(object({<br/>                  name  = string<br/>                  value = string<br/>                })))<br/>                metric_name = optional(string)<br/>                namespace   = optional(string)<br/>              })<br/>              stat = string<br/>              unit = optional(string)<br/>            }))<br/>            return_data = optional(bool)<br/>          }))<br/>        }))<br/>        customized_scaling_metric_specification = optional(object({<br/>          metric_data_query = list(object({<br/>            expression = optional(string)<br/>            id         = string<br/>            label      = optional(string)<br/>            metric_stat = optional(object({<br/>              metric = object({<br/>                dimension = optional(list(object({<br/>                  name  = string<br/>                  value = string<br/>                })))<br/>                metric_name = optional(string)<br/>                namespace   = optional(string)<br/>              })<br/>              stat = string<br/>              unit = optional(string)<br/>            }))<br/>            return_data = optional(bool)<br/>          }))<br/>        }))<br/>        predefined_load_metric_specification = optional(object({<br/>          predefined_metric_type = string<br/>          resource_label         = optional(string)<br/>        }))<br/>        predefined_metric_pair_specification = optional(object({<br/>          predefined_metric_type = string<br/>          resource_label         = optional(string)<br/>        }))<br/>        predefined_scaling_metric_specification = optional(object({<br/>          predefined_metric_type = string<br/>          resource_label         = optional(string)<br/>        }))<br/>        target_value = number<br/>      }))<br/>      mode                   = optional(string)<br/>      scheduling_buffer_time = optional(number)<br/>    }))<br/>    step_scaling_policy_configuration = optional(object({<br/>      adjustment_type          = optional(string)<br/>      cooldown                 = optional(number)<br/>      metric_aggregation_type  = optional(string)<br/>      min_adjustment_magnitude = optional(number)<br/>      step_adjustment = optional(list(object({<br/>        metric_interval_lower_bound = optional(string)<br/>        metric_interval_upper_bound = optional(string)<br/>        scaling_adjustment          = number<br/>      })))<br/>    }))<br/>    target_tracking_scaling_policy_configuration = optional(object({<br/>      customized_metric_specification = optional(object({<br/>        dimensions = optional(list(object({<br/>          name  = string<br/>          value = string<br/>        })))<br/>        metric_name = optional(string)<br/>        metrics = optional(list(object({<br/>          expression = optional(string)<br/>          id         = string<br/>          label      = optional(string)<br/>          metric_stat = optional(object({<br/>            metric = object({<br/>              dimensions = optional(list(object({<br/>                name  = string<br/>                value = string<br/>              })))<br/>              metric_name = string<br/>              namespace   = string<br/>            })<br/>            stat = string<br/>            unit = optional(string)<br/>          }))<br/>          return_data = optional(bool)<br/>        })))<br/>        namespace = optional(string)<br/>        statistic = optional(string)<br/>        unit      = optional(string)<br/>      }))<br/>      disable_scale_in = optional(bool)<br/>      predefined_metric_specification = optional(object({<br/>        predefined_metric_type = string<br/>        resource_label         = optional(string)<br/>      }))<br/>      scale_in_cooldown  = optional(number, 300)<br/>      scale_out_cooldown = optional(number, 60)<br/>      target_value       = optional(number, 75)<br/>    }))<br/>  }))</pre> | <pre>{<br/>  "cpu": {<br/>    "policy_type": "TargetTrackingScaling",<br/>    "target_tracking_scaling_policy_configuration": {<br/>      "predefined_metric_specification": {<br/>        "predefined_metric_type": "ECSServiceAverageCPUUtilization"<br/>      }<br/>    }<br/>  },<br/>  "memory": {<br/>    "policy_type": "TargetTrackingScaling",<br/>    "target_tracking_scaling_policy_configuration": {<br/>      "predefined_metric_specification": {<br/>        "predefined_metric_type": "ECSServiceAverageMemoryUtilization"<br/>      }<br/>    }<br/>  }<br/>}</pre> | no |
 | <a name="input_autoscaling_scheduled_actions"></a> [autoscaling\_scheduled\_actions](#input\_autoscaling\_scheduled\_actions) | Map of autoscaling scheduled actions to create for the service | <pre>map(object({<br/>    name         = optional(string)<br/>    min_capacity = number<br/>    max_capacity = number<br/>    schedule     = string<br/>    start_time   = optional(string)<br/>    end_time     = optional(string)<br/>    timezone     = optional(string)<br/>  }))</pre> | `null` | no |
+| <a name="input_autoscaling_suspended_state"></a> [autoscaling\_suspended\_state](#input\_autoscaling\_suspended\_state) | Configuration block that specifies whether the scaling activities for the service are in a suspended state | <pre>object({<br/>    dynamic_scaling_in_suspended  = optional(bool, false)<br/>    dynamic_scaling_out_suspended = optional(bool, false)<br/>    scheduled_scaling_suspended   = optional(bool, false)<br/>  })</pre> | `null` | no |
 | <a name="input_availability_zone_rebalancing"></a> [availability\_zone\_rebalancing](#input\_availability\_zone\_rebalancing) | ECS automatically redistributes tasks within a service across Availability Zones (AZs) to mitigate the risk of impaired application availability due to underlying infrastructure failures and task lifecycle activities. The valid values are `ENABLED` and `DISABLED`. Defaults to `DISABLED` | `string` | `null` | no |
 | <a name="input_capacity_provider_strategy"></a> [capacity\_provider\_strategy](#input\_capacity\_provider\_strategy) | Capacity provider strategies to use for the service. Can be one or more | <pre>map(object({<br/>    base              = optional(number)<br/>    capacity_provider = string<br/>    weight            = optional(number)<br/>  }))</pre> | `null` | no |
 | <a name="input_cluster_arn"></a> [cluster\_arn](#input\_cluster\_arn) | ARN of the ECS cluster where the resources will be provisioned | `string` | `""` | no |

modules/service/main.tf

@@ -1527,7 +1527,18 @@ resource "aws_appautoscaling_target" "this" {
   resource_id        = "service/${local.cluster_name}/${try(aws_ecs_service.this[0].name, aws_ecs_service.ignore_task_definition[0].name)}"
   scalable_dimension = "ecs:service:DesiredCount"
   service_namespace  = "ecs"
-  tags               = var.tags
+
+  dynamic "suspended_state" {
+    for_each = local.enable_autoscaling && var.autoscaling_suspended_state != null ? [var.autoscaling_suspended_state] : []
+
+    content {
+      dynamic_scaling_in_suspended  = suspended_state.value.dynamic_scaling_in_suspended
+      dynamic_scaling_out_suspended = suspended_state.value.dynamic_scaling_out_suspended
+      scheduled_scaling_suspended   = suspended_state.value.scheduled_scaling_suspended
+    }
+  }
+
+  tags = var.tags
 }
 
 resource "aws_appautoscaling_policy" "this" {

modules/service/variables.tf

@@ -1206,6 +1206,16 @@ variable "autoscaling_scheduled_actions" {
   default = null
 }
 
+variable "autoscaling_suspended_state" {
+  description = "Configuration block that specifies whether the scaling activities for the service are in a suspended state"
+  type = object({
+    dynamic_scaling_in_suspended  = optional(bool, false)
+    dynamic_scaling_out_suspended = optional(bool, false)
+    scheduled_scaling_suspended   = optional(bool, false)
+  })
+  default = null
+}
+
 ################################################################################
 # Security Group
 ################################################################################

variables.tf

@@ -867,6 +867,11 @@ variable "services" {
       end_time     = optional(string)
       timezone     = optional(string)
     })))
+    autoscaling_suspended_state = optional(object({
+      dynamic_scaling_in_suspended  = optional(bool)
+      dynamic_scaling_out_suspended = optional(bool)
+      scheduled_scaling_suspended   = optional(bool)
+    }))
     # Security Group
     create_security_group          = optional(bool)
     vpc_id                         = optional(string)

wrappers/service/main.tf

@@ -28,6 +28,7 @@ module "wrapper" {
     }
   })
   autoscaling_scheduled_actions                = try(each.value.autoscaling_scheduled_actions, var.defaults.autoscaling_scheduled_actions, null)
+  autoscaling_suspended_state                  = try(each.value.autoscaling_suspended_state, var.defaults.autoscaling_suspended_state, null)
   availability_zone_rebalancing                = try(each.value.availability_zone_rebalancing, var.defaults.availability_zone_rebalancing, null)
   capacity_provider_strategy                   = try(each.value.capacity_provider_strategy, var.defaults.capacity_provider_strategy, null)
   cluster_arn                                  = try(each.value.cluster_arn, var.defaults.cluster_arn, "")