702 lines
145 KiB
JSON
702 lines
145 KiB
JSON
{
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"sessionId": "a469f4d7-0194-497c-9516-3690e1d45114",
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"projectHash": "d2d5f4c51b3ac9afd9ddd000bb98ba9cea9b1fdbcb0f7c87c7cddc0043a2d24f",
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"startTime": "2026-01-30T16:56:54.786Z",
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"lastUpdated": "2026-01-30T17:03:24.108Z",
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"messages": [
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{
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"id": "916a9ed4-c38b-426c-8cf6-17157336f2a4",
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"timestamp": "2026-01-30T16:56:54.786Z",
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"type": "info",
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"content": "Empty GEMINI.md created. Now analyzing the project to populate it."
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},
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{
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"id": "e5e3fb17-51d3-4dd7-be4e-c7a8cb02157d",
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"timestamp": "2026-01-30T16:57:05.326Z",
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"type": "user",
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"content": "\nYou are an AI agent that brings the power of Gemini directly into the terminal. Your task is to analyze the current directory and generate a comprehensive GEMINI.md file to be used as instructional context for future interactions.\n\n**Analysis Process:**\n\n1. **Initial Exploration:**\n * Start by listing the files and directories to get a high-level overview of the structure.\n * Read the README file (e.g., `README.md`, `README.txt`) if it exists. This is often the best place to start.\n\n2. **Iterative Deep Dive (up to 10 files):**\n * Based on your initial findings, select a few files that seem most important (e.g., configuration files, main source files, documentation).\n * Read them. As you learn more, refine your understanding and decide which files to read next. You don't need to decide all 10 files at once. Let your discoveries guide your exploration.\n\n3. **Identify Project Type:**\n * **Code Project:** Look for clues like `package.json`, `requirements.txt`, `pom.xml`, `go.mod`, `Cargo.toml`, `build.gradle`, or a `src` directory. If you find them, this is likely a software project.\n * **Non-Code Project:** If you don't find code-related files, this might be a directory for documentation, research papers, notes, or something else.\n\n**GEMINI.md Content Generation:**\n\n**For a Code Project:**\n\n* **Project Overview:** Write a clear and concise summary of the project's purpose, main technologies, and architecture.\n* **Building and Running:** Document the key commands for building, running, and testing the project. Infer these from the files you've read (e.g., `scripts` in `package.json`, `Makefile`, etc.). If you can't find explicit commands, provide a placeholder with a TODO.\n* **Development Conventions:** Describe any coding styles, testing practices, or contribution guidelines you can infer from the codebase.\n\n**For a Non-Code Project:**\n\n* **Directory Overview:** Describe the purpose and contents of the directory. What is it for? What kind of information does it hold?\n* **Key Files:** List the most important files and briefly explain what they contain.\n* **Usage:** Explain how the contents of this directory are intended to be used.\n\n**Final Output:**\n\nWrite the complete content to the `GEMINI.md` file. The output must be well-formatted Markdown.\n"
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},
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{
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"id": "39735dc7-79fd-4477-a7de-429a804516f8",
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"timestamp": "2026-01-30T16:57:10.211Z",
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"type": "info",
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"content": "Switched to fallback model gemini-3-flash-preview"
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},
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{
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"id": "607980ff-6a42-470b-9234-1ef728987a21",
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"timestamp": "2026-01-30T16:57:29.019Z",
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"type": "gemini",
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"content": "I will start by checking for a `Makefile` and reading the core Terraform configuration files to understand the project's structure and conventions.",
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"thoughts": [
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{
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"subject": "Initiating Generation Process",
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"description": "I'm focused on the genesis of the `GEMINI.md` file. The prompt indicates a Terraform project, offering the initial framework. Now I'll start with a deeper dive, extracting the project's key aspects, and build from there. I'm keen to iterate until I've captured everything.",
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"timestamp": "2026-01-30T16:57:28.023Z"
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},
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{
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"subject": "Examining File Structures",
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"description": "I'm now examining the project's structure, verifying file existence. I've confirmed the presence of `Makefile` and I'm ready to digest `locals.tf`, `variables.tf`, and `providers.tf`. My next steps include reviewing any relevant content within the `Makefile` and then focusing on core infrastructure files.",
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"timestamp": "2026-01-30T16:57:28.752Z"
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}
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],
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"tokens": {
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"input": 63688,
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"output": 39,
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"cached": 0,
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"thoughts": 379,
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"tool": 0,
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"total": 64106
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},
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"model": "gemini-3-flash-preview",
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"toolCalls": [
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{
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"id": "list_directory-1769792249016-203bfcded147e",
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"name": "list_directory",
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"args": {
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"dir_path": "."
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},
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"result": [
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{
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"functionResponse": {
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"id": "list_directory-1769792249016-203bfcded147e",
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"name": "list_directory",
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"response": {
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"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\nCOMMIT_MESSAGE.md\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\nGEMINI.md\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)"
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}
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}
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}
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],
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"status": "success",
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"timestamp": "2026-01-30T16:57:29.070Z",
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"resultDisplay": "Listed 120 item(s). (1 ignored)",
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"displayName": "ReadFolder",
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"description": "Lists the names of files and subdirectories directly within a specified directory path. Can optionally ignore entries matching provided glob patterns.",
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"renderOutputAsMarkdown": true
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}
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]
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},
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{
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"id": "1be35e66-3744-4891-b63f-d68da8bbca20",
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"timestamp": "2026-01-30T16:57:35.084Z",
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"type": "gemini",
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"content": "I'll read the core Terraform files and the test script to gather more details about the project's logic and testing procedures.",
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"thoughts": [
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{
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"subject": "Investigating GEMINI.md",
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"description": "I'm wrestling with the instruction to generate `GEMINI.md`. I see a file of that name already. My initial instinct was to check or overwrite it. However, rereading the prompt clarifies the task: I'm supposed to generate the file, suggesting a direct creation approach is warranted.",
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"timestamp": "2026-01-30T16:57:32.124Z"
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},
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{
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"subject": "Creating GEMINI.md",
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"description": "I've moved on to scrutinizing other files to inform the creation of `GEMINI.md`. Specifically, I am now digging into `locals.tf`, `variables.tf`, `providers.tf`, `versions.tf`, and `scripts/test.sh`. My goal is to extract relevant context and populate the generated file with accurate information. I am hoping to create a very comprehensive file.",
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"timestamp": "2026-01-30T16:57:34.116Z"
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}
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],
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"tokens": {
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"input": 59248,
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"output": 94,
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"cached": 0,
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"thoughts": 126,
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"tool": 0,
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"total": 59468
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},
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"model": "gemini-3-flash-preview",
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"toolCalls": [
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{
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"id": "read_file-1769792254425-39112b5a7e416",
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"name": "read_file",
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"args": {
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"file_path": "locals.tf"
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},
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"result": [
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{
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"functionResponse": {
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"id": "read_file-1769792254425-39112b5a7e416",
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"name": "read_file",
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"response": {
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"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_container_insights = var.infrastructure_ecs_cluster_container_insights\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 infrastructure_utilities_ecs_cluster_container_insights = var.infrastructure_utilities_ecs_cluster_container_insights\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"
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}
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}
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}
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],
|
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"status": "success",
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|
"timestamp": "2026-01-30T16:57:35.160Z",
|
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"resultDisplay": "",
|
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"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.",
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"renderOutputAsMarkdown": true
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},
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{
|
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"id": "read_file-1769792254591-2ca7ad4346fb3",
|
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"name": "read_file",
|
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"args": {
|
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"file_path": "variables.tf"
|
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},
|
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"result": [
|
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{
|
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"functionResponse": {
|
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"id": "read_file-1769792254591-2ca7ad4346fb3",
|
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"name": "read_file",
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"response": {
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"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_container_insights\" {\n description = \"Enable Container Insights for the Infrastructure ECS Cluster\"\n type = string\n default = \"enabled\"\n validation {\n condition = contains([\"disabled\", \"enabled\", \"enhanced\"], var.infrastructure_ecs_cluster_container_insights)\n error_message = \"Valid values for infrastructure_ecs_cluster_container_insights are 'disabled', 'enabled', and 'enhanced'.\"\n }\n}\n\nvariable \"infrastructure_utilities_ecs_cluster_container_insights\" {\n description = \"Enable Container Insights for the Utilities ECS Cluster\"\n type = string\n default = \"enabled\"\n validation {\n condition = contains([\"disabled\", \"enabled\", \"enhanced\"], var.infrastructure_utilities_ecs_cluster_container_insights)\n error_message = \"Valid values for infrastructure_utilities_ecs_cluster_container_insights are 'disabled', 'enabled', and 'enhanced'.\"\n }\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"
|
|
}
|
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}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-30T16:57:35.160Z",
|
|
"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.",
|
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"renderOutputAsMarkdown": true
|
|
},
|
|
{
|
|
"id": "read_file-1769792254761-1a12561f49b5a8",
|
|
"name": "read_file",
|
|
"args": {
|
|
"file_path": "providers.tf"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "read_file-1769792254761-1a12561f49b5a8",
|
|
"name": "read_file",
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"response": {
|
|
"output": "provider \"aws\" {\n region = local.aws_region\n\n default_tags {\n tags = local.default_tags\n }\n}\n\nprovider \"aws\" {\n region = \"us-east-1\"\n alias = \"useast1\"\n\n default_tags {\n tags = local.default_tags\n }\n}\n\nprovider \"aws\" {\n region = local.aws_region\n alias = \"awsroute53root\"\n profile = local.aws_profile_name_route53_root != \"\" ? local.aws_profile_name_route53_root : null\n\n default_tags {\n tags = local.default_tags\n }\n}\n\nprovider \"datadog\" {\n api_key = local.infrastructure_datadog_api_key\n app_key = local.infrastructure_datadog_app_key\n validate = local.infrastructure_datadog_api_key != \"\" && local.infrastructure_datadog_app_key != \"\"\n api_url = local.infrastructure_datadog_api_url\n}\n"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-30T16:57:35.160Z",
|
|
"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-1769792254922-fe4acd91fe5b2",
|
|
"name": "read_file",
|
|
"args": {
|
|
"file_path": "versions.tf"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "read_file-1769792254922-fe4acd91fe5b2",
|
|
"name": "read_file",
|
|
"response": {
|
|
"output": "terraform {\n required_version = \">= 1.6.5\"\n required_providers {\n aws = {\n source = \"hashicorp/aws\"\n version = \">= 5.30.0\"\n }\n archive = {\n source = \"hashicorp/archive\"\n version = \">= 2.4.1\"\n }\n datadog = {\n source = \"DataDog/datadog\"\n version = \">= 3.46.0\"\n }\n external = {\n source = \"hashicorp/external\"\n version = \">= 2.3.2\"\n }\n null = {\n source = \"hashicorp/null\"\n version = \">= 3.2.2\"\n }\n random = {\n source = \"hashicorp/random\"\n version = \">= 3.6.0\"\n }\n }\n}\n"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-30T16:57:35.160Z",
|
|
"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-1769792255083-fa10203c91934",
|
|
"name": "read_file",
|
|
"args": {
|
|
"file_path": "scripts/test.sh"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "read_file-1769792255083-fa10203c91934",
|
|
"name": "read_file",
|
|
"response": {
|
|
"output": "#!/bin/bash\n\nact -n\n"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-30T16:57:35.160Z",
|
|
"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": "5161a363-05eb-4979-98bd-bbdd85f774f5",
|
|
"timestamp": "2026-01-30T16:57:40.901Z",
|
|
"type": "gemini",
|
|
"content": "I'll examine the GitHub Actions workflows to understand the continuous integration process, including linting, security scanning, and Terraform validation.",
|
|
"thoughts": [
|
|
{
|
|
"subject": "Observing Infrastructure Design",
|
|
"description": "I'm currently reviewing the project's Terraform module, focusing on its architecture for dxw's Dalmatian hosting platform. The module manages critical AWS resources: VPC, ECS, RDS, ElastiCache, S3, and Route 53. I'm also examining the Datadog integration and the use of Lambda functions for cluster management tasks, such as draining, metrics, and instance refreshing.",
|
|
"timestamp": "2026-01-30T16:57:38.264Z"
|
|
},
|
|
{
|
|
"subject": "Assessing Testing Procedures",
|
|
"description": "I'm now diving into the `scripts/test.sh` file and the GitHub Actions workflows. The script uses `act -n`, which executes GitHub Actions locally. My focus is now on understanding the testing strategy within the CI/CD pipeline and how it validates the Terraform module's functionality and configuration. I need to understand how comprehensive the tests are.",
|
|
"timestamp": "2026-01-30T16:57:40.622Z"
|
|
}
|
|
],
|
|
"tokens": {
|
|
"input": 78876,
|
|
"output": 41,
|
|
"cached": 58032,
|
|
"thoughts": 377,
|
|
"tool": 0,
|
|
"total": 79294
|
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},
|
|
"model": "gemini-3-flash-preview",
|
|
"toolCalls": [
|
|
{
|
|
"id": "list_directory-1769792260899-e8ceb58c94f428",
|
|
"name": "list_directory",
|
|
"args": {
|
|
"dir_path": ".github/workflows"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "list_directory-1769792260899-e8ceb58c94f428",
|
|
"name": "list_directory",
|
|
"response": {
|
|
"output": "Directory listing for /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/.github/workflows:\ncontinuous-integration-terraform.yml\ncontinuous-integration-tflint.yml\ncontinuous-integration-tfsec.yml"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-30T16:57:40.916Z",
|
|
"resultDisplay": "Listed 3 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
|
|
}
|
|
]
|
|
},
|
|
{
|
|
"id": "6de5b6de-de93-494a-a721-62f375576521",
|
|
"timestamp": "2026-01-30T16:57:50.424Z",
|
|
"type": "gemini",
|
|
"content": "I'll read the CI workflow files to confirm the specific tools and commands used for Terraform validation, linting, and security scanning.",
|
|
"thoughts": [
|
|
{
|
|
"subject": "Starting the Review",
|
|
"description": "I've begun reviewing the workflow files. Initial impressions suggest a need to understand the file structure before deeper analysis. I'm focusing on identifying the main components and their relationships. Currently, I'm charting the different file types and their roles within the workflow.",
|
|
"timestamp": "2026-01-30T16:57:49.816Z"
|
|
}
|
|
],
|
|
"tokens": {
|
|
"input": 78972,
|
|
"output": 97,
|
|
"cached": 77007,
|
|
"thoughts": 8,
|
|
"tool": 0,
|
|
"total": 79077
|
|
},
|
|
"model": "gemini-3-flash-preview",
|
|
"toolCalls": [
|
|
{
|
|
"id": "read_file-1769792270097-ada13b54f8c818",
|
|
"name": "read_file",
|
|
"args": {
|
|
"file_path": ".github/workflows/continuous-integration-terraform.yml"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "read_file-1769792270097-ada13b54f8c818",
|
|
"name": "read_file",
|
|
"response": {
|
|
"output": "name: Continuous integration\n\non:\n push:\n branches: main\n pull_request:\n\nenv:\n GITHUB_PR_BRANCH: \"\"\n\njobs:\n terraform-validate:\n name: Terraform Validate\n runs-on: ubuntu-latest\n steps:\n - name: Check out code\n uses: actions/checkout@8e8c483db84b4bee98b60c0593521ed34d9990e8 # v6\n\n - name: Get terraform version\n id: get-terraform-version\n run: |\n DOTFILE_VERSION=$(cat .terraform-version)\n echo \"version=$DOTFILE_VERSION\" >> $GITHUB_OUTPUT\n\n - name: Remove AWS backend\n run: rm ./backend.tf\n\n - name: Pull Terraform image\n run: |\n docker pull hashicorp/terraform:${{ steps.get-terraform-version.outputs.version }}\n\n - name: Run a Terraform init\n run: |\n docker run \\\n --rm \\\n -v $(pwd):/terraform \\\n -w /terraform \\\n hashicorp/terraform:${{ steps.get-terraform-version.outputs.version }} \\\n init\n\n - name: Run a Terraform validate\n run: |\n docker run \\\n --rm \\\n -v $(pwd):/terraform \\\n -w /terraform \\\n hashicorp/terraform:${{ steps.get-terraform-version.outputs.version }} \\\n validate\n\n - name: Run a Terraform format check\n run: |\n docker run \\\n --rm \\\n -v $(pwd):/terraform \\\n -w /terraform \\\n hashicorp/terraform:${{ steps.get-terraform-version.outputs.version }} \\\n fmt -check=true -diff=true\n\n terraform-docs-validation:\n name: Terraform Docs validation\n needs: terraform-validate\n runs-on: ubuntu-latest\n steps:\n - name: Check out code\n uses: actions/checkout@8e8c483db84b4bee98b60c0593521ed34d9990e8 # v6\n with:\n ref: ${{ github.event.pull_request.head.ref }}\n token: ${{ secrets.TERRAFORM_DOCS_RENOVATE_WORKFLOW_GITHUB_TOKEN }}\n\n - name: Get PR base branch\n id: pr-base-branch-name\n if: github.event_name == 'pull_request'\n run: |\n echo \"GITHUB_PR_BRANCH=${{ github.head_ref }}\" >> $GITHUB_ENV\n\n - name: Get commit message\n run: |\n echo \"GIT_COMMIT_MESSAGE=$(git show -s --format=%s)\" >> $GITHUB_ENV\n\n - name: Generate Terraform docs\n uses: terraform-docs/gh-actions@6de6da0cefcc6b4b7a5cbea4d79d97060733093c # v1.4.1\n if: \"!startsWith(env.GITHUB_PR_BRANCH, 'renovate/')\"\n with:\n working-dir: .\n config-file: .terraform-docs.yml\n output-file: README.md\n output-method: inject\n fail-on-diff: true\n\n - name: Generate Terraform docs for Renovate\n uses: terraform-docs/gh-actions@6de6da0cefcc6b4b7a5cbea4d79d97060733093c # v1.4.1\n if: \"startsWith(env.GITHUB_PR_BRANCH, 'renovate/')\"\n with:\n working-dir: .\n config-file: .terraform-docs.yml\n output-file: README.md\n output-method: inject\n git-push: true\n ref: ${{ github.event.pull_request.head.ref }}\n git-commit-message: \"${{ env.GIT_COMMIT_MESSAGE }} - Terraform Docs\"\n"
|
|
}
|
|
}
|
|
}
|
|
],
|
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"status": "success",
|
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"timestamp": "2026-01-30T16:57:50.464Z",
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"resultDisplay": "",
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"displayName": "ReadFile",
|
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"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.",
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"renderOutputAsMarkdown": true
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},
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{
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"id": "read_file-1769792270255-1c104cbd457f3",
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"name": "read_file",
|
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"args": {
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"file_path": ".github/workflows/continuous-integration-tflint.yml"
|
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},
|
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"result": [
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{
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"functionResponse": {
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"id": "read_file-1769792270255-1c104cbd457f3",
|
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"name": "read_file",
|
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"response": {
|
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"output": "name: Continuous integration\non:\n pull_request:\njobs:\n tflint:\n name: tflint\n runs-on: ubuntu-latest\n steps:\n - name: Clone repo\n uses: actions/checkout@8e8c483db84b4bee98b60c0593521ed34d9990e8 # v6\n - name: Setup TFLint\n uses: terraform-linters/setup-tflint@90f302c255ef959cbfb4bd10581afecdb7ece3e6 # v4\n with:\n tflint_version: v0.44.1\n - name: Run TFLint\n run: tflint -f compact\n"
|
|
}
|
|
}
|
|
}
|
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],
|
|
"status": "success",
|
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"timestamp": "2026-01-30T16:57:50.464Z",
|
|
"resultDisplay": "",
|
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"displayName": "ReadFile",
|
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"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.",
|
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"renderOutputAsMarkdown": true
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},
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{
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"id": "read_file-1769792270420-efe030bca23f1",
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"name": "read_file",
|
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"args": {
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"file_path": ".github/workflows/continuous-integration-tfsec.yml"
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},
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"result": [
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"id": "read_file-1769792270420-efe030bca23f1",
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"name": "read_file",
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"response": {
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"output": "name: Continuous integration\non:\n pull_request:\njobs:\n tfsec-pr-commenter:\n name: tfsec PR commenter\n runs-on: ubuntu-latest\n steps:\n - name: Clone repo\n uses: actions/checkout@8e8c483db84b4bee98b60c0593521ed34d9990e8 # v6\n - name: tfsec\n uses: aquasecurity/tfsec-pr-commenter-action@7a44c5dcde5dfab737363e391800629e27b6376b # v1.3.1\n with:\n github_token: ${{ github.token }}\n working_directory: ''\n"
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}
|
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}
|
|
}
|
|
],
|
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"status": "success",
|
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"timestamp": "2026-01-30T16:57:50.464Z",
|
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"resultDisplay": "",
|
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"displayName": "ReadFile",
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"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.",
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"renderOutputAsMarkdown": true
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}
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]
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},
|
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{
|
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"id": "abf26990-14dc-4d8f-9885-ce5da056d4ba",
|
|
"timestamp": "2026-01-30T16:57:55.060Z",
|
|
"type": "gemini",
|
|
"content": "I'll read the `Brewfile` to see if there are any additional local development tools or dependencies that should be noted in the project overview.",
|
|
"thoughts": [
|
|
{
|
|
"subject": "Assessing the Information",
|
|
"description": "I've got the gist of the project now. It's a Terraform module called \"Dalmatian\" that manages AWS resources for dxw, including the usual suspects and Datadog integration. Time to dig into the building and running aspects, starting with `terraform init`.",
|
|
"timestamp": "2026-01-30T16:57:52.926Z"
|
|
},
|
|
{
|
|
"subject": "Understanding the Components",
|
|
"description": "Now I'm getting a handle on the project's structure, focusing on the core building blocks. It seems like the usual suspects are present: VPCs, ECS clusters, and RDS databases, all orchestrated with Terraform. I'm keen to understand the CI/CD pipeline, and I'm looking for the build and validation steps, like `terraform init`, `plan`, and `apply`. I'll also be searching for additional deployment or configuration tools.",
|
|
"timestamp": "2026-01-30T16:57:54.789Z"
|
|
}
|
|
],
|
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"tokens": {
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"total": 80689
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},
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|
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"toolCalls": [
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{
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"id": "read_file-1769792275055-74eb18327e367",
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"name": "read_file",
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"args": {
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"file_path": "Brewfile"
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},
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"result": [
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{
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"functionResponse": {
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"id": "read_file-1769792275055-74eb18327e367",
|
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"name": "read_file",
|
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"response": {
|
|
"output": "brew \"tfenv\"\nbrew \"terraform-docs\"\nbrew \"tfsec\"\nbrew \"tflint\"\nbrew \"act\"\n"
|
|
}
|
|
}
|
|
}
|
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],
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"status": "success",
|
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"resultDisplay": "",
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"displayName": "ReadFile",
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"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.",
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"renderOutputAsMarkdown": true
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{
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"id": "48771482-e904-4bb6-b4e3-11e203c3a855",
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"timestamp": "2026-01-30T16:58:03.601Z",
|
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"type": "gemini",
|
|
"content": "I'll generate a comprehensive `GEMINI.md` file that summarizes the project, details the building and running processes, and outlines the development conventions.",
|
|
"thoughts": [
|
|
{
|
|
"subject": "Confirming the Configuration",
|
|
"description": "I'm now satisfied with the `Brewfile`. Next, I'll proceed to the `GEMINI.md` file. I've only read the `README` so far, as I move towards the \"Iterative Deep Dive\" on the files.",
|
|
"timestamp": "2026-01-30T16:57:58.334Z"
|
|
},
|
|
{
|
|
"subject": "Defining the Next Step",
|
|
"description": "I've successfully reviewed the `Brewfile` and can confirm the desired tools are present. Considering the prompt's \"Iterative Deep Dive\" instruction, I've now assessed all ten designated files. My next immediate action is to generate the `GEMINI.md` file.",
|
|
"timestamp": "2026-01-30T16:57:59.104Z"
|
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}
|
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],
|
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},
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"model": "gemini-3-flash-preview",
|
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"toolCalls": [
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{
|
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"id": "write_file-1769792283596-0961a5fb2e448",
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"name": "write_file",
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"args": {
|
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"file_path": "GEMINI.md",
|
|
"content": "# GEMINI.md\n\n## Project Overview\n\nThis project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n\nThe infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n\n### Core Technologies\n- **Infrastructure as Code:** Terraform (>= 1.6.5)\n- **Cloud Provider:** AWS\n- **Monitoring:** Datadog\n- **CI/CD:** GitHub Actions\n- **Security & Quality:** tfsec, tflint, terraform-docs\n\n## Building and Running\n\n### Prerequisites\n- **tfenv:** Managed by `tfenv` via `.terraform-version`.\n- **Tooling:** Install dependencies using Homebrew: `brew bundle`. This includes `terraform-docs`, `tfsec`, `tflint`, and `act`.\n\n### Key Commands\n- **Initialization:** `terraform init`\n- **Validation:** `terraform validate`\n- **Planning:** `terraform plan`\n- **Applying:** `terraform apply`\n- **Formatting:** `terraform fmt -recursive` (CI uses `fmt -check=true -diff=true`)\n- **Documentation:** `terraform-docs` is used to automatically generate the `README.md` content between the `BEGIN_TF_DOCS` and `END_TF_DOCS` markers.\n- **Local CI Testing:** `scripts/test.sh` runs `act -n` to simulate GitHub Actions locally.\n- **Linting:** `tflint -f compact`\n- **Security Scan:** `tfsec`\n\n## Development Conventions\n\n- **File Structure:** \n - Terraform resources are organized into separate files by function (e.g., `vpc-infrastructure.tf`, `ecs-cluster-infrastructure.tf`).\n - `locals.tf` contains complex logic for resource naming, tagging, and feature flags.\n - Template files are stored in subdirectories like `policies/`, `ec2-userdata/`, and `buildspecs/`.\n- **Naming & Tagging:** \n - A standard `resource_prefix` is used: `${project_name}-${infrastructure_name}-${environment}`.\n - Default tags include `Project`, `Infrastructure`, `Environment`, and `Prefix`.\n- **Infrastructure as Code Standards:**\n - Always run `terraform fmt` before committing.\n - Documentation must be updated via `terraform-docs` (this is enforced in CI).\n - Use the provided template files (`.tpl`) for IAM policies and ECS task definitions to ensure consistency.\n- **Testing:** \n - New features should be verified with `terraform validate` and ideally a `terraform plan`.\n - GitHub Actions will run validation, format checks, linting, and security scans on all pull requests.\n"
|
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},
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"result": [
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"response": {
|
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"output": "Successfully overwrote file: /Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/GEMINI.md."
|
|
}
|
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}
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"status": "success",
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|
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|
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"resultDisplay": {
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"fileDiff": "Index: GEMINI.md\n===================================================================\n--- GEMINI.md\tOriginal\n+++ GEMINI.md\tWritten\n@@ -0,0 +1,48 @@\n+# GEMINI.md\n+\n+## Project Overview\n+\n+This project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n+\n+The infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n+\n+### Core Technologies\n+- **Infrastructure as Code:** Terraform (>= 1.6.5)\n+- **Cloud Provider:** AWS\n+- **Monitoring:** Datadog\n+- **CI/CD:** GitHub Actions\n+- **Security & Quality:** tfsec, tflint, terraform-docs\n+\n+## Building and Running\n+\n+### Prerequisites\n+- **tfenv:** Managed by `tfenv` via `.terraform-version`.\n+- **Tooling:** Install dependencies using Homebrew: `brew bundle`. This includes `terraform-docs`, `tfsec`, `tflint`, and `act`.\n+\n+### Key Commands\n+- **Initialization:** `terraform init`\n+- **Validation:** `terraform validate`\n+- **Planning:** `terraform plan`\n+- **Applying:** `terraform apply`\n+- **Formatting:** `terraform fmt -recursive` (CI uses `fmt -check=true -diff=true`)\n+- **Documentation:** `terraform-docs` is used to automatically generate the `README.md` content between the `BEGIN_TF_DOCS` and `END_TF_DOCS` markers.\n+- **Local CI Testing:** `scripts/test.sh` runs `act -n` to simulate GitHub Actions locally.\n+- **Linting:** `tflint -f compact`\n+- **Security Scan:** `tfsec`\n+\n+## Development Conventions\n+\n+- **File Structure:** \n+ - Terraform resources are organized into separate files by function (e.g., `vpc-infrastructure.tf`, `ecs-cluster-infrastructure.tf`).\n+ - `locals.tf` contains complex logic for resource naming, tagging, and feature flags.\n+ - Template files are stored in subdirectories like `policies/`, `ec2-userdata/`, and `buildspecs/`.\n+- **Naming & Tagging:** \n+ - A standard `resource_prefix` is used: `${project_name}-${infrastructure_name}-${environment}`.\n+ - Default tags include `Project`, `Infrastructure`, `Environment`, and `Prefix`.\n+- **Infrastructure as Code Standards:**\n+ - Always run `terraform fmt` before committing.\n+ - Documentation must be updated via `terraform-docs` (this is enforced in CI).\n+ - Use the provided template files (`.tpl`) for IAM policies and ECS task definitions to ensure consistency.\n+- **Testing:** \n+ - New features should be verified with `terraform validate` and ideally a `terraform plan`.\n+ - GitHub Actions will run validation, format checks, linting, and security scans on all pull requests.\n",
|
|
"fileName": "GEMINI.md",
|
|
"filePath": "/Users/bob/git/dxw/terraform-dxw-dalmatian-infrastructure/GEMINI.md",
|
|
"originalContent": "",
|
|
"newContent": "# GEMINI.md\n\n## Project Overview\n\nThis project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n\nThe infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n\n### Core Technologies\n- **Infrastructure as Code:** Terraform (>= 1.6.5)\n- **Cloud Provider:** AWS\n- **Monitoring:** Datadog\n- **CI/CD:** GitHub Actions\n- **Security & Quality:** tfsec, tflint, terraform-docs\n\n## Building and Running\n\n### Prerequisites\n- **tfenv:** Managed by `tfenv` via `.terraform-version`.\n- **Tooling:** Install dependencies using Homebrew: `brew bundle`. This includes `terraform-docs`, `tfsec`, `tflint`, and `act`.\n\n### Key Commands\n- **Initialization:** `terraform init`\n- **Validation:** `terraform validate`\n- **Planning:** `terraform plan`\n- **Applying:** `terraform apply`\n- **Formatting:** `terraform fmt -recursive` (CI uses `fmt -check=true -diff=true`)\n- **Documentation:** `terraform-docs` is used to automatically generate the `README.md` content between the `BEGIN_TF_DOCS` and `END_TF_DOCS` markers.\n- **Local CI Testing:** `scripts/test.sh` runs `act -n` to simulate GitHub Actions locally.\n- **Linting:** `tflint -f compact`\n- **Security Scan:** `tfsec`\n\n## Development Conventions\n\n- **File Structure:** \n - Terraform resources are organized into separate files by function (e.g., `vpc-infrastructure.tf`, `ecs-cluster-infrastructure.tf`).\n - `locals.tf` contains complex logic for resource naming, tagging, and feature flags.\n - Template files are stored in subdirectories like `policies/`, `ec2-userdata/`, and `buildspecs/`.\n- **Naming & Tagging:** \n - A standard `resource_prefix` is used: `${project_name}-${infrastructure_name}-${environment}`.\n - Default tags include `Project`, `Infrastructure`, `Environment`, and `Prefix`.\n- **Infrastructure as Code Standards:**\n - Always run `terraform fmt` before committing.\n - Documentation must be updated via `terraform-docs` (this is enforced in CI).\n - Use the provided template files (`.tpl`) for IAM policies and ECS task definitions to ensure consistency.\n- **Testing:** \n - New features should be verified with `terraform validate` and ideally a `terraform plan`.\n - GitHub Actions will run validation, format checks, linting, and security scans on all pull requests.\n",
|
|
"diffStat": {
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},
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"isNewFile": false
|
|
},
|
|
"displayName": "WriteFile",
|
|
"description": "Writes content to a specified file in the local filesystem.\n\n The user has the ability to modify `content`. If modified, this will be stated in the response.",
|
|
"renderOutputAsMarkdown": true
|
|
}
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]
|
|
},
|
|
{
|
|
"id": "982d3c01-e152-4581-9d36-d5985196d9aa",
|
|
"timestamp": "2026-01-30T16:58:31.013Z",
|
|
"type": "gemini",
|
|
"content": "I've completed the analysis of the dxw Dalmatian infrastructure project. This Terraform-based codebase manages a robust AWS stack—including VPC, ECS, RDS, and ElastiCache—integrated with Datadog. I have summarized the project's architecture, documented the essential Terraform and CI/CD commands, and outlined development conventions in the newly generated `GEMINI.md` file.",
|
|
"thoughts": [
|
|
{
|
|
"subject": "Analyzing Task Completion",
|
|
"description": "I've successfully wrapped up the initial task. I've now categorized the project type and understood the essential build, run, and development practices based on my exploration of the codebase. A GEMINI prompt has been generated, ready for the next stage.",
|
|
"timestamp": "2026-01-30T16:58:30.900Z"
|
|
},
|
|
{
|
|
"subject": "Reviewing Codebase Insights",
|
|
"description": "I've just finished the project's foundational analysis. I've now categorized the project as Terraform-based infrastructure. I've also documented crucial build, run, and development procedures, and saved the critical information in a `GEMINI .md` file. I am ready to formulate the next series of steps.",
|
|
"timestamp": "2026-01-30T16:58:30.917Z"
|
|
}
|
|
],
|
|
"tokens": {
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|
"model": "gemini-3-flash-preview"
|
|
},
|
|
{
|
|
"id": "c208bcbd-44af-495f-b29b-79309f492c82",
|
|
"timestamp": "2026-01-30T16:59:55.597Z",
|
|
"type": "user",
|
|
"content": "datadog use has been deprecated. its a featuree we can turn on but is not important"
|
|
},
|
|
{
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"fileDiff": "Index: GEMINI.md\n===================================================================\n--- GEMINI.md\tCurrent\n+++ GEMINI.md\tProposed\n@@ -4,12 +4,12 @@\n \n This project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n \n-The infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n+The infrastructure includes an optional (and now deprecated) integration with Datadog for monitoring, which can be enabled via configuration but is no longer a core requirement. It uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n \n ### Core Technologies\n - **Infrastructure as Code:** Terraform (>= 1.6.5)\n - **Cloud Provider:** AWS\n-- **Monitoring:** Datadog\n+- **Monitoring:** Datadog (Deprecated/Optional)\n - **CI/CD:** GitHub Actions\n - **Security & Quality:** tfsec, tflint, terraform-docs\n \n",
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"originalContent": "# GEMINI.md\n\n## Project Overview\n\nThis project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n\nThe infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n\n### Core Technologies\n- **Infrastructure as Code:** Terraform (>= 1.6.5)\n- **Cloud Provider:** AWS\n- **Monitoring:** Datadog\n- **CI/CD:** GitHub Actions\n- **Security & Quality:** tfsec, tflint, terraform-docs\n\n## Building and Running\n\n### Prerequisites\n- **tfenv:** Managed by `tfenv` via `.terraform-version`.\n- **Tooling:** Install dependencies using Homebrew: `brew bundle`. This includes `terraform-docs`, `tfsec`, `tflint`, and `act`.\n\n### Key Commands\n- **Initialization:** `terraform init`\n- **Validation:** `terraform validate`\n- **Planning:** `terraform plan`\n- **Applying:** `terraform apply`\n- **Formatting:** `terraform fmt -recursive` (CI uses `fmt -check=true -diff=true`)\n- **Documentation:** `terraform-docs` is used to automatically generate the `README.md` content between the `BEGIN_TF_DOCS` and `END_TF_DOCS` markers.\n- **Local CI Testing:** `scripts/test.sh` runs `act -n` to simulate GitHub Actions locally.\n- **Linting:** `tflint -f compact`\n- **Security Scan:** `tfsec`\n\n## Development Conventions\n\n- **File Structure:** \n - Terraform resources are organized into separate files by function (e.g., `vpc-infrastructure.tf`, `ecs-cluster-infrastructure.tf`).\n - `locals.tf` contains complex logic for resource naming, tagging, and feature flags.\n - Template files are stored in subdirectories like `policies/`, `ec2-userdata/`, and `buildspecs/`.\n- **Naming & Tagging:** \n - A standard `resource_prefix` is used: `${project_name}-${infrastructure_name}-${environment}`.\n - Default tags include `Project`, `Infrastructure`, `Environment`, and `Prefix`.\n- **Infrastructure as Code Standards:**\n - Always run `terraform fmt` before committing.\n - Documentation must be updated via `terraform-docs` (this is enforced in CI).\n - Use the provided template files (`.tpl`) for IAM policies and ECS task definitions to ensure consistency.\n- **Testing:** \n - New features should be verified with `terraform validate` and ideally a `terraform plan`.\n - GitHub Actions will run validation, format checks, linting, and security scans on all pull requests.\n",
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"subject": "Refining the Documentation's Focus",
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"timestamp": "2026-01-30T17:02:20.940Z"
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"fileDiff": "Index: GEMINI.md\n===================================================================\n--- GEMINI.md\tCurrent\n+++ GEMINI.md\tProposed\n@@ -4,8 +4,15 @@\n \n This project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n \n-The infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n+The infrastructure includes an optional (and now deprecated) integration with Datadog for monitoring, which can be enabled via configuration but is no longer a core requirement.\n \n+## Operational Automation\n+\n+A key feature of this infrastructure is the use of specialized Lambda functions to automate critical operational tasks:\n+- **ECS Instance Draining:** Ensures all containers are gracefully drained before terminating ECS cluster instances.\n+- **ASG Instance Refresh:** Triggers and manages instance refreshes for the Auto Scaling Group.\n+- **Custom Metrics Collection:** Collects and publishes metrics such as pending task counts and ASG instance differentials to CloudWatch.\n+\n ### Core Technologies\n - **Infrastructure as Code:** Terraform (>= 1.6.5)\n - **Cloud Provider:** AWS\n",
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"originalContent": "# GEMINI.md\n\n## Project Overview\n\nThis project is a comprehensive Terraform module designed to create and manage AWS infrastructure for dxw's \"Dalmatian\" hosting platform. It provides a highly configurable set of resources including VPCs, ECS clusters, RDS instances (PostgreSQL/MySQL), ElastiCache (Redis), S3 buckets, and Route53 zones. \n\nThe infrastructure is tightly integrated with Datadog for monitoring and uses various Lambda functions for operational tasks such as ECS instance draining, ASG instance refresh, and custom metrics collection.\n\n### Core Technologies\n- **Infrastructure as Code:** Terraform (>= 1.6.5)\n- **Cloud Provider:** AWS\n- **Monitoring:** Datadog\n- **CI/CD:** GitHub Actions\n- **Security & Quality:** tfsec, tflint, terraform-docs\n\n## Building and Running\n\n### Prerequisites\n- **tfenv:** Managed by `tfenv` via `.terraform-version`.\n- **Tooling:** Install dependencies using Homebrew: `brew bundle`. This includes `terraform-docs`, `tfsec`, `tflint`, and `act`.\n\n### Key Commands\n- **Initialization:** `terraform init`\n- **Validation:** `terraform validate`\n- **Planning:** `terraform plan`\n- **Applying:** `terraform apply`\n- **Formatting:** `terraform fmt -recursive` (CI uses `fmt -check=true -diff=true`)\n- **Documentation:** `terraform-docs` is used to automatically generate the `README.md` content between the `BEGIN_TF_DOCS` and `END_TF_DOCS` markers.\n- **Local CI Testing:** `scripts/test.sh` runs `act -n` to simulate GitHub Actions locally.\n- **Linting:** `tflint -f compact`\n- **Security Scan:** `tfsec`\n\n## Development Conventions\n\n- **File Structure:** \n - Terraform resources are organized into separate files by function (e.g., `vpc-infrastructure.tf`, `ecs-cluster-infrastructure.tf`).\n - `locals.tf` contains complex logic for resource naming, tagging, and feature flags.\n - Template files are stored in subdirectories like `policies/`, `ec2-userdata/`, and `buildspecs/`.\n- **Naming & Tagging:** \n - A standard `resource_prefix` is used: `${project_name}-${infrastructure_name}-${environment}`.\n - Default tags include `Project`, `Infrastructure`, `Environment`, and `Prefix`.\n- **Infrastructure as Code Standards:**\n - Always run `terraform fmt` before committing.\n - Documentation must be updated via `terraform-docs` (this is enforced in CI).\n - Use the provided template files (`.tpl`) for IAM policies and ECS task definitions to ensure consistency.\n- **Testing:** \n - New features should be verified with `terraform validate` and ideally a `terraform plan`.\n - GitHub Actions will run validation, format checks, linting, and security scans on all pull requests.\n",
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"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.",
|
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"renderOutputAsMarkdown": true
|
|
}
|
|
]
|
|
},
|
|
{
|
|
"id": "0d48a712-f951-443d-9158-0340b27a3d41",
|
|
"timestamp": "2026-01-30T17:03:24.107Z",
|
|
"type": "gemini",
|
|
"content": "I've updated the `GEMINI.md` file to give the operational Lambda functions their own section, ensuring their role in automating ECS draining, ASG refreshes, and metrics collection is clearly highlighted.",
|
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"thoughts": [],
|
|
"tokens": {
|
|
"input": 82126,
|
|
"output": 42,
|
|
"cached": 81330,
|
|
"thoughts": 0,
|
|
"tool": 0,
|
|
"total": 82168
|
|
},
|
|
"model": "gemini-3-flash-preview"
|
|
}
|
|
]
|
|
} |