gemini-settings/tmp/d2d5f4c51b3ac9afd9ddd000bb98ba9cea9b1fdbcb0f7c87c7cddc0043a2d24f/chats/session-2026-01-29T17-00-434f78e3.json

{
  "sessionId": "434f78e3-36aa-483a-838b-2740926c5168",
  "projectHash": "d2d5f4c51b3ac9afd9ddd000bb98ba9cea9b1fdbcb0f7c87c7cddc0043a2d24f",
  "startTime": "2026-01-29T17:00:43.191Z",
  "lastUpdated": "2026-01-30T10:24:41.576Z",
  "messages": [
    {
      "id": "01faef38-da82-4a4e-bb6d-ca74fab7d844",
      "timestamp": "2026-01-29T17:00:43.191Z",
      "type": "error",
      "content": "Error during discovery for MCP server 'terraform': MCP error -32000: Connection closed"
    },
    {
      "id": "318ea4b4-4d03-4a2b-b40d-9b642f704f0a",
      "timestamp": "2026-01-29T17:01:18.205Z",
      "type": "user",
      "content": "Error: Invalid for_each argument\n│\n│   on data.tf line 105, in data \"external\" \"s3_presigned_url\":\n│  105:   for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n│     ├────────────────\n│     │ local.enable_cloudformatian_s3_template_store is true\n│     │ local.s3_object_presign is set of string with 1 element\n│\n│ The \"for_each\" set includes values derived from resource attributes\n│ that cannot be determined until apply, and so Terraform cannot\n│ determine the full set of keys that will identify the instances of\n│ this resource.\n│\n│ When working with unknown values in for_each, it's better to use a map\n│ value where the keys are defined statically in your configuration and\n│ where only the values contain apply-time results.\n│\n│ Alternatively, you could use the -target planning option to first\n│ apply only the resources that the for_each value depends on, and then\n│ apply a second time to fully converge."
    },
    {
      "id": "ace59b6c-b4fb-49ed-8473-eb060d650dbe",
      "timestamp": "2026-01-29T17:08:44.367Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "list_directory-1769706524305-73d714e227a4a",
          "name": "list_directory",
          "args": {
            "dir_path": "."
          },
          "result": [
            {
              "functionResponse": {
                "id": "list_directory-1769706524305-73d714e227a4a",
                "name": "list_directory",
                "response": {
                  "output": "Directory listing for /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure:\n[DIR] .github\n[DIR] .terraform\n[DIR] appspecs\n[DIR] buildspecs\n[DIR] cloudfront-functions\n[DIR] cloudwatch-events\n[DIR] container-definitions\n[DIR] ec2-userdata\n[DIR] ecs-entrypoints\n[DIR] examples\n[DIR] external-data-scripts\n[DIR] glue-table-schemas\n[DIR] lambdas\n[DIR] local-exec-scripts\n[DIR] policies\n[DIR] scripts\n[DIR] ssm-documents\n[DIR] tests\n.gitignore\n.terraform-docs.yml\n.terraform-version\n.terraform.lock.hcl\nbackend.tf\nBrewfile\ncertificates-infrastructure.tf\ncloudformation-custom-stack-s3-template-store.tf\ncloudformation-custom-stack.tf\ndata.tf\nec2-infrastructure-bastion-host-security-group.tf\nec2-infrastructure-bastion-host.tf\necs-cluster-infrastructure-alert-asg-cpu.tf\necs-cluster-infrastructure-alert-ecs-asg-diff.tf\necs-cluster-infrastructure-alert-pending-tasks.tf\necs-cluster-infrastructure-autoscaling-time-based.tf\necs-cluster-infrastructure-datadog-agent-api-key.tf\necs-cluster-infrastructure-datadog-agent-ecr.tf\necs-cluster-infrastructure-datadog-agent-image-codebuild.tf\necs-cluster-infrastructure-datadog-agent-service.tf\necs-cluster-infrastructure-draining-lambda.tf\necs-cluster-infrastructure-ecs-asg-diff-lambda.tf\necs-cluster-infrastructure-instance-refresh-lambda.tf\necs-cluster-infrastructure-logspout-ecr.tf\necs-cluster-infrastructure-logspout-image-codebuild.tf\necs-cluster-infrastructure-logspout-service.tf\necs-cluster-infrastructure-pending-task-metric-lambda.tf\necs-cluster-infrastructure-security-group.tf\necs-cluster-infrastructure-service-alb-global-accelerator.tf\necs-cluster-infrastructure-service-alb-s3-logs.tf\necs-cluster-infrastructure-service-alb.tf\necs-cluster-infrastructure-service-build-ecr-scan-publish.tf\necs-cluster-infrastructure-service-build-ecr.tf\necs-cluster-infrastructure-service-build-pipeline-codebuild.tf\necs-cluster-infrastructure-service-build-pipeline-s3-artifact-store.tf\necs-cluster-infrastructure-service-build-pipeline-s3-buildspec-store.tf\necs-cluster-infrastructure-service-build-pipeline.tf\necs-cluster-infrastructure-service-cloudfront-logs-athena.tf\necs-cluster-infrastructure-service-cloudfront-logs-glue-tables.tf\necs-cluster-infrastructure-service-cloudfront.tf\necs-cluster-infrastructure-service-codedeploy-blue-green.tf\necs-cluster-infrastructure-service-datadog-definition.tf\necs-cluster-infrastructure-service-s3-environment-files.tf\necs-cluster-infrastructure-service-scheduled-task.tf\necs-cluster-infrastructure-service-target-group.tf\necs-cluster-infrastructure-service.tf\necs-cluster-infrastructure-waf.tf\necs-cluster-infrastructure.tf\nefs-infrastructure.tf\nelasticache-infrastructure-cluster.tf\nelasticache-infrastructure-security-group.tf\nelasticache-infrastructure-serverless.tf\nkms-infrastructure.tf\nlambda-custom-functions-s3-store.tf\nlambda-custom-functions-security-group.tf\nlambda-custom-functions.tf\nLICENSE\nlocals.tf\nproviders.tf\nrds-infrastructure-cloudwatch-logs.tf\nrds-infrastructure-cluster.tf\nrds-infrastructure-db-subnet-group.tf\nrds-infrastructure-iam.tf\nrds-infrastructure-instance.tf\nrds-infrastructure-kms.tf\nrds-infrastructure-s3-backups-s3.tf\nrds-infrastructure-s3-backups-scheduled-task.tf\nrds-infrastructure-security-group.tf\nREADME.md\nrenovate.json\nroute53-custom-hosted-zones.tf\nroute53-infrastructure.tf\ns3-custom-buckets-cloudfront-cache-policy.tf\ns3-custom-buckets-cloudfront-functions.tf\ns3-custom-buckets-cloudfront-oac.tf\ns3-custom-buckets-cloudfront.tf\ns3-custom-buckets-kms.tf\ns3-custom-buckets.tf\ns3-infrastructure-logs.tf\ntag-resources.tf\ntfvars.example\nutilities-infrastructure-cloudwatch-logs.tf\nutilities-infrastructure-ecr.tf\nutilities-infrastructure-ecs-cluster.tf\nutilities-infrastructure-image-codebuild.tf\nutilities-infrastructure-security-group.tf\nutilities-infrastructure-task-definition.tf\nutilities-infrastructure-task-iam.tf\nvariables.tf\nversions.tf\nvpc-infrastructure-flow-logs-athena.tf\nvpc-infrastructure-flow-logs-cloudwatch.tf\nvpc-infrastructure-flow-logs-glue-tables.tf\nvpc-infrastructure-flow-logs-s3.tf\nvpc-infrastructure-network-acl.tf\nvpc-infrastructure-network-private.tf\nvpc-infrastructure-network-public.tf\nvpc-infrastructure-s3-transfer-ssm-documents.tf\nvpc-infrastructure-s3-transfer.tf\nvpc-infrastructure.tf\n\n(1 ignored)"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:08:44.367Z",
          "resultDisplay": "Listed 118 item(s). (1 ignored)",
          "displayName": "ReadFolder",
          "description": "Lists the names of files and subdirectories directly within a specified directory path. Can optionally ignore entries matching provided glob patterns.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Debugging the Terraform Error",
          "description": "I'm currently focused on the `Invalid for_each argument` error within the Terraform configuration. It seems the problem stems from a dependency on `local.s3_object_presign` within the `data \"external\" \"s3_presigned_url\"` block. My next steps involve examining `data.tf` (around line 105) and tracing the definition of `local.s3_object_presign` to identify the problematic dependency. I also need to find `local.enable_cloudformation_s3_template_store`. The aim is to revise the `for_each` to use static keys or pre-determined values.",
          "timestamp": "2026-01-29T17:08:37.145Z"
        },
        {
          "subject": "Unpacking the Root Cause",
          "description": "I've just reviewed the error message, and it's crystal clear: the `for_each` argument is the culprit. Specifically, it depends on `local.s3_object_presign`, whose values are calculated only during the \"apply\" phase. I'm now zeroing in on `data.tf` and `locals.tf` to grasp the dependencies and formulate a fix, aiming to replace the dynamic keys with pre-determined ones. The goal is to make the keys static, and I'll review how `local.enable_cloudformatian_s3_template_store` impacts this.",
          "timestamp": "2026-01-29T17:08:44.021Z"
        }
      ],
      "model": "gemini-3-pro-preview",
      "tokens": {
        "input": 62502,
        "output": 11,
        "cached": 0,
        "thoughts": 407,
        "tool": 0,
        "total": 62920
      }
    },
    {
      "id": "e41fee51-8019-4a9c-af60-68be57e7f1ae",
      "timestamp": "2026-01-29T17:09:27.540Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "read_file-1769706567341-6cfd22144d49e",
          "name": "read_file",
          "args": {
            "file_path": "data.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769706567341-6cfd22144d49e",
                "name": "read_file",
                "response": {
                  "output": "data \"aws_caller_identity\" \"current\" {}\n\ndata \"aws_elb_service_account\" \"current\" {}\n\ndata \"aws_route53_zone\" \"root\" {\n  count = local.create_infrastructure_route53_delegations ? 1 : 0\n\n  provider = aws.awsroute53root\n\n  name = local.route53_root_hosted_zone_domain_name\n}\n\ndata \"aws_ami\" \"ecs_cluster_ami\" {\n  count = local.enable_infrastructure_ecs_cluster ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      local.infrastructure_ecs_cluster_ami_name_filter\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_ami\" \"bastion_ami\" {\n  count = local.enable_infrastructure_bastion_host ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      \"al2023-ami-2023*\"\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_sns_topic\" \"infrastructure_slack_sns_topic\" {\n  count = local.infrastructure_slack_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_slack_sns_topic_name\n}\n\ndata \"aws_sns_topic\" \"infrastructure_opsgenie_sns_topic\" {\n  count = local.infrastructure_opsgenie_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_opsgenie_sns_topic_name\n}\n\ndata \"aws_s3_object\" \"ecs_cluster_service_buildspec\" {\n  for_each = {\n    for k, service in local.infrastructure_ecs_cluster_services : k => service if service[\"buildspec_from_github_repo\"] == null || service[\"buildspec_from_github_repo\"] == false\n  }\n\n  bucket = aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store[0].id\n  key    = each.value[\"buildspec\"] != null ? each.value[\"buildspec\"] : \"dalmatian-default.yml\"\n\n  depends_on = [\n    aws_s3_object.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store_files,\n  ]\n}\n\ndata \"aws_cloudfront_cache_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_cache_policy\"] if service[\"cloudfront_managed_cache_policy\"] != null\n  ])\n\n  name = startswith(each.value, \"Use\") ? each.value : \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_origin_request_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_origin_request_policy\"] if service[\"cloudfront_managed_origin_request_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_response_headers_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_response_headers_policy\"] if service[\"cloudfront_managed_response_headers_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"external\" \"s3_presigned_url\" {\n  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n\n  program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n  query = {\n    s3_path = each.value\n  }\n\n  depends_on = [\n    aws_s3_bucket.cloudformation_custom_stack_template_store,\n  ]\n}\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:09:27.540Z",
          "resultDisplay": "",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        },
        {
          "id": "read_file-1769706567497-282cfc45efa1b",
          "name": "read_file",
          "args": {
            "file_path": "locals.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769706567497-282cfc45efa1b",
                "name": "read_file",
                "response": {
                  "output": "locals {\n  project_name         = var.project_name\n  infrastructure_name  = var.infrastructure_name\n  environment          = var.environment\n  aws_region           = var.aws_region\n  aws_account_id       = data.aws_caller_identity.current.account_id\n  resource_prefix      = \"${var.project_name}-${var.infrastructure_name}-${var.environment}\"\n  resource_prefix_hash = format(\"%.8s\", sha512(local.resource_prefix))\n\n  infrastructure_kms_encryption            = var.infrastructure_kms_encryption\n  infrastructure_kms_key_policy_statements = var.infrastructure_kms_key_policy_statements\n\n  infrastructure_logging_bucket_retention = var.infrastructure_logging_bucket_retention\n\n  infrastructure_slack_sns_topic_name    = \"${local.project_name}-cloudwatch-slack-alerts\"\n  infrastructure_opsgenie_sns_topic_name = \"${local.project_name}-cloudwatch-opsgenie-alerts\"\n  infrastructure_slack_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_slack ||\n    local.infrastructure_ecs_cluster_pending_task_alert_slack ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  )\n  infrastructure_opsgenie_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_pending_task_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  )\n\n  enable_infrastructure_logs_bucket = (\n    local.infrastructure_vpc_flow_logs_s3_with_athena ||\n    length(local.infrastructure_ecs_cluster_services) != 0 ||\n    length(local.custom_s3_buckets) != 0 ||\n    local.enable_cloudformatian_s3_template_store ||\n    local.enable_infrastructure_vpc_transfer_s3_bucket ||\n    local.infrastructure_ecs_cluster_enable_execute_command_logging ||\n    local.enable_infrastructure_rds_backup_to_s3 ||\n    length(local.custom_lambda_functions) != 0\n  )\n  logs_bucket_s3_source_arns = concat(\n    length(local.infrastructure_ecs_cluster_services) != 0 ? [aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_artifact_store[0].arn] : [],\n    local.enable_infrastructure_vpc_transfer_s3_bucket ? [aws_s3_bucket.infrastructure_vpc_transfer[0].arn] : [],\n    [for k, v in local.custom_s3_buckets : aws_s3_bucket.custom[k].arn],\n    local.enable_infrastructure_rds_backup_to_s3 ? [aws_s3_bucket.infrastructure_rds_s3_backups[0].arn] : [],\n    local.enable_lambda_functions_s3_store ? [aws_s3_bucket.lambda_custom_functions_store[0].arn] : []\n  )\n  logs_bucket_logs_source_arns = concat(\n    local.infrastructure_vpc_flow_logs_s3_with_athena ? [\"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:*\"] : []\n  )\n  logs_bucket_athena_result_output_dir = \"athena-result-output\"\n\n  route53_root_hosted_zone_domain_name      = var.route53_root_hosted_zone_domain_name\n  aws_profile_name_route53_root             = var.aws_profile_name_route53_root\n  enable_infrastructure_route53_hosted_zone = var.enable_infrastructure_route53_hosted_zone\n  create_infrastructure_route53_delegations = local.route53_root_hosted_zone_domain_name != \"\" && local.aws_profile_name_route53_root != \"\" && local.enable_infrastructure_route53_hosted_zone\n  infrastructure_route53_domain             = \"${local.environment}.${var.infrastructure_name}.${local.route53_root_hosted_zone_domain_name}\"\n\n  enable_infrastructure_wildcard_certificate = local.enable_infrastructure_route53_hosted_zone && (length(local.infrastructure_ecs_cluster_services) > 0 || length(local.custom_s3_buckets) > 0)\n\n  infrastructure_datadog_api_key = var.infrastructure_datadog_api_key\n  infrastructure_datadog_app_key = var.infrastructure_datadog_app_key\n  infrastructure_datadog_region  = var.infrastructure_datadog_region\n  infrastructure_datadog_api_url = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"https://api.datadoghq.com/\",\n    \"US3\"     = \"https://api.us3.datadoghq.com/\",\n    \"US5\"     = \"https://api.us5.datadoghq.com/\",\n    \"EU1\"     = \"https://api.datadoghq.eu/\",\n    \"US1-FED\" = \"https://api.ddog-gov.com/\",\n    \"AP1\"     = \"https://api.ap1.datadoghq.com/\"\n  }[local.infrastructure_datadog_region] : \"https://api.datadoghq.com/\"\n  infrastructure_datadog_site = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"datadoghq.com\",\n    \"US3\"     = \"us3.datadoghq.com\",\n    \"US5\"     = \"us5.datadoghq.com\",\n    \"EU1\"     = \"datadoghq.eu\",\n    \"US1-FED\" = \"ddog-gov.com\",\n    \"AP1\"     = \"ap1.datadoghq.com\"\n  }[local.infrastructure_datadog_region] : \"datadoghq.com\"\n  enable_infrastructure_ecs_cluster_datadog_agent = local.enable_infrastructure_ecs_cluster && var.enable_infrastructure_ecs_cluster_datadog_agent\n\n  infrastructure_vpc                                          = var.infrastructure_vpc\n  infrastructure_vpc_cidr_block                               = var.infrastructure_vpc_cidr_block\n  infrastructure_vpc_enable_dns_support                       = var.infrastructure_vpc_enable_dns_support\n  infrastructure_vpc_enable_dns_hostnames                     = var.infrastructure_vpc_enable_dns_hostnames\n  infrastructure_vpc_instance_tenancy                         = var.infrastructure_vpc_instance_tenancy\n  infrastructure_vpc_enable_network_address_usage_metrics     = var.infrastructure_vpc_enable_network_address_usage_metrics\n  infrastructure_vpc_assign_generated_ipv6_cidr_block         = var.infrastructure_vpc_assign_generated_ipv6_cidr_block\n  infrastructure_vpc_network_enable_public                    = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_public\n  infrastructure_vpc_network_enable_private                   = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_private\n  infrastructure_vpc_network_availability_zones               = toset(sort(var.infrastructure_vpc_network_availability_zones))\n  infrastructure_vpc_network_public_cidr                      = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 0)\n  infrastructure_vpc_network_public_cidr_prefix               = basename(local.infrastructure_vpc_network_public_cidr)\n  infrastructure_vpc_network_public_cidr_newbits              = 24 - local.infrastructure_vpc_network_public_cidr_prefix\n  infrastructure_vpc_network_private_cidr                     = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 1)\n  infrastructure_vpc_network_private_cidr_prefix              = basename(local.infrastructure_vpc_network_private_cidr)\n  infrastructure_vpc_network_private_cidr_newbits             = 24 - local.infrastructure_vpc_network_private_cidr_prefix\n  infrastructure_vpc_network_acl_egress_lockdown_private      = var.infrastructure_vpc_network_acl_egress_lockdown_private\n  infrastructure_vpc_network_acl_egress_custom_rules_private  = var.infrastructure_vpc_network_acl_egress_custom_rules_private\n  infrastructure_vpc_network_acl_ingress_lockdown_private     = var.infrastructure_vpc_network_acl_ingress_lockdown_private\n  infrastructure_vpc_network_acl_ingress_custom_rules_private = var.infrastructure_vpc_network_acl_ingress_custom_rules_private\n  infrastructure_vpc_network_acl_egress_lockdown_public       = var.infrastructure_vpc_network_acl_egress_lockdown_public\n  infrastructure_vpc_network_acl_egress_custom_rules_public   = var.infrastructure_vpc_network_acl_egress_custom_rules_public\n  infrastructure_vpc_network_acl_ingress_lockdown_public      = var.infrastructure_vpc_network_acl_ingress_lockdown_public\n  infrastructure_vpc_network_acl_ingress_custom_rules_public  = var.infrastructure_vpc_network_acl_ingress_custom_rules_public\n  infrastructure_vpc_flow_logs_cloudwatch_logs                = var.infrastructure_vpc_flow_logs_cloudwatch_logs && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_with_athena                 = var.infrastructure_vpc_flow_logs_s3_with_athena && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_key_prefix                  = trim(var.infrastructure_vpc_flow_logs_s3_key_prefix, \"/\")\n  infrastructure_vpc_flow_logs_retention                      = var.infrastructure_vpc_flow_logs_retention\n  infrastructure_vpc_flow_logs_traffic_type                   = var.infrastructure_vpc_flow_logs_traffic_type\n  infrastructure_vpc_flow_logs_glue_table_columns             = jsondecode(templatefile(\"${path.root}/glue-table-schemas/vpc-flow-logs.json.tpl\", {}))\n  infrastructure_vpc_flow_logs_glue_table_partition_keys = [\n    { name = \"year\", type = \"int\" },\n    { name = \"month\", type = \"int\" },\n    { name = \"day\", type = \"int\" },\n    { name = \"hour\", type = \"int\" },\n  ]\n  enable_infrastructure_vpc_transfer_s3_bucket = var.enable_infrastructure_vpc_transfer_s3_bucket\n  infrastructure_vpc_transfer_s3_bucket_access_vpc_ids = concat(\n    local.infrastructure_vpc ? [aws_vpc.infrastructure[0].id] : [],\n    var.infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\n  )\n  infrastructure_vpc_transfer_ssm_download_command = \"aws s3 cp {{ Source }} {{ HostTarget }} {{ Recursive  }}; if [ -n \\\\\\\"{{ TargetUID }}\\\\\\\" ] && [ -n \\\\\\\"{{ TargetGID }}\\\\\\\" ]; then chown {{ TargetUID }}:{{ TargetGID }} -R {{ HostTarget }}; fi\"\n  infrastructure_vpc_transfer_ssm_upload_command   = \"aws s3 cp {{ Source }} {{ S3Target }} {{ Recursive }}\"\n\n  enable_infrastructure_bastion_host                      = var.enable_infrastructure_bastion_host\n  infrastructure_bastion_host_custom_security_group_rules = var.infrastructure_bastion_host_custom_security_group_rules\n\n  infrastructure_dockerhub_email    = var.infrastructure_dockerhub_email\n  infrastructure_dockerhub_username = var.infrastructure_dockerhub_username\n  infrastructure_dockerhub_token    = var.infrastructure_dockerhub_token\n\n  enable_infrastructure_ecs_cluster                                = var.enable_infrastructure_ecs_cluster && local.infrastructure_vpc\n  infrastructure_ecs_cluster_name                                  = \"${local.resource_prefix}-infrastructure\"\n  infrastructure_ecs_cluster_ami_version                           = var.infrastructure_ecs_cluster_ami_version\n  infrastructure_ecs_cluster_ami_name_filter                       = \"al2023-ami-ecs-hvm-${local.infrastructure_ecs_cluster_ami_version}\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name = \"/dev/xvdcz\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_size        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_type        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_type\n  infrastructure_ecs_cluster_publicly_avaialble                    = var.infrastructure_ecs_cluster_publicly_avaialble && local.infrastructure_vpc_network_enable_public\n  infrastructure_ecs_cluster_custom_security_group_rules           = var.infrastructure_ecs_cluster_custom_security_group_rules\n  infrastructure_ecs_cluster_instance_type                         = var.infrastructure_ecs_cluster_instance_type\n  infrastructure_ecs_cluster_termination_timeout                   = var.infrastructure_ecs_cluster_termination_timeout\n  infrastructure_ecs_cluster_draining_lambda_enabled               = var.infrastructure_ecs_cluster_draining_lambda_enabled && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_draining_lambda_log_retention         = var.infrastructure_ecs_cluster_draining_lambda_log_retention\n  infrastructure_ecs_cluster_termination_sns_topic_name            = \"${local.resource_prefix}-infrastructure-ecs-cluster-termination\"\n  infrastructure_ecs_cluster_min_size                              = var.infrastructure_ecs_cluster_min_size\n  infrastructure_ecs_cluster_max_size                              = var.infrastructure_ecs_cluster_max_size\n  infrastructure_ecs_cluster_allow_kms_encryption = local.infrastructure_kms_encryption && anytrue([\n    local.enable_infrastructure_vpc_transfer_s3_bucket,\n  ])\n  infrastructure_ecs_cluster_max_instance_lifetime                       = var.infrastructure_ecs_cluster_max_instance_lifetime\n  infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression = var.infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\n  infrastructure_ecs_cluster_instance_refresh_lambda_log_retention       = var.infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\n  infrastructure_ecs_cluster_autoscaling_time_based_max                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_max)\n  infrastructure_ecs_cluster_autoscaling_time_based_min                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_min)\n  infrastructure_ecs_cluster_autoscaling_time_based_custom = {\n    for custom in toset(var.infrastructure_ecs_cluster_autoscaling_time_based_custom) : \"${custom[\"min\"]}-${custom[\"max\"]} ${custom[\"cron\"]}\" => custom\n  }\n  enable_infrastructure_ecs_cluster_asg_cpu_alert                     = var.enable_infrastructure_ecs_cluster_asg_cpu_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods         = var.infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\n  infrastructure_ecs_cluster_asg_cpu_alert_period                     = var.infrastructure_ecs_cluster_asg_cpu_alert_period\n  infrastructure_ecs_cluster_asg_cpu_alert_threshold                  = var.infrastructure_ecs_cluster_asg_cpu_alert_threshold\n  infrastructure_ecs_cluster_asg_cpu_alert_slack                      = var.infrastructure_ecs_cluster_asg_cpu_alert_slack && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  infrastructure_ecs_cluster_asg_cpu_alert_opsgenie                   = var.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  enable_infrastructure_ecs_cluster_pending_task_alert                = var.enable_infrastructure_ecs_cluster_pending_task_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention = var.infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\n  infrastructure_ecs_cluster_pending_task_alert_evaluation_periods    = var.infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\n  infrastructure_ecs_cluster_pending_task_alert_period                = var.infrastructure_ecs_cluster_pending_task_alert_period\n  infrastructure_ecs_cluster_pending_task_alert_threshold             = var.infrastructure_ecs_cluster_pending_task_alert_threshold\n  infrastructure_ecs_cluster_pending_task_alert_slack                 = var.infrastructure_ecs_cluster_pending_task_alert_slack\n  infrastructure_ecs_cluster_pending_task_alert_opsgenie              = var.infrastructure_ecs_cluster_pending_task_alert_opsgenie\n  enable_infrastructure_ecs_cluster_ecs_asg_diff_alert                = var.enable_infrastructure_ecs_cluster_ecs_asg_diff_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention = var.infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods    = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_period                = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_period\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold             = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_slack                 = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie              = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  infrastructure_ecs_cluster_enable_debug_mode                        = var.infrastructure_ecs_cluster_enable_debug_mode\n  infrastructure_ecs_cluster_enable_execute_command_logging           = var.infrastructure_ecs_cluster_enable_execute_command_logging\n  infrastructure_ecs_cluster_wafs                                     = var.infrastructure_ecs_cluster_wafs\n  infrastructure_ecs_cluster_syslog_endpoint                          = var.infrastructure_ecs_cluster_syslog_endpoint\n  infrastructure_ecs_cluster_syslog_docker_address                    = length(split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)) > 1 ? \"tcp${split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)[1]}\" : \"\"\n  infrastructure_ecs_cluster_syslog_port                              = local.infrastructure_ecs_cluster_syslog_endpoint != \"\" ? split(\":\", local.infrastructure_ecs_cluster_syslog_endpoint)[2] : null\n  infrastructure_ecs_cluster_syslog_permitted_peer                    = var.infrastructure_ecs_cluster_syslog_permitted_peer\n  infrastructure_ecs_cluster_logspout_command                         = var.infrastructure_ecs_cluster_logspout_command\n  infrastructure_ecs_cluster_logspout_enabled                         = local.enable_infrastructure_ecs_cluster && length(local.infrastructure_ecs_cluster_logspout_command) > 1\n  infrastructure_ecs_cluster_user_data = base64encode(\n    templatefile(\"ec2-userdata/ecs-instance.tpl\", {\n      docker_storage_volume_device_name = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name,\n      ecs_cluster_name                  = local.infrastructure_ecs_cluster_name,\n      dockerhub_token                   = local.infrastructure_dockerhub_token,\n      dockerhub_email                   = local.infrastructure_dockerhub_email,\n      docker_storage_size               = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n      efs_id = local.enable_infrastructure_ecs_cluster_efs && (\n        local.infrastructure_vpc_network_enable_private || local.infrastructure_vpc_network_enable_public\n      ) ? aws_efs_file_system.infrastructure_ecs_cluster[0].id : \"\",\n      region                = local.aws_region,\n      efs_dirs              = join(\" \", local.ecs_cluster_efs_directories),\n      syslog_endpoint       = local.infrastructure_ecs_cluster_syslog_endpoint\n      syslog_permitted_peer = local.infrastructure_ecs_cluster_syslog_permitted_peer\n      log_debug_mode        = local.infrastructure_ecs_cluster_enable_debug_mode\n    })\n  )\n\n\n  enable_infrastructure_ecs_cluster_efs        = var.enable_infrastructure_ecs_cluster_efs && local.infrastructure_vpc\n  ecs_cluster_efs_performance_mode             = var.ecs_cluster_efs_performance_mode\n  ecs_cluster_efs_throughput_mode              = var.ecs_cluster_efs_throughput_mode\n  ecs_cluster_efs_infrequent_access_transition = var.ecs_cluster_efs_infrequent_access_transition\n  ecs_cluster_efs_directories                  = var.ecs_cluster_efs_directories\n\n  infrastructure_ecs_cluster_service_defaults = var.infrastructure_ecs_cluster_service_defaults\n  infrastructure_ecs_cluster_services_keys    = length(var.infrastructure_ecs_cluster_services) > 0 ? keys(values(var.infrastructure_ecs_cluster_services)[0]) : []\n  infrastructure_ecs_cluster_services = {\n    for k, v in var.infrastructure_ecs_cluster_services : k => merge({\n      for service_key in local.infrastructure_ecs_cluster_services_keys : service_key => try(coalesce(v[service_key], local.infrastructure_ecs_cluster_service_defaults[service_key]), null)\n    })\n  }\n  infrastructure_ecs_cluster_services_alb_enable_global_accelerator     = var.infrastructure_ecs_cluster_services_alb_enable_global_accelerator && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_ip_allow_list                 = var.infrastructure_ecs_cluster_services_alb_ip_allow_list\n  enable_infrastructure_ecs_cluster_services_alb_logs                   = var.enable_infrastructure_ecs_cluster_services_alb_logs && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_logs_retention                = var.infrastructure_ecs_cluster_services_alb_logs_retention\n  infrastructure_ecs_cluster_service_cloudfront_logs_glue_table_columns = jsondecode(templatefile(\"${path.root}/glue-table-schemas/cloudfront-logs.json.tpl\", {}))\n\n  infrastructure_rds_defaults = var.infrastructure_rds_defaults\n  infrastructure_rds_keys     = length(var.infrastructure_rds) > 0 ? keys(values(var.infrastructure_rds)[0]) : []\n  infrastructure_rds = {\n    for k, v in var.infrastructure_rds : k => merge({\n      for rds_key in local.infrastructure_rds_keys : rds_key => try(coalesce(v[rds_key], local.infrastructure_rds_defaults[rds_key]), null)\n    })\n  }\n  rds_engines = {\n    \"instance\" = {\n      \"mysql\"    = \"mysql\",\n      \"postgres\" = \"postgres\"\n    },\n    \"cluster\" = {\n      \"mysql\"    = \"aurora-mysql\",\n      \"postgres\" = \"aurora-postgresql\"\n    }\n  }\n  rds_licenses = {\n    \"mysql\"    = \"general-public-license\"\n    \"postgres\" = \"postgresql-license\"\n  }\n  rds_ports = {\n    \"mysql\"    = 3306\n    \"postgres\" = 5432\n  }\n  rds_s3_backups_container_entrypoint_file = {\n    \"mysql\"    = \"${path.root}/ecs-entrypoints/rds-s3-backups-mysql.txt.tpl\"\n    \"postgres\" = \"${path.root}/ecs-entrypoints/rds-s3-backups-postgres.txt.tpl\"\n  }\n  enable_infrastructure_rds_backup_to_s3          = var.enable_infrastructure_rds_backup_to_s3\n  infrastructure_rds_backup_to_s3_cron_expression = var.infrastructure_rds_backup_to_s3_cron_expression\n  infrastructure_rds_backup_to_s3_retention       = var.infrastructure_rds_backup_to_s3_retention\n  enable_infrastructure_utilities                 = length(var.infrastructure_rds) > 0\n  infrastructure_utilities_ecs_cluster_name       = \"${local.resource_prefix}-infrastructure-utilities\"\n\n  infrastructure_elasticache_defaults = var.infrastructure_elasticache_defaults\n  infrastructure_elasticache_keys     = length(var.infrastructure_elasticache) > 0 ? keys(values(var.infrastructure_elasticache)[0]) : []\n  infrastructure_elasticache = {\n    for k, v in var.infrastructure_elasticache : k => merge({\n      for elasticache_key in local.infrastructure_elasticache_keys : elasticache_key => try(coalesce(v[elasticache_key], local.infrastructure_elasticache_defaults[elasticache_key]), null)\n    })\n  }\n  elasticache_ports = {\n    \"redis\" = 6379\n  }\n\n  custom_route53_hosted_zones = var.custom_route53_hosted_zones\n\n  custom_s3_buckets = var.custom_s3_buckets\n\n  enable_cloudformatian_s3_template_store = var.enable_cloudformatian_s3_template_store != null ? var.enable_cloudformatian_s3_template_store : false\n  custom_cloudformation_stacks            = var.custom_cloudformation_stacks\n\n  custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n  enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n\n  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n  ]) : []\n\n  default_tags = {\n    Project        = local.project_name,\n    Infrastructure = local.infrastructure_name,\n    Environment    = local.environment,\n    Prefix         = local.resource_prefix,\n  }\n\n  custom_resource_tags       = zipmap([for idx in range(length(var.custom_resource_tags)) : idx], var.custom_resource_tags)\n  custom_resource_tags_delay = var.custom_resource_tags_delay\n}\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:09:27.540Z",
          "resultDisplay": "",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Analyzing the Files",
          "description": "I've got the file list in front of me now. My next step involves diving into `data.tf` and `locals.tf`. I need to understand the relationship of these files to isolate the code that's causing issues.",
          "timestamp": "2026-01-29T17:09:27.125Z"
        }
      ],
      "model": "gemini-3-pro-preview",
      "tokens": {
        "input": 56864,
        "output": 26,
        "cached": 0,
        "thoughts": 29,
        "tool": 0,
        "total": 56919
      }
    },
    {
      "id": "5ce6cf1f-aaf5-4ebd-be48-d061db647285",
      "timestamp": "2026-01-29T17:11:10.457Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "read_file-1769706670432-fe0fefc978c8f",
          "name": "read_file",
          "args": {
            "file_path": "variables.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769706670432-fe0fefc978c8f",
                "name": "read_file",
                "response": {
                  "output": "variable \"project_name\" {\n  description = \"Project name to be used as a prefix for all resources\"\n  type        = string\n}\n\nvariable \"infrastructure_name\" {\n  description = \"The infrastructure name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"environment\" {\n  description = \"The environment name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"aws_region\" {\n  description = \"AWS region in which to launch resources\"\n  type        = string\n}\n\nvariable \"infrastructure_datadog_api_key\" {\n  description = \"Datadog API key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_app_key\" {\n  description = \"Datadog App key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_region\" {\n  description = \"Datadog region\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_ecs_cluster_datadog_agent\" {\n  description = \"Conditionally launch Datadog agent containers on the ECS cluster\"\n  type        = bool\n}\n\nvariable \"infrastructure_dockerhub_email\" {\n  description = \"Dockerhub email\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_username\" {\n  description = \"Dockerhub username\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_token\" {\n  description = \"Dockerhub token which has permissions to pull images\"\n  type        = string\n}\n\nvariable \"infrastructure_kms_encryption\" {\n  description = \"Enable infrastructure KMS encryption. This will create a single KMS key to be used across all resources that support KMS encryption.\"\n  type        = bool\n}\n\nvariable \"infrastructure_kms_key_policy_statements\" {\n  description = \"Additional KMS key policy statements for the Infrastructure KMS key\"\n  type        = string\n}\n\nvariable \"infrastructure_logging_bucket_retention\" {\n  description = \"Retention in days for the infrasrtucture S3 logs. This is for the default S3 logs bucket, where all AWS service logs will be delivered\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc\" {\n  description = \"Enable infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_cidr_block\" {\n  description = \"Infrastructure VPC CIDR block\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_dns_support\" {\n  description = \"Enable DNS support on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_enable_dns_hostnames\" {\n  description = \"Enable DNS hostnames on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_instance_tenancy\" {\n  description = \"Infrastructure VPC instance tenancy\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_network_address_usage_metrics\" {\n  description = \"Enable network address usage metrics on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_assign_generated_ipv6_cidr_block\" {\n  description = \"Assign generated IPv6 CIDR block on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_cloudwatch_logs\" {\n  description = \"Enable VPC logs on infrastructure VPC to CloudWatch Logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_with_athena\" {\n  description = \"Enable VPC flow logs in infrastructure VPC to the S3 logs bucket. A compatible Glue table/database and Athena workgroup will also be created to allow querying the logs.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_retention\" {\n  description = \"VPC flow logs retention in days\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc_flow_logs_traffic_type\" {\n  description = \"Infrastructure VPC flow logs traffic type\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_key_prefix\" {\n  description = \"Flow Logs by default will go into the infrastructure S3 logs bucket. This is the key prefix used to isolate them from other logs\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_network_enable_public\" {\n  description = \"Enable public networking on Infrastructure VPC. This will create subnets with a route to an Internet Gateway\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_enable_private\" {\n  description = \"Enable private networking on Infrastructure VPC. This will create subnets with a route to a NAT Gateway (If Public networking has been enabled)\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_availability_zones\" {\n  description = \"A list of availability zone characters (eg. [\\\"a\\\", \\\"b\\\", \\\"c\\\"])\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_private\" {\n  description = \"Infrastructure vpc egress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_public\" {\n  description = \"Infrastructure vpc egress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_private\" {\n  description = \"Infrastructure vpc ingress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_public\" {\n  description = \"Infrastructure vpc ingress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_vpc_transfer_s3_bucket\" {\n  description = \"Enable VPC transfer S3 bucket. This allows uploading/downloading files from resources within the infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\" {\n  description = \"Additional VPC ids which are allowed to access the transfer S3 bucket\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_bastion_host\" {\n  description = \"Enable Infrastructure Bastion host. This launches a t3.micro AL2023 instance within the VPC that can be accessed via Session Manager\"\n  type        = bool\n}\n\nvariable \"infrastructure_bastion_host_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the Infrastructure EC2 Bastion Host security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"route53_root_hosted_zone_domain_name\" {\n  description = \"Route53 Hosted Zone in which to delegate Infrastructure Route53 Hosted Zones.\"\n  type        = string\n}\n\nvariable \"aws_profile_name_route53_root\" {\n  description = \"AWS Profile name which is configured for the account in which the root Route53 Hosted Zone exists.\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_route53_hosted_zone\" {\n  description = \"Creates a Route53 hosted zone, where DNS records will be created for resources launched within this module.\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster\" {\n  description = \"Enable creation of infrastructure ECS cluster, to place ECS services\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ami_version\" {\n  description = \"AMI version for ECS cluster instances (amzn2-ami-ecs-hvm-<version>)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_size\" {\n  description = \"Size of EBS volume for Docker storage on the infrastructure ECS instances\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_type\" {\n  description = \"Type of EBS volume for Docker storage on the infrastructure ECS instances (eg. gp3)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_publicly_avaialble\" {\n  description = \"Conditionally launch the ECS cluster EC2 instances into the Public subnet\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the ECS Cluster security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_instance_type\" {\n  description = \"The instance type for EC2 instances launched in the ECS cluster\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_termination_timeout\" {\n  description = \"The timeout for the terminiation lifecycle hook\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_enabled\" {\n  description = \"Enable the Lambda which ensures all containers have drained before terminating ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster draining Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_min_size\" {\n  description = \"Minimum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_size\" {\n  description = \"Maximum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_instance_lifetime\" {\n  description = \"Maximum lifetime in seconds of an instance within the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\" {\n  description = \"Conditionally launch a lambda to trigger an instance refresh on the ECS ASG, provided a schedule expression\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster instance refresh lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_max\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured max size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_min\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured min size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_custom\" {\n  description = \"List of objects with min/max sizes and cron expressions to scale the ECS cluster. Min size will be used as desired.\"\n  type = list(\n    object({\n      cron = string\n      min  = number\n      max  = number\n    })\n  )\n}\n\nvariable \"enable_infrastructure_ecs_cluster_asg_cpu_alert\" {\n  description = \"Enable a CPU alert for the ECS cluster's Autoscaling Group\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_threshold\" {\n  description = \"Threshold (CPU%) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_pending_task_alert\" {\n  description = \"Enable the ECS Cluster pending task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster pending task metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_ecs_asg_diff_alert\" {\n  description = \"Enable the ECS Cluster Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster Container Instance / ASG instance diff metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_debug_mode\" {\n  description = \"Enable debug mode for ECS and Docker on the Infrastructure ECS. This should only be enabled when debugging (Can cause a lot of logs)\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_execute_command_logging\" {\n  description = \"Enable ECS Exec logging for services within the cluster. This will log to the infrastructure logs S3 bucket\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_endpoint\" {\n  description = \"ECS Infrastructure Syslog endpoint. If specified, rsyslog will be installed on the ECS container instances and configured to send logs to this endpoint. Logspout containers will also be launched to gather and send Docker logs (Application logs from the running ECS services). The port must be included in the URI, eg. 'syslog+tls://example.com:1234'\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_permitted_peer\" {\n  description = \"Specify the certificate common name (CN) of the remote to ensure syslog communication is restricted to permitted endpoints (eg. '*.example.com')\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_logspout_command\" {\n  description = \"If provided, a logspout container will be launched on each container instance with the given command. If specified, container logs will no longer automatically be sent to CloudWatch, or to the given `infrastructure_ecs_cluster_syslog_endpoint`\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_wafs\" {\n  description = \"Map of WAF ACLs to create, which can be used with service CloudFront distributions\"\n  type = map(object({\n    ipv4_deny_list  = optional(list(string), null)\n    ipv4_allow_list = optional(list(string), null)\n    ipv6_deny_list  = optional(list(string), null)\n    ipv6_allow_list = optional(list(string), null)\n    aws_managed_rules = optional(list(object({\n      name                   = string\n      action                 = string\n      exclude_rules          = optional(list(string), null)\n      excluded_path_patterns = optional(list(string), null)\n    })), null)\n    rate_limiting = optional(object({\n      enabled               = bool\n      limit                 = optional(number, 1000)\n      evaluation_window_sec = optional(number, 300)\n    }), null)\n  }))\n  validation {\n    condition = alltrue([\n      for waf in var.infrastructure_ecs_cluster_wafs :\n      waf.rate_limiting != null && waf.rate_limiting.enabled && waf.rate_limiting.evaluation_window_sec != null ?\n      contains([60, 120, 300, 600], waf.rate_limiting.evaluation_window_sec) :\n      true\n    ])\n    error_message = \"Valid values for evaluation_window_sec are 60, 120, 300, and 600.\"\n  }\n}\n\nvariable \"infrastructure_ecs_cluster_service_defaults\" {\n  description = \"Default values for ECS Cluster Services\"\n  type = object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = optional(list(string), null)\n      schedule_expression = string\n    })), {})\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  })\n}\n\nvariable \"infrastructure_ecs_cluster_services\" {\n  description = <<EOT\n    Map of ECS Cluster Services (The key will be the service name). Values in here will override `infrastructure_ecs_cluster_service_defaults` values if set.\"\n    {\n      service-name = {\n        github_v1_source: Conditionally use GitHubV1 for the CodePipeline source (CodeStar will be used by default)\n        github_v1_oauth_token: If `github_v1_source` is set to true, provide the GitHub OAuthToken here\n        codestar_connection_arn: The CodeStar Connection ARN to use in the CodePipeline source\n        github_owner: The GitHub Owner of the repository to be pulled by the CodePipeline source\n        github_repo: The GitHub repo name to be pulled by the CodePipeline source\n        github_track_revision: The branch/revision of the GitHub repository to be pulled by the CodePipeline source\n        buildspec: The filename of the buildspec to use for the CodePipeline build phase, stored within the 'codepipeline buildspec store' S3 bucket\n        buildspec_from_github_repo: Conditionally use the 'buildspec' filename stored within the GitHub repo as the buildspec\n        codebuild_environment_variables: List of codebuild environment variable objects (eg. [{ name = \"MY_VAR\", value = \"foo\" },{ name = \"MY_OTHER_VAR\", value = \"bar\"}])\n        ecr_scan_target_sns_topic_arn: An SNS topic ARN to publish ECR scan results to\n        deployment_type: The service deployment type - Can be one of 'rolling' or 'blue-green'\n        enable_cloudwatch_logs: Conditionally enable cloudwatch logs for the service\n        cloudwatch_logs_retention: CloudWatch log retention in days\n        enable_execute_command: Enable Amazon ECS Exec to directly interact with containers\n        deregistration_delay: Amount time for Elastic Load Balancing to wait before changing the state of a deregistering target from draining to unused\n        custom_policies: Map of custom policies to attach to the service task role (eg. { policy-name = { description = \\\"my custom policy\\\", policy = { Version = \\\"2012-10-17\\\", Statement = [] } } })\n        container_entrypoint: The container entrypoint\n        container_port: The service container port\n        container_volumes: List of maps containing volume mappings eg. [ { \"name\" = \"my-volume\", \"host_path\" = \"/mnt/efs/my-dir\", \"container_path\" = \"/mnt/my-dir\" } ]\n        container_extra_hosts: List of maps containing extra hosts eg. [ { \"hostname\" = \"my.host\", \"ip_address\" = \"10.1.2.3\" } ]\n        container_count: Number of containers to launch for the service\n        container_heath_check_path: Destination for the health check request\n        container_heath_grace_period: Seconds to ignore failing load balancer health checks on newly instantiated tasks to prevent premature shutdown\n        scheduled_tasks: A map of scheduled tasks that use the same image as the service defined eg. { \"name\" => { \"entrypoint\" = [\"bundle\", \"exec\", \"run_jobs\"], \"schedule_expression\" = \"cron(* * * * ? *)\" } }\n        domain_names: Domain names to assign to CloudFront aliases, and the Application Load Balancer's `host_header` condition\n        enable_cloudfront: Enable cloadfront for the service\n        cloudfront_tls_certificate_arn: Certificate ARN to attach to CloudFront - must contain the names provided in `domain_names`\n        cloudfront_access_logging_enabled: Enable access logging for the distribution to the infrastructure S3 logs bucket\n        cloudfront_bypass_protection_enabled: This adds a secret header at the CloudFront level, which is then checked by the ALB listener rules. Requests are only forwarded if the header matches, preventing requests going directly to the ALB.\n        cloudfront_bypass_protection_excluded_domains: A list of domains to exclude from the bypass protection\n        cloudfront_origin_shield_enabled: Enable CloudFront Origin Shield\n        cloudfront_managed_cache_policy: Conditionally specify a CloudFront Managed Cache Policy for the distribution\n        cloudfront_managed_origin_request_policy: Conditionally specify a CloudFront Managed Origin Request Policy for the distribution\n        cloudfront_managed_response_headers_policy: Conditionally specify a CloudFront Managed Response Headers Policy for the distribution\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        alb_tls_certificate_arn: Certificate ARN to attach to the Application Load Balancer - must contain the names provided in `domain_names`\n      }\n    }\n  EOT\n  type = map(object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = list(string)\n      schedule_expression = string\n    })), null)\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  }))\n}\n\nvariable \"infrastructure_rds_defaults\" {\n  description = \"Default values for RDSs\"\n  type = object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_rds\" {\n  description = <<EOT\n    Map of RDSs (The key will be the rds name). Values in here will override `infrastructure_rds_defaults` values if set.\"\n    {\n      rds-name = {\n        type: Choose either `instance` for RDS instance, or `cluster` for RDS Aurora\n        engine: RDS engine (Either `mysql` or `postgres`)\n        engine_version: RDS Engine version (Specify the major version only, to prevent terraform attempting to downgrade minor versions)\n        parameters: Map of Parameters for the DB parameter group ({ parameter-name = parameter-value, ... })\n        instance_class: RDS instance class\n        allocated_storage: RDS allocated storage\n        storage_type: RDS storage type\n        dedicated_kms_key: If enabled, will create and use a dedicated KMS key, rather than the infrastructure KMS key\n        dedicated_kms_key_policy_statements: Additional KMS key policies to add to the dedicated KMS key policy\n        iops: RDS iops (When `type` is `instance`, this is only required for storage type of `io1` or `gp3` - When `cluster`, this must be a multiple between .5 and 50 of the storage amount for the DB cluster.`)\n        storage_throughput: RDS storage throughput (Only required when `storage_type` is `gp3`. Only applicable for `type` of `instance`)\n        multi_az: Enable Multi-AZ RDS (Not applicable for `type` of `cluster`. For `cluster - set `storage_type`, `allocated_storage`, `iops` and `instance_class`)\n        monitoring_interval: The interval, in seconds, between points when Enhanced Monitoring metrics are collected for the DB instance. Valid Values: 0, 1, 5, 10, 15, 30, 60.\n        cloudwatch_logs_export_types: List of log types to enable for exporting to CloudWatch Logs. See `EnableCloudwatchLogsExports.member.N` (https://docs.aws.amazon.com/AmazonRDS/latest/APIReference/API_CreateDBInstance.html) for valid values.\n        cluster_instance_count: Number of instances to launch within the Aurora DB cluster\n        cluster_serverlessv2_min_capacity: Minimum capacity for an Aurora DB cluster\n        cluster_serverlessv2_max_capacity: Maximum capacity for an Aurora DB cluster\n      }\n    }\n  EOT\n  type = map(object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_rds_backup_to_s3\" {\n  description = \"Enable Infrastructure RDS backups to S3. This will create a scheduled Fargate task to take SQL dumps and upload them to S3\"\n  type        = bool\n}\n\nvariable \"infrastructure_rds_backup_to_s3_cron_expression\" {\n  description = \"Cron expression for when to trigger the SQL backups to S3\"\n  type        = string\n}\n\nvariable \"infrastructure_rds_backup_to_s3_retention\" {\n  description = \"Retention in days to keep the S3 SQL backups\"\n  type        = number\n}\n\nvariable \"infrastructure_elasticache_defaults\" {\n  description = \"Default values for ElastiCaches\"\n  type = object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(number, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_elasticache\" {\n  description = <<EOT\n    Map of Elasticaches (The key will be the elasticache name). Values in here will override `infrastructure_elasticache_defaults` values if set.\"\n    {\n      elasticache-name = {\n        type: Choose either `cluster` or `serverless`\n        engine: ElastiCache engine (Only `redis` is currently supported)\n        engine_version: ElastiCache Engine version (For serverless, Specify the major version only)\n        parameters: Map of Parameters for the ElastiCache parameter group ({ parameter-name = parameter-value, ... })\n        cluster_node_type: ElastiCache Cluster node type\n        cluster_node_count: ElastiCache Cluster node count\n        serverless_max_storage: Serverless maximum storage\n        serverless_max_ecpu: Serverless maximum number of ECPUs the cache can consume per second (1000 - 15000000)\n        snapshot_retention_limit: Snapshot retention limit\n      }\n    }\n  EOT\n  type = map(object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(string, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  }))\n}\n\nvariable \"custom_route53_hosted_zones\" {\n  description = <<EOT\n    Map of Route53 Hosted Zone configurations to create\n    {\n      example.com = {\n        ns_records: Map of NS records to create ({ \"domain.example.com\"  = { values = [\"ns1.example.com\", \"ns2.example.com\"], ttl = 300 })\n        a_records: Map of A records to create ({ \"domain.example.com\"  = { values = [\"1.2.3.4\", \"5.6.7.8\"], ttl = 300 })\n        alias_records: Map of ALIAS records to create ({ \"domain.example.com\"  = { value = \"example.cloudfront.com\", zone_id = \"Z2FDTNDATAQYW2\" })\n        cname_records: Map of CNAME records to create ({ \"domain.example.com\"  = { values = [\"external1.example.com\", \"external2.example.com\"], ttl = 60 })\n        mx_records: Map of MX records to create ({ \"example.com\"  = { values = [\"1 mail.example.com\", \"5 mail2.example.com\"], ttl = 60 })\n        txt_records: Map of TXT records to create ({ \"example.com\"  = { values = [\"v=spf1 include:spf.example.com -all\"], ttl = 60 })\n      }\n    }\n  EOT\n  type = map(object({\n    ns_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    a_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    alias_records = optional(map(object({\n      value   = string\n      zone_id = string\n    })), null)\n    cname_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    mx_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    txt_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_enable_global_accelerator\" {\n  description = \"Enable Global Accelerator (GA) for the infrastructure ECS cluster services ALB. If `cloudfront_bypass_protection_enabled` is set for a service, any domain pointing towards the GA must be added to the `cloudfront_bypass_protection_excluded_domains` list. It is recommended that the GA only be used for apex domains that redirect to the domain associated with CloudFront. Ideally, apex domains would use an ALIAS record pointing towards the CloudFront distribution.\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_ip_allow_list\" {\n  description = \"IP allow list for ingress traffic to the infrastructure ECS cluster services ALB\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_ecs_cluster_services_alb_logs\" {\n  description = \"Enable Infrastructure ECS cluster services ALB logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_logs_retention\" {\n  description = \"Retention in days for the infrasrtucture ecs cluster ALB logs\"\n  type        = number\n}\n\nvariable \"enable_infrastructure_ecs_cluster_efs\" {\n  description = \"Conditionally create and mount EFS to the ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"ecs_cluster_efs_performance_mode\" {\n  description = \"ECS cluser EFS performance mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_throughput_mode\" {\n  description = \"ECS cluser EFS throughput mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_infrequent_access_transition\" {\n  description = \"ECS cluser EFS IA transiton in days. Set to 0 to disable IA transition.\"\n  type        = number\n}\n\nvariable \"ecs_cluster_efs_directories\" {\n  description = \"ECS cluster EFS directories to create\"\n  type        = list(string)\n}\n\nvariable \"custom_s3_buckets\" {\n  description = <<EOT\n    Map of S3 buckets to create, and conditionally serve via CloudFront. The S3 configuration will follow AWS best practices (eg. Private, ACLS disabled, SSE, Versioning, Logging). The bucket must be emptied before attempting deletion/destruction.\"\n    {\n      bucket-name = {\n        create_dedicated_kms_key: Conditionally create a KMS key specifically for this bucket's server side encryption (rather than using the Infrastructure's KMS key). It's recommended to use this if the S3 bucket will be accessed from external AWS accounts.\n        custom_kms_key_policy_statements: Conditionally add a string of comma delimited user-defined bucket policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}')\n        use_aes256_encryption: Conditionally enforce using AES256 encryption, rather than the infrastructure KMS key. Also overrides `create_dedicated_kms_key`\n        transition_to_ia_days: Conditionally transition objects to 'Standard Infrequent Access' storage in N days\n        transition_to_glacier_days: Conditionally transition objects to 'Glacier' storage in N days\n        cloudfront_dedicated_distribution: Conditionally create a CloudFront distribution to serve objects from the S3 bucket.\n        cloudfront_decicated_distribution_aliases: Specify custom aliases, rather than using a generated infrastriucture subdomain\n        cloudfront_decicated_distribution_tls_certificate_arn: Specify a CloudFront TLS certificate to use rather than the infrastructure wildcard certificate\n        cloudfront_s3_root: Sets the S3 document root when being served from CloudFront. By default this will be '/'. If `cloudfront_infrastructure_ecs_cluster_service_path` has been set, this helps by modifying the request from `/sub-directory-path` to `/` by use of a CloudFront function.\n        cloudfront_basic_auth_user_list: Map of username and password's to use as basic auth ({ alex: somepassword, joe: otherpassword })\n        cloudfront_infrastructure_ecs_cluster_service: Conditionally create an Origin on a CloudFront distribution that is serving the given Infrastructure ECS Cluster Service name\n        cloudfront_infrastructure_ecs_cluster_service_path: If `cloudfront_infrastructure_ecs_cluster_service`, set this to the path that objects will be served from.\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        custom_bucket_policy_statements: Conditionally add a string of comma delimited user-defined key policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}'\n      }\n    }\n  EOT\n  type = map(object({\n    create_dedicated_kms_key                              = optional(bool, null)\n    custom_kms_key_policy_statements                      = optional(string, null)\n    use_aes256_encryption                                 = optional(bool, null)\n    transition_to_ia_days                                 = optional(number, null)\n    transition_to_glacier_days                            = optional(number, null)\n    cloudfront_dedicated_distribution                     = optional(bool, null)\n    cloudfront_decicated_distribution_aliases             = optional(list(string), null)\n    cloudfront_decicated_distribution_tls_certificate_arn = optional(string, null)\n    cloudfront_s3_root                                    = optional(string, null)\n    cloudfront_s3_root_file                               = optional(string, null)\n    cloudfront_basic_auth_user_list                       = optional(map(string), null)\n    cloudfront_infrastructure_ecs_cluster_service         = optional(string, null)\n    cloudfront_infrastructure_ecs_cluster_service_path    = optional(string, null)\n    cloudfront_waf_association                            = optional(string, null)\n    custom_bucket_policy_statements                       = optional(string, null)\n  }))\n}\n\nvariable \"enable_cloudformatian_s3_template_store\" {\n  description = \"Creates an S3 bucket to store custom CloudFormation templates, which can then be referenced in `custom_cloudformation_stacks`. A user with RW access to the bucket is also created.\"\n  type        = bool\n}\n\nvariable \"custom_cloudformation_stacks\" {\n  description = <<EOT\n    Map of CloudFormation stacks to deploy\n    {\n      stack-name = {\n        s3_template_store_key: The filename of a CloudFormation template that is stored within the S3 bucket, created by the `enable_cloudformatian_s3_template_store`\n        template_body: (Optional - use of s3_template_store_key is preferred) The CloudFormation template body\n        parameters: The CloudFormation template parameters ({ parameter-name = parameter-value, ... })\n        on_failure: What to do on failure, either 'DO_NOTHING', 'ROLLBACK' or 'DELETE'\n        capabilities: A list of capabilities. Valid values: `CAPABILITY_NAMED_IAM`, `CAPABILITY_IAM`, `CAPABILITY_AUTO_EXPAND`\n      }\n    }\n  EOT\n  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n}\n\nvariable \"custom_resource_tags\" {\n  description = <<EOT\n    A hacky way to add custom tags to resources\n    Uses a script to add tags to resources using their ARNs\n    Because Terraform will remove the tags, we may need to add a delay to running the script,\n    which can be specified using var.custom_resource_tags_delay\n    [\n      {\n        arns: Comma deliminated list of ARNs to apply the tags to\n        tags: Map of key/values for the tags\n      }\n    ]\n  EOT\n  type = list(object({\n    arns = string,\n    tags = map(string)\n  }))\n}\n\nvariable \"custom_resource_tags_delay\" {\n  description = \"The delay in seconds to wait before running the tag script\"\n  type        = number\n}\n\nvariable \"custom_lambda_functions\" {\n  description = <<EOT\n    Map of Lambda functions to deploy\n    {\n      function-name = {\n        function_zip_s3_key: The key of a Zipped Lambda function that is stored within the S3 bucket, created by the `enable_lambda_functions_s3_store`. If a file with the same name, with the `.json` extension is found, this will be used as a policy for the function (eg. `my-function.zip` will use the `my-function.json` as a policy).\n        handler: The function entrypoint in the code\n        runtime: The function runtime\n        memory: Amount of memory in MB your Lambda Function can use at runtime.\n        timeout: Amount of time your Lambda Function has to run in seconds\n        environment_variables: Map of environment variables that are accessible from the function code during execution.\n        custom_policies: Map of custom policies to attach to the Lambda role\n        log_retention: Days to retain logs\n        launch_in_infrastructure_vpc: Conditionally launch within the infrastructure VPC. This will give access to resources launched within the VPC.\n      }\n    }\n  EOT\n  type = map(object({\n    function_zip_s3_key   = optional(string, null)\n    handler               = optional(string, null)\n    runtime               = optional(string, null)\n    memory                = optional(number, null)\n    timeout               = optional(number, null)\n    environment_variables = optional(map(string), null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    log_retention                = optional(number, null)\n    launch_in_infrastructure_vpc = optional(bool, null)\n  }))\n}\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:11:10.457Z",
          "resultDisplay": "",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Identifying the core problem",
          "description": "I've zeroed in on the problematic area: the `s3_object_presign` definition within `locals.tf`. It appears there's an issue stemming from the handling of S3 object presigned URLs, potentially tied to the conditional logic around `local.enable_cloudformatian_s3_template_store`. The structure of the for loop used here appears to be a critical point of focus.",
          "timestamp": "2026-01-29T17:10:11.822Z"
        },
        {
          "subject": "Analyzing the Root Cause",
          "description": "I've pinpointed the core issue: the dependency on the S3 bucket ID within `locals.tf`, specifically within the `s3_object_presign` definition. Because the bucket's ID becomes available only after applying, this conflicts with the requirement for known keys during the planning phase in `data.tf`, triggering errors. I've formulated a solid plan to refactor the code and resolve the dependency problem.",
          "timestamp": "2026-01-29T17:10:43.155Z"
        },
        {
          "subject": "Implementing the Fix",
          "description": "I'm now implementing the refactoring. I've adjusted `locals.tf` to define `s3_object_presign` as a map, using the stack name as the key and the S3 path as the value. Consequently, I've updated `data.tf` to iterate over this new map structure, ensuring the `for_each` operates correctly with known keys. I'm confident that these changes resolve the core issue.",
          "timestamp": "2026-01-29T17:11:01.792Z"
        },
        {
          "subject": "Finalizing the Refactor",
          "description": "I'm now implementing the final changes. I've updated `locals.tf`, modifying `s3_object_presign` to return a map with stack names as keys, and the corresponding S3 paths as values. I've also updated `data.tf` to iterate over this new map structure, ensuring the plan will work correctly. Finally, I confirmed the type of the `custom_cloudformation_stacks` variable to validate the key type. I'm ready to test the changes.",
          "timestamp": "2026-01-29T17:11:10.432Z"
        }
      ],
      "model": "gemini-3-pro-preview",
      "tokens": {
        "input": 64523,
        "output": 13,
        "cached": 54586,
        "thoughts": 1136,
        "tool": 0,
        "total": 65672
      }
    },
    {
      "id": "7f41679c-cc77-4fc2-b095-b062b48e5b52",
      "timestamp": "2026-01-29T17:14:37.626Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "replace-1769706737968-82261f02a52dd8",
          "name": "replace",
          "args": {
            "instruction": "Change s3_object_presign to return a map with static keys (stack names) instead of a set of dynamic strings, to avoid 'Invalid for_each argument' errors in Terraform plan.",
            "old_string": "  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n  ]) : []",
            "new_string": "  s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n    for k, v in local.custom_cloudformation_stacks : k => \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n  } : {}",
            "file_path": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/locals.tf",
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          },
          "result": [
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                "id": "replace-1769706737968-82261f02a52dd8",
                "name": "replace",
                "response": {
                  "output": "Successfully modified file: /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/locals.tf (1 replacements)."
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:14:37.625Z",
          "resultDisplay": {
            "fileDiff": "Index: locals.tf\n===================================================================\n--- locals.tf\tCurrent\n+++ locals.tf\tProposed\n@@ -277,9 +277,9 @@\n   custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n   enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n \n-  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n-    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n-  ]) : []\n+  s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n+    for k, v in local.custom_cloudformation_stacks : k => \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n+  } : {}\n \n   default_tags = {\n     Project        = local.project_name,\n",
            "fileName": "locals.tf",
            "filePath": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/locals.tf",
            "originalContent": "locals {\n  project_name         = var.project_name\n  infrastructure_name  = var.infrastructure_name\n  environment          = var.environment\n  aws_region           = var.aws_region\n  aws_account_id       = data.aws_caller_identity.current.account_id\n  resource_prefix      = \"${var.project_name}-${var.infrastructure_name}-${var.environment}\"\n  resource_prefix_hash = format(\"%.8s\", sha512(local.resource_prefix))\n\n  infrastructure_kms_encryption            = var.infrastructure_kms_encryption\n  infrastructure_kms_key_policy_statements = var.infrastructure_kms_key_policy_statements\n\n  infrastructure_logging_bucket_retention = var.infrastructure_logging_bucket_retention\n\n  infrastructure_slack_sns_topic_name    = \"${local.project_name}-cloudwatch-slack-alerts\"\n  infrastructure_opsgenie_sns_topic_name = \"${local.project_name}-cloudwatch-opsgenie-alerts\"\n  infrastructure_slack_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_slack ||\n    local.infrastructure_ecs_cluster_pending_task_alert_slack ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  )\n  infrastructure_opsgenie_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_pending_task_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  )\n\n  enable_infrastructure_logs_bucket = (\n    local.infrastructure_vpc_flow_logs_s3_with_athena ||\n    length(local.infrastructure_ecs_cluster_services) != 0 ||\n    length(local.custom_s3_buckets) != 0 ||\n    local.enable_cloudformatian_s3_template_store ||\n    local.enable_infrastructure_vpc_transfer_s3_bucket ||\n    local.infrastructure_ecs_cluster_enable_execute_command_logging ||\n    local.enable_infrastructure_rds_backup_to_s3 ||\n    length(local.custom_lambda_functions) != 0\n  )\n  logs_bucket_s3_source_arns = concat(\n    length(local.infrastructure_ecs_cluster_services) != 0 ? [aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_artifact_store[0].arn] : [],\n    local.enable_infrastructure_vpc_transfer_s3_bucket ? [aws_s3_bucket.infrastructure_vpc_transfer[0].arn] : [],\n    [for k, v in local.custom_s3_buckets : aws_s3_bucket.custom[k].arn],\n    local.enable_infrastructure_rds_backup_to_s3 ? [aws_s3_bucket.infrastructure_rds_s3_backups[0].arn] : [],\n    local.enable_lambda_functions_s3_store ? [aws_s3_bucket.lambda_custom_functions_store[0].arn] : []\n  )\n  logs_bucket_logs_source_arns = concat(\n    local.infrastructure_vpc_flow_logs_s3_with_athena ? [\"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:*\"] : []\n  )\n  logs_bucket_athena_result_output_dir = \"athena-result-output\"\n\n  route53_root_hosted_zone_domain_name      = var.route53_root_hosted_zone_domain_name\n  aws_profile_name_route53_root             = var.aws_profile_name_route53_root\n  enable_infrastructure_route53_hosted_zone = var.enable_infrastructure_route53_hosted_zone\n  create_infrastructure_route53_delegations = local.route53_root_hosted_zone_domain_name != \"\" && local.aws_profile_name_route53_root != \"\" && local.enable_infrastructure_route53_hosted_zone\n  infrastructure_route53_domain             = \"${local.environment}.${var.infrastructure_name}.${local.route53_root_hosted_zone_domain_name}\"\n\n  enable_infrastructure_wildcard_certificate = local.enable_infrastructure_route53_hosted_zone && (length(local.infrastructure_ecs_cluster_services) > 0 || length(local.custom_s3_buckets) > 0)\n\n  infrastructure_datadog_api_key = var.infrastructure_datadog_api_key\n  infrastructure_datadog_app_key = var.infrastructure_datadog_app_key\n  infrastructure_datadog_region  = var.infrastructure_datadog_region\n  infrastructure_datadog_api_url = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"https://api.datadoghq.com/\",\n    \"US3\"     = \"https://api.us3.datadoghq.com/\",\n    \"US5\"     = \"https://api.us5.datadoghq.com/\",\n    \"EU1\"     = \"https://api.datadoghq.eu/\",\n    \"US1-FED\" = \"https://api.ddog-gov.com/\",\n    \"AP1\"     = \"https://api.ap1.datadoghq.com/\"\n  }[local.infrastructure_datadog_region] : \"https://api.datadoghq.com/\"\n  infrastructure_datadog_site = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"datadoghq.com\",\n    \"US3\"     = \"us3.datadoghq.com\",\n    \"US5\"     = \"us5.datadoghq.com\",\n    \"EU1\"     = \"datadoghq.eu\",\n    \"US1-FED\" = \"ddog-gov.com\",\n    \"AP1\"     = \"ap1.datadoghq.com\"\n  }[local.infrastructure_datadog_region] : \"datadoghq.com\"\n  enable_infrastructure_ecs_cluster_datadog_agent = local.enable_infrastructure_ecs_cluster && var.enable_infrastructure_ecs_cluster_datadog_agent\n\n  infrastructure_vpc                                          = var.infrastructure_vpc\n  infrastructure_vpc_cidr_block                               = var.infrastructure_vpc_cidr_block\n  infrastructure_vpc_enable_dns_support                       = var.infrastructure_vpc_enable_dns_support\n  infrastructure_vpc_enable_dns_hostnames                     = var.infrastructure_vpc_enable_dns_hostnames\n  infrastructure_vpc_instance_tenancy                         = var.infrastructure_vpc_instance_tenancy\n  infrastructure_vpc_enable_network_address_usage_metrics     = var.infrastructure_vpc_enable_network_address_usage_metrics\n  infrastructure_vpc_assign_generated_ipv6_cidr_block         = var.infrastructure_vpc_assign_generated_ipv6_cidr_block\n  infrastructure_vpc_network_enable_public                    = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_public\n  infrastructure_vpc_network_enable_private                   = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_private\n  infrastructure_vpc_network_availability_zones               = toset(sort(var.infrastructure_vpc_network_availability_zones))\n  infrastructure_vpc_network_public_cidr                      = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 0)\n  infrastructure_vpc_network_public_cidr_prefix               = basename(local.infrastructure_vpc_network_public_cidr)\n  infrastructure_vpc_network_public_cidr_newbits              = 24 - local.infrastructure_vpc_network_public_cidr_prefix\n  infrastructure_vpc_network_private_cidr                     = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 1)\n  infrastructure_vpc_network_private_cidr_prefix              = basename(local.infrastructure_vpc_network_private_cidr)\n  infrastructure_vpc_network_private_cidr_newbits             = 24 - local.infrastructure_vpc_network_private_cidr_prefix\n  infrastructure_vpc_network_acl_egress_lockdown_private      = var.infrastructure_vpc_network_acl_egress_lockdown_private\n  infrastructure_vpc_network_acl_egress_custom_rules_private  = var.infrastructure_vpc_network_acl_egress_custom_rules_private\n  infrastructure_vpc_network_acl_ingress_lockdown_private     = var.infrastructure_vpc_network_acl_ingress_lockdown_private\n  infrastructure_vpc_network_acl_ingress_custom_rules_private = var.infrastructure_vpc_network_acl_ingress_custom_rules_private\n  infrastructure_vpc_network_acl_egress_lockdown_public       = var.infrastructure_vpc_network_acl_egress_lockdown_public\n  infrastructure_vpc_network_acl_egress_custom_rules_public   = var.infrastructure_vpc_network_acl_egress_custom_rules_public\n  infrastructure_vpc_network_acl_ingress_lockdown_public      = var.infrastructure_vpc_network_acl_ingress_lockdown_public\n  infrastructure_vpc_network_acl_ingress_custom_rules_public  = var.infrastructure_vpc_network_acl_ingress_custom_rules_public\n  infrastructure_vpc_flow_logs_cloudwatch_logs                = var.infrastructure_vpc_flow_logs_cloudwatch_logs && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_with_athena                 = var.infrastructure_vpc_flow_logs_s3_with_athena && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_key_prefix                  = trim(var.infrastructure_vpc_flow_logs_s3_key_prefix, \"/\")\n  infrastructure_vpc_flow_logs_retention                      = var.infrastructure_vpc_flow_logs_retention\n  infrastructure_vpc_flow_logs_traffic_type                   = var.infrastructure_vpc_flow_logs_traffic_type\n  infrastructure_vpc_flow_logs_glue_table_columns             = jsondecode(templatefile(\"${path.root}/glue-table-schemas/vpc-flow-logs.json.tpl\", {}))\n  infrastructure_vpc_flow_logs_glue_table_partition_keys = [\n    { name = \"year\", type = \"int\" },\n    { name = \"month\", type = \"int\" },\n    { name = \"day\", type = \"int\" },\n    { name = \"hour\", type = \"int\" },\n  ]\n  enable_infrastructure_vpc_transfer_s3_bucket = var.enable_infrastructure_vpc_transfer_s3_bucket\n  infrastructure_vpc_transfer_s3_bucket_access_vpc_ids = concat(\n    local.infrastructure_vpc ? [aws_vpc.infrastructure[0].id] : [],\n    var.infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\n  )\n  infrastructure_vpc_transfer_ssm_download_command = \"aws s3 cp {{ Source }} {{ HostTarget }} {{ Recursive  }}; if [ -n \\\\\\\"{{ TargetUID }}\\\\\\\" ] && [ -n \\\\\\\"{{ TargetGID }}\\\\\\\" ]; then chown {{ TargetUID }}:{{ TargetGID }} -R {{ HostTarget }}; fi\"\n  infrastructure_vpc_transfer_ssm_upload_command   = \"aws s3 cp {{ Source }} {{ S3Target }} {{ Recursive }}\"\n\n  enable_infrastructure_bastion_host                      = var.enable_infrastructure_bastion_host\n  infrastructure_bastion_host_custom_security_group_rules = var.infrastructure_bastion_host_custom_security_group_rules\n\n  infrastructure_dockerhub_email    = var.infrastructure_dockerhub_email\n  infrastructure_dockerhub_username = var.infrastructure_dockerhub_username\n  infrastructure_dockerhub_token    = var.infrastructure_dockerhub_token\n\n  enable_infrastructure_ecs_cluster                                = var.enable_infrastructure_ecs_cluster && local.infrastructure_vpc\n  infrastructure_ecs_cluster_name                                  = \"${local.resource_prefix}-infrastructure\"\n  infrastructure_ecs_cluster_ami_version                           = var.infrastructure_ecs_cluster_ami_version\n  infrastructure_ecs_cluster_ami_name_filter                       = \"al2023-ami-ecs-hvm-${local.infrastructure_ecs_cluster_ami_version}\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name = \"/dev/xvdcz\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_size        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_type        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_type\n  infrastructure_ecs_cluster_publicly_avaialble                    = var.infrastructure_ecs_cluster_publicly_avaialble && local.infrastructure_vpc_network_enable_public\n  infrastructure_ecs_cluster_custom_security_group_rules           = var.infrastructure_ecs_cluster_custom_security_group_rules\n  infrastructure_ecs_cluster_instance_type                         = var.infrastructure_ecs_cluster_instance_type\n  infrastructure_ecs_cluster_termination_timeout                   = var.infrastructure_ecs_cluster_termination_timeout\n  infrastructure_ecs_cluster_draining_lambda_enabled               = var.infrastructure_ecs_cluster_draining_lambda_enabled && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_draining_lambda_log_retention         = var.infrastructure_ecs_cluster_draining_lambda_log_retention\n  infrastructure_ecs_cluster_termination_sns_topic_name            = \"${local.resource_prefix}-infrastructure-ecs-cluster-termination\"\n  infrastructure_ecs_cluster_min_size                              = var.infrastructure_ecs_cluster_min_size\n  infrastructure_ecs_cluster_max_size                              = var.infrastructure_ecs_cluster_max_size\n  infrastructure_ecs_cluster_allow_kms_encryption = local.infrastructure_kms_encryption && anytrue([\n    local.enable_infrastructure_vpc_transfer_s3_bucket,\n  ])\n  infrastructure_ecs_cluster_max_instance_lifetime                       = var.infrastructure_ecs_cluster_max_instance_lifetime\n  infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression = var.infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\n  infrastructure_ecs_cluster_instance_refresh_lambda_log_retention       = var.infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\n  infrastructure_ecs_cluster_autoscaling_time_based_max                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_max)\n  infrastructure_ecs_cluster_autoscaling_time_based_min                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_min)\n  infrastructure_ecs_cluster_autoscaling_time_based_custom = {\n    for custom in toset(var.infrastructure_ecs_cluster_autoscaling_time_based_custom) : \"${custom[\"min\"]}-${custom[\"max\"]} ${custom[\"cron\"]}\" => custom\n  }\n  enable_infrastructure_ecs_cluster_asg_cpu_alert                     = var.enable_infrastructure_ecs_cluster_asg_cpu_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods         = var.infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\n  infrastructure_ecs_cluster_asg_cpu_alert_period                     = var.infrastructure_ecs_cluster_asg_cpu_alert_period\n  infrastructure_ecs_cluster_asg_cpu_alert_threshold                  = var.infrastructure_ecs_cluster_asg_cpu_alert_threshold\n  infrastructure_ecs_cluster_asg_cpu_alert_slack                      = var.infrastructure_ecs_cluster_asg_cpu_alert_slack && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  infrastructure_ecs_cluster_asg_cpu_alert_opsgenie                   = var.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  enable_infrastructure_ecs_cluster_pending_task_alert                = var.enable_infrastructure_ecs_cluster_pending_task_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention = var.infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\n  infrastructure_ecs_cluster_pending_task_alert_evaluation_periods    = var.infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\n  infrastructure_ecs_cluster_pending_task_alert_period                = var.infrastructure_ecs_cluster_pending_task_alert_period\n  infrastructure_ecs_cluster_pending_task_alert_threshold             = var.infrastructure_ecs_cluster_pending_task_alert_threshold\n  infrastructure_ecs_cluster_pending_task_alert_slack                 = var.infrastructure_ecs_cluster_pending_task_alert_slack\n  infrastructure_ecs_cluster_pending_task_alert_opsgenie              = var.infrastructure_ecs_cluster_pending_task_alert_opsgenie\n  enable_infrastructure_ecs_cluster_ecs_asg_diff_alert                = var.enable_infrastructure_ecs_cluster_ecs_asg_diff_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention = var.infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods    = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_period                = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_period\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold             = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_slack                 = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie              = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  infrastructure_ecs_cluster_enable_debug_mode                        = var.infrastructure_ecs_cluster_enable_debug_mode\n  infrastructure_ecs_cluster_enable_execute_command_logging           = var.infrastructure_ecs_cluster_enable_execute_command_logging\n  infrastructure_ecs_cluster_wafs                                     = var.infrastructure_ecs_cluster_wafs\n  infrastructure_ecs_cluster_syslog_endpoint                          = var.infrastructure_ecs_cluster_syslog_endpoint\n  infrastructure_ecs_cluster_syslog_docker_address                    = length(split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)) > 1 ? \"tcp${split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)[1]}\" : \"\"\n  infrastructure_ecs_cluster_syslog_port                              = local.infrastructure_ecs_cluster_syslog_endpoint != \"\" ? split(\":\", local.infrastructure_ecs_cluster_syslog_endpoint)[2] : null\n  infrastructure_ecs_cluster_syslog_permitted_peer                    = var.infrastructure_ecs_cluster_syslog_permitted_peer\n  infrastructure_ecs_cluster_logspout_command                         = var.infrastructure_ecs_cluster_logspout_command\n  infrastructure_ecs_cluster_logspout_enabled                         = local.enable_infrastructure_ecs_cluster && length(local.infrastructure_ecs_cluster_logspout_command) > 1\n  infrastructure_ecs_cluster_user_data = base64encode(\n    templatefile(\"ec2-userdata/ecs-instance.tpl\", {\n      docker_storage_volume_device_name = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name,\n      ecs_cluster_name                  = local.infrastructure_ecs_cluster_name,\n      dockerhub_token                   = local.infrastructure_dockerhub_token,\n      dockerhub_email                   = local.infrastructure_dockerhub_email,\n      docker_storage_size               = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n      efs_id = local.enable_infrastructure_ecs_cluster_efs && (\n        local.infrastructure_vpc_network_enable_private || local.infrastructure_vpc_network_enable_public\n      ) ? aws_efs_file_system.infrastructure_ecs_cluster[0].id : \"\",\n      region                = local.aws_region,\n      efs_dirs              = join(\" \", local.ecs_cluster_efs_directories),\n      syslog_endpoint       = local.infrastructure_ecs_cluster_syslog_endpoint\n      syslog_permitted_peer = local.infrastructure_ecs_cluster_syslog_permitted_peer\n      log_debug_mode        = local.infrastructure_ecs_cluster_enable_debug_mode\n    })\n  )\n\n\n  enable_infrastructure_ecs_cluster_efs        = var.enable_infrastructure_ecs_cluster_efs && local.infrastructure_vpc\n  ecs_cluster_efs_performance_mode             = var.ecs_cluster_efs_performance_mode\n  ecs_cluster_efs_throughput_mode              = var.ecs_cluster_efs_throughput_mode\n  ecs_cluster_efs_infrequent_access_transition = var.ecs_cluster_efs_infrequent_access_transition\n  ecs_cluster_efs_directories                  = var.ecs_cluster_efs_directories\n\n  infrastructure_ecs_cluster_service_defaults = var.infrastructure_ecs_cluster_service_defaults\n  infrastructure_ecs_cluster_services_keys    = length(var.infrastructure_ecs_cluster_services) > 0 ? keys(values(var.infrastructure_ecs_cluster_services)[0]) : []\n  infrastructure_ecs_cluster_services = {\n    for k, v in var.infrastructure_ecs_cluster_services : k => merge({\n      for service_key in local.infrastructure_ecs_cluster_services_keys : service_key => try(coalesce(v[service_key], local.infrastructure_ecs_cluster_service_defaults[service_key]), null)\n    })\n  }\n  infrastructure_ecs_cluster_services_alb_enable_global_accelerator     = var.infrastructure_ecs_cluster_services_alb_enable_global_accelerator && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_ip_allow_list                 = var.infrastructure_ecs_cluster_services_alb_ip_allow_list\n  enable_infrastructure_ecs_cluster_services_alb_logs                   = var.enable_infrastructure_ecs_cluster_services_alb_logs && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_logs_retention                = var.infrastructure_ecs_cluster_services_alb_logs_retention\n  infrastructure_ecs_cluster_service_cloudfront_logs_glue_table_columns = jsondecode(templatefile(\"${path.root}/glue-table-schemas/cloudfront-logs.json.tpl\", {}))\n\n  infrastructure_rds_defaults = var.infrastructure_rds_defaults\n  infrastructure_rds_keys     = length(var.infrastructure_rds) > 0 ? keys(values(var.infrastructure_rds)[0]) : []\n  infrastructure_rds = {\n    for k, v in var.infrastructure_rds : k => merge({\n      for rds_key in local.infrastructure_rds_keys : rds_key => try(coalesce(v[rds_key], local.infrastructure_rds_defaults[rds_key]), null)\n    })\n  }\n  rds_engines = {\n    \"instance\" = {\n      \"mysql\"    = \"mysql\",\n      \"postgres\" = \"postgres\"\n    },\n    \"cluster\" = {\n      \"mysql\"    = \"aurora-mysql\",\n      \"postgres\" = \"aurora-postgresql\"\n    }\n  }\n  rds_licenses = {\n    \"mysql\"    = \"general-public-license\"\n    \"postgres\" = \"postgresql-license\"\n  }\n  rds_ports = {\n    \"mysql\"    = 3306\n    \"postgres\" = 5432\n  }\n  rds_s3_backups_container_entrypoint_file = {\n    \"mysql\"    = \"${path.root}/ecs-entrypoints/rds-s3-backups-mysql.txt.tpl\"\n    \"postgres\" = \"${path.root}/ecs-entrypoints/rds-s3-backups-postgres.txt.tpl\"\n  }\n  enable_infrastructure_rds_backup_to_s3          = var.enable_infrastructure_rds_backup_to_s3\n  infrastructure_rds_backup_to_s3_cron_expression = var.infrastructure_rds_backup_to_s3_cron_expression\n  infrastructure_rds_backup_to_s3_retention       = var.infrastructure_rds_backup_to_s3_retention\n  enable_infrastructure_utilities                 = length(var.infrastructure_rds) > 0\n  infrastructure_utilities_ecs_cluster_name       = \"${local.resource_prefix}-infrastructure-utilities\"\n\n  infrastructure_elasticache_defaults = var.infrastructure_elasticache_defaults\n  infrastructure_elasticache_keys     = length(var.infrastructure_elasticache) > 0 ? keys(values(var.infrastructure_elasticache)[0]) : []\n  infrastructure_elasticache = {\n    for k, v in var.infrastructure_elasticache : k => merge({\n      for elasticache_key in local.infrastructure_elasticache_keys : elasticache_key => try(coalesce(v[elasticache_key], local.infrastructure_elasticache_defaults[elasticache_key]), null)\n    })\n  }\n  elasticache_ports = {\n    \"redis\" = 6379\n  }\n\n  custom_route53_hosted_zones = var.custom_route53_hosted_zones\n\n  custom_s3_buckets = var.custom_s3_buckets\n\n  enable_cloudformatian_s3_template_store = var.enable_cloudformatian_s3_template_store != null ? var.enable_cloudformatian_s3_template_store : false\n  custom_cloudformation_stacks            = var.custom_cloudformation_stacks\n\n  custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n  enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n\n  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n  ]) : []\n\n  default_tags = {\n    Project        = local.project_name,\n    Infrastructure = local.infrastructure_name,\n    Environment    = local.environment,\n    Prefix         = local.resource_prefix,\n  }\n\n  custom_resource_tags       = zipmap([for idx in range(length(var.custom_resource_tags)) : idx], var.custom_resource_tags)\n  custom_resource_tags_delay = var.custom_resource_tags_delay\n}\n",
            "newContent": "locals {\n  project_name         = var.project_name\n  infrastructure_name  = var.infrastructure_name\n  environment          = var.environment\n  aws_region           = var.aws_region\n  aws_account_id       = data.aws_caller_identity.current.account_id\n  resource_prefix      = \"${var.project_name}-${var.infrastructure_name}-${var.environment}\"\n  resource_prefix_hash = format(\"%.8s\", sha512(local.resource_prefix))\n\n  infrastructure_kms_encryption            = var.infrastructure_kms_encryption\n  infrastructure_kms_key_policy_statements = var.infrastructure_kms_key_policy_statements\n\n  infrastructure_logging_bucket_retention = var.infrastructure_logging_bucket_retention\n\n  infrastructure_slack_sns_topic_name    = \"${local.project_name}-cloudwatch-slack-alerts\"\n  infrastructure_opsgenie_sns_topic_name = \"${local.project_name}-cloudwatch-opsgenie-alerts\"\n  infrastructure_slack_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_slack ||\n    local.infrastructure_ecs_cluster_pending_task_alert_slack ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  )\n  infrastructure_opsgenie_sns_topic_in_use = (\n    local.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_pending_task_alert_opsgenie ||\n    local.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  )\n\n  enable_infrastructure_logs_bucket = (\n    local.infrastructure_vpc_flow_logs_s3_with_athena ||\n    length(local.infrastructure_ecs_cluster_services) != 0 ||\n    length(local.custom_s3_buckets) != 0 ||\n    local.enable_cloudformatian_s3_template_store ||\n    local.enable_infrastructure_vpc_transfer_s3_bucket ||\n    local.infrastructure_ecs_cluster_enable_execute_command_logging ||\n    local.enable_infrastructure_rds_backup_to_s3 ||\n    length(local.custom_lambda_functions) != 0\n  )\n  logs_bucket_s3_source_arns = concat(\n    length(local.infrastructure_ecs_cluster_services) != 0 ? [aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_artifact_store[0].arn] : [],\n    local.enable_infrastructure_vpc_transfer_s3_bucket ? [aws_s3_bucket.infrastructure_vpc_transfer[0].arn] : [],\n    [for k, v in local.custom_s3_buckets : aws_s3_bucket.custom[k].arn],\n    local.enable_infrastructure_rds_backup_to_s3 ? [aws_s3_bucket.infrastructure_rds_s3_backups[0].arn] : [],\n    local.enable_lambda_functions_s3_store ? [aws_s3_bucket.lambda_custom_functions_store[0].arn] : []\n  )\n  logs_bucket_logs_source_arns = concat(\n    local.infrastructure_vpc_flow_logs_s3_with_athena ? [\"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:*\"] : []\n  )\n  logs_bucket_athena_result_output_dir = \"athena-result-output\"\n\n  route53_root_hosted_zone_domain_name      = var.route53_root_hosted_zone_domain_name\n  aws_profile_name_route53_root             = var.aws_profile_name_route53_root\n  enable_infrastructure_route53_hosted_zone = var.enable_infrastructure_route53_hosted_zone\n  create_infrastructure_route53_delegations = local.route53_root_hosted_zone_domain_name != \"\" && local.aws_profile_name_route53_root != \"\" && local.enable_infrastructure_route53_hosted_zone\n  infrastructure_route53_domain             = \"${local.environment}.${var.infrastructure_name}.${local.route53_root_hosted_zone_domain_name}\"\n\n  enable_infrastructure_wildcard_certificate = local.enable_infrastructure_route53_hosted_zone && (length(local.infrastructure_ecs_cluster_services) > 0 || length(local.custom_s3_buckets) > 0)\n\n  infrastructure_datadog_api_key = var.infrastructure_datadog_api_key\n  infrastructure_datadog_app_key = var.infrastructure_datadog_app_key\n  infrastructure_datadog_region  = var.infrastructure_datadog_region\n  infrastructure_datadog_api_url = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"https://api.datadoghq.com/\",\n    \"US3\"     = \"https://api.us3.datadoghq.com/\",\n    \"US5\"     = \"https://api.us5.datadoghq.com/\",\n    \"EU1\"     = \"https://api.datadoghq.eu/\",\n    \"US1-FED\" = \"https://api.ddog-gov.com/\",\n    \"AP1\"     = \"https://api.ap1.datadoghq.com/\"\n  }[local.infrastructure_datadog_region] : \"https://api.datadoghq.com/\"\n  infrastructure_datadog_site = local.infrastructure_datadog_region != \"\" ? {\n    \"US1\"     = \"datadoghq.com\",\n    \"US3\"     = \"us3.datadoghq.com\",\n    \"US5\"     = \"us5.datadoghq.com\",\n    \"EU1\"     = \"datadoghq.eu\",\n    \"US1-FED\" = \"ddog-gov.com\",\n    \"AP1\"     = \"ap1.datadoghq.com\"\n  }[local.infrastructure_datadog_region] : \"datadoghq.com\"\n  enable_infrastructure_ecs_cluster_datadog_agent = local.enable_infrastructure_ecs_cluster && var.enable_infrastructure_ecs_cluster_datadog_agent\n\n  infrastructure_vpc                                          = var.infrastructure_vpc\n  infrastructure_vpc_cidr_block                               = var.infrastructure_vpc_cidr_block\n  infrastructure_vpc_enable_dns_support                       = var.infrastructure_vpc_enable_dns_support\n  infrastructure_vpc_enable_dns_hostnames                     = var.infrastructure_vpc_enable_dns_hostnames\n  infrastructure_vpc_instance_tenancy                         = var.infrastructure_vpc_instance_tenancy\n  infrastructure_vpc_enable_network_address_usage_metrics     = var.infrastructure_vpc_enable_network_address_usage_metrics\n  infrastructure_vpc_assign_generated_ipv6_cidr_block         = var.infrastructure_vpc_assign_generated_ipv6_cidr_block\n  infrastructure_vpc_network_enable_public                    = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_public\n  infrastructure_vpc_network_enable_private                   = local.infrastructure_vpc && var.infrastructure_vpc_network_enable_private\n  infrastructure_vpc_network_availability_zones               = toset(sort(var.infrastructure_vpc_network_availability_zones))\n  infrastructure_vpc_network_public_cidr                      = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 0)\n  infrastructure_vpc_network_public_cidr_prefix               = basename(local.infrastructure_vpc_network_public_cidr)\n  infrastructure_vpc_network_public_cidr_newbits              = 24 - local.infrastructure_vpc_network_public_cidr_prefix\n  infrastructure_vpc_network_private_cidr                     = cidrsubnet(local.infrastructure_vpc_cidr_block, 1, 1)\n  infrastructure_vpc_network_private_cidr_prefix              = basename(local.infrastructure_vpc_network_private_cidr)\n  infrastructure_vpc_network_private_cidr_newbits             = 24 - local.infrastructure_vpc_network_private_cidr_prefix\n  infrastructure_vpc_network_acl_egress_lockdown_private      = var.infrastructure_vpc_network_acl_egress_lockdown_private\n  infrastructure_vpc_network_acl_egress_custom_rules_private  = var.infrastructure_vpc_network_acl_egress_custom_rules_private\n  infrastructure_vpc_network_acl_ingress_lockdown_private     = var.infrastructure_vpc_network_acl_ingress_lockdown_private\n  infrastructure_vpc_network_acl_ingress_custom_rules_private = var.infrastructure_vpc_network_acl_ingress_custom_rules_private\n  infrastructure_vpc_network_acl_egress_lockdown_public       = var.infrastructure_vpc_network_acl_egress_lockdown_public\n  infrastructure_vpc_network_acl_egress_custom_rules_public   = var.infrastructure_vpc_network_acl_egress_custom_rules_public\n  infrastructure_vpc_network_acl_ingress_lockdown_public      = var.infrastructure_vpc_network_acl_ingress_lockdown_public\n  infrastructure_vpc_network_acl_ingress_custom_rules_public  = var.infrastructure_vpc_network_acl_ingress_custom_rules_public\n  infrastructure_vpc_flow_logs_cloudwatch_logs                = var.infrastructure_vpc_flow_logs_cloudwatch_logs && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_with_athena                 = var.infrastructure_vpc_flow_logs_s3_with_athena && local.infrastructure_vpc\n  infrastructure_vpc_flow_logs_s3_key_prefix                  = trim(var.infrastructure_vpc_flow_logs_s3_key_prefix, \"/\")\n  infrastructure_vpc_flow_logs_retention                      = var.infrastructure_vpc_flow_logs_retention\n  infrastructure_vpc_flow_logs_traffic_type                   = var.infrastructure_vpc_flow_logs_traffic_type\n  infrastructure_vpc_flow_logs_glue_table_columns             = jsondecode(templatefile(\"${path.root}/glue-table-schemas/vpc-flow-logs.json.tpl\", {}))\n  infrastructure_vpc_flow_logs_glue_table_partition_keys = [\n    { name = \"year\", type = \"int\" },\n    { name = \"month\", type = \"int\" },\n    { name = \"day\", type = \"int\" },\n    { name = \"hour\", type = \"int\" },\n  ]\n  enable_infrastructure_vpc_transfer_s3_bucket = var.enable_infrastructure_vpc_transfer_s3_bucket\n  infrastructure_vpc_transfer_s3_bucket_access_vpc_ids = concat(\n    local.infrastructure_vpc ? [aws_vpc.infrastructure[0].id] : [],\n    var.infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\n  )\n  infrastructure_vpc_transfer_ssm_download_command = \"aws s3 cp {{ Source }} {{ HostTarget }} {{ Recursive  }}; if [ -n \\\\\\\"{{ TargetUID }}\\\\\\\" ] && [ -n \\\\\\\"{{ TargetGID }}\\\\\\\" ]; then chown {{ TargetUID }}:{{ TargetGID }} -R {{ HostTarget }}; fi\"\n  infrastructure_vpc_transfer_ssm_upload_command   = \"aws s3 cp {{ Source }} {{ S3Target }} {{ Recursive }}\"\n\n  enable_infrastructure_bastion_host                      = var.enable_infrastructure_bastion_host\n  infrastructure_bastion_host_custom_security_group_rules = var.infrastructure_bastion_host_custom_security_group_rules\n\n  infrastructure_dockerhub_email    = var.infrastructure_dockerhub_email\n  infrastructure_dockerhub_username = var.infrastructure_dockerhub_username\n  infrastructure_dockerhub_token    = var.infrastructure_dockerhub_token\n\n  enable_infrastructure_ecs_cluster                                = var.enable_infrastructure_ecs_cluster && local.infrastructure_vpc\n  infrastructure_ecs_cluster_name                                  = \"${local.resource_prefix}-infrastructure\"\n  infrastructure_ecs_cluster_ami_version                           = var.infrastructure_ecs_cluster_ami_version\n  infrastructure_ecs_cluster_ami_name_filter                       = \"al2023-ami-ecs-hvm-${local.infrastructure_ecs_cluster_ami_version}\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name = \"/dev/xvdcz\"\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_size        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n  infrastructure_ecs_cluster_ebs_docker_storage_volume_type        = var.infrastructure_ecs_cluster_ebs_docker_storage_volume_type\n  infrastructure_ecs_cluster_publicly_avaialble                    = var.infrastructure_ecs_cluster_publicly_avaialble && local.infrastructure_vpc_network_enable_public\n  infrastructure_ecs_cluster_custom_security_group_rules           = var.infrastructure_ecs_cluster_custom_security_group_rules\n  infrastructure_ecs_cluster_instance_type                         = var.infrastructure_ecs_cluster_instance_type\n  infrastructure_ecs_cluster_termination_timeout                   = var.infrastructure_ecs_cluster_termination_timeout\n  infrastructure_ecs_cluster_draining_lambda_enabled               = var.infrastructure_ecs_cluster_draining_lambda_enabled && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_draining_lambda_log_retention         = var.infrastructure_ecs_cluster_draining_lambda_log_retention\n  infrastructure_ecs_cluster_termination_sns_topic_name            = \"${local.resource_prefix}-infrastructure-ecs-cluster-termination\"\n  infrastructure_ecs_cluster_min_size                              = var.infrastructure_ecs_cluster_min_size\n  infrastructure_ecs_cluster_max_size                              = var.infrastructure_ecs_cluster_max_size\n  infrastructure_ecs_cluster_allow_kms_encryption = local.infrastructure_kms_encryption && anytrue([\n    local.enable_infrastructure_vpc_transfer_s3_bucket,\n  ])\n  infrastructure_ecs_cluster_max_instance_lifetime                       = var.infrastructure_ecs_cluster_max_instance_lifetime\n  infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression = var.infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\n  infrastructure_ecs_cluster_instance_refresh_lambda_log_retention       = var.infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\n  infrastructure_ecs_cluster_autoscaling_time_based_max                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_max)\n  infrastructure_ecs_cluster_autoscaling_time_based_min                  = toset(var.infrastructure_ecs_cluster_autoscaling_time_based_min)\n  infrastructure_ecs_cluster_autoscaling_time_based_custom = {\n    for custom in toset(var.infrastructure_ecs_cluster_autoscaling_time_based_custom) : \"${custom[\"min\"]}-${custom[\"max\"]} ${custom[\"cron\"]}\" => custom\n  }\n  enable_infrastructure_ecs_cluster_asg_cpu_alert                     = var.enable_infrastructure_ecs_cluster_asg_cpu_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods         = var.infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\n  infrastructure_ecs_cluster_asg_cpu_alert_period                     = var.infrastructure_ecs_cluster_asg_cpu_alert_period\n  infrastructure_ecs_cluster_asg_cpu_alert_threshold                  = var.infrastructure_ecs_cluster_asg_cpu_alert_threshold\n  infrastructure_ecs_cluster_asg_cpu_alert_slack                      = var.infrastructure_ecs_cluster_asg_cpu_alert_slack && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  infrastructure_ecs_cluster_asg_cpu_alert_opsgenie                   = var.infrastructure_ecs_cluster_asg_cpu_alert_opsgenie && local.enable_infrastructure_ecs_cluster_asg_cpu_alert\n  enable_infrastructure_ecs_cluster_pending_task_alert                = var.enable_infrastructure_ecs_cluster_pending_task_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention = var.infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\n  infrastructure_ecs_cluster_pending_task_alert_evaluation_periods    = var.infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\n  infrastructure_ecs_cluster_pending_task_alert_period                = var.infrastructure_ecs_cluster_pending_task_alert_period\n  infrastructure_ecs_cluster_pending_task_alert_threshold             = var.infrastructure_ecs_cluster_pending_task_alert_threshold\n  infrastructure_ecs_cluster_pending_task_alert_slack                 = var.infrastructure_ecs_cluster_pending_task_alert_slack\n  infrastructure_ecs_cluster_pending_task_alert_opsgenie              = var.infrastructure_ecs_cluster_pending_task_alert_opsgenie\n  enable_infrastructure_ecs_cluster_ecs_asg_diff_alert                = var.enable_infrastructure_ecs_cluster_ecs_asg_diff_alert && local.enable_infrastructure_ecs_cluster\n  infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention = var.infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods    = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_period                = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_period\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold             = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_slack                 = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\n  infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie              = var.infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\n  infrastructure_ecs_cluster_enable_debug_mode                        = var.infrastructure_ecs_cluster_enable_debug_mode\n  infrastructure_ecs_cluster_enable_execute_command_logging           = var.infrastructure_ecs_cluster_enable_execute_command_logging\n  infrastructure_ecs_cluster_wafs                                     = var.infrastructure_ecs_cluster_wafs\n  infrastructure_ecs_cluster_syslog_endpoint                          = var.infrastructure_ecs_cluster_syslog_endpoint\n  infrastructure_ecs_cluster_syslog_docker_address                    = length(split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)) > 1 ? \"tcp${split(\"syslog\", local.infrastructure_ecs_cluster_syslog_endpoint)[1]}\" : \"\"\n  infrastructure_ecs_cluster_syslog_port                              = local.infrastructure_ecs_cluster_syslog_endpoint != \"\" ? split(\":\", local.infrastructure_ecs_cluster_syslog_endpoint)[2] : null\n  infrastructure_ecs_cluster_syslog_permitted_peer                    = var.infrastructure_ecs_cluster_syslog_permitted_peer\n  infrastructure_ecs_cluster_logspout_command                         = var.infrastructure_ecs_cluster_logspout_command\n  infrastructure_ecs_cluster_logspout_enabled                         = local.enable_infrastructure_ecs_cluster && length(local.infrastructure_ecs_cluster_logspout_command) > 1\n  infrastructure_ecs_cluster_user_data = base64encode(\n    templatefile(\"ec2-userdata/ecs-instance.tpl\", {\n      docker_storage_volume_device_name = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_device_name,\n      ecs_cluster_name                  = local.infrastructure_ecs_cluster_name,\n      dockerhub_token                   = local.infrastructure_dockerhub_token,\n      dockerhub_email                   = local.infrastructure_dockerhub_email,\n      docker_storage_size               = local.infrastructure_ecs_cluster_ebs_docker_storage_volume_size\n      efs_id = local.enable_infrastructure_ecs_cluster_efs && (\n        local.infrastructure_vpc_network_enable_private || local.infrastructure_vpc_network_enable_public\n      ) ? aws_efs_file_system.infrastructure_ecs_cluster[0].id : \"\",\n      region                = local.aws_region,\n      efs_dirs              = join(\" \", local.ecs_cluster_efs_directories),\n      syslog_endpoint       = local.infrastructure_ecs_cluster_syslog_endpoint\n      syslog_permitted_peer = local.infrastructure_ecs_cluster_syslog_permitted_peer\n      log_debug_mode        = local.infrastructure_ecs_cluster_enable_debug_mode\n    })\n  )\n\n\n  enable_infrastructure_ecs_cluster_efs        = var.enable_infrastructure_ecs_cluster_efs && local.infrastructure_vpc\n  ecs_cluster_efs_performance_mode             = var.ecs_cluster_efs_performance_mode\n  ecs_cluster_efs_throughput_mode              = var.ecs_cluster_efs_throughput_mode\n  ecs_cluster_efs_infrequent_access_transition = var.ecs_cluster_efs_infrequent_access_transition\n  ecs_cluster_efs_directories                  = var.ecs_cluster_efs_directories\n\n  infrastructure_ecs_cluster_service_defaults = var.infrastructure_ecs_cluster_service_defaults\n  infrastructure_ecs_cluster_services_keys    = length(var.infrastructure_ecs_cluster_services) > 0 ? keys(values(var.infrastructure_ecs_cluster_services)[0]) : []\n  infrastructure_ecs_cluster_services = {\n    for k, v in var.infrastructure_ecs_cluster_services : k => merge({\n      for service_key in local.infrastructure_ecs_cluster_services_keys : service_key => try(coalesce(v[service_key], local.infrastructure_ecs_cluster_service_defaults[service_key]), null)\n    })\n  }\n  infrastructure_ecs_cluster_services_alb_enable_global_accelerator     = var.infrastructure_ecs_cluster_services_alb_enable_global_accelerator && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_ip_allow_list                 = var.infrastructure_ecs_cluster_services_alb_ip_allow_list\n  enable_infrastructure_ecs_cluster_services_alb_logs                   = var.enable_infrastructure_ecs_cluster_services_alb_logs && length(local.infrastructure_ecs_cluster_services) > 0\n  infrastructure_ecs_cluster_services_alb_logs_retention                = var.infrastructure_ecs_cluster_services_alb_logs_retention\n  infrastructure_ecs_cluster_service_cloudfront_logs_glue_table_columns = jsondecode(templatefile(\"${path.root}/glue-table-schemas/cloudfront-logs.json.tpl\", {}))\n\n  infrastructure_rds_defaults = var.infrastructure_rds_defaults\n  infrastructure_rds_keys     = length(var.infrastructure_rds) > 0 ? keys(values(var.infrastructure_rds)[0]) : []\n  infrastructure_rds = {\n    for k, v in var.infrastructure_rds : k => merge({\n      for rds_key in local.infrastructure_rds_keys : rds_key => try(coalesce(v[rds_key], local.infrastructure_rds_defaults[rds_key]), null)\n    })\n  }\n  rds_engines = {\n    \"instance\" = {\n      \"mysql\"    = \"mysql\",\n      \"postgres\" = \"postgres\"\n    },\n    \"cluster\" = {\n      \"mysql\"    = \"aurora-mysql\",\n      \"postgres\" = \"aurora-postgresql\"\n    }\n  }\n  rds_licenses = {\n    \"mysql\"    = \"general-public-license\"\n    \"postgres\" = \"postgresql-license\"\n  }\n  rds_ports = {\n    \"mysql\"    = 3306\n    \"postgres\" = 5432\n  }\n  rds_s3_backups_container_entrypoint_file = {\n    \"mysql\"    = \"${path.root}/ecs-entrypoints/rds-s3-backups-mysql.txt.tpl\"\n    \"postgres\" = \"${path.root}/ecs-entrypoints/rds-s3-backups-postgres.txt.tpl\"\n  }\n  enable_infrastructure_rds_backup_to_s3          = var.enable_infrastructure_rds_backup_to_s3\n  infrastructure_rds_backup_to_s3_cron_expression = var.infrastructure_rds_backup_to_s3_cron_expression\n  infrastructure_rds_backup_to_s3_retention       = var.infrastructure_rds_backup_to_s3_retention\n  enable_infrastructure_utilities                 = length(var.infrastructure_rds) > 0\n  infrastructure_utilities_ecs_cluster_name       = \"${local.resource_prefix}-infrastructure-utilities\"\n\n  infrastructure_elasticache_defaults = var.infrastructure_elasticache_defaults\n  infrastructure_elasticache_keys     = length(var.infrastructure_elasticache) > 0 ? keys(values(var.infrastructure_elasticache)[0]) : []\n  infrastructure_elasticache = {\n    for k, v in var.infrastructure_elasticache : k => merge({\n      for elasticache_key in local.infrastructure_elasticache_keys : elasticache_key => try(coalesce(v[elasticache_key], local.infrastructure_elasticache_defaults[elasticache_key]), null)\n    })\n  }\n  elasticache_ports = {\n    \"redis\" = 6379\n  }\n\n  custom_route53_hosted_zones = var.custom_route53_hosted_zones\n\n  custom_s3_buckets = var.custom_s3_buckets\n\n  enable_cloudformatian_s3_template_store = var.enable_cloudformatian_s3_template_store != null ? var.enable_cloudformatian_s3_template_store : false\n  custom_cloudformation_stacks            = var.custom_cloudformation_stacks\n\n  custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n  enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n\n  s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n    for k, v in local.custom_cloudformation_stacks : k => \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n  } : {}\n\n  default_tags = {\n    Project        = local.project_name,\n    Infrastructure = local.infrastructure_name,\n    Environment    = local.environment,\n    Prefix         = local.resource_prefix,\n  }\n\n  custom_resource_tags       = zipmap([for idx in range(length(var.custom_resource_tags)) : idx], var.custom_resource_tags)\n  custom_resource_tags_delay = var.custom_resource_tags_delay\n}\n",
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              "user_added_chars": 0,
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            },
            "isNewFile": false
          },
          "displayName": "Edit",
          "description": "Replaces text within a file. By default, replaces a single occurrence, but can replace multiple occurrences when `expected_replacements` is specified. This tool requires providing significant context around the change to ensure precise targeting. Always use the read_file tool to examine the file's current content before attempting a text replacement.\n      \n      The user has the ability to modify the `new_string` content. If modified, this will be stated in the response.\n      \n      Expectation for required parameters:\n      1. `old_string` MUST be the exact literal text to replace (including all whitespace, indentation, newlines, and surrounding code etc.).\n      2. `new_string` MUST be the exact literal text to replace `old_string` with (also including all whitespace, indentation, newlines, and surrounding code etc.). Ensure the resulting code is correct and idiomatic and that `old_string` and `new_string` are different.\n      3. `instruction` is the detailed instruction of what needs to be changed. It is important to Make it specific and detailed so developers or large language models can understand what needs to be changed and perform the changes on their own if necessary. \n      4. NEVER escape `old_string` or `new_string`, that would break the exact literal text requirement.\n      **Important:** If ANY of the above are not satisfied, the tool will fail. CRITICAL for `old_string`: Must uniquely identify the single instance to change. Include at least 3 lines of context BEFORE and AFTER the target text, matching whitespace and indentation precisely. If this string matches multiple locations, or does not match exactly, the tool will fail.\n      5. Prefer to break down complex and long changes into multiple smaller atomic calls to this tool. Always check the content of the file after changes or not finding a string to match.\n      **Multiple replacements:** Set `expected_replacements` to the number of occurrences you want to replace. The tool will replace ALL occurrences that match `old_string` exactly. Ensure the number of replacements matches your expectation.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Analyzing for_each Keys",
          "description": "I've been examining the `for_each` structure. Currently, I'm aiming to use the keys from `custom_cloudformation_stacks` within the `data \"external\"` block. I'm restructuring the logic to make use of a map for `s3_object_presign`, ensuring the keys align correctly with the intended `for_each` functionality. The goal is cleaner key management.",
          "timestamp": "2026-01-29T17:12:05.593Z"
        },
        {
          "subject": "Refining the Map Structure",
          "description": "Now I'm focusing on the implementation details. I've confirmed that `custom_cloudformation_stacks` is indeed a map, which simplifies the `for_each` key usage. My changes to `locals.tf` and `data.tf` are almost complete. I've identified and fixed a redundancy, ensuring the logic is streamlined. The map structure is now solid, keys static, values dynamic, ready to go. I'm ready to apply the changes.",
          "timestamp": "2026-01-29T17:12:17.969Z"
        }
      ],
      "model": "gemini-3-pro-preview",
      "tokens": {
        "input": 76705,
        "output": 258,
        "cached": 61961,
        "thoughts": 850,
        "tool": 0,
        "total": 77813
      }
    },
    {
      "id": "384b637a-9439-4d4d-8a37-d9be2ae5081f",
      "timestamp": "2026-01-29T17:20:22.175Z",
      "type": "info",
      "content": "Switched to fallback model gemini-3-flash-preview"
    },
    {
      "id": "7e3bec05-db31-4921-8339-13c1212d3646",
      "timestamp": "2026-01-29T17:26:29.612Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "replace-1769707480816-3536b61da72e38",
          "name": "replace",
          "args": {
            "new_string": "data \"external\" \"s3_presigned_url\" {\n  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n\n  program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n  query = {\n    s3_path = each.value\n  }\n\n  depends_on = [\n    aws_s3_bucket.cloudformation_custom_stack_template_store,\n  ]\n}",
            "expected_replacements": 1,
            "file_path": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/data.tf",
            "old_string": "data \"external\" \"s3_presigned_url\" {\n  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n\n  program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n  query = {\n    s3_path = each.value\n  }\n\n  depends_on = [\n    aws_s3_bucket.cloudformation_custom_stack_template_store,\n  ]\n}",
            "instruction": "Update for_each to expect a map (using {} instead of []) and use the newly defined local.s3_object_presign map."
          },
          "result": [
            {
              "functionResponse": {
                "id": "replace-1769707480816-3536b61da72e38",
                "name": "replace",
                "response": {
                  "output": "Successfully modified file: /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/data.tf (1 replacements)."
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:26:29.610Z",
          "resultDisplay": {
            "fileDiff": "Index: data.tf\n===================================================================\n--- data.tf\tCurrent\n+++ data.tf\tProposed\n@@ -102,7 +102,7 @@\n }\n \n data \"external\" \"s3_presigned_url\" {\n-  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n+  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n \n   program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n   query = {\n",
            "fileName": "data.tf",
            "filePath": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/data.tf",
            "originalContent": "data \"aws_caller_identity\" \"current\" {}\n\ndata \"aws_elb_service_account\" \"current\" {}\n\ndata \"aws_route53_zone\" \"root\" {\n  count = local.create_infrastructure_route53_delegations ? 1 : 0\n\n  provider = aws.awsroute53root\n\n  name = local.route53_root_hosted_zone_domain_name\n}\n\ndata \"aws_ami\" \"ecs_cluster_ami\" {\n  count = local.enable_infrastructure_ecs_cluster ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      local.infrastructure_ecs_cluster_ami_name_filter\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_ami\" \"bastion_ami\" {\n  count = local.enable_infrastructure_bastion_host ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      \"al2023-ami-2023*\"\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_sns_topic\" \"infrastructure_slack_sns_topic\" {\n  count = local.infrastructure_slack_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_slack_sns_topic_name\n}\n\ndata \"aws_sns_topic\" \"infrastructure_opsgenie_sns_topic\" {\n  count = local.infrastructure_opsgenie_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_opsgenie_sns_topic_name\n}\n\ndata \"aws_s3_object\" \"ecs_cluster_service_buildspec\" {\n  for_each = {\n    for k, service in local.infrastructure_ecs_cluster_services : k => service if service[\"buildspec_from_github_repo\"] == null || service[\"buildspec_from_github_repo\"] == false\n  }\n\n  bucket = aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store[0].id\n  key    = each.value[\"buildspec\"] != null ? each.value[\"buildspec\"] : \"dalmatian-default.yml\"\n\n  depends_on = [\n    aws_s3_object.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store_files,\n  ]\n}\n\ndata \"aws_cloudfront_cache_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_cache_policy\"] if service[\"cloudfront_managed_cache_policy\"] != null\n  ])\n\n  name = startswith(each.value, \"Use\") ? each.value : \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_origin_request_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_origin_request_policy\"] if service[\"cloudfront_managed_origin_request_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_response_headers_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_response_headers_policy\"] if service[\"cloudfront_managed_response_headers_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"external\" \"s3_presigned_url\" {\n  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n\n  program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n  query = {\n    s3_path = each.value\n  }\n\n  depends_on = [\n    aws_s3_bucket.cloudformation_custom_stack_template_store,\n  ]\n}\n",
            "newContent": "data \"aws_caller_identity\" \"current\" {}\n\ndata \"aws_elb_service_account\" \"current\" {}\n\ndata \"aws_route53_zone\" \"root\" {\n  count = local.create_infrastructure_route53_delegations ? 1 : 0\n\n  provider = aws.awsroute53root\n\n  name = local.route53_root_hosted_zone_domain_name\n}\n\ndata \"aws_ami\" \"ecs_cluster_ami\" {\n  count = local.enable_infrastructure_ecs_cluster ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      local.infrastructure_ecs_cluster_ami_name_filter\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_ami\" \"bastion_ami\" {\n  count = local.enable_infrastructure_bastion_host ? 1 : 0\n\n  most_recent = true\n  owners      = [\"amazon\"]\n\n  filter {\n    name = \"name\"\n    values = [\n      \"al2023-ami-2023*\"\n    ]\n  }\n\n  filter {\n    name = \"architecture\"\n    values = [\n      \"x86_64\"\n    ]\n  }\n}\n\ndata \"aws_sns_topic\" \"infrastructure_slack_sns_topic\" {\n  count = local.infrastructure_slack_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_slack_sns_topic_name\n}\n\ndata \"aws_sns_topic\" \"infrastructure_opsgenie_sns_topic\" {\n  count = local.infrastructure_opsgenie_sns_topic_in_use ? 1 : 0\n\n  name = local.infrastructure_opsgenie_sns_topic_name\n}\n\ndata \"aws_s3_object\" \"ecs_cluster_service_buildspec\" {\n  for_each = {\n    for k, service in local.infrastructure_ecs_cluster_services : k => service if service[\"buildspec_from_github_repo\"] == null || service[\"buildspec_from_github_repo\"] == false\n  }\n\n  bucket = aws_s3_bucket.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store[0].id\n  key    = each.value[\"buildspec\"] != null ? each.value[\"buildspec\"] : \"dalmatian-default.yml\"\n\n  depends_on = [\n    aws_s3_object.infrastructure_ecs_cluster_service_build_pipeline_buildspec_store_files,\n  ]\n}\n\ndata \"aws_cloudfront_cache_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_cache_policy\"] if service[\"cloudfront_managed_cache_policy\"] != null\n  ])\n\n  name = startswith(each.value, \"Use\") ? each.value : \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_origin_request_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_origin_request_policy\"] if service[\"cloudfront_managed_origin_request_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"aws_cloudfront_response_headers_policy\" \"managed_policy\" {\n  for_each = toset([\n    for service in local.infrastructure_ecs_cluster_services : service[\"cloudfront_managed_response_headers_policy\"] if service[\"cloudfront_managed_response_headers_policy\"] != null\n  ])\n\n  name = \"Managed-${each.value}\"\n}\n\ndata \"external\" \"s3_presigned_url\" {\n  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n\n  program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n  query = {\n    s3_path = each.value\n  }\n\n  depends_on = [\n    aws_s3_bucket.cloudformation_custom_stack_template_store,\n  ]\n}\n",
            "diffStat": {
              "model_added_lines": 1,
              "model_removed_lines": 1,
              "model_added_chars": 89,
              "model_removed_chars": 89,
              "user_added_lines": 0,
              "user_removed_lines": 103,
              "user_added_chars": 0,
              "user_removed_chars": 2656
            },
            "isNewFile": false
          },
          "displayName": "Edit",
          "description": "Replaces text within a file. By default, replaces a single occurrence, but can replace multiple occurrences when `expected_replacements` is specified. This tool requires providing significant context around the change to ensure precise targeting. Always use the read_file tool to examine the file's current content before attempting a text replacement.\n      \n      The user has the ability to modify the `new_string` content. If modified, this will be stated in the response.\n      \n      Expectation for required parameters:\n      1. `old_string` MUST be the exact literal text to replace (including all whitespace, indentation, newlines, and surrounding code etc.).\n      2. `new_string` MUST be the exact literal text to replace `old_string` with (also including all whitespace, indentation, newlines, and surrounding code etc.). Ensure the resulting code is correct and idiomatic and that `old_string` and `new_string` are different.\n      3. `instruction` is the detailed instruction of what needs to be changed. It is important to Make it specific and detailed so developers or large language models can understand what needs to be changed and perform the changes on their own if necessary. \n      4. NEVER escape `old_string` or `new_string`, that would break the exact literal text requirement.\n      **Important:** If ANY of the above are not satisfied, the tool will fail. CRITICAL for `old_string`: Must uniquely identify the single instance to change. Include at least 3 lines of context BEFORE and AFTER the target text, matching whitespace and indentation precisely. If this string matches multiple locations, or does not match exactly, the tool will fail.\n      5. Prefer to break down complex and long changes into multiple smaller atomic calls to this tool. Always check the content of the file after changes or not finding a string to match.\n      **Multiple replacements:** Set `expected_replacements` to the number of occurrences you want to replace. The tool will replace ALL occurrences that match `old_string` exactly. Ensure the number of replacements matches your expectation.",
          "renderOutputAsMarkdown": true
        },
        {
          "id": "search_file_content-1769707617107-c70cb6304573b",
          "name": "search_file_content",
          "args": {
            "pattern": "s3_object_presign"
          },
          "result": [
            {
              "functionResponse": {
                "id": "search_file_content-1769707617107-c70cb6304573b",
                "name": "search_file_content",
                "response": {
                  "output": "Found 2 matches for pattern \"s3_object_presign\" in path \".\":\n---\nFile: data.tf\nL105: for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n---\nFile: locals.tf\nL280: s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n---"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:26:57.195Z",
          "resultDisplay": "Found 2 matches",
          "displayName": "SearchText",
          "description": "FAST, optimized search powered by `ripgrep`. PREFERRED over standard `run_shell_command(\"grep ...\")` due to better performance and automatic output limiting (max 20k matches).",
          "renderOutputAsMarkdown": true
        },
        {
          "id": "read_file-1769707622187-52bf01987c741",
          "name": "read_file",
          "args": {
            "file_path": "cloudformation-custom-stack.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769707622187-52bf01987c741",
                "name": "read_file",
                "response": {
                  "output": "resource \"aws_cloudformation_stack\" \"custom\" {\n  for_each = local.custom_cloudformation_stacks\n\n  name              = \"${local.resource_prefix_hash}-${each.key}\"\n  parameters        = each.value[\"parameters\"]\n  template_body     = each.value[\"template_body\"]\n  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null\n  on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n  notification_arns = []\n  capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\n}\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:27:02.211Z",
          "resultDisplay": "",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Refactoring Configuration with Maps",
          "description": "Okay, I'm working on refactoring `data.tf` to leverage the map structure. The conversion from the existing list format `[]` to the map format `{}` is underway and progressing well. This should improve the organization and readability of the configuration.",
          "timestamp": "2026-01-29T17:24:40.216Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 77014,
        "output": 320,
        "cached": 76627,
        "thoughts": 22,
        "tool": 0,
        "total": 77356
      }
    },
    {
      "id": "0bdcc1c6-31e0-4120-a874-ea5531c5677a",
      "timestamp": "2026-01-29T17:29:56.862Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "replace-1769707709334-7260af970dbcc",
          "name": "replace",
          "args": {
            "new_string": "  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null",
            "file_path": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/cloudformation-custom-stack.tf",
            "instruction": "Update the template_url lookup to use the static stack name as the key for data.external.s3_presigned_url, matching the change made to the for_each keys.",
            "old_string": "  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null",
            "expected_replacements": 1
          },
          "result": [
            {
              "functionResponse": {
                "id": "replace-1769707709334-7260af970dbcc",
                "name": "replace",
                "response": {
                  "output": "Successfully modified file: /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/cloudformation-custom-stack.tf (1 replacements)."
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:29:56.860Z",
          "resultDisplay": {
            "fileDiff": "Index: cloudformation-custom-stack.tf\n===================================================================\n--- cloudformation-custom-stack.tf\tCurrent\n+++ cloudformation-custom-stack.tf\tProposed\n@@ -4,7 +4,7 @@\n   name              = \"${local.resource_prefix_hash}-${each.key}\"\n   parameters        = each.value[\"parameters\"]\n   template_body     = each.value[\"template_body\"]\n-  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null\n+  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null\n   on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n   notification_arns = []\n   capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\n",
            "fileName": "cloudformation-custom-stack.tf",
            "filePath": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/cloudformation-custom-stack.tf",
            "originalContent": "resource \"aws_cloudformation_stack\" \"custom\" {\n  for_each = local.custom_cloudformation_stacks\n\n  name              = \"${local.resource_prefix_hash}-${each.key}\"\n  parameters        = each.value[\"parameters\"]\n  template_body     = each.value[\"template_body\"]\n  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null\n  on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n  notification_arns = []\n  capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\n}\n",
            "newContent": "resource \"aws_cloudformation_stack\" \"custom\" {\n  for_each = local.custom_cloudformation_stacks\n\n  name              = \"${local.resource_prefix_hash}-${each.key}\"\n  parameters        = each.value[\"parameters\"]\n  template_body     = each.value[\"template_body\"]\n  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null\n  on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n  notification_arns = []\n  capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\n}\n",
            "diffStat": {
              "model_added_lines": 1,
              "model_removed_lines": 1,
              "model_added_chars": 186,
              "model_removed_chars": 284,
              "user_added_lines": 0,
              "user_removed_lines": 10,
              "user_added_chars": 0,
              "user_removed_chars": 464
            },
            "isNewFile": false
          },
          "displayName": "Edit",
          "description": "Replaces text within a file. By default, replaces a single occurrence, but can replace multiple occurrences when `expected_replacements` is specified. This tool requires providing significant context around the change to ensure precise targeting. Always use the read_file tool to examine the file's current content before attempting a text replacement.\n      \n      The user has the ability to modify the `new_string` content. If modified, this will be stated in the response.\n      \n      Expectation for required parameters:\n      1. `old_string` MUST be the exact literal text to replace (including all whitespace, indentation, newlines, and surrounding code etc.).\n      2. `new_string` MUST be the exact literal text to replace `old_string` with (also including all whitespace, indentation, newlines, and surrounding code etc.). Ensure the resulting code is correct and idiomatic and that `old_string` and `new_string` are different.\n      3. `instruction` is the detailed instruction of what needs to be changed. It is important to Make it specific and detailed so developers or large language models can understand what needs to be changed and perform the changes on their own if necessary. \n      4. NEVER escape `old_string` or `new_string`, that would break the exact literal text requirement.\n      **Important:** If ANY of the above are not satisfied, the tool will fail. CRITICAL for `old_string`: Must uniquely identify the single instance to change. Include at least 3 lines of context BEFORE and AFTER the target text, matching whitespace and indentation precisely. If this string matches multiple locations, or does not match exactly, the tool will fail.\n      5. Prefer to break down complex and long changes into multiple smaller atomic calls to this tool. Always check the content of the file after changes or not finding a string to match.\n      **Multiple replacements:** Set `expected_replacements` to the number of occurrences you want to replace. The tool will replace ALL occurrences that match `old_string` exactly. Ensure the number of replacements matches your expectation.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Revising a Terraform Lookup",
          "description": "I've identified a critical problem in `cloudformation-custom-stack.tf`. The original code uses a potentially outdated lookup pattern, relying on a now-changed `for_each` key. The expression will fail when trying to access the URL. I must fix this by adapting the lookup to correctly use the new key structure.",
          "timestamp": "2026-01-29T17:28:25.992Z"
        },
        {
          "subject": "Correcting the Template URL",
          "description": "After noticing the prior issue, I've just updated `cloudformation-custom-stack.tf` to leverage `each.key` directly within the `data.external.s3_presigned_url` lookup. This streamlined approach eliminates the need for string interpolation, significantly improving clarity and resolving the dynamic key issue. This also avoids potential future problems. The code should now be much more robust.",
          "timestamp": "2026-01-29T17:28:28.993Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 77736,
        "output": 223,
        "cached": 76431,
        "thoughts": 231,
        "tool": 0,
        "total": 78190
      }
    },
    {
      "id": "f9510500-fda2-4e3b-a83a-233239e43117",
      "timestamp": "2026-01-29T17:30:00.307Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "search_file_content-1769707800262-e2046fb832f6a",
          "name": "search_file_content",
          "args": {
            "pattern": "s3_presigned_url"
          },
          "result": [
            {
              "functionResponse": {
                "id": "search_file_content-1769707800262-e2046fb832f6a",
                "name": "search_file_content",
                "response": {
                  "output": "Found 3 matches for pattern \"s3_presigned_url\" in path \".\":\n---\nFile: README.md\nL507: | [external_external.s3_presigned_url](https://registry.terraform.io/providers/hashicorp/external/latest/docs/data-sources/external) | data source |\n---\nFile: cloudformation-custom-stack.tf\nL7: template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null\n---\nFile: data.tf\nL104: data \"external\" \"s3_presigned_url\" {\n---"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:30:00.306Z",
          "resultDisplay": "Found 3 matches",
          "displayName": "SearchText",
          "description": "FAST, optimized search powered by `ripgrep`. PREFERRED over standard `run_shell_command(\"grep ...\")` due to better performance and automatic output limiting (max 20k matches).",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Examining Access Patterns",
          "description": "I'm currently focused on tracing the usage of `data.external.s3_presigned_url`. I need to ensure I haven't missed any instances where it is being called. My next step will be to thoroughly review the code, specifically to find all locations where this particular data element is referenced.",
          "timestamp": "2026-01-29T17:29:59.986Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 78015,
        "output": 17,
        "cached": 76199,
        "thoughts": 26,
        "tool": 0,
        "total": 78058
      }
    },
    {
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      "timestamp": "2026-01-29T17:30:16.834Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "list_directory-1769707816812-c54cb5ce96c8e",
          "name": "list_directory",
          "args": {
            "dir_path": "scripts"
          },
          "result": [
            {
              "functionResponse": {
                "id": "list_directory-1769707816812-c54cb5ce96c8e",
                "name": "list_directory",
                "response": {
                  "output": "Directory listing for /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/scripts:\ntest.sh"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:30:16.832Z",
          "resultDisplay": "Listed 1 item(s).",
          "displayName": "ReadFolder",
          "description": "Lists the names of files and subdirectories directly within a specified directory path. Can optionally ignore entries matching provided glob patterns.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Wrapping Up the Review",
          "description": "I'm wrapping up the review. I've confirmed the `README.md` is correctly placed, and I'm now doing a final check of the modified files. Specifically, I'm focusing on the `locals.tf` file.",
          "timestamp": "2026-01-29T17:30:13.722Z"
        },
        {
          "subject": "Verifying Final Touches",
          "description": "I've reviewed the core files: `locals.tf`, `data.tf`, and `cloudformation-custom-stack.tf`. The static keys in `local.custom_cloudformation_stacks` resolve the previous error. I've confirmed consistency across the files. My last step is to attempt a `terraform validate`, but I'm unsure if the environment allows it.",
          "timestamp": "2026-01-29T17:30:16.529Z"
        },
        {
          "subject": "Confirming the Changes",
          "description": "I'm feeling good about these changes. The `README.md` is fine, matching the `terraform-docs` output. I've re-examined `locals.tf`, `data.tf`, and `cloudformation-custom-stack.tf`, and the logic around the keys looks sound now. I'll search for validation scripts and attempt `terraform validate` if I can. The lack of the `for_each` error gives me confidence.",
          "timestamp": "2026-01-29T17:30:16.566Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
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        "output": 11,
        "cached": 76162,
        "thoughts": 423,
        "tool": 0,
        "total": 78652
      }
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    {
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      "timestamp": "2026-01-29T17:30:19.339Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "read_file-1769707819316-4539d2c6f00ac",
          "name": "read_file",
          "args": {
            "file_path": "scripts/test.sh"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769707819316-4539d2c6f00ac",
                "name": "read_file",
                "response": {
                  "output": "#!/bin/bash\n\nact -n\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:30:19.338Z",
          "resultDisplay": "",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Inspecting Test Scripts",
          "description": "I'm currently delving into the `scripts/test.sh` file. The goal is to fully understand its functionality. My initial analysis is focusing on the script's overall structure and the specific commands it executes.",
          "timestamp": "2026-01-29T17:30:19.107Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 78259,
        "output": 15,
        "cached": 75757,
        "thoughts": 14,
        "tool": 0,
        "total": 78288
      }
    },
    {
      "id": "b6ca78db-216c-49e8-b306-f503e5de44d0",
      "timestamp": "2026-01-29T17:31:49.957Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "run_shell_command-1769707830014-58937b42436bc",
          "name": "run_shell_command",
          "args": {
            "description": "Check if terraform is available.",
            "command": "terraform --version"
          },
          "result": [
            {
              "functionResponse": {
                "id": "run_shell_command-1769707830014-58937b42436bc",
                "name": "run_shell_command",
                "response": {
                  "output": "Command: terraform --version\nDirectory: (root)\nOutput: Terraform v1.12.0\non darwin_arm64\n+ provider registry.terraform.io/datadog/datadog v3.63.0\n+ provider registry.terraform.io/hashicorp/archive v2.7.0\n+ provider registry.terraform.io/hashicorp/aws v5.97.0\n+ provider registry.terraform.io/hashicorp/external v2.3.5\n+ provider registry.terraform.io/hashicorp/null v3.2.4\n+ provider registry.terraform.io/hashicorp/random v3.7.2\n\nYour version of Terraform is out of date! The latest version\nis 1.14.4. You can update by downloading from https://developer.hashicorp.com/terraform/install\nError: (none)\nExit Code: 0\nSignal: 0\nBackground PIDs: (none)\nProcess Group PGID: 90599"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:31:49.955Z",
          "resultDisplay": "Terraform v1.12.0\non darwin_arm64\n+ provider registry.terraform.io/datadog/datadog v3.63.0\n+ provider registry.terraform.io/hashicorp/archive v2.7.0\n+ provider registry.terraform.io/hashicorp/aws v5.97.0\n+ provider registry.terraform.io/hashicorp/external v2.3.5\n+ provider registry.terraform.io/hashicorp/null v3.2.4\n+ provider registry.terraform.io/hashicorp/random v3.7.2\n\nYour version of Terraform is out of date! The latest version\nis 1.14.4. You can update by downloading from https://developer.hashicorp.com/terraform/install",
          "displayName": "Shell",
          "description": "This tool executes a given shell command as `bash -c <command>`. Command can start background processes using `&`. Command is executed as a subprocess that leads its own process group. Command process group can be terminated as `kill -- -PGID` or signaled as `kill -s SIGNAL -- -PGID`.\n\n      The following information is returned:\n\n      Command: Executed command.\n      Directory: Directory where command was executed, or `(root)`.\n      Stdout: Output on stdout stream. Can be `(empty)` or partial on error and for any unwaited background processes.\n      Stderr: Output on stderr stream. Can be `(empty)` or partial on error and for any unwaited background processes.\n      Error: Error or `(none)` if no error was reported for the subprocess.\n      Exit Code: Exit code or `(none)` if terminated by signal.\n      Signal: Signal number or `(none)` if no signal was received.\n      Background PIDs: List of background processes started or `(none)`.\n      Process Group PGID: Process group started or `(none)`",
          "renderOutputAsMarkdown": false
        }
      ],
      "thoughts": [
        {
          "subject": "Testing Initial Approach",
          "description": "I've decided `act` is probably overkill for my immediate needs. The current approach is to validate the Terraform code directly, bypassing the GitHub Actions runner. Before that, though, I'm just verifying that the `terraform` command is even accessible in the current environment.",
          "timestamp": "2026-01-29T17:30:29.785Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 78283,
        "output": 21,
        "cached": 75719,
        "thoughts": 53,
        "tool": 0,
        "total": 78357
      }
    },
    {
      "id": "6f59f1d1-e6a4-4018-816d-604ad94b709a",
      "timestamp": "2026-01-29T17:32:13.265Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "run_shell_command-1769707927538-f96a3bd337a758",
          "name": "run_shell_command",
          "args": {
            "command": "terraform validate",
            "description": "Validate the terraform configuration."
          },
          "result": [
            {
              "functionResponse": {
                "id": "run_shell_command-1769707927538-f96a3bd337a758",
                "name": "run_shell_command",
                "response": {
                  "output": "Command: terraform validate\nDirectory: (root)\nOutput: Success! The configuration is valid.\nError: (none)\nExit Code: 0\nSignal: 0\nBackground PIDs: (none)\nProcess Group PGID: 90649"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:32:13.264Z",
          "resultDisplay": "Success! The configuration is valid.",
          "displayName": "Shell",
          "description": "This tool executes a given shell command as `bash -c <command>`. Command can start background processes using `&`. Command is executed as a subprocess that leads its own process group. Command process group can be terminated as `kill -- -PGID` or signaled as `kill -s SIGNAL -- -PGID`.\n\n      The following information is returned:\n\n      Command: Executed command.\n      Directory: Directory where command was executed, or `(root)`.\n      Stdout: Output on stdout stream. Can be `(empty)` or partial on error and for any unwaited background processes.\n      Stderr: Output on stderr stream. Can be `(empty)` or partial on error and for any unwaited background processes.\n      Error: Error or `(none)` if no error was reported for the subprocess.\n      Exit Code: Exit code or `(none)` if terminated by signal.\n      Signal: Signal number or `(none)` if no signal was received.\n      Background PIDs: List of background processes started or `(none)`.\n      Process Group PGID: Process group started or `(none)`",
          "renderOutputAsMarkdown": false
        }
      ],
      "thoughts": [
        {
          "subject": "Verifying Terraform Configuration",
          "description": "I'm checking the terraform configuration by using `terraform validate`. I'll initialize if needed, but the sandbox environment might already be prepared. The presence of `.terraform.lock.hcl` suggests the environment is set up.",
          "timestamp": "2026-01-29T17:32:06.606Z"
        },
        {
          "subject": "Evaluating Cloud Deployment Setup",
          "description": "The `terraform validate` command seems to be running smoothly, so far. No errors have surfaced yet, and I'm optimistic about the cloud deployment. The environment looks like it's already configured and ready to go. I'll keep the process in motion for now.",
          "timestamp": "2026-01-29T17:32:07.303Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 78537,
        "output": 19,
        "cached": 75660,
        "thoughts": 58,
        "tool": 0,
        "total": 78614
      }
    },
    {
      "id": "dbdf24c8-62f6-4591-905c-c929546386a0",
      "timestamp": "2026-01-29T17:32:24.800Z",
      "type": "gemini",
      "content": "The Terraform error `Invalid for_each argument` was caused by using the S3 bucket ID (which is only known after resource creation/apply) as part of the keys in a `for_each` loop. \n\nI resolved this by:\n1.  **Updating `locals.tf`**: Changed `local.s3_object_presign` from a set of strings to a map. This map now uses the static stack names (from the `custom_cloudformation_stacks` variable) as keys, while keeping the dynamic S3 paths as values.\n2.  **Updating `data.tf`**: Adjusted the `data \"external\" \"s3_presigned_url\"` to iterate over this new map. Since map keys are used as the instance identifiers, Terraform can now determine them during the plan phase.\n3.  **Updating `cloudformation-custom-stack.tf`**: Updated the lookup for `data.external.s3_presigned_url` to use `each.key` (the stack name) instead of constructing the dynamic S3 path string.\n\nThese changes ensure that all `for_each` keys are known at plan time, satisfying Terraform's requirements. `terraform validate` confirms the configuration is now valid.",
      "thoughts": [
        {
          "subject": "Assessing Terraform Syntax",
          "description": "The validation passed, confirming the syntax is sound for the `for_each` change. However, I'm aware this doesn't fully guarantee success, as plan-time errors could still arise.",
          "timestamp": "2026-01-29T17:32:21.835Z"
        },
        {
          "subject": "Confirming Solution Stability",
          "description": "The syntax validation succeeded, and the variable lookup is confirmed as plan-time. Re-evaluating the prior key generation, the previous issues originated from bucket resource attributes, specifically the ID. Using `each.key` from `local.custom_cloudformation_stacks` ensures all keys are definable before application. Feeling confident now.",
          "timestamp": "2026-01-29T17:32:24.168Z"
        }
      ],
      "tokens": {
        "input": 78616,
        "output": 264,
        "cached": 75585,
        "thoughts": 292,
        "tool": 0,
        "total": 79172
      },
      "model": "gemini-3-flash-preview"
    },
    {
      "id": "23907aa9-01f5-421d-9ac5-3e91ce4fe390",
      "timestamp": "2026-01-29T17:33:13.099Z",
      "type": "user",
      "content": "write a possible commit message to a file."
    },
    {
      "id": "4481f92f-3b64-4cc4-84c1-c90f9f9ff297",
      "timestamp": "2026-01-29T17:34:07.506Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "run_shell_command-1769708007599-32803d5dd29e3",
          "name": "run_shell_command",
          "args": {
            "description": "Gather git status, diff, and recent log to prepare a commit message.",
            "command": "git status && git diff HEAD && git log -n 3"
          },
          "result": [
            {
              "functionResponse": {
                "id": "run_shell_command-1769708007599-32803d5dd29e3",
                "name": "run_shell_command",
                "response": {
                  "output": "Command: git status && git diff HEAD && git log -n 3\nDirectory: (root)\nOutput: On branch fix-presigned-url-cloudformation-bucket\nChanges not staged for commit:\n  (use \"git add <file>...\" to update what will be committed)\n  (use \"git restore <file>...\" to discard changes in working directory)\n        modified:   cloudformation-custom-stack.tf\n        modified:   data.tf\n        modified:   locals.tf\n\nUntracked files:\n  (use \"git add <file>...\" to include in what will be committed)\n        lambdas/.zip-cache/\n        tests/\n\nno changes added to commit (use \"git add\" and/or \"git commit -a\")\ndiff --git a/cloudformation-custom-stack.tf b/cloudformation-custom-stack.tf\nindex 8f5ea2a..4af4da9 100644\n--- a/cloudformation-custom-stack.tf\n+++ b/cloudformation-custom-stack.tf\n@@ -4,7 +4,7 @@ resource \"aws_cloudformation_stack\" \"custom\" {\n   name              = \"${local.resource_prefix_hash}-${each.key}\"\n   parameters        = each.value[\"parameters\"]\n   template_body     = each.value[\"template_body\"]\n-  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null\n+  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null\n   on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n   notification_arns = []\n   capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\ndiff --git a/data.tf b/data.tf\nindex 705fcc8..c29f0aa 100644\n--- a/data.tf\n+++ b/data.tf\n@@ -102,7 +102,7 @@ data \"aws_cloudfront_response_headers_policy\" \"managed_policy\" {\n }\n \n data \"external\" \"s3_presigned_url\" {\n-  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n+  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n \n   program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n   query = {\ndiff --git a/locals.tf b/locals.tf\nindex c8096ed..474c1fa 100644\n--- a/locals.tf\n+++ b/locals.tf\n@@ -277,9 +277,9 @@ locals {\n   custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n   enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n \n-  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n-    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n-  ]) : []\n+  s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n+    for k, v in local.custom_cloudformation_stacks : k => \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n+  } : {}\n \n   default_tags = {\n     Project        = local.project_name,\ncommit 117b7ae88d335cf540f03b967a3c51bf573e9615 (HEAD -> fix-presigned-url-cloudformation-bucket, origin/main, origin/HEAD, main)\nMerge: dd0eb35 c5f8d33\nAuthor: bob <bob@dxw.com>\nDate:   Wed Jan 14 16:11:44 2026 +0000\n\n    Merge pull request #264 from dxw/renovate/actions-checkout-6.x\n    \n    Update actions/checkout action to v6\n\ncommit c5f8d339a1b1f2b3417e285e2cc304357e53fad9\nAuthor: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>\nDate:   Tue Dec 2 19:30:24 2025 +0000\n\n    Update actions/checkout action to v6\n\ncommit dd0eb3512389ef1bdc2e18466bda21270d4c78b7 (tag: v0.46.0)\nMerge: e331dfb f0cc9a0\nAuthor: bob <bob@dxw.com>\nDate:   Thu Nov 27 11:23:00 2025 +0000\n\n    Merge pull request #263 from dxw/s3-bucket-waf\n    \n    Add the ability to associate WAFs to custom S3 bucket CloudFronts\nError: (none)\nExit Code: 0\nSignal: 0\nBackground PIDs: (none)\nProcess Group PGID: 90894"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:34:07.504Z",
          "resultDisplay": "On branch fix-presigned-url-cloudformation-bucket\nChanges not staged for commit:\n  (use \"git add <file>...\" to update what will be committed)\n  (use \"git restore <file>...\" to discard changes in working directory)\n        modified:   cloudformation-custom-stack.tf\n        modified:   data.tf\n        modified:   locals.tf\n\nUntracked files:\n  (use \"git add <file>...\" to include in what will be committed)\n        lambdas/.zip-cache/\n        tests/\n\nno changes added to commit (use \"git add\" and/or \"git commit -a\")\ndiff --git a/cloudformation-custom-stack.tf b/cloudformation-custom-stack.tf\nindex 8f5ea2a..4af4da9 100644\n--- a/cloudformation-custom-stack.tf\n+++ b/cloudformation-custom-stack.tf\n@@ -4,7 +4,7 @@ resource \"aws_cloudformation_stack\" \"custom\" {\n   name              = \"${local.resource_prefix_hash}-${each.key}\"\n   parameters        = each.value[\"parameters\"]\n   template_body     = each.value[\"template_body\"]\n-  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[\"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${each.value[\"s3_template_store_key\"]}\"].result.url) : null\n+  template_url      = local.enable_cloudformatian_s3_template_store && each.value[\"s3_template_store_key\"] != null ? sensitive(data.external.s3_presigned_url[each.key].result.url) : null\n   on_failure        = each.value[\"on_failure\"] != null ? each.value[\"on_failure\"] : \"DO_NOTHING\"\n   notification_arns = []\n   capabilities      = each.value[\"capabilities\"] != null ? each.value[\"capabilities\"] : []\ndiff --git a/data.tf b/data.tf\nindex 705fcc8..c29f0aa 100644\n--- a/data.tf\n+++ b/data.tf\n@@ -102,7 +102,7 @@ data \"aws_cloudfront_response_headers_policy\" \"managed_policy\" {\n }\n \n data \"external\" \"s3_presigned_url\" {\n-  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n+  for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : {}\n \n   program = [\"/bin/bash\", \"external-data-scripts/s3-object-presign.sh\"]\n   query = {\ndiff --git a/locals.tf b/locals.tf\nindex c8096ed..474c1fa 100644\n--- a/locals.tf\n+++ b/locals.tf\n@@ -277,9 +277,9 @@ locals {\n   custom_lambda_functions          = var.custom_lambda_functions != null ? var.custom_lambda_functions : {}\n   enable_lambda_functions_s3_store = length(local.custom_lambda_functions) > 0\n \n-  s3_object_presign = local.enable_cloudformatian_s3_template_store ? toset([\n-    for k, v in local.custom_cloudformation_stacks : \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n-  ]) : []\n+  s3_object_presign = local.enable_cloudformatian_s3_template_store ? {\n+    for k, v in local.custom_cloudformation_stacks : k => \"${aws_s3_bucket.cloudformation_custom_stack_template_store[0].id}/${v[\"s3_template_store_key\"]}\" if v[\"s3_template_store_key\"] != null\n+  } : {}\n \n   default_tags = {\n     Project        = local.project_name,\ncommit 117b7ae88d335cf540f03b967a3c51bf573e9615 (HEAD -> fix-presigned-url-cloudformation-bucket, origin/main, origin/HEAD, main)\nMerge: dd0eb35 c5f8d33\nAuthor: bob <bob@dxw.com>\nDate:   Wed Jan 14 16:11:44 2026 +0000\n\n    Merge pull request #264 from dxw/renovate/actions-checkout-6.x\n    \n    Update actions/checkout action to v6\n\ncommit c5f8d339a1b1f2b3417e285e2cc304357e53fad9\nAuthor: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>\nDate:   Tue Dec 2 19:30:24 2025 +0000\n\n    Update actions/checkout action to v6\n\ncommit dd0eb3512389ef1bdc2e18466bda21270d4c78b7 (tag: v0.46.0)\nMerge: e331dfb f0cc9a0\nAuthor: bob <bob@dxw.com>\nDate:   Thu Nov 27 11:23:00 2025 +0000\n\n    Merge pull request #263 from dxw/s3-bucket-waf\n    \n    Add the ability to associate WAFs to custom S3 bucket CloudFronts",
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          "description": "I'm currently focused on crafting a suitable commit message. I've already considered the changes to `locals.tf`, specifically transforming `s3_object_presign` from a set to a map with static keys. Now, I'm analyzing the modifications to `data.tf` to encompass all changes accurately within the commit message.",
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          "description": "Okay, I've got a much clearer picture now. I've successfully reviewed the changes I made to `data.tf` and `cloudformation-custom-stack.tf`. My focus has now shifted to summarizing these adjustments in a concise and informative commit message, taking into account the prior change to `locals.tf`. I'm aiming for clarity and accuracy.",
          "timestamp": "2026-01-29T17:33:27.336Z"
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            "content": "Fix \"Invalid for_each argument\" for s3_presigned_url\n\nThe `s3_object_presign` local used the S3 bucket ID in its set values,\nwhich is only known after apply. This caused Terraform to fail during\nthe plan phase when `for_each` was used with this set.\n\nChanged `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\nkeys. This allows Terraform to determine the instance keys at plan time.\n\n- Updated `locals.tf` to define `s3_object_presign` as a map\n- Updated `data.tf` to use the map in `for_each`\n- Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n",
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            "fileDiff": "Index: COMMIT_MESSAGE.md\n===================================================================\n--- COMMIT_MESSAGE.md\tOriginal\n+++ COMMIT_MESSAGE.md\tWritten\n@@ -0,0 +1,12 @@\n+Fix \"Invalid for_each argument\" for s3_presigned_url\n+\n+The `s3_object_presign` local used the S3 bucket ID in its set values,\n+which is only known after apply. This caused Terraform to fail during\n+the plan phase when `for_each` was used with this set.\n+\n+Changed `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\n+keys. This allows Terraform to determine the instance keys at plan time.\n+\n+- Updated `locals.tf` to define `s3_object_presign` as a map\n+- Updated `data.tf` to use the map in `for_each`\n+- Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n",
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            "newContent": "Fix \"Invalid for_each argument\" for s3_presigned_url\n\nThe `s3_object_presign` local used the S3 bucket ID in its set values,\nwhich is only known after apply. This caused Terraform to fail during\nthe plan phase when `for_each` was used with this set.\n\nChanged `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\nkeys. This allows Terraform to determine the instance keys at plan time.\n\n- Updated `locals.tf` to define `s3_object_presign` as a map\n- Updated `data.tf` to use the map in `for_each`\n- Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n",
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      "timestamp": "2026-01-29T17:34:37.295Z",
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      "content": "I have written the following commit message to `COMMIT_MESSAGE.md`:\n\n```markdown\nFix \"Invalid for_each argument\" for s3_presigned_url\n\nThe `s3_object_presign` local used the S3 bucket ID in its set values,\nwhich is only known after apply. This caused Terraform to fail during\nthe plan phase when `for_each` was used with this set.\n\nChanged `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\nkeys. This allows Terraform to determine the instance keys at plan time.\n\n- Updated `locals.tf` to define `s3_object_presign` as a map\n- Updated `data.tf` to use the map in `for_each`\n- Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n```",
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      "timestamp": "2026-01-29T17:35:15.392Z",
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      "content": "add the error message i oringnally gfve you to the end"
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            "fileDiff": "Index: COMMIT_MESSAGE.md\n===================================================================\n--- COMMIT_MESSAGE.md\tCurrent\n+++ COMMIT_MESSAGE.md\tProposed\n@@ -10,3 +10,26 @@\n - Updated `locals.tf` to define `s3_object_presign` as a map\n - Updated `data.tf` to use the map in `for_each`\n - Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n+\n+Original error:\n+\n+Error: Invalid for_each argument\n+│\n+│   on data.tf line 105, in data \"external\" \"s3_presigned_url\":\n+│  105:   for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n+│     ├────────────────\n+│     │ local.enable_cloudformatian_s3_template_store is true\n+│     │ local.s3_object_presign is set of string with 1 element\n+│\n+│ The \"for_each\" set includes values derived from resource attributes\n+│ that cannot be determined until apply, and so Terraform cannot\n+│ determine the full set of keys that will identify the instances of\n+│ this resource.\n+│\n+│ When working with unknown values in for_each, it's better to use a map\n+│ value where the keys are defined statically in your configuration and\n+│ where only the values contain apply-time results.\n+│\n+│ Alternatively, you could use the -target planning option to first\n+│ apply only the resources that the for_each value depends on, and then\n+│ apply a second time to fully converge.\n",
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      "content": "add validation for the cloudformation staack name.\nto avoid\n│ Error: creating CloudFormation Stack (58785dac-marklogic_12_test_cluster): operation error CloudFormation: CreateStack, https response error StatusCode: 400, RequestID: 9980a22c-f37f-4324-912c-9486d929442e, api error ValidationError: 1 validation error detected: Value '58785dac-marklogic_12_test_cluster' at 'stackName' failed to satisfy constraint: Member must satisfy regular expression pattern: [a-zA-Z][-a-zA-Z0-9]*"
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                "name": "search_file_content",
                "response": {
                  "output": "Found 59 matches for pattern \"resource_prefix_hash\" in path \".\":\n---\nFile: ecs-cluster-infrastructure-pending-task-metric-lambda.tf\nL4: name              = \"/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-pending-task-metric\"\nL29: function_name = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-pending-task-metric\"\nL113: function_name    = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-pending-task-metric\"\nL144: name                = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-pending-task-metric-1-min\"\n---\nFile: ecs-cluster-infrastructure-ecs-asg-diff-lambda.tf\nL4: name              = \"/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-ecs-asg-diff-metric\"\nL29: function_name = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-ecs-asg-diff-metric\"\nL129: function_name    = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-ecs-asg-diff-metric\"\nL161: name                = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-ecs-asg-diff-metric-1-min\"\n---\nFile: ecs-cluster-infrastructure-datadog-agent-image-codebuild.tf\nL130: name                = \"${local.resource_prefix_hash}-ecs-cluster-datadog-agent-image-build-trigger-codebuild\"\nL138: target_id = \"${local.resource_prefix_hash}-ecs-cluster-datadog-agent-image-build-trigger-codebuild\"\n---\nFile: vpc-infrastructure-s3-transfer.tf\nL4: bucket = \"${local.resource_prefix_hash}-vpc-transfer\"\n---\nFile: ecs-cluster-infrastructure-service-alb.tf\nL61: name = \"${local.resource_prefix_hash}-${substr(sha512(\"infrastructure-ecs-cluster-service\"), 0, 6)}\"\n---\nFile: vpc-infrastructure-s3-transfer-ssm-documents.tf\nL4: name          = \"${local.resource_prefix_hash}-infrastructure-vpc-transfer-s3-download\"\nL14: name          = \"${local.resource_prefix_hash}-infrastructure-vpc-transfer-s3-upload\"\n---\nFile: ecs-cluster-infrastructure-service-alb-s3-logs.tf\nL6: bucket = \"${local.resource_prefix_hash}-infrastructure-ecs-cluster-service-alb-logs\"\n---\nFile: s3-custom-buckets-cloudfront-functions.tf\nL6: name    = \"${local.resource_prefix_hash}-${each.key}-bucket-viewer-request\"\n---\nFile: rds-infrastructure-s3-backups-s3.tf\nL4: bucket = \"${local.resource_prefix_hash}-infrastructure-rds-s3-backups\"\n---\nFile: ecs-cluster-infrastructure-service-build-pipeline-s3-artifact-store.tf\nL4: bucket = \"${local.resource_prefix_hash}-ecs-cluster-service-build-pipeline-artifact-store\"\n---\nFile: ecs-cluster-infrastructure-draining-lambda.tf\nL4: name              = \"/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-draining\"\nL29: function_name = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-draining\"\nL104: function_name    = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-draining\"\n---\nFile: lambda-custom-functions.tf\nL12: name        = \"${local.resource_prefix_hash}-${substr(sha512(\"${each.key}-custom-lambda\"), 0, 6)}\"\n---\nFile: cloudformation-custom-stack.tf\nL4: name              = \"${local.resource_prefix_hash}-${each.key}\"\n---\nFile: rds-infrastructure-instance.tf\nL44: identifier                    = \"${length(regexall(\"^[0-9]\", substr(local.resource_prefix_hash, 0, 1))) > 0 ? \"h\" : \"\"}${local.resource_prefix_hash}-${each.key}\"\nL66: final_snapshot_identifier = \"${length(regexall(\"^[0-9]\", substr(local.resource_prefix_hash, 0, 1))) > 0 ? \"h\" : \"\"}${local.resource_prefix_hash}-${each.key}-final\"\n---\nFile: lambda-custom-functions-s3-store.tf\nL4: bucket = \"${local.resource_prefix_hash}-lambda-custom-functions\"\n---\nFile: s3-infrastructure-logs.tf\nL4: bucket = \"${local.resource_prefix_hash}-logs\"\n---\nFile: rds-infrastructure-cloudwatch-logs.tf\nL4: for type in v[\"cloudwatch_logs_export_types\"] : \"${v[\"type\"]}/${local.resource_prefix_hash}-${k}/${type}\"\n---\nFile: ecs-cluster-infrastructure-service-s3-environment-files.tf\nL4: bucket = \"${local.resource_prefix_hash}-ecs-cluster-service-environment-files\"\n---\nFile: ecs-cluster-infrastructure-instance-refresh-lambda.tf\nL4: name              = \"/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-instance-refresh\"\nL29: function_name = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-instance-refresh\"\nL104: function_name    = \"${local.resource_prefix_hash}-ecs-cluster-infrastructure-instance-refresh\"\n---\nFile: elasticache-infrastructure-cluster.tf\nL10: name = \"pg-${local.resource_prefix_hash}-${each.key}-${replace(each.value[\"parameter_group_version\"], \".\", \"-\")}\"\nL12: description = \"Parameter Group for ${local.resource_prefix_hash} ${each.key} ${each.value[\"parameter_group_version\"]}\"\nL34: name       = \"id-${local.resource_prefix_hash}-${substr(sha512(each.key), 0, 6)}\"\nL43: replication_group_id = \"id-${local.resource_prefix_hash}-${substr(sha512(each.key), 0, 6)}\"\n---\nFile: utilities-infrastructure-image-codebuild.tf\nL132: name                = \"${local.resource_prefix_hash}-utilities-image-build-trigger-codebuild\"\nL140: target_id = \"${local.resource_prefix_hash}-utilities-image-build-trigger-codebuild\"\n---\nFile: kms-infrastructure.tf\nL25: log_group_arn = local.infrastructure_ecs_cluster_draining_lambda_enabled && local.infrastructure_kms_encryption ? \"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:log-group:/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-draining\" : \"\"\nL30: log_group_arn = local.infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression != \"\" && local.infrastructure_kms_encryption ? \"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:log-group:/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-instance-refresh\" : \"\"\nL35: log_group_arn = local.enable_infrastructure_ecs_cluster_pending_task_alert && local.infrastructure_kms_encryption ? \"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:log-group:/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-pending-task-metric\" : \"\"\nL40: log_group_arn = local.enable_infrastructure_ecs_cluster_datadog_agent && local.infrastructure_kms_encryption ? \"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:log-group:${local.resource_prefix_hash}-infrastructure-ecs-cluster-datadog-agent-logs\" : \"\"\nL45: log_group_arn = local.enable_infrastructure_ecs_cluster_ecs_asg_diff_alert && local.infrastructure_kms_encryption ? \"arn:aws:logs:${local.aws_region}:${local.aws_account_id}:log-group:/aws/lambda/${local.resource_prefix_hash}-ecs-cluster-infrastructure-ecs-asg-diff-metric\" : \"\"\n---\nFile: rds-infrastructure-cluster.tf\nL6: cluster_identifier                  = \"${length(regexall(\"^[0-9]\", substr(local.resource_prefix_hash, 0, 1))) > 0 ? \"h\" : \"\"}${local.resource_prefix_hash}-${each.key}\"\nL30: final_snapshot_identifier = \"${length(regexall(\"^[0-9]\", substr(local.resource_prefix_hash, 0, 1))) > 0 ? \"h\" : \"\"}${local.resource_prefix_hash}-${each.key}-final\"\nL64: identifier                 = \"${length(regexall(\"^[0-9]\", substr(local.resource_prefix_hash, 0, 1))) > 0 ? \"h\" : \"\"}${local.resource_prefix_hash}-${each.key}-${each.value[\"cluster_instance_num\"]}\"\n---\nFile: elasticache-infrastructure-serverless.tf\nL7: name   = \"id-${local.resource_prefix_hash}-${substr(sha512(each.key), 0, 6)}\"\n---\nFile: ecs-cluster-infrastructure-logspout-image-codebuild.tf\nL134: name                = \"${local.resource_prefix_hash}-ecs-cluster-logspout-image-build-trigger-codebuild\"\nL142: target_id = \"${local.resource_prefix_hash}-ecs-cluster-image-build-trigger-codebuild\"\n---\nFile: ecs-cluster-infrastructure-service-target-group.tf\nL6: name = \"${local.resource_prefix_hash}-${each.key}\"\nL33: name = \"${local.resource_prefix_hash}-b-${each.key}\"\nL60: name = \"${local.resource_prefix_hash}-g-${each.key}\"\n---\nFile: s3-custom-buckets-cloudfront-oac.tf\nL6: name                              = \"${local.resource_prefix_hash}-${substr(sha512(each.key), 0, 6)}-custom-bucket\"\n---\nFile: ecs-cluster-infrastructure-datadog-agent-service.tf\nL4: name              = \"${local.resource_prefix_hash}-infrastructure-ecs-cluster-datadog-agent-logs\"\n---\nFile: ecs-cluster-infrastructure-service-build-pipeline-s3-buildspec-store.tf\nL4: bucket = \"${local.resource_prefix_hash}-ecs-cluster-service-build-pipeline-buildspec-store\"\n---\nFile: cloudformation-custom-stack-s3-template-store.tf\nL4: bucket = \"${local.resource_prefix_hash}-cloudformation-custom-stack-templates\"\n---\nFile: locals.tf\nL8: resource_prefix_hash = format(\"%.8s\", sha512(local.resource_prefix))\n---\nFile: ecs-cluster-infrastructure-datadog-agent-api-key.tf\nL5: name = \"${local.resource_prefix_hash}/ecs/datadog-agent/DD_API_KEY\"\n---\nFile: ecs-cluster-infrastructure-service-alb-global-accelerator.tf\nL4: name            = \"${local.resource_prefix_hash}-infrastructure-ecs-cluster-service-alb\"\n---"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:49:03.378Z",
          "resultDisplay": "Found 59 matches",
          "displayName": "SearchText",
          "description": "FAST, optimized search powered by `ripgrep`. PREFERRED over standard `run_shell_command(\"grep ...\")` due to better performance and automatic output limiting (max 20k matches).",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Analyzing Stack Naming Constraints",
          "description": "I've been poring over the error message and AWS's validation rules for CloudFormation stack names. My current focus is crafting a regular expression that will successfully validate names in the Terraform code. It seems the main issue is the initial character and the use of underscores. I'm exploring a revised regex now.",
          "timestamp": "2026-01-29T17:48:50.460Z"
        },
        {
          "subject": "Defining Updated Constraints",
          "description": "I've zeroed in on the specifics: The current naming scheme, utilizing `sha512` hashes, frequently generates names that violate AWS's validation rules. The generated names start with numbers. Moreover, the `each.key` values, used in conjunction with the hash, present further risks for illegal characters, particularly underscores. Now I'm working to alter the name generation.",
          "timestamp": "2026-01-29T17:48:52.149Z"
        },
        {
          "subject": "Implementing Name Validation",
          "description": "I'm now focusing on adding validation to the `custom_cloudformation_stacks` variable. Since the stack name is derived from `each.key`, I'll implement a validation rule to ensure each key adheres to AWS's naming constraints: starting with a letter, followed by alphanumeric characters and hyphens only. This should prevent the `ValidationError` and allow for a smooth Terraform plan. I am exploring the appropriate regex for this validation within the variable definition.",
          "timestamp": "2026-01-29T17:48:53.738Z"
        },
        {
          "subject": "Validating Variable Keys",
          "description": "I'm now revisiting the variable definition to implement the requested validation. I need to ensure the keys passed into `custom_cloudformation_stacks` conform to AWS's stack naming rules. My new approach will focus on applying the regex to the variable's keys. I'll need to use a `for` expression to evaluate each key individually against the constraints, ensuring no invalid characters are present and that they begin with a letter.",
          "timestamp": "2026-01-29T17:48:55.274Z"
        },
        {
          "subject": "Sanitizing and Validating Stack Names",
          "description": "I'm now contemplating both fixes. I'll modify the stack name generation to include a prefix and replace underscores with hyphens. Then, I will incorporate validation for `custom_cloudformation_stacks` using a regex check for the keys. The goal is to ensure all the stack names conform to AWS's requirements. These steps should address the underlying issues causing the validation errors.",
          "timestamp": "2026-01-29T17:48:56.989Z"
        },
        {
          "subject": "Addressing Name Generation Issues",
          "description": "I'm now formulating a plan to address the stack naming challenges. The objective is to make the stack names compliant with AWS while minimizing disruptions. I'll modify the stack name generation logic to prepend the prefix \"cf-\", replace underscores with hyphens in the `each.key` value, and then add validation within the `custom_cloudformation_stacks` variable definition. This multi-pronged approach offers both an immediate fix and proactive preventative measures.",
          "timestamp": "2026-01-29T17:48:58.811Z"
        },
        {
          "subject": "Formulating the Implementation Strategy",
          "description": "I'm now consolidating the plan. To resolve the validation error, I'll revise the `name` attribute in the `aws_cloudformation_stack` resource. Specifically, the generated name will be prefixed with \"cf-\", and the underscores in `each.key` will be replaced with hyphens. Moreover, I will integrate a validation block within the `custom_cloudformation_stacks` variable definition. This layered solution will address both the immediate naming issues and provide proactive user input validation.",
          "timestamp": "2026-01-29T17:49:00.466Z"
        },
        {
          "subject": "Refining Implementation Steps",
          "description": "I'm now revisiting the strategy. The core plan is now clear: First, I'll prefix the stack name in `cloudformation-custom-stack.tf` with \"cf-\" and sanitize the key by replacing underscores with hyphens. Then, I'll add a validation block to `variables.tf` to ensure stack keys adhere to AWS's naming restrictions. I'm focusing on the side effects of changing the stack name.",
          "timestamp": "2026-01-29T17:49:01.809Z"
        },
        {
          "subject": "Implementing Final Fixes",
          "description": "I'm now putting the final pieces in place. To ensure compliance, I'll prefix all CloudFormation stack names with \"cf-\", sanitize the stack key by replacing any underscores with hyphens. Moreover, I will integrate a validation block within the `custom_cloudformation_stacks` variable definition. This multi-step approach should prevent future errors and provide comprehensive name management. I am also testing the refactored code.",
          "timestamp": "2026-01-29T17:49:03.023Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 90335,
        "output": 15,
        "cached": 0,
        "thoughts": 2495,
        "tool": 0,
        "total": 92845
      }
    },
    {
      "id": "da8e6ea4-63f4-4a89-b030-5d57ca9ec750",
      "timestamp": "2026-01-29T17:49:16.104Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "read_file-1769708956072-103b50a9e49e8",
          "name": "read_file",
          "args": {
            "limit": 20,
            "offset": 735,
            "file_path": "variables.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769708956072-103b50a9e49e8",
                "name": "read_file",
                "response": {
                  "output": "\nIMPORTANT: The file content has been truncated.\nStatus: Showing lines 736-755 of 1031 total lines.\nAction: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 755.\n\n--- FILE CONTENT (truncated) ---\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_rds_backup_to_s3\" {\n  description = \"Enable Infrastructure RDS backups to S3. This will create a scheduled Fargate task to take SQL dumps and upload them to S3\"\n  type        = bool"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:49:16.102Z",
          "resultDisplay": "Read lines 736-755 of 1031 from variables.tf",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Analyzing Resource Naming Conventions",
          "description": "I'm now zeroing in on the Terraform configuration files, specifically `rds-infrastructure-instance.tf` and `rds-infrastructure-cluster.tf`. It seems there's an existing check implemented within the code to handle naming conventions. This is an important detail to ensure consistency.",
          "timestamp": "2026-01-29T17:49:11.230Z"
        },
        {
          "subject": "Validating CloudFormation Variables",
          "description": "I've moved on to the validation aspect now. I'm adding a validation block within `variables.tf` for `custom_cloudformation_stacks`. This will ensure the keys adhere to the alphanumeric and hyphen format. I'm leaning toward using `replace(each.key, \"_\", \"-\")` to handle any underscores. The next step is addressing the resource names *within* the CloudFormation stacks themselves.",
          "timestamp": "2026-01-29T17:49:13.042Z"
        },
        {
          "subject": "Adjusting Stack Naming Strategy",
          "description": "I'm finalizing the stack naming approach. Considering the existing naming conventions, I've decided to adopt a consistent prefix of `cf-`. This resolves the potential issue of names beginning with numbers. Furthermore, I'll incorporate a `replace` function to handle underscores within the keys, converting them to hyphens for improved readability and compatibility. This simplifies the validation logic, so I'll adjust the `variables.tf` validation block to explicitly guide the user regarding permitted characters, thereby enhancing clarity.",
          "timestamp": "2026-01-29T17:49:14.847Z"
        },
        {
          "subject": "Finalizing Naming and Validation",
          "description": "I'm now integrating the naming and validation components. I've finalized using the prefix `cf-` in conjunction with `replace(each.key, \"_\", \"-\")`. This guarantees the CloudFormation stack names always begin with a letter and eliminates underscores. I'll include an informative error message within the `variables.tf` validation block to clearly instruct users regarding the permitted characters, enhancing the overall user experience and preventing deployment failures. The next step is refining how I handle the resource names within the CloudFormation stack.",
          "timestamp": "2026-01-29T17:49:15.834Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
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        "output": 17,
        "cached": 76640,
        "thoughts": 760,
        "tool": 0,
        "total": 85052
      }
    },
    {
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      "timestamp": "2026-01-29T17:49:18.813Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "search_file_content-1769708958768-5427c444b253c8",
          "name": "search_file_content",
          "args": {
            "pattern": "variable \"custom_cloudformation_stacks\""
          },
          "result": [
            {
              "functionResponse": {
                "id": "search_file_content-1769708958768-5427c444b253c8",
                "name": "search_file_content",
                "response": {
                  "output": "Found 1 match for pattern \"variable \"custom_cloudformation_stacks\"\" in path \".\":\n---\nFile: variables.tf\nL946: variable \"custom_cloudformation_stacks\" {\n---"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:49:18.812Z",
          "resultDisplay": "Found 1 match",
          "displayName": "SearchText",
          "description": "FAST, optimized search powered by `ripgrep`. PREFERRED over standard `run_shell_command(\"grep ...\")` due to better performance and automatic output limiting (max 20k matches).",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Finding the Target",
          "description": "I've homed in on the `variables.tf` file as the key location, it seems a logical place to start digging. The hunt for `custom_cloudformation_stacks` feels imminent within that file's structure. I'm strategizing how to efficiently parse and identify it within the broader variable definitions.",
          "timestamp": "2026-01-29T17:49:18.573Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 84655,
        "output": 19,
        "cached": 79792,
        "thoughts": 18,
        "tool": 0,
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    },
    {
      "id": "be026575-8846-4e0b-a60a-d59c66f8fd92",
      "timestamp": "2026-01-29T17:49:21.482Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "read_file-1769708961463-fa5b629e7cb7e8",
          "name": "read_file",
          "args": {
            "offset": 946,
            "file_path": "variables.tf"
          },
          "result": [
            {
              "functionResponse": {
                "id": "read_file-1769708961463-fa5b629e7cb7e8",
                "name": "read_file",
                "response": {
                  "output": "\nIMPORTANT: The file content has been truncated.\nStatus: Showing lines 947-1031 of 1031 total lines.\nAction: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 1031.\n\n--- FILE CONTENT (truncated) ---\n  description = <<EOT\n    Map of CloudFormation stacks to deploy\n    {\n      stack-name = {\n        s3_template_store_key: The filename of a CloudFormation template that is stored within the S3 bucket, created by the `enable_cloudformatian_s3_template_store`\n        template_body: (Optional - use of s3_template_store_key is preferred) The CloudFormation template body\n        parameters: The CloudFormation template parameters ({ parameter-name = parameter-value, ... })\n        on_failure: What to do on failure, either 'DO_NOTHING', 'ROLLBACK' or 'DELETE'\n        capabilities: A list of capabilities. Valid values: `CAPABILITY_NAMED_IAM`, `CAPABILITY_IAM`, `CAPABILITY_AUTO_EXPAND`\n      }\n    }\n  EOT\n  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n}\n\nvariable \"custom_resource_tags\" {\n  description = <<EOT\n    A hacky way to add custom tags to resources\n    Uses a script to add tags to resources using their ARNs\n    Because Terraform will remove the tags, we may need to add a delay to running the script,\n    which can be specified using var.custom_resource_tags_delay\n    [\n      {\n        arns: Comma deliminated list of ARNs to apply the tags to\n        tags: Map of key/values for the tags\n      }\n    ]\n  EOT\n  type = list(object({\n    arns = string,\n    tags = map(string)\n  }))\n}\n\nvariable \"custom_resource_tags_delay\" {\n  description = \"The delay in seconds to wait before running the tag script\"\n  type        = number\n}\n\nvariable \"custom_lambda_functions\" {\n  description = <<EOT\n    Map of Lambda functions to deploy\n    {\n      function-name = {\n        function_zip_s3_key: The key of a Zipped Lambda function that is stored within the S3 bucket, created by the `enable_lambda_functions_s3_store`. If a file with the same name, with the `.json` extension is found, this will be used as a policy for the function (eg. `my-function.zip` will use the `my-function.json` as a policy).\n        handler: The function entrypoint in the code\n        runtime: The function runtime\n        memory: Amount of memory in MB your Lambda Function can use at runtime.\n        timeout: Amount of time your Lambda Function has to run in seconds\n        environment_variables: Map of environment variables that are accessible from the function code during execution.\n        custom_policies: Map of custom policies to attach to the Lambda role\n        log_retention: Days to retain logs\n        launch_in_infrastructure_vpc: Conditionally launch within the infrastructure VPC. This will give access to resources launched within the VPC.\n      }\n    }\n  EOT\n  type = map(object({\n    function_zip_s3_key   = optional(string, null)\n    handler               = optional(string, null)\n    runtime               = optional(string, null)\n    memory                = optional(number, null)\n    timeout               = optional(number, null)\n    environment_variables = optional(map(string), null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    log_retention                = optional(number, null)\n    launch_in_infrastructure_vpc = optional(bool, null)\n  }))\n}\n"
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T17:49:21.480Z",
          "resultDisplay": "Read lines 947-1031 of 1031 from variables.tf",
          "displayName": "ReadFile",
          "description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Reviewing Variable Definitions",
          "description": "\\n\\n\n\nI'm currently at line 946 in `variables.tf`, making my way through the definitions. Focusing on their scope and potential interplay. Considering how these variables are used in the broader context of the configuration.",
          "timestamp": "2026-01-29T17:49:21.267Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 84722,
        "output": 15,
        "cached": 83552,
        "thoughts": 15,
        "tool": 0,
        "total": 84752
      }
    },
    {
      "id": "9627cf4b-d16d-4933-9416-151d7317883a",
      "timestamp": "2026-01-29T18:01:02.742Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "replace-1769709607420-ea7d3303e750c",
          "name": "replace",
          "args": {
            "expected_replacements": 1,
            "instruction": "Add validation to custom_cloudformation_stacks to ensure stack names (keys) only contain alphanumeric characters and hyphens, as required by AWS.",
            "file_path": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/variables.tf",
            "old_string": "  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n}",
            "new_string": "  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n\n  validation {\n    condition = alltrue([\n      for k, v in var.custom_cloudformation_stacks : can(regex(\"^[a-zA-Z0-9-]+$\", k))\n    ])\n    error_message = \"CloudFormation stack names (keys in custom_cloudformation_stacks) can only contain alphanumeric characters and hyphens.\"\n  }\n}"
          },
          "result": [
            {
              "functionResponse": {
                "id": "replace-1769709607420-ea7d3303e750c",
                "name": "replace",
                "response": {
                  "output": "Successfully modified file: /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/variables.tf (1 replacements)."
                }
              }
            }
          ],
          "status": "success",
          "timestamp": "2026-01-29T18:01:02.740Z",
          "resultDisplay": {
            "fileDiff": "Index: variables.tf\n===================================================================\n--- variables.tf\tCurrent\n+++ variables.tf\tProposed\n@@ -963,7 +963,14 @@\n     on_failure            = optional(string, null)\n     capabilities          = optional(list(string), null)\n   }))\n+\n+  validation {\n+    condition = alltrue([\n+      for k, v in var.custom_cloudformation_stacks : can(regex(\"^[a-zA-Z0-9-]+$\", k))\n+    ])\n+    error_message = \"CloudFormation stack names (keys in custom_cloudformation_stacks) can only contain alphanumeric characters and hyphens.\"\n   }\n+}\n \n variable \"custom_resource_tags\" {\n   description = <<EOT\n",
            "fileName": "variables.tf",
            "filePath": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/variables.tf",
            "originalContent": "variable \"project_name\" {\n  description = \"Project name to be used as a prefix for all resources\"\n  type        = string\n}\n\nvariable \"infrastructure_name\" {\n  description = \"The infrastructure name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"environment\" {\n  description = \"The environment name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"aws_region\" {\n  description = \"AWS region in which to launch resources\"\n  type        = string\n}\n\nvariable \"infrastructure_datadog_api_key\" {\n  description = \"Datadog API key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_app_key\" {\n  description = \"Datadog App key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_region\" {\n  description = \"Datadog region\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_ecs_cluster_datadog_agent\" {\n  description = \"Conditionally launch Datadog agent containers on the ECS cluster\"\n  type        = bool\n}\n\nvariable \"infrastructure_dockerhub_email\" {\n  description = \"Dockerhub email\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_username\" {\n  description = \"Dockerhub username\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_token\" {\n  description = \"Dockerhub token which has permissions to pull images\"\n  type        = string\n}\n\nvariable \"infrastructure_kms_encryption\" {\n  description = \"Enable infrastructure KMS encryption. This will create a single KMS key to be used across all resources that support KMS encryption.\"\n  type        = bool\n}\n\nvariable \"infrastructure_kms_key_policy_statements\" {\n  description = \"Additional KMS key policy statements for the Infrastructure KMS key\"\n  type        = string\n}\n\nvariable \"infrastructure_logging_bucket_retention\" {\n  description = \"Retention in days for the infrasrtucture S3 logs. This is for the default S3 logs bucket, where all AWS service logs will be delivered\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc\" {\n  description = \"Enable infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_cidr_block\" {\n  description = \"Infrastructure VPC CIDR block\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_dns_support\" {\n  description = \"Enable DNS support on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_enable_dns_hostnames\" {\n  description = \"Enable DNS hostnames on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_instance_tenancy\" {\n  description = \"Infrastructure VPC instance tenancy\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_network_address_usage_metrics\" {\n  description = \"Enable network address usage metrics on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_assign_generated_ipv6_cidr_block\" {\n  description = \"Assign generated IPv6 CIDR block on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_cloudwatch_logs\" {\n  description = \"Enable VPC logs on infrastructure VPC to CloudWatch Logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_with_athena\" {\n  description = \"Enable VPC flow logs in infrastructure VPC to the S3 logs bucket. A compatible Glue table/database and Athena workgroup will also be created to allow querying the logs.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_retention\" {\n  description = \"VPC flow logs retention in days\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc_flow_logs_traffic_type\" {\n  description = \"Infrastructure VPC flow logs traffic type\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_key_prefix\" {\n  description = \"Flow Logs by default will go into the infrastructure S3 logs bucket. This is the key prefix used to isolate them from other logs\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_network_enable_public\" {\n  description = \"Enable public networking on Infrastructure VPC. This will create subnets with a route to an Internet Gateway\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_enable_private\" {\n  description = \"Enable private networking on Infrastructure VPC. This will create subnets with a route to a NAT Gateway (If Public networking has been enabled)\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_availability_zones\" {\n  description = \"A list of availability zone characters (eg. [\\\"a\\\", \\\"b\\\", \\\"c\\\"])\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_private\" {\n  description = \"Infrastructure vpc egress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_public\" {\n  description = \"Infrastructure vpc egress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_private\" {\n  description = \"Infrastructure vpc ingress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_public\" {\n  description = \"Infrastructure vpc ingress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_vpc_transfer_s3_bucket\" {\n  description = \"Enable VPC transfer S3 bucket. This allows uploading/downloading files from resources within the infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\" {\n  description = \"Additional VPC ids which are allowed to access the transfer S3 bucket\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_bastion_host\" {\n  description = \"Enable Infrastructure Bastion host. This launches a t3.micro AL2023 instance within the VPC that can be accessed via Session Manager\"\n  type        = bool\n}\n\nvariable \"infrastructure_bastion_host_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the Infrastructure EC2 Bastion Host security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"route53_root_hosted_zone_domain_name\" {\n  description = \"Route53 Hosted Zone in which to delegate Infrastructure Route53 Hosted Zones.\"\n  type        = string\n}\n\nvariable \"aws_profile_name_route53_root\" {\n  description = \"AWS Profile name which is configured for the account in which the root Route53 Hosted Zone exists.\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_route53_hosted_zone\" {\n  description = \"Creates a Route53 hosted zone, where DNS records will be created for resources launched within this module.\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster\" {\n  description = \"Enable creation of infrastructure ECS cluster, to place ECS services\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ami_version\" {\n  description = \"AMI version for ECS cluster instances (amzn2-ami-ecs-hvm-<version>)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_size\" {\n  description = \"Size of EBS volume for Docker storage on the infrastructure ECS instances\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_type\" {\n  description = \"Type of EBS volume for Docker storage on the infrastructure ECS instances (eg. gp3)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_publicly_avaialble\" {\n  description = \"Conditionally launch the ECS cluster EC2 instances into the Public subnet\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the ECS Cluster security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_instance_type\" {\n  description = \"The instance type for EC2 instances launched in the ECS cluster\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_termination_timeout\" {\n  description = \"The timeout for the terminiation lifecycle hook\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_enabled\" {\n  description = \"Enable the Lambda which ensures all containers have drained before terminating ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster draining Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_min_size\" {\n  description = \"Minimum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_size\" {\n  description = \"Maximum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_instance_lifetime\" {\n  description = \"Maximum lifetime in seconds of an instance within the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\" {\n  description = \"Conditionally launch a lambda to trigger an instance refresh on the ECS ASG, provided a schedule expression\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster instance refresh lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_max\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured max size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_min\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured min size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_custom\" {\n  description = \"List of objects with min/max sizes and cron expressions to scale the ECS cluster. Min size will be used as desired.\"\n  type = list(\n    object({\n      cron = string\n      min  = number\n      max  = number\n    })\n  )\n}\n\nvariable \"enable_infrastructure_ecs_cluster_asg_cpu_alert\" {\n  description = \"Enable a CPU alert for the ECS cluster's Autoscaling Group\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_threshold\" {\n  description = \"Threshold (CPU%) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_pending_task_alert\" {\n  description = \"Enable the ECS Cluster pending task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster pending task metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_ecs_asg_diff_alert\" {\n  description = \"Enable the ECS Cluster Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster Container Instance / ASG instance diff metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_debug_mode\" {\n  description = \"Enable debug mode for ECS and Docker on the Infrastructure ECS. This should only be enabled when debugging (Can cause a lot of logs)\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_execute_command_logging\" {\n  description = \"Enable ECS Exec logging for services within the cluster. This will log to the infrastructure logs S3 bucket\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_endpoint\" {\n  description = \"ECS Infrastructure Syslog endpoint. If specified, rsyslog will be installed on the ECS container instances and configured to send logs to this endpoint. Logspout containers will also be launched to gather and send Docker logs (Application logs from the running ECS services). The port must be included in the URI, eg. 'syslog+tls://example.com:1234'\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_permitted_peer\" {\n  description = \"Specify the certificate common name (CN) of the remote to ensure syslog communication is restricted to permitted endpoints (eg. '*.example.com')\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_logspout_command\" {\n  description = \"If provided, a logspout container will be launched on each container instance with the given command. If specified, container logs will no longer automatically be sent to CloudWatch, or to the given `infrastructure_ecs_cluster_syslog_endpoint`\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_wafs\" {\n  description = \"Map of WAF ACLs to create, which can be used with service CloudFront distributions\"\n  type = map(object({\n    ipv4_deny_list  = optional(list(string), null)\n    ipv4_allow_list = optional(list(string), null)\n    ipv6_deny_list  = optional(list(string), null)\n    ipv6_allow_list = optional(list(string), null)\n    aws_managed_rules = optional(list(object({\n      name                   = string\n      action                 = string\n      exclude_rules          = optional(list(string), null)\n      excluded_path_patterns = optional(list(string), null)\n    })), null)\n    rate_limiting = optional(object({\n      enabled               = bool\n      limit                 = optional(number, 1000)\n      evaluation_window_sec = optional(number, 300)\n    }), null)\n  }))\n  validation {\n    condition = alltrue([\n      for waf in var.infrastructure_ecs_cluster_wafs :\n      waf.rate_limiting != null && waf.rate_limiting.enabled && waf.rate_limiting.evaluation_window_sec != null ?\n      contains([60, 120, 300, 600], waf.rate_limiting.evaluation_window_sec) :\n      true\n    ])\n    error_message = \"Valid values for evaluation_window_sec are 60, 120, 300, and 600.\"\n  }\n}\n\nvariable \"infrastructure_ecs_cluster_service_defaults\" {\n  description = \"Default values for ECS Cluster Services\"\n  type = object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = optional(list(string), null)\n      schedule_expression = string\n    })), {})\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  })\n}\n\nvariable \"infrastructure_ecs_cluster_services\" {\n  description = <<EOT\n    Map of ECS Cluster Services (The key will be the service name). Values in here will override `infrastructure_ecs_cluster_service_defaults` values if set.\"\n    {\n      service-name = {\n        github_v1_source: Conditionally use GitHubV1 for the CodePipeline source (CodeStar will be used by default)\n        github_v1_oauth_token: If `github_v1_source` is set to true, provide the GitHub OAuthToken here\n        codestar_connection_arn: The CodeStar Connection ARN to use in the CodePipeline source\n        github_owner: The GitHub Owner of the repository to be pulled by the CodePipeline source\n        github_repo: The GitHub repo name to be pulled by the CodePipeline source\n        github_track_revision: The branch/revision of the GitHub repository to be pulled by the CodePipeline source\n        buildspec: The filename of the buildspec to use for the CodePipeline build phase, stored within the 'codepipeline buildspec store' S3 bucket\n        buildspec_from_github_repo: Conditionally use the 'buildspec' filename stored within the GitHub repo as the buildspec\n        codebuild_environment_variables: List of codebuild environment variable objects (eg. [{ name = \"MY_VAR\", value = \"foo\" },{ name = \"MY_OTHER_VAR\", value = \"bar\"}])\n        ecr_scan_target_sns_topic_arn: An SNS topic ARN to publish ECR scan results to\n        deployment_type: The service deployment type - Can be one of 'rolling' or 'blue-green'\n        enable_cloudwatch_logs: Conditionally enable cloudwatch logs for the service\n        cloudwatch_logs_retention: CloudWatch log retention in days\n        enable_execute_command: Enable Amazon ECS Exec to directly interact with containers\n        deregistration_delay: Amount time for Elastic Load Balancing to wait before changing the state of a deregistering target from draining to unused\n        custom_policies: Map of custom policies to attach to the service task role (eg. { policy-name = { description = \\\"my custom policy\\\", policy = { Version = \\\"2012-10-17\\\", Statement = [] } } })\n        container_entrypoint: The container entrypoint\n        container_port: The service container port\n        container_volumes: List of maps containing volume mappings eg. [ { \"name\" = \"my-volume\", \"host_path\" = \"/mnt/efs/my-dir\", \"container_path\" = \"/mnt/my-dir\" } ]\n        container_extra_hosts: List of maps containing extra hosts eg. [ { \"hostname\" = \"my.host\", \"ip_address\" = \"10.1.2.3\" } ]\n        container_count: Number of containers to launch for the service\n        container_heath_check_path: Destination for the health check request\n        container_heath_grace_period: Seconds to ignore failing load balancer health checks on newly instantiated tasks to prevent premature shutdown\n        scheduled_tasks: A map of scheduled tasks that use the same image as the service defined eg. { \"name\" => { \"entrypoint\" = [\"bundle\", \"exec\", \"run_jobs\"], \"schedule_expression\" = \"cron(* * * * ? *)\" } }\n        domain_names: Domain names to assign to CloudFront aliases, and the Application Load Balancer's `host_header` condition\n        enable_cloudfront: Enable cloadfront for the service\n        cloudfront_tls_certificate_arn: Certificate ARN to attach to CloudFront - must contain the names provided in `domain_names`\n        cloudfront_access_logging_enabled: Enable access logging for the distribution to the infrastructure S3 logs bucket\n        cloudfront_bypass_protection_enabled: This adds a secret header at the CloudFront level, which is then checked by the ALB listener rules. Requests are only forwarded if the header matches, preventing requests going directly to the ALB.\n        cloudfront_bypass_protection_excluded_domains: A list of domains to exclude from the bypass protection\n        cloudfront_origin_shield_enabled: Enable CloudFront Origin Shield\n        cloudfront_managed_cache_policy: Conditionally specify a CloudFront Managed Cache Policy for the distribution\n        cloudfront_managed_origin_request_policy: Conditionally specify a CloudFront Managed Origin Request Policy for the distribution\n        cloudfront_managed_response_headers_policy: Conditionally specify a CloudFront Managed Response Headers Policy for the distribution\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        alb_tls_certificate_arn: Certificate ARN to attach to the Application Load Balancer - must contain the names provided in `domain_names`\n      }\n    }\n  EOT\n  type = map(object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = list(string)\n      schedule_expression = string\n    })), null)\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  }))\n}\n\nvariable \"infrastructure_rds_defaults\" {\n  description = \"Default values for RDSs\"\n  type = object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_rds\" {\n  description = <<EOT\n    Map of RDSs (The key will be the rds name). Values in here will override `infrastructure_rds_defaults` values if set.\"\n    {\n      rds-name = {\n        type: Choose either `instance` for RDS instance, or `cluster` for RDS Aurora\n        engine: RDS engine (Either `mysql` or `postgres`)\n        engine_version: RDS Engine version (Specify the major version only, to prevent terraform attempting to downgrade minor versions)\n        parameters: Map of Parameters for the DB parameter group ({ parameter-name = parameter-value, ... })\n        instance_class: RDS instance class\n        allocated_storage: RDS allocated storage\n        storage_type: RDS storage type\n        dedicated_kms_key: If enabled, will create and use a dedicated KMS key, rather than the infrastructure KMS key\n        dedicated_kms_key_policy_statements: Additional KMS key policies to add to the dedicated KMS key policy\n        iops: RDS iops (When `type` is `instance`, this is only required for storage type of `io1` or `gp3` - When `cluster`, this must be a multiple between .5 and 50 of the storage amount for the DB cluster.`)\n        storage_throughput: RDS storage throughput (Only required when `storage_type` is `gp3`. Only applicable for `type` of `instance`)\n        multi_az: Enable Multi-AZ RDS (Not applicable for `type` of `cluster`. For `cluster - set `storage_type`, `allocated_storage`, `iops` and `instance_class`)\n        monitoring_interval: The interval, in seconds, between points when Enhanced Monitoring metrics are collected for the DB instance. Valid Values: 0, 1, 5, 10, 15, 30, 60.\n        cloudwatch_logs_export_types: List of log types to enable for exporting to CloudWatch Logs. See `EnableCloudwatchLogsExports.member.N` (https://docs.aws.amazon.com/AmazonRDS/latest/APIReference/API_CreateDBInstance.html) for valid values.\n        cluster_instance_count: Number of instances to launch within the Aurora DB cluster\n        cluster_serverlessv2_min_capacity: Minimum capacity for an Aurora DB cluster\n        cluster_serverlessv2_max_capacity: Maximum capacity for an Aurora DB cluster\n      }\n    }\n  EOT\n  type = map(object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_rds_backup_to_s3\" {\n  description = \"Enable Infrastructure RDS backups to S3. This will create a scheduled Fargate task to take SQL dumps and upload them to S3\"\n  type        = bool\n}\n\nvariable \"infrastructure_rds_backup_to_s3_cron_expression\" {\n  description = \"Cron expression for when to trigger the SQL backups to S3\"\n  type        = string\n}\n\nvariable \"infrastructure_rds_backup_to_s3_retention\" {\n  description = \"Retention in days to keep the S3 SQL backups\"\n  type        = number\n}\n\nvariable \"infrastructure_elasticache_defaults\" {\n  description = \"Default values for ElastiCaches\"\n  type = object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(number, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_elasticache\" {\n  description = <<EOT\n    Map of Elasticaches (The key will be the elasticache name). Values in here will override `infrastructure_elasticache_defaults` values if set.\"\n    {\n      elasticache-name = {\n        type: Choose either `cluster` or `serverless`\n        engine: ElastiCache engine (Only `redis` is currently supported)\n        engine_version: ElastiCache Engine version (For serverless, Specify the major version only)\n        parameters: Map of Parameters for the ElastiCache parameter group ({ parameter-name = parameter-value, ... })\n        cluster_node_type: ElastiCache Cluster node type\n        cluster_node_count: ElastiCache Cluster node count\n        serverless_max_storage: Serverless maximum storage\n        serverless_max_ecpu: Serverless maximum number of ECPUs the cache can consume per second (1000 - 15000000)\n        snapshot_retention_limit: Snapshot retention limit\n      }\n    }\n  EOT\n  type = map(object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(string, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  }))\n}\n\nvariable \"custom_route53_hosted_zones\" {\n  description = <<EOT\n    Map of Route53 Hosted Zone configurations to create\n    {\n      example.com = {\n        ns_records: Map of NS records to create ({ \"domain.example.com\"  = { values = [\"ns1.example.com\", \"ns2.example.com\"], ttl = 300 })\n        a_records: Map of A records to create ({ \"domain.example.com\"  = { values = [\"1.2.3.4\", \"5.6.7.8\"], ttl = 300 })\n        alias_records: Map of ALIAS records to create ({ \"domain.example.com\"  = { value = \"example.cloudfront.com\", zone_id = \"Z2FDTNDATAQYW2\" })\n        cname_records: Map of CNAME records to create ({ \"domain.example.com\"  = { values = [\"external1.example.com\", \"external2.example.com\"], ttl = 60 })\n        mx_records: Map of MX records to create ({ \"example.com\"  = { values = [\"1 mail.example.com\", \"5 mail2.example.com\"], ttl = 60 })\n        txt_records: Map of TXT records to create ({ \"example.com\"  = { values = [\"v=spf1 include:spf.example.com -all\"], ttl = 60 })\n      }\n    }\n  EOT\n  type = map(object({\n    ns_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    a_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    alias_records = optional(map(object({\n      value   = string\n      zone_id = string\n    })), null)\n    cname_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    mx_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    txt_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_enable_global_accelerator\" {\n  description = \"Enable Global Accelerator (GA) for the infrastructure ECS cluster services ALB. If `cloudfront_bypass_protection_enabled` is set for a service, any domain pointing towards the GA must be added to the `cloudfront_bypass_protection_excluded_domains` list. It is recommended that the GA only be used for apex domains that redirect to the domain associated with CloudFront. Ideally, apex domains would use an ALIAS record pointing towards the CloudFront distribution.\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_ip_allow_list\" {\n  description = \"IP allow list for ingress traffic to the infrastructure ECS cluster services ALB\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_ecs_cluster_services_alb_logs\" {\n  description = \"Enable Infrastructure ECS cluster services ALB logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_logs_retention\" {\n  description = \"Retention in days for the infrasrtucture ecs cluster ALB logs\"\n  type        = number\n}\n\nvariable \"enable_infrastructure_ecs_cluster_efs\" {\n  description = \"Conditionally create and mount EFS to the ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"ecs_cluster_efs_performance_mode\" {\n  description = \"ECS cluser EFS performance mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_throughput_mode\" {\n  description = \"ECS cluser EFS throughput mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_infrequent_access_transition\" {\n  description = \"ECS cluser EFS IA transiton in days. Set to 0 to disable IA transition.\"\n  type        = number\n}\n\nvariable \"ecs_cluster_efs_directories\" {\n  description = \"ECS cluster EFS directories to create\"\n  type        = list(string)\n}\n\nvariable \"custom_s3_buckets\" {\n  description = <<EOT\n    Map of S3 buckets to create, and conditionally serve via CloudFront. The S3 configuration will follow AWS best practices (eg. Private, ACLS disabled, SSE, Versioning, Logging). The bucket must be emptied before attempting deletion/destruction.\"\n    {\n      bucket-name = {\n        create_dedicated_kms_key: Conditionally create a KMS key specifically for this bucket's server side encryption (rather than using the Infrastructure's KMS key). It's recommended to use this if the S3 bucket will be accessed from external AWS accounts.\n        custom_kms_key_policy_statements: Conditionally add a string of comma delimited user-defined bucket policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}')\n        use_aes256_encryption: Conditionally enforce using AES256 encryption, rather than the infrastructure KMS key. Also overrides `create_dedicated_kms_key`\n        transition_to_ia_days: Conditionally transition objects to 'Standard Infrequent Access' storage in N days\n        transition_to_glacier_days: Conditionally transition objects to 'Glacier' storage in N days\n        cloudfront_dedicated_distribution: Conditionally create a CloudFront distribution to serve objects from the S3 bucket.\n        cloudfront_decicated_distribution_aliases: Specify custom aliases, rather than using a generated infrastriucture subdomain\n        cloudfront_decicated_distribution_tls_certificate_arn: Specify a CloudFront TLS certificate to use rather than the infrastructure wildcard certificate\n        cloudfront_s3_root: Sets the S3 document root when being served from CloudFront. By default this will be '/'. If `cloudfront_infrastructure_ecs_cluster_service_path` has been set, this helps by modifying the request from `/sub-directory-path` to `/` by use of a CloudFront function.\n        cloudfront_basic_auth_user_list: Map of username and password's to use as basic auth ({ alex: somepassword, joe: otherpassword })\n        cloudfront_infrastructure_ecs_cluster_service: Conditionally create an Origin on a CloudFront distribution that is serving the given Infrastructure ECS Cluster Service name\n        cloudfront_infrastructure_ecs_cluster_service_path: If `cloudfront_infrastructure_ecs_cluster_service`, set this to the path that objects will be served from.\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        custom_bucket_policy_statements: Conditionally add a string of comma delimited user-defined key policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}'\n      }\n    }\n  EOT\n  type = map(object({\n    create_dedicated_kms_key                              = optional(bool, null)\n    custom_kms_key_policy_statements                      = optional(string, null)\n    use_aes256_encryption                                 = optional(bool, null)\n    transition_to_ia_days                                 = optional(number, null)\n    transition_to_glacier_days                            = optional(number, null)\n    cloudfront_dedicated_distribution                     = optional(bool, null)\n    cloudfront_decicated_distribution_aliases             = optional(list(string), null)\n    cloudfront_decicated_distribution_tls_certificate_arn = optional(string, null)\n    cloudfront_s3_root                                    = optional(string, null)\n    cloudfront_s3_root_file                               = optional(string, null)\n    cloudfront_basic_auth_user_list                       = optional(map(string), null)\n    cloudfront_infrastructure_ecs_cluster_service         = optional(string, null)\n    cloudfront_infrastructure_ecs_cluster_service_path    = optional(string, null)\n    cloudfront_waf_association                            = optional(string, null)\n    custom_bucket_policy_statements                       = optional(string, null)\n  }))\n}\n\nvariable \"enable_cloudformatian_s3_template_store\" {\n  description = \"Creates an S3 bucket to store custom CloudFormation templates, which can then be referenced in `custom_cloudformation_stacks`. A user with RW access to the bucket is also created.\"\n  type        = bool\n}\n\nvariable \"custom_cloudformation_stacks\" {\n  description = <<EOT\n    Map of CloudFormation stacks to deploy\n    {\n      stack-name = {\n        s3_template_store_key: The filename of a CloudFormation template that is stored within the S3 bucket, created by the `enable_cloudformatian_s3_template_store`\n        template_body: (Optional - use of s3_template_store_key is preferred) The CloudFormation template body\n        parameters: The CloudFormation template parameters ({ parameter-name = parameter-value, ... })\n        on_failure: What to do on failure, either 'DO_NOTHING', 'ROLLBACK' or 'DELETE'\n        capabilities: A list of capabilities. Valid values: `CAPABILITY_NAMED_IAM`, `CAPABILITY_IAM`, `CAPABILITY_AUTO_EXPAND`\n      }\n    }\n  EOT\n  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n}\n\nvariable \"custom_resource_tags\" {\n  description = <<EOT\n    A hacky way to add custom tags to resources\n    Uses a script to add tags to resources using their ARNs\n    Because Terraform will remove the tags, we may need to add a delay to running the script,\n    which can be specified using var.custom_resource_tags_delay\n    [\n      {\n        arns: Comma deliminated list of ARNs to apply the tags to\n        tags: Map of key/values for the tags\n      }\n    ]\n  EOT\n  type = list(object({\n    arns = string,\n    tags = map(string)\n  }))\n}\n\nvariable \"custom_resource_tags_delay\" {\n  description = \"The delay in seconds to wait before running the tag script\"\n  type        = number\n}\n\nvariable \"custom_lambda_functions\" {\n  description = <<EOT\n    Map of Lambda functions to deploy\n    {\n      function-name = {\n        function_zip_s3_key: The key of a Zipped Lambda function that is stored within the S3 bucket, created by the `enable_lambda_functions_s3_store`. If a file with the same name, with the `.json` extension is found, this will be used as a policy for the function (eg. `my-function.zip` will use the `my-function.json` as a policy).\n        handler: The function entrypoint in the code\n        runtime: The function runtime\n        memory: Amount of memory in MB your Lambda Function can use at runtime.\n        timeout: Amount of time your Lambda Function has to run in seconds\n        environment_variables: Map of environment variables that are accessible from the function code during execution.\n        custom_policies: Map of custom policies to attach to the Lambda role\n        log_retention: Days to retain logs\n        launch_in_infrastructure_vpc: Conditionally launch within the infrastructure VPC. This will give access to resources launched within the VPC.\n      }\n    }\n  EOT\n  type = map(object({\n    function_zip_s3_key   = optional(string, null)\n    handler               = optional(string, null)\n    runtime               = optional(string, null)\n    memory                = optional(number, null)\n    timeout               = optional(number, null)\n    environment_variables = optional(map(string), null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    log_retention                = optional(number, null)\n    launch_in_infrastructure_vpc = optional(bool, null)\n  }))\n}\n",
            "newContent": "variable \"project_name\" {\n  description = \"Project name to be used as a prefix for all resources\"\n  type        = string\n}\n\nvariable \"infrastructure_name\" {\n  description = \"The infrastructure name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"environment\" {\n  description = \"The environment name to be used as part of the resource prefix\"\n  type        = string\n}\n\nvariable \"aws_region\" {\n  description = \"AWS region in which to launch resources\"\n  type        = string\n}\n\nvariable \"infrastructure_datadog_api_key\" {\n  description = \"Datadog API key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_app_key\" {\n  description = \"Datadog App key\"\n  type        = string\n  sensitive   = true\n}\n\nvariable \"infrastructure_datadog_region\" {\n  description = \"Datadog region\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_ecs_cluster_datadog_agent\" {\n  description = \"Conditionally launch Datadog agent containers on the ECS cluster\"\n  type        = bool\n}\n\nvariable \"infrastructure_dockerhub_email\" {\n  description = \"Dockerhub email\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_username\" {\n  description = \"Dockerhub username\"\n  type        = string\n}\n\nvariable \"infrastructure_dockerhub_token\" {\n  description = \"Dockerhub token which has permissions to pull images\"\n  type        = string\n}\n\nvariable \"infrastructure_kms_encryption\" {\n  description = \"Enable infrastructure KMS encryption. This will create a single KMS key to be used across all resources that support KMS encryption.\"\n  type        = bool\n}\n\nvariable \"infrastructure_kms_key_policy_statements\" {\n  description = \"Additional KMS key policy statements for the Infrastructure KMS key\"\n  type        = string\n}\n\nvariable \"infrastructure_logging_bucket_retention\" {\n  description = \"Retention in days for the infrasrtucture S3 logs. This is for the default S3 logs bucket, where all AWS service logs will be delivered\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc\" {\n  description = \"Enable infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_cidr_block\" {\n  description = \"Infrastructure VPC CIDR block\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_dns_support\" {\n  description = \"Enable DNS support on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_enable_dns_hostnames\" {\n  description = \"Enable DNS hostnames on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_instance_tenancy\" {\n  description = \"Infrastructure VPC instance tenancy\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_enable_network_address_usage_metrics\" {\n  description = \"Enable network address usage metrics on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_assign_generated_ipv6_cidr_block\" {\n  description = \"Assign generated IPv6 CIDR block on infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_cloudwatch_logs\" {\n  description = \"Enable VPC logs on infrastructure VPC to CloudWatch Logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_with_athena\" {\n  description = \"Enable VPC flow logs in infrastructure VPC to the S3 logs bucket. A compatible Glue table/database and Athena workgroup will also be created to allow querying the logs.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_flow_logs_retention\" {\n  description = \"VPC flow logs retention in days\"\n  type        = number\n}\n\nvariable \"infrastructure_vpc_flow_logs_traffic_type\" {\n  description = \"Infrastructure VPC flow logs traffic type\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_flow_logs_s3_key_prefix\" {\n  description = \"Flow Logs by default will go into the infrastructure S3 logs bucket. This is the key prefix used to isolate them from other logs\"\n  type        = string\n}\n\nvariable \"infrastructure_vpc_network_enable_public\" {\n  description = \"Enable public networking on Infrastructure VPC. This will create subnets with a route to an Internet Gateway\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_enable_private\" {\n  description = \"Enable private networking on Infrastructure VPC. This will create subnets with a route to a NAT Gateway (If Public networking has been enabled)\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_availability_zones\" {\n  description = \"A list of availability zone characters (eg. [\\\"a\\\", \\\"b\\\", \\\"c\\\"])\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_private\" {\n  description = \"Infrastructure vpc egress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all egress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_egress_custom_rules_public\" {\n  description = \"Infrastructure vpc egress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_private\" {\n  description = \"Creates a network ACL for the private subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_private\" {\n  description = \"Infrastructure vpc ingress custom rules for the private subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_lockdown_public\" {\n  description = \"Creates a network ACL for the public subnets which blocks all ingress traffic, permitting only the ports required for resources deployed by this module and custom rules.\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_network_acl_ingress_custom_rules_public\" {\n  description = \"Infrastructure vpc ingress custom rules for the public subnets. These will be evaluated before any automatically added rules.\"\n  type = list(object({\n    protocol        = string\n    from_port       = number\n    to_port         = number\n    action          = string\n    cidr_block      = string\n    ipv6_cidr_block = optional(string, null)\n    icmp_type       = optional(number, null)\n    icmp_code       = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_vpc_transfer_s3_bucket\" {\n  description = \"Enable VPC transfer S3 bucket. This allows uploading/downloading files from resources within the infrastructure VPC\"\n  type        = bool\n}\n\nvariable \"infrastructure_vpc_transfer_s3_bucket_access_vpc_ids\" {\n  description = \"Additional VPC ids which are allowed to access the transfer S3 bucket\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_bastion_host\" {\n  description = \"Enable Infrastructure Bastion host. This launches a t3.micro AL2023 instance within the VPC that can be accessed via Session Manager\"\n  type        = bool\n}\n\nvariable \"infrastructure_bastion_host_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the Infrastructure EC2 Bastion Host security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"route53_root_hosted_zone_domain_name\" {\n  description = \"Route53 Hosted Zone in which to delegate Infrastructure Route53 Hosted Zones.\"\n  type        = string\n}\n\nvariable \"aws_profile_name_route53_root\" {\n  description = \"AWS Profile name which is configured for the account in which the root Route53 Hosted Zone exists.\"\n  type        = string\n}\n\nvariable \"enable_infrastructure_route53_hosted_zone\" {\n  description = \"Creates a Route53 hosted zone, where DNS records will be created for resources launched within this module.\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster\" {\n  description = \"Enable creation of infrastructure ECS cluster, to place ECS services\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ami_version\" {\n  description = \"AMI version for ECS cluster instances (amzn2-ami-ecs-hvm-<version>)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_size\" {\n  description = \"Size of EBS volume for Docker storage on the infrastructure ECS instances\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ebs_docker_storage_volume_type\" {\n  description = \"Type of EBS volume for Docker storage on the infrastructure ECS instances (eg. gp3)\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_publicly_avaialble\" {\n  description = \"Conditionally launch the ECS cluster EC2 instances into the Public subnet\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_custom_security_group_rules\" {\n  description = \"Map of custom security group rules to add to the ECS Cluster security group (eg. { rule-name = {type = \\\"egress\\\", ... }  })\"\n  type = map(object({\n    description              = string\n    type                     = string\n    from_port                = number\n    to_port                  = number\n    protocol                 = string\n    source_security_group_id = optional(string, \"\")\n    cidr_blocks              = optional(list(string), [])\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_instance_type\" {\n  description = \"The instance type for EC2 instances launched in the ECS cluster\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_termination_timeout\" {\n  description = \"The timeout for the terminiation lifecycle hook\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_enabled\" {\n  description = \"Enable the Lambda which ensures all containers have drained before terminating ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_draining_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster draining Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_min_size\" {\n  description = \"Minimum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_size\" {\n  description = \"Maximum number of instances for the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_max_instance_lifetime\" {\n  description = \"Maximum lifetime in seconds of an instance within the ECS cluster\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_schedule_expression\" {\n  description = \"Conditionally launch a lambda to trigger an instance refresh on the ECS ASG, provided a schedule expression\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_instance_refresh_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster instance refresh lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_max\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured max size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_min\" {\n  description = \"List of cron expressions to scale the ECS cluster to the configured min size\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_autoscaling_time_based_custom\" {\n  description = \"List of objects with min/max sizes and cron expressions to scale the ECS cluster. Min size will be used as desired.\"\n  type = list(\n    object({\n      cron = string\n      min  = number\n      max  = number\n    })\n  )\n}\n\nvariable \"enable_infrastructure_ecs_cluster_asg_cpu_alert\" {\n  description = \"Enable a CPU alert for the ECS cluster's Autoscaling Group\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_threshold\" {\n  description = \"Threshold (CPU%) for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_asg_cpu_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Autoscaling Group CPU alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_pending_task_alert\" {\n  description = \"Enable the ECS Cluster pending task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster pending task metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Pending Task alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_pending_task_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Pending Task alert\"\n  type        = bool\n}\n\nvariable \"enable_infrastructure_ecs_cluster_ecs_asg_diff_alert\" {\n  description = \"Enable the ECS Cluster Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_metric_lambda_log_retention\" {\n  description = \"Log retention for the ECS cluster Container Instance / ASG instance diff metric Lambda\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_evaluation_periods\" {\n  description = \"Evaluation periods for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_period\" {\n  description = \"Period (in secods) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_threshold\" {\n  description = \"Threshold (Number of pending tasks) for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = number\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_slack\" {\n  description = \"Enable Slack alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_ecs_asg_diff_alert_opsgenie\" {\n  description = \"Enable Opsgenie alerts for the ECS cluster's Container Instance / ASG instance diff alert\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_debug_mode\" {\n  description = \"Enable debug mode for ECS and Docker on the Infrastructure ECS. This should only be enabled when debugging (Can cause a lot of logs)\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_enable_execute_command_logging\" {\n  description = \"Enable ECS Exec logging for services within the cluster. This will log to the infrastructure logs S3 bucket\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_endpoint\" {\n  description = \"ECS Infrastructure Syslog endpoint. If specified, rsyslog will be installed on the ECS container instances and configured to send logs to this endpoint. Logspout containers will also be launched to gather and send Docker logs (Application logs from the running ECS services). The port must be included in the URI, eg. 'syslog+tls://example.com:1234'\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_syslog_permitted_peer\" {\n  description = \"Specify the certificate common name (CN) of the remote to ensure syslog communication is restricted to permitted endpoints (eg. '*.example.com')\"\n  type        = string\n}\n\nvariable \"infrastructure_ecs_cluster_logspout_command\" {\n  description = \"If provided, a logspout container will be launched on each container instance with the given command. If specified, container logs will no longer automatically be sent to CloudWatch, or to the given `infrastructure_ecs_cluster_syslog_endpoint`\"\n  type        = list(string)\n}\n\nvariable \"infrastructure_ecs_cluster_wafs\" {\n  description = \"Map of WAF ACLs to create, which can be used with service CloudFront distributions\"\n  type = map(object({\n    ipv4_deny_list  = optional(list(string), null)\n    ipv4_allow_list = optional(list(string), null)\n    ipv6_deny_list  = optional(list(string), null)\n    ipv6_allow_list = optional(list(string), null)\n    aws_managed_rules = optional(list(object({\n      name                   = string\n      action                 = string\n      exclude_rules          = optional(list(string), null)\n      excluded_path_patterns = optional(list(string), null)\n    })), null)\n    rate_limiting = optional(object({\n      enabled               = bool\n      limit                 = optional(number, 1000)\n      evaluation_window_sec = optional(number, 300)\n    }), null)\n  }))\n  validation {\n    condition = alltrue([\n      for waf in var.infrastructure_ecs_cluster_wafs :\n      waf.rate_limiting != null && waf.rate_limiting.enabled && waf.rate_limiting.evaluation_window_sec != null ?\n      contains([60, 120, 300, 600], waf.rate_limiting.evaluation_window_sec) :\n      true\n    ])\n    error_message = \"Valid values for evaluation_window_sec are 60, 120, 300, and 600.\"\n  }\n}\n\nvariable \"infrastructure_ecs_cluster_service_defaults\" {\n  description = \"Default values for ECS Cluster Services\"\n  type = object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = optional(list(string), null)\n      schedule_expression = string\n    })), {})\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  })\n}\n\nvariable \"infrastructure_ecs_cluster_services\" {\n  description = <<EOT\n    Map of ECS Cluster Services (The key will be the service name). Values in here will override `infrastructure_ecs_cluster_service_defaults` values if set.\"\n    {\n      service-name = {\n        github_v1_source: Conditionally use GitHubV1 for the CodePipeline source (CodeStar will be used by default)\n        github_v1_oauth_token: If `github_v1_source` is set to true, provide the GitHub OAuthToken here\n        codestar_connection_arn: The CodeStar Connection ARN to use in the CodePipeline source\n        github_owner: The GitHub Owner of the repository to be pulled by the CodePipeline source\n        github_repo: The GitHub repo name to be pulled by the CodePipeline source\n        github_track_revision: The branch/revision of the GitHub repository to be pulled by the CodePipeline source\n        buildspec: The filename of the buildspec to use for the CodePipeline build phase, stored within the 'codepipeline buildspec store' S3 bucket\n        buildspec_from_github_repo: Conditionally use the 'buildspec' filename stored within the GitHub repo as the buildspec\n        codebuild_environment_variables: List of codebuild environment variable objects (eg. [{ name = \"MY_VAR\", value = \"foo\" },{ name = \"MY_OTHER_VAR\", value = \"bar\"}])\n        ecr_scan_target_sns_topic_arn: An SNS topic ARN to publish ECR scan results to\n        deployment_type: The service deployment type - Can be one of 'rolling' or 'blue-green'\n        enable_cloudwatch_logs: Conditionally enable cloudwatch logs for the service\n        cloudwatch_logs_retention: CloudWatch log retention in days\n        enable_execute_command: Enable Amazon ECS Exec to directly interact with containers\n        deregistration_delay: Amount time for Elastic Load Balancing to wait before changing the state of a deregistering target from draining to unused\n        custom_policies: Map of custom policies to attach to the service task role (eg. { policy-name = { description = \\\"my custom policy\\\", policy = { Version = \\\"2012-10-17\\\", Statement = [] } } })\n        container_entrypoint: The container entrypoint\n        container_port: The service container port\n        container_volumes: List of maps containing volume mappings eg. [ { \"name\" = \"my-volume\", \"host_path\" = \"/mnt/efs/my-dir\", \"container_path\" = \"/mnt/my-dir\" } ]\n        container_extra_hosts: List of maps containing extra hosts eg. [ { \"hostname\" = \"my.host\", \"ip_address\" = \"10.1.2.3\" } ]\n        container_count: Number of containers to launch for the service\n        container_heath_check_path: Destination for the health check request\n        container_heath_grace_period: Seconds to ignore failing load balancer health checks on newly instantiated tasks to prevent premature shutdown\n        scheduled_tasks: A map of scheduled tasks that use the same image as the service defined eg. { \"name\" => { \"entrypoint\" = [\"bundle\", \"exec\", \"run_jobs\"], \"schedule_expression\" = \"cron(* * * * ? *)\" } }\n        domain_names: Domain names to assign to CloudFront aliases, and the Application Load Balancer's `host_header` condition\n        enable_cloudfront: Enable cloadfront for the service\n        cloudfront_tls_certificate_arn: Certificate ARN to attach to CloudFront - must contain the names provided in `domain_names`\n        cloudfront_access_logging_enabled: Enable access logging for the distribution to the infrastructure S3 logs bucket\n        cloudfront_bypass_protection_enabled: This adds a secret header at the CloudFront level, which is then checked by the ALB listener rules. Requests are only forwarded if the header matches, preventing requests going directly to the ALB.\n        cloudfront_bypass_protection_excluded_domains: A list of domains to exclude from the bypass protection\n        cloudfront_origin_shield_enabled: Enable CloudFront Origin Shield\n        cloudfront_managed_cache_policy: Conditionally specify a CloudFront Managed Cache Policy for the distribution\n        cloudfront_managed_origin_request_policy: Conditionally specify a CloudFront Managed Origin Request Policy for the distribution\n        cloudfront_managed_response_headers_policy: Conditionally specify a CloudFront Managed Response Headers Policy for the distribution\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        alb_tls_certificate_arn: Certificate ARN to attach to the Application Load Balancer - must contain the names provided in `domain_names`\n      }\n    }\n  EOT\n  type = map(object({\n    github_v1_source           = optional(bool, null)\n    github_v1_oauth_token      = optional(string, null)\n    codestar_connection_arn    = optional(string, null)\n    github_owner               = optional(string, null)\n    github_repo                = optional(string, null)\n    github_track_revision      = optional(string, null)\n    buildspec                  = optional(string, null)\n    buildspec_from_github_repo = optional(bool, null)\n    codebuild_environment_variables = optional(list(object({\n      name  = string\n      value = string\n    })), [])\n    ecr_scan_target_sns_topic_arn = optional(string, null)\n    deployment_type               = optional(string, null)\n    enable_cloudwatch_logs        = optional(bool, null)\n    cloudwatch_logs_retention     = optional(number, null)\n    enable_execute_command        = optional(bool, null)\n    deregistration_delay          = optional(number, null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    container_entrypoint         = optional(list(string), null)\n    container_port               = optional(number, null)\n    container_volumes            = optional(list(map(string)), null)\n    container_extra_hosts        = optional(list(map(string)), null)\n    container_count              = optional(number, null)\n    container_heath_check_path   = optional(string, null)\n    container_heath_grace_period = optional(number, null)\n    scheduled_tasks = optional(map(object({\n      entrypoint          = list(string)\n      schedule_expression = string\n    })), null)\n    domain_names                                  = optional(list(string), null)\n    enable_cloudfront                             = optional(bool, null)\n    cloudfront_tls_certificate_arn                = optional(string, null)\n    cloudfront_access_logging_enabled             = optional(bool, null)\n    cloudfront_bypass_protection_enabled          = optional(bool, null)\n    cloudfront_bypass_protection_excluded_domains = optional(list(string), null)\n    cloudfront_origin_shield_enabled              = optional(bool, null)\n    cloudfront_managed_cache_policy               = optional(string, null)\n    cloudfront_managed_origin_request_policy      = optional(string, null)\n    cloudfront_managed_response_headers_policy    = optional(string, null)\n    cloudfront_waf_association                    = optional(string, null)\n    alb_tls_certificate_arn                       = optional(string, null)\n  }))\n}\n\nvariable \"infrastructure_rds_defaults\" {\n  description = \"Default values for RDSs\"\n  type = object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_rds\" {\n  description = <<EOT\n    Map of RDSs (The key will be the rds name). Values in here will override `infrastructure_rds_defaults` values if set.\"\n    {\n      rds-name = {\n        type: Choose either `instance` for RDS instance, or `cluster` for RDS Aurora\n        engine: RDS engine (Either `mysql` or `postgres`)\n        engine_version: RDS Engine version (Specify the major version only, to prevent terraform attempting to downgrade minor versions)\n        parameters: Map of Parameters for the DB parameter group ({ parameter-name = parameter-value, ... })\n        instance_class: RDS instance class\n        allocated_storage: RDS allocated storage\n        storage_type: RDS storage type\n        dedicated_kms_key: If enabled, will create and use a dedicated KMS key, rather than the infrastructure KMS key\n        dedicated_kms_key_policy_statements: Additional KMS key policies to add to the dedicated KMS key policy\n        iops: RDS iops (When `type` is `instance`, this is only required for storage type of `io1` or `gp3` - When `cluster`, this must be a multiple between .5 and 50 of the storage amount for the DB cluster.`)\n        storage_throughput: RDS storage throughput (Only required when `storage_type` is `gp3`. Only applicable for `type` of `instance`)\n        multi_az: Enable Multi-AZ RDS (Not applicable for `type` of `cluster`. For `cluster - set `storage_type`, `allocated_storage`, `iops` and `instance_class`)\n        monitoring_interval: The interval, in seconds, between points when Enhanced Monitoring metrics are collected for the DB instance. Valid Values: 0, 1, 5, 10, 15, 30, 60.\n        cloudwatch_logs_export_types: List of log types to enable for exporting to CloudWatch Logs. See `EnableCloudwatchLogsExports.member.N` (https://docs.aws.amazon.com/AmazonRDS/latest/APIReference/API_CreateDBInstance.html) for valid values.\n        cluster_instance_count: Number of instances to launch within the Aurora DB cluster\n        cluster_serverlessv2_min_capacity: Minimum capacity for an Aurora DB cluster\n        cluster_serverlessv2_max_capacity: Maximum capacity for an Aurora DB cluster\n      }\n    }\n  EOT\n  type = map(object({\n    type                                = optional(string, null)\n    engine                              = optional(string, null)\n    engine_version                      = optional(string, null)\n    parameters                          = optional(map(string), null)\n    instance_class                      = optional(string, null)\n    allocated_storage                   = optional(number, null)\n    storage_type                        = optional(string, null)\n    dedicated_kms_key                   = optional(bool, null)\n    dedicated_kms_key_policy_statements = optional(string, null)\n    iops                                = optional(number, null)\n    storage_throughput                  = optional(number, null)\n    multi_az                            = optional(bool, null)\n    monitoring_interval                 = optional(number, null)\n    cloudwatch_logs_export_types        = optional(list(string), null)\n    cluster_instance_count              = optional(number, null)\n    cluster_serverlessv2_min_capacity   = optional(number, null)\n    cluster_serverlessv2_max_capacity   = optional(number, null)\n  }))\n}\n\nvariable \"enable_infrastructure_rds_backup_to_s3\" {\n  description = \"Enable Infrastructure RDS backups to S3. This will create a scheduled Fargate task to take SQL dumps and upload them to S3\"\n  type        = bool\n}\n\nvariable \"infrastructure_rds_backup_to_s3_cron_expression\" {\n  description = \"Cron expression for when to trigger the SQL backups to S3\"\n  type        = string\n}\n\nvariable \"infrastructure_rds_backup_to_s3_retention\" {\n  description = \"Retention in days to keep the S3 SQL backups\"\n  type        = number\n}\n\nvariable \"infrastructure_elasticache_defaults\" {\n  description = \"Default values for ElastiCaches\"\n  type = object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(number, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  })\n}\n\nvariable \"infrastructure_elasticache\" {\n  description = <<EOT\n    Map of Elasticaches (The key will be the elasticache name). Values in here will override `infrastructure_elasticache_defaults` values if set.\"\n    {\n      elasticache-name = {\n        type: Choose either `cluster` or `serverless`\n        engine: ElastiCache engine (Only `redis` is currently supported)\n        engine_version: ElastiCache Engine version (For serverless, Specify the major version only)\n        parameters: Map of Parameters for the ElastiCache parameter group ({ parameter-name = parameter-value, ... })\n        cluster_node_type: ElastiCache Cluster node type\n        cluster_node_count: ElastiCache Cluster node count\n        serverless_max_storage: Serverless maximum storage\n        serverless_max_ecpu: Serverless maximum number of ECPUs the cache can consume per second (1000 - 15000000)\n        snapshot_retention_limit: Snapshot retention limit\n      }\n    }\n  EOT\n  type = map(object({\n    type                     = optional(string, null)\n    engine                   = optional(string, null)\n    engine_version           = optional(string, null)\n    parameters               = optional(map(string), null)\n    cluster_node_type        = optional(string, null)\n    cluster_node_count       = optional(number, null)\n    serverless_max_storage   = optional(string, null)\n    serverless_max_ecpu      = optional(number, null)\n    snapshot_retention_limit = optional(number, null)\n  }))\n}\n\nvariable \"custom_route53_hosted_zones\" {\n  description = <<EOT\n    Map of Route53 Hosted Zone configurations to create\n    {\n      example.com = {\n        ns_records: Map of NS records to create ({ \"domain.example.com\"  = { values = [\"ns1.example.com\", \"ns2.example.com\"], ttl = 300 })\n        a_records: Map of A records to create ({ \"domain.example.com\"  = { values = [\"1.2.3.4\", \"5.6.7.8\"], ttl = 300 })\n        alias_records: Map of ALIAS records to create ({ \"domain.example.com\"  = { value = \"example.cloudfront.com\", zone_id = \"Z2FDTNDATAQYW2\" })\n        cname_records: Map of CNAME records to create ({ \"domain.example.com\"  = { values = [\"external1.example.com\", \"external2.example.com\"], ttl = 60 })\n        mx_records: Map of MX records to create ({ \"example.com\"  = { values = [\"1 mail.example.com\", \"5 mail2.example.com\"], ttl = 60 })\n        txt_records: Map of TXT records to create ({ \"example.com\"  = { values = [\"v=spf1 include:spf.example.com -all\"], ttl = 60 })\n      }\n    }\n  EOT\n  type = map(object({\n    ns_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    a_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    alias_records = optional(map(object({\n      value   = string\n      zone_id = string\n    })), null)\n    cname_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    mx_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n    txt_records = optional(map(object({\n      values = list(string)\n      ttl    = optional(number, 300)\n    })), null)\n  }))\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_enable_global_accelerator\" {\n  description = \"Enable Global Accelerator (GA) for the infrastructure ECS cluster services ALB. If `cloudfront_bypass_protection_enabled` is set for a service, any domain pointing towards the GA must be added to the `cloudfront_bypass_protection_excluded_domains` list. It is recommended that the GA only be used for apex domains that redirect to the domain associated with CloudFront. Ideally, apex domains would use an ALIAS record pointing towards the CloudFront distribution.\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_ip_allow_list\" {\n  description = \"IP allow list for ingress traffic to the infrastructure ECS cluster services ALB\"\n  type        = list(string)\n}\n\nvariable \"enable_infrastructure_ecs_cluster_services_alb_logs\" {\n  description = \"Enable Infrastructure ECS cluster services ALB logs\"\n  type        = bool\n}\n\nvariable \"infrastructure_ecs_cluster_services_alb_logs_retention\" {\n  description = \"Retention in days for the infrasrtucture ecs cluster ALB logs\"\n  type        = number\n}\n\nvariable \"enable_infrastructure_ecs_cluster_efs\" {\n  description = \"Conditionally create and mount EFS to the ECS cluster instances\"\n  type        = bool\n}\n\nvariable \"ecs_cluster_efs_performance_mode\" {\n  description = \"ECS cluser EFS performance mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_throughput_mode\" {\n  description = \"ECS cluser EFS throughput mode\"\n  type        = string\n}\n\nvariable \"ecs_cluster_efs_infrequent_access_transition\" {\n  description = \"ECS cluser EFS IA transiton in days. Set to 0 to disable IA transition.\"\n  type        = number\n}\n\nvariable \"ecs_cluster_efs_directories\" {\n  description = \"ECS cluster EFS directories to create\"\n  type        = list(string)\n}\n\nvariable \"custom_s3_buckets\" {\n  description = <<EOT\n    Map of S3 buckets to create, and conditionally serve via CloudFront. The S3 configuration will follow AWS best practices (eg. Private, ACLS disabled, SSE, Versioning, Logging). The bucket must be emptied before attempting deletion/destruction.\"\n    {\n      bucket-name = {\n        create_dedicated_kms_key: Conditionally create a KMS key specifically for this bucket's server side encryption (rather than using the Infrastructure's KMS key). It's recommended to use this if the S3 bucket will be accessed from external AWS accounts.\n        custom_kms_key_policy_statements: Conditionally add a string of comma delimited user-defined bucket policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}')\n        use_aes256_encryption: Conditionally enforce using AES256 encryption, rather than the infrastructure KMS key. Also overrides `create_dedicated_kms_key`\n        transition_to_ia_days: Conditionally transition objects to 'Standard Infrequent Access' storage in N days\n        transition_to_glacier_days: Conditionally transition objects to 'Glacier' storage in N days\n        cloudfront_dedicated_distribution: Conditionally create a CloudFront distribution to serve objects from the S3 bucket.\n        cloudfront_decicated_distribution_aliases: Specify custom aliases, rather than using a generated infrastriucture subdomain\n        cloudfront_decicated_distribution_tls_certificate_arn: Specify a CloudFront TLS certificate to use rather than the infrastructure wildcard certificate\n        cloudfront_s3_root: Sets the S3 document root when being served from CloudFront. By default this will be '/'. If `cloudfront_infrastructure_ecs_cluster_service_path` has been set, this helps by modifying the request from `/sub-directory-path` to `/` by use of a CloudFront function.\n        cloudfront_basic_auth_user_list: Map of username and password's to use as basic auth ({ alex: somepassword, joe: otherpassword })\n        cloudfront_infrastructure_ecs_cluster_service: Conditionally create an Origin on a CloudFront distribution that is serving the given Infrastructure ECS Cluster Service name\n        cloudfront_infrastructure_ecs_cluster_service_path: If `cloudfront_infrastructure_ecs_cluster_service`, set this to the path that objects will be served from.\n        cloudfront_waf_association: Conditionally associate WAF created via `infrastructure_ecs_cluster_wafs` using the key of the waf configuration\n        custom_bucket_policy_statements: Conditionally add a string of comma delimited user-defined key policy statements (eg. '{\"Effect\": ...},{\"Effect\": ...}'\n      }\n    }\n  EOT\n  type = map(object({\n    create_dedicated_kms_key                              = optional(bool, null)\n    custom_kms_key_policy_statements                      = optional(string, null)\n    use_aes256_encryption                                 = optional(bool, null)\n    transition_to_ia_days                                 = optional(number, null)\n    transition_to_glacier_days                            = optional(number, null)\n    cloudfront_dedicated_distribution                     = optional(bool, null)\n    cloudfront_decicated_distribution_aliases             = optional(list(string), null)\n    cloudfront_decicated_distribution_tls_certificate_arn = optional(string, null)\n    cloudfront_s3_root                                    = optional(string, null)\n    cloudfront_s3_root_file                               = optional(string, null)\n    cloudfront_basic_auth_user_list                       = optional(map(string), null)\n    cloudfront_infrastructure_ecs_cluster_service         = optional(string, null)\n    cloudfront_infrastructure_ecs_cluster_service_path    = optional(string, null)\n    cloudfront_waf_association                            = optional(string, null)\n    custom_bucket_policy_statements                       = optional(string, null)\n  }))\n}\n\nvariable \"enable_cloudformatian_s3_template_store\" {\n  description = \"Creates an S3 bucket to store custom CloudFormation templates, which can then be referenced in `custom_cloudformation_stacks`. A user with RW access to the bucket is also created.\"\n  type        = bool\n}\n\nvariable \"custom_cloudformation_stacks\" {\n  description = <<EOT\n    Map of CloudFormation stacks to deploy\n    {\n      stack-name = {\n        s3_template_store_key: The filename of a CloudFormation template that is stored within the S3 bucket, created by the `enable_cloudformatian_s3_template_store`\n        template_body: (Optional - use of s3_template_store_key is preferred) The CloudFormation template body\n        parameters: The CloudFormation template parameters ({ parameter-name = parameter-value, ... })\n        on_failure: What to do on failure, either 'DO_NOTHING', 'ROLLBACK' or 'DELETE'\n        capabilities: A list of capabilities. Valid values: `CAPABILITY_NAMED_IAM`, `CAPABILITY_IAM`, `CAPABILITY_AUTO_EXPAND`\n      }\n    }\n  EOT\n  type = map(object({\n    s3_template_store_key = optional(string, null)\n    template_body         = optional(string, null)\n    parameters            = optional(map(string), null)\n    on_failure            = optional(string, null)\n    capabilities          = optional(list(string), null)\n  }))\n\n  validation {\n    condition = alltrue([\n      for k, v in var.custom_cloudformation_stacks : can(regex(\"^[a-zA-Z0-9-]+$\", k))\n    ])\n    error_message = \"CloudFormation stack names (keys in custom_cloudformation_stacks) can only contain alphanumeric characters and hyphens.\"\n  }\n}\n\nvariable \"custom_resource_tags\" {\n  description = <<EOT\n    A hacky way to add custom tags to resources\n    Uses a script to add tags to resources using their ARNs\n    Because Terraform will remove the tags, we may need to add a delay to running the script,\n    which can be specified using var.custom_resource_tags_delay\n    [\n      {\n        arns: Comma deliminated list of ARNs to apply the tags to\n        tags: Map of key/values for the tags\n      }\n    ]\n  EOT\n  type = list(object({\n    arns = string,\n    tags = map(string)\n  }))\n}\n\nvariable \"custom_resource_tags_delay\" {\n  description = \"The delay in seconds to wait before running the tag script\"\n  type        = number\n}\n\nvariable \"custom_lambda_functions\" {\n  description = <<EOT\n    Map of Lambda functions to deploy\n    {\n      function-name = {\n        function_zip_s3_key: The key of a Zipped Lambda function that is stored within the S3 bucket, created by the `enable_lambda_functions_s3_store`. If a file with the same name, with the `.json` extension is found, this will be used as a policy for the function (eg. `my-function.zip` will use the `my-function.json` as a policy).\n        handler: The function entrypoint in the code\n        runtime: The function runtime\n        memory: Amount of memory in MB your Lambda Function can use at runtime.\n        timeout: Amount of time your Lambda Function has to run in seconds\n        environment_variables: Map of environment variables that are accessible from the function code during execution.\n        custom_policies: Map of custom policies to attach to the Lambda role\n        log_retention: Days to retain logs\n        launch_in_infrastructure_vpc: Conditionally launch within the infrastructure VPC. This will give access to resources launched within the VPC.\n      }\n    }\n  EOT\n  type = map(object({\n    function_zip_s3_key   = optional(string, null)\n    handler               = optional(string, null)\n    runtime               = optional(string, null)\n    memory                = optional(number, null)\n    timeout               = optional(number, null)\n    environment_variables = optional(map(string), null)\n    custom_policies = optional(map(object({\n      description = string\n      policy = object({\n        Version = string\n        Statement = list(object({\n          Action   = list(string)\n          Effect   = string\n          Resource = list(string)\n        }))\n      })\n    })), {})\n    log_retention                = optional(number, null)\n    launch_in_infrastructure_vpc = optional(bool, null)\n  }))\n}\n",
            "diffStat": {
              "model_added_lines": 7,
              "model_removed_lines": 0,
              "model_added_chars": 272,
              "model_removed_chars": 0,
              "user_added_lines": 0,
              "user_removed_lines": 1022,
              "user_added_chars": 0,
              "user_removed_chars": 46851
            },
            "isNewFile": false
          },
          "displayName": "Edit",
          "description": "Replaces text within a file. By default, replaces a single occurrence, but can replace multiple occurrences when `expected_replacements` is specified. This tool requires providing significant context around the change to ensure precise targeting. Always use the read_file tool to examine the file's current content before attempting a text replacement.\n      \n      The user has the ability to modify the `new_string` content. If modified, this will be stated in the response.\n      \n      Expectation for required parameters:\n      1. `old_string` MUST be the exact literal text to replace (including all whitespace, indentation, newlines, and surrounding code etc.).\n      2. `new_string` MUST be the exact literal text to replace `old_string` with (also including all whitespace, indentation, newlines, and surrounding code etc.). Ensure the resulting code is correct and idiomatic and that `old_string` and `new_string` are different.\n      3. `instruction` is the detailed instruction of what needs to be changed. It is important to Make it specific and detailed so developers or large language models can understand what needs to be changed and perform the changes on their own if necessary. \n      4. NEVER escape `old_string` or `new_string`, that would break the exact literal text requirement.\n      **Important:** If ANY of the above are not satisfied, the tool will fail. CRITICAL for `old_string`: Must uniquely identify the single instance to change. Include at least 3 lines of context BEFORE and AFTER the target text, matching whitespace and indentation precisely. If this string matches multiple locations, or does not match exactly, the tool will fail.\n      5. Prefer to break down complex and long changes into multiple smaller atomic calls to this tool. Always check the content of the file after changes or not finding a string to match.\n      **Multiple replacements:** Set `expected_replacements` to the number of occurrences you want to replace. The tool will replace ALL occurrences that match `old_string` exactly. Ensure the number of replacements matches your expectation.",
          "renderOutputAsMarkdown": true
        }
      ],
      "thoughts": [
        {
          "subject": "Analyzing Design Choices",
          "description": "I've decided to add validation rules in `variables.tf`, which will eliminate the need to replace underscores in the naming process, simplifying things a bit. However, I still need to address names that begin with numbers. I'm exploring the best way to handle this edge case.",
          "timestamp": "2026-01-29T18:00:02.575Z"
        },
        {
          "subject": "Implementing Validation Rules",
          "description": "I've decided to refine the approach. First, I'll implement validation within `variables.tf`, specifically restricting the input keys to adhere to `^[a-zA-Z][-a-zA-Z0-9]*`. This addresses the need to avoid names starting with numbers by controlling what the user can provide. Second, I'll prefix the cloudformation name with `cf-` to easily handle the generation, preventing it from starting with a number. Finally, I'll revisit `cloudformation-custom-stack.tf` to ensure these updates are reflected.",
          "timestamp": "2026-01-29T18:00:05.158Z"
        },
        {
          "subject": "Defining Input Validation",
          "description": "The current plan is to add validation to `variables.tf`, enforcing that input keys only contain alphanumeric characters and hyphens. Then, I'll prefix the CloudFormation stack name with \"cf-\" in `cloudformation-custom-stack.tf`. This should simplify the naming process, ensuring all generated names adhere to CloudFormation's requirements. This avoids any need for regex hacks and directly addresses the problem.",
          "timestamp": "2026-01-29T18:00:07.181Z"
        }
      ],
      "model": "gemini-3-flash-preview",
      "tokens": {
        "input": 85747,
        "output": 294,
        "cached": 3799,
        "thoughts": 525,
        "tool": 0,
        "total": 86566
      }
    },
    {
      "id": "1a1c61af-d24a-4178-bfe9-37cee24e8754",
      "timestamp": "2026-01-29T18:03:21.199Z",
      "type": "gemini",
      "content": "",
      "toolCalls": [
        {
          "id": "replace-1769709780723-13928b40112718",
          "name": "replace",
          "args": {
            "instruction": "Prefix the CloudFormation stack name with 'cf-' to ensure it always starts with a letter, satisfying AWS constraints even if the resource prefix hash starts with a digit.",
            "new_string": "resource \"aws_cloudformation_stack\" \"custom\" {\n  for_each = local.custom_cloudformation_stacks\n\n  name              = \"cf-${local.resource_prefix_hash}-${each.key}\"\n  parameters        = each.value[\"parameters\"]",
            "expected_replacements": 1,
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            "fileDiff": "Index: COMMIT_MESSAGE.md\n===================================================================\n--- COMMIT_MESSAGE.md\tCurrent\n+++ COMMIT_MESSAGE.md\tProposed\n@@ -7,9 +7,15 @@\n Changed `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\n keys. This allows Terraform to determine the instance keys at plan time.\n \n+Also added validation for CloudFormation stack names and ensured they\n+always start with a letter by adding a `cf-` prefix. This prevents\n+AWS ValidationError when stack names contain underscores or start with a digit.\n+\n - Updated `locals.tf` to define `s3_object_presign` as a map\n - Updated `data.tf` to use the map in `for_each`\n - Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n+- Updated `cloudformation-custom-stack.tf` to prefix stack names with `cf-`\n+- Updated `variables.tf` to add validation for `custom_cloudformation_stacks` keys\n \n Original error:\n \n",
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            "newContent": "Fix \"Invalid for_each argument\" for s3_presigned_url\n\nThe `s3_object_presign` local used the S3 bucket ID in its set values,\nwhich is only known after apply. This caused Terraform to fail during\nthe plan phase when `for_each` was used with this set.\n\nChanged `s3_object_presign` to a map using the static `custom_cloudformation_stacks`\nkeys. This allows Terraform to determine the instance keys at plan time.\n\nAlso added validation for CloudFormation stack names and ensured they\nalways start with a letter by adding a `cf-` prefix. This prevents\nAWS ValidationError when stack names contain underscores or start with a digit.\n\n- Updated `locals.tf` to define `s3_object_presign` as a map\n- Updated `data.tf` to use the map in `for_each`\n- Updated `cloudformation-custom-stack.tf` to use the stack name key for lookup\n- Updated `cloudformation-custom-stack.tf` to prefix stack names with `cf-`\n- Updated `variables.tf` to add validation for `custom_cloudformation_stacks` keys\n\nOriginal error:\n\nError: Invalid for_each argument\n│\n│   on data.tf line 105, in data \"external\" \"s3_presigned_url\":\n│  105:   for_each = local.enable_cloudformatian_s3_template_store ? local.s3_object_presign : []\n│     ├────────────────\n│     │ local.enable_cloudformatian_s3_template_store is true\n│     │ local.s3_object_presign is set of string with 1 element\n│\n│ The \"for_each\" set includes values derived from resource attributes\n│ that cannot be determined until apply, and so Terraform cannot\n│ determine the full set of keys that will identify the instances of\n│ this resource.\n│\n│ When working with unknown values in for_each, it's better to use a map\n│ value where the keys are defined statically in your configuration and\n│ where only the values contain apply-time results.\n│\n│ Alternatively, you could use the -target planning option to first\n│ apply only the resources that the for_each value depends on, and then\n│ apply a second time to fully converge.\n",
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          "timestamp": "2026-01-30T09:52:03.365Z"
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      "content": "I have added validation for the CloudFormation stack names and updated the commit message.\n\nSummary of changes:\n1.  **Resolved `Invalid for_each argument`**:\n    *   Updated `locals.tf` to change `s3_object_presign` from a set to a map keyed by stack name.\n    *   Updated `data.tf` to use this map in `for_each`.\n    *   Updated `cloudformation-custom-stack.tf` to use the stack name key for looking up presigned URLs.\n2.  **Added Stack Name Validation**:\n    *   Updated `variables.tf` with a validation block for `custom_cloudformation_stacks` to ensure keys (stack names) only contain alphanumeric characters and hyphens.\n    *   Updated `cloudformation-custom-stack.tf` to prefix the generated stack name with `cf-`. This ensures the name always starts with a letter, even if the `resource_prefix_hash` starts with a digit, satisfying AWS CloudFormation naming constraints.\n3.  **Updated Documentation**:\n    *   Updated `COMMIT_MESSAGE.md` to reflect all the changes made and include the original error message for context.\n\n`terraform validate` passed successfully.",
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          "timestamp": "2026-01-30T09:55:08.930Z"
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          "description": "I've re-examined the files: `locals.tf`, `data.tf`, `cloudformation-custom-stack.tf`, `variables.tf`, and `COMMIT_MESSAGE.md`. The terraform validation passed. I noticed similar conditional prefixing in other files, but my implementation with the \"cf-\" prefix is straightforward and safe. All looks good now.",
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