504 lines
105 KiB
JSON
504 lines
105 KiB
JSON
{
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"sessionId": "7730bed2-1fef-4a56-a09e-8de9371463a0",
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"projectHash": "2315fccd1067c9601c4fd99b0ba64823b930e19a77654e5dd14adc8de804f888",
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"startTime": "2026-01-23T16:17:44.629Z",
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"lastUpdated": "2026-01-23T16:42:41.212Z",
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"messages": [
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{
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"id": "e2689429-9ef9-42af-b272-1f911aa7c436",
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"timestamp": "2026-01-23T16:17:44.629Z",
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"type": "user",
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"content": "using https://github.com/dxw/terraform-dxw-dalmatian-infrastructure/blob/main/README.md as a refernce generate a tfvars to set up a marklogic cluster using the custom_cloufromaton stuff."
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},
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{
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"id": "eb382e5c-fd95-418b-aed1-f90de141d19f",
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"timestamp": "2026-01-23T16:18:21.817Z",
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"type": "gemini",
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"content": "I will read the referenced README file from the provided URL and also examine the local `mlcluster.template` and `mlcluster.tfvars` files to understand the required configuration parameters.",
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"thoughts": [
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{
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"subject": "Considering Terraform Variables",
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"description": "I'm currently focused on generating the `tfvars` file for the Mark Logic cluster setup, referencing the provided GitHub URL for guidance. I'm carefully analyzing the `README.md` to understand the required variables and their expected values. I am beginning to conceptualize the structure of the `tfvars` file.",
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"timestamp": "2026-01-23T16:18:14.478Z"
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},
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{
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"subject": "Decoding the README.md",
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"description": "I've downloaded the README.md file from the GitHub repository and am now reviewing its content. The focus is on identifying any infrastructure patterns and specific variable usages related to MarkLogic and CloudFormation. I'm taking notes on how variables are managed and where they are sourced, hoping to adopt these patterns in my `tfvars` generation.",
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"timestamp": "2026-01-23T16:18:15.295Z"
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},
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{
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"subject": "Prioritizing README Comprehension",
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"description": "I've successfully fetched the `README.md` content and am now diving into its details. I'm focusing on deciphering the infrastructure setup, especially how it handles MarkLogic and integrates with CloudFormation. I'm looking for patterns or specific variable setups to replicate in my `tfvars` generation.",
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"timestamp": "2026-01-23T16:18:21.088Z"
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}
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],
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"tokens": {
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"input": 18338,
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"output": 116,
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"cached": 0,
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"thoughts": 478,
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"tool": 0,
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"total": 18932
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},
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"model": "gemini-3-pro-preview",
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"toolCalls": [
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{
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"id": "web_fetch-1769185101406-f624917c9b62a",
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"name": "web_fetch",
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"args": {
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"prompt": "Fetch and read the content of https://github.com/dxw/terraform-dxw-dalmatian-infrastructure/blob/main/README.md to understand the infrastructure setup patterns."
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},
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"result": [
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{
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"functionResponse": {
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"id": "web_fetch-1769185101406-f624917c9b62a",
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"name": "web_fetch",
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"response": {
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"output": "I will now fetch and read the content of the provided URL to understand the infrastructure setup patterns. [1][1]\n\nThe `README.md` file for the `terraform-dxw-dalmatian-infrastructure` project describes a Terraform project that manages AWS resources for dxw's Dalmatian hosting platform.[1] [1][1]\n\nKey aspects of the infrastructure setup include:\n* **Requirements**: It specifies required versions for Terraform and various providers like `archive`, `aws`, `datadog`, `external`, `null`, and `random`. [1][1]\n* **Providers**: It lists the AWS, Datadog, External, Random, and Terraform providers used, along with their versions.[1] [1][1]\n* **Resources**: A comprehensive list of AWS resources managed by this Terraform project is provided, including ACM certificates, ALBs, Auto Scaling Groups, CloudFormation stacks, CloudFront distributions, CloudWatch alarms and log groups, CodeBuild projects, CodeDeploy applications, CodePipeline, RDS instances and clusters, ECR repositories, ECS clusters and services, EFS, Elastic IPs, ElastiCache, Flow Logs, Global Accelerator, Glue Catalog, IAM roles and policies, EC2 instances (bastion host), KMS keys, Lambda functions, Route53 records and zones, S3 buckets, Secrets Manager, Security Groups and rules, SNS topics, SSM documents, Subnets, and VPCs. [1][1]\n* **Inputs**: The document details numerous input variables that allow customization of the infrastructure, such as AWS region, custom CloudFormation stacks, custom Lambda functions, custom resource tags, custom Route53 hosted zones, custom S3 buckets, ECS cluster EFS configurations, and various settings for ECS clusters, services, RDS, ElastiCache, KMS, and VPCs. [1]\n* **Outputs**: The document states that there are no outputs. [1][1]\n\nThis project appears to be a robust and highly configurable Terraform module for deploying and managing a wide range of AWS services for a hosting platform.[1] [1][1]\n\nSources:\n[1] terraform-dxw-dalmatian-infrastructure/README.md at main · dxw/terraform-dxw-dalmatian-infrastructure · GitHub (https://github.com/dxw/terraform-dxw-dalmatian-infrastructure/blob/main/README.md)"
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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": "2026-01-23T16:18:47.932Z",
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"resultDisplay": "Content processed from prompt.",
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"displayName": "WebFetch",
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"description": "Processes content from URL(s), including local and private network addresses (e.g., localhost), embedded in a prompt. Include up to 20 URLs and instructions (e.g., summarize, extract specific data) directly in the 'prompt' parameter.",
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"renderOutputAsMarkdown": true
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},
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{
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"id": "read_file-1769185101605-eaa7214df9ca5",
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"name": "read_file",
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"args": {
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"file_path": "mlcluster.template"
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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-1769185101605-eaa7214df9ca5",
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"name": "read_file",
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"response": {
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"output": "\nIMPORTANT: The file content has been truncated.\nStatus: Showing lines 1-2000 of 2166 total lines.\nAction: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 2000.\n\n--- FILE CONTENT (truncated) ---\nAWSTemplateFormatVersion: 2010-09-09\nDescription: Deploy a MarkLogic Cluster on AWS in existing VPC (Virtual Private Cloud).\nMetadata:\n version: 12.0.1\n binary: MarkLogic-12.0.1-rhel.x86_64.rpm\n AWS::CloudFormation::Interface:\n ParameterGroups:\n - Label:\n default: \"Resource Configuration\"\n Parameters:\n - IAMRole\n - VolumeSize\n - VolumeType\n - VolumeIOPS\n - VolumeThroughput\n - VolumeEncryption\n - VolumeEncryptionKey\n - InstanceType\n - SpotPrice\n - KeyName\n - NumberOfZones\n - NodesPerZone\n - AZ\n - LogSNS\n - Label:\n default: \"Network Configuration\"\n Parameters:\n - VPC\n - PublicSubnet1\n - PublicSubnet2\n - PublicSubnet3\n - PrivateSubnet1\n - PrivateSubnet2\n - PrivateSubnet3\n - PublicLoadBalancer\n - InternalLoadBalancer\n - ExternalAccessCidrIP\n - ECSSecurityGroup\n - Label:\n default: \"MarkLogic Configuration\"\n Parameters:\n - AdminUser\n - AdminPass\n - Licensee\n - LicenseKey\n ParameterLabels:\n AdminUser:\n default: Admin User\n AdminPass:\n default: Admin password\n Licensee:\n default: Licensee\n LicenseKey:\n default: License Key\n IAMRole:\n default: IAM Role\n LogSNS:\n default: Logging SNS ARN\n VolumeSize:\n default: Volume Size\n VolumeType:\n default: Volume Type\n VolumeIOPS:\n default: Volume Iops\n VolumeThroughput:\n default: Volume Throughput\n VolumeEncryption:\n default: Volume Encryption\n VolumeEncryptionKey:\n default: Volume Encryption Key ARN\n InstanceType:\n default: Instance Type\n SpotPrice:\n default: Spot Price\n KeyName:\n default: SSH Key Name\n NumberOfZones:\n default: Number of Zones\n NodesPerZone:\n default: Nodes per Zone\n AZ:\n default: Availability Zone\n VPC:\n default: VPC\n PublicSubnet1:\n default: Public Subnet 1\n PublicSubnet2:\n default: Public Subnet 2\n PublicSubnet3:\n default: Public Subnet 3\n PrivateSubnet1:\n default: Private Subnet 1\n PrivateSubnet2:\n default: Private Subnet 2\n PrivateSubnet3:\n default: Private Subnet 3\n PublicLoadBalancer:\n default: Public Load Balancer\n InternalLoadBalancer:\n default: Internal Load Balancer\n ExternalAccessCidrIP:\n default: External IP address range for access to admin site\n ECSSecurityGroup:\n default: the security group the ecs cluster is in\nParameters:\n # resource configuration\n IAMRole:\n Description: IAM Role\n Type: String\n VolumeSize:\n Description: The EBS Data volume size (GB) for all nodes\n Type: Number\n MinValue: '10'\n MaxValue: '1000'\n Default: '50'\n VolumeType:\n Description: The EBS Data volume Type\n Type: String\n AllowedValues:\n - standard\n - gp2\n - gp3\n Default: gp3\n VolumeIOPS:\n Description: The number of I/O operations per second for a gp3 volume. This parameter is only applicable for a gp3 volume\n Type: Number\n MinValue: '3000'\n MaxValue: '16000'\n Default: '3000'\n VolumeThroughput:\n Description: The throughput to provision for a gp3 volume. This parameter is only applicable for a gp3 volume\n Type: Number\n MinValue: '125'\n MaxValue: '1000'\n Default: '125'\n VolumeEncryption:\n Description: Whether to enable volume encryption\n Type: String\n AllowedValues:\n - enable\n - disable\n Default: enable\n VolumeEncryptionKey:\n Description: The key ID of AWS KMS key to encrypt volumes - Optional\n Type: String\n Default: \"\"\n InstanceType:\n Description: Type of EC2 instance to launch\n Type: String\n Default: r5.4xlarge\n AllowedValues:\n - ---- Pay-As-You-Go and Bring-Your-Own-License ----\n - c3.xlarge\n - c3.2xlarge\n - c3.4xlarge\n - c3.8xlarge\n - c4.xlarge\n - c4.2xlarge\n - c4.4xlarge\n - c4.8xlarge\n - c5.xlarge\n - c5.2xlarge\n - c5.4xlarge\n - c5.9xlarge\n - c5.12xlarge\n - c5.18xlarge\n - c5.24xlarge\n - c5a.xlarge\n - c5a.2xlarge\n - c5a.4xlarge\n - c5a.8xlarge\n - c5a.12xlarge\n - c5a.16xlarge\n - c5a.24xlarge\n - c5ad.xlarge\n - c5ad.2xlarge\n - c5ad.4xlarge\n - c5ad.8xlarge\n - c5ad.12xlarge\n - c5ad.16xlarge\n - 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c7a.32xlarge\n - c7a.48xlarge\n - c8i.xlarge\n - c8i.2xlarge\n - c8i.4xlarge\n - c8i.8xlarge\n - c8i.12xlarge\n - c8i.16xlarge\n - c8i.24xlarge\n - c8i.32xlarge\n - c8i.48xlarge\n - c8i.96xlarge\n - c8i-flex.xlarge\n - c8i-flex.2xlarge\n - c8i-flex.4xlarge\n - c8i-flex.8xlarge\n - c8i-flex.12xlarge\n - c8i-flex.16xlarge\n - i2.2xlarge\n - i2.4xlarge\n - i2.8xlarge\n - i2.xlarge\n - i3.xlarge\n - i3.2xlarge\n - i3.4xlarge\n - i3.8xlarge\n - i3.16xlarge\n - i3en.xlarge\n - i3en.2xlarge\n - i3en.3xlarge\n - i3en.6xlarge\n - i3en.12xlarge\n - i3en.24xlarge\n - i4i.xlarge\n - i4i.2xlarge\n - i4i.4xlarge\n - i4i.8xlarge\n - i4i.12xlarge\n - i4i.16xlarge\n - i4i.24xlarge\n - i4i.32xlarge\n - i7ie.xlarge\n - i7ie.2xlarge\n - i7ie.3xlarge\n - i7ie.6xlarge\n - i7ie.12xlarge\n - i7ie.18xlarge\n - i7ie.24xlarge\n - i7ie.48xlarge\n - m3.xlarge\n - m3.2xlarge\n - m4.xlarge\n - m4.2xlarge\n - m4.4xlarge\n - m4.10xlarge\n - m4.16xlarge\n - m5.xlarge\n - m5.2xlarge\n - m5.4xlarge\n - m5.8xlarge\n - m5.12xlarge\n - 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r6i.xlarge\n - r6i.2xlarge\n - r6i.4xlarge\n - r6i.8xlarge\n - r6i.12xlarge\n - r6i.16xlarge\n - r6i.24xlarge\n - r6i.32xlarge\n - r6id.xlarge\n - r6id.2xlarge\n - r6id.4xlarge\n - r6id.8xlarge\n - r6id.12xlarge\n - r6id.16xlarge\n - r6id.24xlarge\n - r6id.32xlarge\n - r7i.xlarge\n - r7i.2xlarge\n - r7i.4xlarge\n - r7i.8xlarge\n - r7i.12xlarge\n - r7i.16xlarge\n - r7i.24xlarge\n - r7i.48xlarge\n - r7iz.xlarge\n - r7iz.2xlarge\n - r7iz.4xlarge\n - r7iz.8xlarge\n - r7iz.12xlarge\n - r7iz.16xlarge\n - r7iz.32xlarge\n - r7a.xlarge\n - r7a.2xlarge\n - r7a.4xlarge\n - r7a.8xlarge\n - r7a.12xlarge\n - r7a.16xlarge\n - r7a.24xlarge\n - r7a.32xlarge\n - r7a.48xlarge\n - r8a.xlarge\n - r8a.2xlarge\n - r8a.4xlarge\n - r8a.8xlarge\n - r8a.12xlarge\n - r8a.16xlarge\n - r8a.24xlarge\n - r8a.48xlarge\n - r8i.xlarge\n - r8i.2xlarge\n - r8i.4xlarge\n - r8i.8xlarge\n - r8i.12xlarge\n - r8i.16xlarge\n - r8i.24xlarge\n - r8i.32xlarge\n - r8i.48xlarge\n - r8i.96xlarge\n - r8i-flex.xlarge\n - r8i-flex.2xlarge\n - r8i-flex.4xlarge\n - r8i-flex.8xlarge\n - r8i-flex.12xlarge\n - r8i-flex.16xlarge\n - x1.16xlarge\n - x1.32xlarge\n - x1e.xlarge\n - x1e.2xlarge\n - x1e.4xlarge\n - x1e.8xlarge\n - x1e.16xlarge\n - x1e.32xlarge\n - x2idn.16xlarge\n - x2idn.24xlarge\n - x2idn.32xlarge\n - x2iedn.xlarge\n - x2iedn.2xlarge\n - x2iedn.4xlarge\n - x2iedn.8xlarge\n - x2iedn.16xlarge\n - x2iedn.24xlarge\n - x2iedn.32xlarge\n - x2iezn.2xlarge\n - x2iezn.4xlarge\n - x2iezn.6xlarge\n - x2iezn.8xlarge\n - x2iezn.12xlarge\n - d2.xlarge\n - d2.2xlarge\n - d2.4xlarge\n - d2.8xlarge\n - d3.xlarge\n - d3.2xlarge\n - d3.4xlarge\n - d3.8xlarge\n - d3en.xlarge\n - d3en.2xlarge\n - d3en.4xlarge\n - d3en.6xlarge\n - d3en.8xlarge\n - d3en.12xlarge\n - dl1.24xlarge\n - h1.2xlarge\n - h1.4xlarge\n - h1.8xlarge\n - h1.16xlarge\n - inf1.xlarge\n - inf1.2xlarge\n - inf1.6xlarge\n - inf1.24xlarge\n - trn1.2xlarge\n - trn1.32xlarge\n - u-3tb1.56xlarge\n - u-6tb1.56xlarge\n - u-6tb1.112xlarge\n - u-9tb1.112xlarge\n - u-12tb1.112xlarge\n - u-18tb1.112xlarge\n - vt1.3xlarge\n - vt1.6xlarge\n - vt1.24xlarge\n - z1d.xlarge\n - z1d.2xlarge\n - z1d.3xlarge\n - z1d.6xlarge\n - z1d.12xlarge\n - -------------- Bring-Your-Own-License Only --------------\n - c3.large\n - c4.large\n - c5.metal\n - c5.large\n - c5a.large\n - c5ad.large\n - c5d.metal\n - c5d.large\n - c5n.large\n - c5n.metal\n - c6a.large\n - c6a.metal\n - c6i.large\n - c6i.metal\n - c6id.large\n - c6id.metal\n - c7i.large\n - c7i.metal-24xl\n - c7i.metal-48xl\n - c7i-flex.large\n - c7a.medium\n - c7a.large\n - c7a.metal-48xl\n - c8i.large\n - c8i.metal-48xl\n - c8i.metal-96xl\n - c8i-flex.large\n - i3.large\n - i3.metal\n - i3en.large\n - i3en.metal\n - i4i.large\n - i4i.metal\n - i7ie.large\n - i7ie.metal-24xl\n - i7ie.metal-48xl\n - m3.large\n - m3.medium\n - m4.large\n - m5.metal\n - m5.large\n - m5a.large\n - m5ad.large\n - m5d.metal\n - m5d.large\n - m5zn.large\n - m5zn.metal\n - m5n.large\n - m5n.metal\n - m5dn.large\n - m5dn.metal\n - m6a.large\n - m6a.metal\n - m6i.large\n - m6i.metal\n - m6id.large\n - m6id.metal\n - m7i.large\n - m7i.metal-24xl\n - m7i.metal-48xl\n - m7i-flex.large\n - m7a.medium\n - m7a.large\n - m7a.metal-48xl\n - m8a.medium\n - m8a.large\n - m8a.metal-24xl\n - m8a.metal-48xl\n - m8i.large\n - m8i.metal-48xl\n - m8i.metal-96xl\n - m8i-flex.large\n - r3.large\n - r4.large\n - r5.metal\n - r5.large\n - r5a.large\n - r5d.metal\n - r5ad.large\n - r5d.large\n - r5dn.large\n - r5dn.metal\n - r5b.large\n - r5b.metal\n - r5n.large\n - r5n.metal\n - r6a.large\n - r6a.metal\n - r6i.large\n - r6i.metal\n - r6id.large\n - r6id.metal\n - r7i.large\n - r7i.metal-24xl\n - r7i.metal-48xl\n - r7iz.large\n - r7iz.metal-16xl\n - r7iz.metal-32xl\n - r7a.medium\n - r7a.large\n - r7a.metal-48xl\n - r8a.medium\n - r8a.large\n - r8a.metal-24xl\n - r8a.metal-48xl\n - r8i.large\n - r8i.metal-48xl\n - r8i.metal-96xl\n - r8i-flex.large\n - t2.2xlarge\n - t2.large\n - t2.medium\n - t2.micro\n - t2.nano\n - t2.small\n - t2.xlarge\n - t3.2xlarge\n - t3.large\n - t3.medium\n - t3.micro\n - t3.nano\n - t3.small\n - t3.xlarge\n - t3a.2xlarge\n - t3a.large\n - t3a.medium\n - t3a.micro\n - t3a.nano\n - t3a.small\n - t3a.xlarge\n - x2idn.metal\n - x2iedn.metal\n - x2iezn.metal\n - z1d.metal\n - z1d.large\n SpotPrice:\n Description: Spot price for instances in USD/Hour - Optional/advanced\n Type: Number\n MinValue: '0'\n MaxValue: '2'\n Default: '0'\n KeyName:\n Description: Name of an existing EC2 KeyPair to enable SSH access to the instance\n Type: String\n NumberOfZones:\n Description: Total number of Availability Zones, which can be 1 or 3. Load balancer type depends on the number of zones selected. Select 3 zones for Application Load Balancer (OR) Select 1 zone for Classic Load Balancer.\n Type: Number\n AllowedValues:\n - 1\n - 3\n Default: 3\n NodesPerZone:\n Description: Total number of nodes per Zone. Set to 0 to shutdown/hibernate\n Type: Number\n MinValue: '0'\n MaxValue: '20'\n Default: '1'\n AZ:\n Description: The Availability Zones for VPC subnets. Accept either 1 zone or 3 zones. In the order of Subnet 1, Subnet 2 and Subnet 3 (if applicable).\n Type: 'List<AWS::EC2::AvailabilityZone::Name>'\n LogSNS:\n Description: SNS Topic for logging - optional/advanced.\n Type: String\n Default: none\n PublicLoadBalancer:\n Description: Enable Public Load Balancer\n Type: String\n AllowedValues:\n - 'true'\n - 'false'\n Default: 'true'\n InternalLoadBalancer:\n Description: Enable Internal Load Balancer\n Type: String\n AllowedValues:\n - 'true'\n - 'false'\n Default: 'true'\n # network configuration\n VPC:\n Description: ID of an existing Virtual Private Cloud (VPC)\n Type: 'AWS::EC2::VPC::Id'\n PublicSubnet1:\n Description: The public subnet 1 in the VPC. This subnet must reside within the first selected Availability Zone (AZ). You must provide values for all three public subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n PublicSubnet2:\n Description: The public subnet 2 in the VPC. This subnet must reside within the second selected Availability Zone (AZ). You must provide values for all three public subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n PublicSubnet3:\n Description: The public subnet 3 in the VPC. This subnet must reside within the third selected Availability Zone (AZ). You must provide values for all three public subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n PrivateSubnet1:\n Description: The private subnet 1 in the VPC. This subnet must reside within the first selected Availability Zone (AZ). You must provide values for all three private subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n PrivateSubnet2:\n Description: The private subnet 2 in the VPC. This subnet must reside within the second selected Availability Zone (AZ). You must provide values for all three private subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n PrivateSubnet3:\n Description: The private subnet 3 in the VPC. This subnet must reside within the third selected Availability Zone (AZ). You must provide values for all three private subnets. If you only select one AZ, the second and third subnets will be ignored.\n Type: 'AWS::EC2::Subnet::Id'\n ExternalAccessCidrIP:\n Description: A CIDR IP range to allow external access from\n Type: String\n Default: 54.76.254.148/32\n ECSSecurityGroup:\n Description: the security group the ECS cluster is in\n Type: 'AWS::EC2::SecurityGroup::Id'\n\n # marklogic configuration\n AdminUser:\n Description: The MarkLogic administrator username\n Type: String\n AdminPass:\n Description: The MarkLogic administrator password\n Type: String\n NoEcho: 'true'\n AllowedPattern: >-\n ^(?!.*[*]).*$\n ConstraintDescription: Admin password must contain any characters except asterisk (*).\n Licensee:\n Description: The MarkLogic Licensee or 'none'. Provide none/none to choose \"Pay as you Go\"/Enterprise version. Provide valid Licensee/Licensekey to choose BYOL/developer version.\n Type: String\n Default: none\n LicenseKey:\n Description: The MarkLogic License Key or 'none'. Provide none/none to choose \"Pay as you Go\"/Enterprise version. Provide valid Licensee/Licensekey to choose BYOL/developer version.\n Type: String\n Default: none\nConditions:\n UseLogSNS: !Not [!Equals [!Ref LogSNS, \"none\"]]\n UseSpot: !Not\n - !Equals\n - !Ref SpotPrice\n - 0\n #MultiZone (3 zones) and SingleZone conditions used for the conditional resource creation based on number of zones selected.\n MultiZone:\n !Not [!Equals [!Ref NumberOfZones, 1]]\n CreatePublicAlb: !And [!Condition MultiZone, !Equals [!Ref PublicLoadBalancer, 'true']]\n CreateInternalAlb: !And [!Condition MultiZone, !Equals [!Ref InternalLoadBalancer, 'true']]\n SingleZone: !Equals [!Ref NumberOfZones, 1]\n PAYG:\n !Or [ !And [!Equals [!Ref LicenseKey, ''], !Equals [!Ref Licensee, '']], !And [!Equals [!Ref LicenseKey, 'none'], !Equals [!Ref Licensee, 'none']] ]\n UseVolumeEncryption: !Equals [!Ref VolumeEncryption, 'enable']\n HasCustomEBSKey: !Not [!Equals [!Ref VolumeEncryptionKey, '']]\n GP3: !Equals [!Ref VolumeType, 'gp3']\nMappings:\n Variable:\n LambdaPackageBucket:\n base: 'ml-db-lambda-'\n TemplateUrl:\n base: 'https://s3.amazonaws.com/marklogic-db-template-releases'\n S3Directory:\n base: '12.0.1'\n LicenseRegion2AMI:\n us-east-1:\n PAYGAl2023: ami-0198b8931e9597271\n BYOLAl2023: ami-0a8536507241f95b0\n us-east-2:\n PAYGAl2023: ami-0877b64dae8264415\n BYOLAl2023: ami-082cc98b2c01e486a\n us-west-1:\n PAYGAl2023: ami-07890fc78f4ddfa20\n BYOLAl2023: ami-05c9a962410c2821b\n us-west-2:\n PAYGAl2023: ami-0577eb149c9e0f53f\n BYOLAl2023: ami-0262dd8d014bf71ba\n eu-central-1:\n PAYGAl2023: ami-06348556399c8ab69\n BYOLAl2023: ami-00cb5a3527e7c0d11\n eu-west-1:\n PAYGAl2023: ami-0fa7bc44cd9ab1f85\n BYOLAl2023: ami-0bc2b4d46367806b0\n ap-south-1:\n PAYGAl2023: ami-0f481ba0a6819ced6\n BYOLAl2023: ami-00b59374107e5efb6\n ap-southeast-1:\n PAYGAl2023: ami-0c373c6c8a2316c80\n BYOLAl2023: ami-0b9bd265ef165a07b\n ap-southeast-2:\n PAYGAl2023: ami-0c65a907408226a3e\n BYOLAl2023: ami-02bad1ef2c6d4a91a\n ap-northeast-1:\n PAYGAl2023: ami-0254bc4adaf13e3b9\n BYOLAl2023: ami-07e8b312b1016bf67\n ap-northeast-2:\n PAYGAl2023: ami-05995b5f5807873d7\n BYOLAl2023: ami-0afd77ba0d7a0c129\n sa-east-1:\n PAYGAl2023: ami-05ec8fee12de236a5\n BYOLAl2023: ami-09d883ea308449555\n eu-west-2:\n PAYGAl2023: ami-0f5cff9d243f31521\n BYOLAl2023: ami-0588d104a52fbc326\n ca-central-1:\n PAYGAl2023: ami-0f34d118b23b51bf5\n BYOLAl2023: ami-0c78eccd03e957005\n eu-west-3:\n PAYGAl2023: ami-01fa9155eb17992c5\n BYOLAl2023: ami-0637199acc5327534\nResources:\n ManagedEniStack:\n Type: AWS::CloudFormation::Stack\n DependsOn:\n - InstanceSecurityGroup\n Properties:\n NotificationARNs:\n - !If\n - UseLogSNS\n - !Ref LogSNS\n - !Ref 'AWS::NoValue'\n Parameters:\n S3Bucket: !Join [ \"\", [!FindInMap [Variable,\"LambdaPackageBucket\",\"base\"], !Ref 'AWS::Region']]\n S3Directory: !FindInMap [Variable,\"S3Directory\",\"base\"]\n NodesPerZone: !Ref NodesPerZone\n NumberOfZones: !Ref NumberOfZones\n Subnets: !If [MultiZone, !Join [',', [!Ref PrivateSubnet1, !Ref PrivateSubnet2, !Ref PrivateSubnet3]], !Ref PrivateSubnet1]\n ParentStackName: !Ref 'AWS::StackName'\n ParentStackId: !Ref 'AWS::StackId'\n SecurityGroup: !Ref InstanceSecurityGroup\n TemplateURL: !Join ['/', [!FindInMap [Variable,\"TemplateUrl\",\"base\"],!FindInMap [Variable,\"S3Directory\",\"base\"],'ml-managedeni.template']]\n TimeoutInMinutes: 5\n NodeMgrLambdaStack:\n Type: AWS::CloudFormation::Stack\n DependsOn: ManagedEniStack\n Properties:\n NotificationARNs:\n - !If\n - UseLogSNS\n - !Ref LogSNS\n - !Ref 'AWS::NoValue'\n Parameters:\n S3Bucket: !Join [ \"\", [!FindInMap [Variable,\"LambdaPackageBucket\",\"base\"], !Ref 'AWS::Region']]\n S3Directory: !FindInMap [Variable,\"S3Directory\",\"base\"]\n TemplateURL: !Join ['/', [!FindInMap [Variable,\"TemplateUrl\",\"base\"],!FindInMap [Variable,\"S3Directory\",\"base\"],'ml-nodemanager.template']]\n TimeoutInMinutes: 5\n MarklogicVolume1:\n Type: 'AWS::EC2::Volume'\n Properties:\n AvailabilityZone: !Select [0, !Ref AZ]\n Size: !Ref VolumeSize\n Tags:\n - Key: Name\n Value: MarkLogic-GroupA-Host1-Volume0\n VolumeType: !Ref VolumeType\n Iops: !If [GP3, !Ref VolumeIOPS, !Ref 'AWS::NoValue']\n Throughput: !If [GP3, !Ref VolumeThroughput, !Ref 'AWS::NoValue']\n Encrypted: !If [UseVolumeEncryption, 'true', 'false']\n KmsKeyId: !If [HasCustomEBSKey, !Ref VolumeEncryptionKey, !Ref 'AWS::NoValue']\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: c81032f7-b0ec-47ca-a236-e24d57b49ae3\n MarklogicVolume2:\n Condition: MultiZone\n Type: 'AWS::EC2::Volume'\n Properties:\n AvailabilityZone: !Select [1, !Ref AZ]\n Size: !Ref VolumeSize\n Tags:\n - Key: Name\n Value: MarkLogic-GroupB-Host1-Volume0\n VolumeType: !Ref VolumeType\n Iops: !If [GP3, !Ref VolumeIOPS, !Ref 'AWS::NoValue']\n Throughput: !If [GP3, !Ref VolumeThroughput, !Ref 'AWS::NoValue']\n Encrypted: !If [UseVolumeEncryption, 'true', 'false']\n KmsKeyId: !If [HasCustomEBSKey, !Ref VolumeEncryptionKey, !Ref 'AWS::NoValue']\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: ddb55ae1-a00b-42ed-addd-5e03e4a2764b\n MarklogicVolume3:\n Condition: MultiZone\n Type: 'AWS::EC2::Volume'\n Properties:\n AvailabilityZone: !Select [2, !Ref AZ]\n Size: !Ref VolumeSize\n Tags:\n - Key: Name\n Value: MarkLogic-GroupC-Host1-Volume0\n VolumeType: !Ref VolumeType\n Iops: !If [GP3, !Ref VolumeIOPS, !Ref 'AWS::NoValue']\n Throughput: !If [GP3, !Ref VolumeThroughput, !Ref 'AWS::NoValue']\n Encrypted: !If [UseVolumeEncryption, 'true', 'false']\n KmsKeyId: !If [HasCustomEBSKey, !Ref VolumeEncryptionKey, !Ref 'AWS::NoValue']\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 9094a65e-9d01-4c4c-9586-c33720e2cc9c\n MarkLogicDDBTable:\n Type: 'AWS::DynamoDB::Table'\n Properties:\n AttributeDefinitions:\n - AttributeName: node\n AttributeType: S\n KeySchema:\n - KeyType: HASH\n AttributeName: node\n ProvisionedThroughput:\n WriteCapacityUnits: '10'\n ReadCapacityUnits: '10'\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: e7190602-c2de-47ab-81e7-1315f8c01e2d\n #AutoScalingGroup used for SingleZone deployments that is connected to Classic Load Balancer.\n MarkLogicServerGroup:\n Condition: SingleZone\n Type: 'AWS::AutoScaling::AutoScalingGroup'\n DependsOn:\n - ManagedEniStack\n - NodeMgrLambdaStack\n Properties:\n VPCZoneIdentifier:\n - !Ref PrivateSubnet1\n LaunchTemplate: \n LaunchTemplateId: !Ref LaunchTemp1\n Version: !GetAtt LaunchTemp1.LatestVersionNumber\n MinSize: '0'\n MaxSize: !Ref NodesPerZone\n DesiredCapacity: !Ref NodesPerZone\n Cooldown: '300'\n HealthCheckType: EC2\n HealthCheckGracePeriod: '300'\n NotificationConfiguration: !If\n - UseLogSNS\n - TopicARN: !Ref LogSNS\n NotificationTypes:\n - 'autoscaling:EC2_INSTANCE_LAUNCH'\n - 'autoscaling:EC2_INSTANCE_LAUNCH_ERROR'\n - 'autoscaling:EC2_INSTANCE_TERMINATE'\n - 'autoscaling:EC2_INSTANCE_TERMINATE_ERROR'\n - !Ref 'AWS::NoValue'\n Tags:\n - Key: marklogic:stack:name\n Value: !Ref 'AWS::StackName'\n PropagateAtLaunch: 'true'\n - Key: marklogic:stack:id\n Value: !Ref 'AWS::StackId'\n PropagateAtLaunch: 'true'\n LifecycleHookSpecificationList:\n - LifecycleTransition: 'autoscaling:EC2_INSTANCE_LAUNCHING'\n LifecycleHookName: NodeManager\n HeartbeatTimeout: 4800\n NotificationTargetARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrSnsArn]\n RoleARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrIamArn]\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 31621dd0-4b18-4dcd-b443-db9cef64ebb1\n #AutoScalingGroup used for MultiZone deployments (3 zones) that is connected to Application Load Balancer via 9 TargetGroups.\n #All of the instances in this AutoScalingGroup will be registered to all 9 TargetGroups.\n MarkLogicServerGroup1:\n Condition: MultiZone\n Type: 'AWS::AutoScaling::AutoScalingGroup'\n DependsOn:\n - ManagedEniStack\n - NodeMgrLambdaStack\n - AlbTargetGroup1\n - AlbTargetGroup2\n - AlbTargetGroup3\n - AlbTargetGroup4\n - AlbTargetGroup5\n - AlbTargetGroup6\n - AlbTargetGroup7 \n - AlbTargetGroup8\n - AlbTargetGroup9\n - MarklogicExternal8011\n - MarklogicInternal8011\n Properties:\n VPCZoneIdentifier:\n - !Ref PrivateSubnet1\n LaunchTemplate: \n LaunchTemplateId: !Ref LaunchTemp1\n Version: !GetAtt LaunchTemp1.LatestVersionNumber\n MinSize: '0'\n MaxSize: !Ref NodesPerZone\n DesiredCapacity: !Ref NodesPerZone\n Cooldown: '300'\n HealthCheckType: EC2\n HealthCheckGracePeriod: '300'\n NotificationConfiguration: !If\n - UseLogSNS\n - TopicARN: !Ref LogSNS\n NotificationTypes:\n - 'autoscaling:EC2_INSTANCE_LAUNCH'\n - 'autoscaling:EC2_INSTANCE_LAUNCH_ERROR'\n - 'autoscaling:EC2_INSTANCE_TERMINATE'\n - 'autoscaling:EC2_INSTANCE_TERMINATE_ERROR'\n - !Ref 'AWS::NoValue'\n Tags:\n - Key: marklogic:stack:name\n Value: !Ref 'AWS::StackName'\n PropagateAtLaunch: 'true'\n - Key: marklogic:stack:id\n Value: !Ref 'AWS::StackId'\n PropagateAtLaunch: 'true'\n LifecycleHookSpecificationList:\n - LifecycleTransition: 'autoscaling:EC2_INSTANCE_LAUNCHING'\n LifecycleHookName: NodeManager\n HeartbeatTimeout: 4800\n NotificationTargetARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrSnsArn]\n RoleARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrIamArn]\n TargetGroupARNs:\n - !Ref AlbTargetGroup1\n - !Ref AlbTargetGroup2\n - !Ref AlbTargetGroup3\n - !Ref AlbTargetGroup4\n - !Ref AlbTargetGroup5\n - !Ref AlbTargetGroup6\n - !Ref AlbTargetGroup7\n - !Ref AlbTargetGroup8\n - !Ref AlbTargetGroup9\n - !Ref MarklogicExternal8011\n - !Ref MarklogicInternal8011\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 31621dd0-4b18-4dcd-b443-db9cef64ebb1\n #AutoScalingGroup used for MultiZone deployments (3 zones) that is connected to Application Load Balancer via 9 TargetGroups.\n #All of the instances in this AutoScalingGroup will be registered to all 9 TargetGroups.\n MarkLogicServerGroup2:\n Condition: MultiZone\n Type: 'AWS::AutoScaling::AutoScalingGroup'\n DependsOn:\n - ManagedEniStack\n - NodeMgrLambdaStack\n - AlbTargetGroup1\n - AlbTargetGroup2\n - AlbTargetGroup3\n - AlbTargetGroup4\n - AlbTargetGroup5\n - AlbTargetGroup6\n - AlbTargetGroup7 \n - AlbTargetGroup8\n - AlbTargetGroup9\n - MarklogicExternal8011\n - MarklogicInternal8011\n Properties:\n VPCZoneIdentifier:\n - !Ref PrivateSubnet2\n LaunchTemplate: \n LaunchTemplateId: !Ref LaunchTemp2\n Version: !GetAtt LaunchTemp2.LatestVersionNumber\n MinSize: '0'\n MaxSize: !Ref NodesPerZone\n DesiredCapacity: !Ref NodesPerZone\n Cooldown: '300'\n HealthCheckType: EC2\n HealthCheckGracePeriod: '300'\n NotificationConfiguration: !If\n - UseLogSNS\n - TopicARN: !Ref LogSNS\n NotificationTypes:\n - 'autoscaling:EC2_INSTANCE_LAUNCH'\n - 'autoscaling:EC2_INSTANCE_LAUNCH_ERROR'\n - 'autoscaling:EC2_INSTANCE_TERMINATE'\n - 'autoscaling:EC2_INSTANCE_TERMINATE_ERROR'\n - !Ref 'AWS::NoValue'\n Tags:\n - Key: marklogic:stack:name\n Value: !Ref 'AWS::StackName'\n PropagateAtLaunch: 'true'\n - Key: marklogic:stack:id\n Value: !Ref 'AWS::StackId'\n PropagateAtLaunch: 'true'\n LifecycleHookSpecificationList:\n - LifecycleTransition: 'autoscaling:EC2_INSTANCE_LAUNCHING'\n LifecycleHookName: NodeManager\n HeartbeatTimeout: 4800\n NotificationTargetARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrSnsArn]\n RoleARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrIamArn]\n TargetGroupARNs:\n - !Ref AlbTargetGroup1\n - !Ref AlbTargetGroup2\n - !Ref AlbTargetGroup3\n - !Ref AlbTargetGroup4\n - !Ref AlbTargetGroup5\n - !Ref AlbTargetGroup6\n - !Ref AlbTargetGroup7\n - !Ref AlbTargetGroup8\n - !Ref AlbTargetGroup9\n - !Ref MarklogicExternal8011\n - !Ref MarklogicInternal8011\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 87d75478-787a-41d5-bb21-9de6fe4b662e\n #AutoScalingGroup used for MultiZone deployments (3 zones) that is connected to Application Load Balancer via 9 TargetGroups.\n #All of the instances in this AutoScalingGroup will be registered to all 9 TargetGroups.\n MarkLogicServerGroup3:\n Condition: MultiZone\n Type: 'AWS::AutoScaling::AutoScalingGroup'\n DependsOn:\n - ManagedEniStack\n - NodeMgrLambdaStack\n - AlbTargetGroup1\n - AlbTargetGroup2\n - AlbTargetGroup3\n - AlbTargetGroup4\n - AlbTargetGroup5\n - AlbTargetGroup6\n - AlbTargetGroup7 \n - AlbTargetGroup8\n - AlbTargetGroup9\n - MarklogicExternal8011\n - MarklogicInternal8011\n Properties:\n VPCZoneIdentifier:\n - !Ref PrivateSubnet3\n LaunchTemplate: \n LaunchTemplateId: !Ref LaunchTemp3\n Version: !GetAtt LaunchTemp3.LatestVersionNumber\n MinSize: '0'\n MaxSize: !Ref NodesPerZone\n DesiredCapacity: !Ref NodesPerZone\n Cooldown: '300'\n HealthCheckType: EC2\n HealthCheckGracePeriod: '300'\n NotificationConfiguration: !If\n - UseLogSNS\n - TopicARN: !Ref LogSNS\n NotificationTypes:\n - 'autoscaling:EC2_INSTANCE_LAUNCH'\n - 'autoscaling:EC2_INSTANCE_LAUNCH_ERROR'\n - 'autoscaling:EC2_INSTANCE_TERMINATE'\n - 'autoscaling:EC2_INSTANCE_TERMINATE_ERROR'\n - !Ref 'AWS::NoValue'\n Tags:\n - Key: marklogic:stack:name\n Value: !Ref 'AWS::StackName'\n PropagateAtLaunch: 'true'\n - Key: marklogic:stack:id\n Value: !Ref 'AWS::StackId'\n PropagateAtLaunch: 'true'\n LifecycleHookSpecificationList:\n - LifecycleTransition: 'autoscaling:EC2_INSTANCE_LAUNCHING'\n LifecycleHookName: NodeManager\n HeartbeatTimeout: 4800\n NotificationTargetARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrSnsArn]\n RoleARN: !GetAtt [NodeMgrLambdaStack, Outputs.NodeMgrIamArn]\n TargetGroupARNs:\n - !Ref AlbTargetGroup1\n - !Ref AlbTargetGroup2\n - !Ref AlbTargetGroup3\n - !Ref AlbTargetGroup4\n - !Ref AlbTargetGroup5\n - !Ref AlbTargetGroup6\n - !Ref AlbTargetGroup7\n - !Ref AlbTargetGroup8\n - !Ref AlbTargetGroup9\n - !Ref MarklogicExternal8011\n - !Ref MarklogicInternal8011\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: bbd8314a-6e59-4102-9ed5-232739dd0dfa\n InstanceSecurityGroup:\n Type: 'AWS::EC2::SecurityGroup'\n Properties:\n VpcId: !Ref VPC\n SecurityGroupIngress:\n - IpProtocol: tcp\n FromPort: '7998'\n ToPort: '7998'\n SourceSecurityGroupId: !Ref ElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '8000'\n ToPort: '8011'\n SourceSecurityGroupId: !Ref ElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '7997'\n ToPort: '7997'\n SourceSecurityGroupId: !Ref ElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '7999'\n ToPort: '7999'\n SourceSecurityGroupId: !Ref ElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '7998'\n ToPort: '7998'\n SourceSecurityGroupId: !Ref InternalElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '8000'\n ToPort: '8011'\n SourceSecurityGroupId: !Ref InternalElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '7997'\n ToPort: '7997'\n SourceSecurityGroupId: !Ref InternalElbSecurityGroup\n - IpProtocol: tcp\n FromPort: '7999'\n ToPort: '7999'\n SourceSecurityGroupId: !Ref InternalElbSecurityGroup\n InstanceSecurityGroupIngress:\n Type: 'AWS::EC2::SecurityGroupIngress'\n DependsOn:\n - InstanceSecurityGroup\n Properties:\n IpProtocol: tcp\n FromPort: '0'\n ToPort: '65355'\n GroupId: !Ref InstanceSecurityGroup\n SourceSecurityGroupId: !Ref InstanceSecurityGroup\n InternalElbSecurityGroup:\n Type: 'AWS::EC2::SecurityGroup'\n Properties:\n GroupDescription: Allow access from ECS clsuter to internal ALB for marklogic cluster.\n VpcId: !Ref VPC\n SecurityGroupIngress:\n - IpProtocol: tcp\n FromPort: '7998'\n ToPort: '7998'\n SourceSecurityGroupId: !Ref ECSSecurityGroup\n - IpProtocol: tcp\n FromPort: '8000'\n ToPort: '8011'\n SourceSecurityGroupId: !Ref ECSSecurityGroup\n - IpProtocol: tcp\n FromPort: '7997'\n ToPort: '7997'\n SourceSecurityGroupId: !Ref ECSSecurityGroup\n ElbSecurityGroup:\n Type: 'AWS::EC2::SecurityGroup'\n Properties:\n GroupDescription: Enable SSH access and HTTP access on the inbound port\n VpcId: !Ref VPC\n SecurityGroupIngress:\n - IpProtocol: tcp\n FromPort: '22'\n ToPort: '22'\n CidrIp: !Ref ExternalAccessCidrIP\n - IpProtocol: tcp\n FromPort: '7998'\n ToPort: '7998'\n CidrIp: !Ref ExternalAccessCidrIP\n - IpProtocol: tcp\n FromPort: '8000'\n ToPort: '8011'\n CidrIp: !Ref ExternalAccessCidrIP\n - IpProtocol: tcp\n FromPort: '7997'\n ToPort: '7997'\n CidrIp: !Ref ExternalAccessCidrIP\n LaunchTemp1:\n Type: 'AWS::EC2::LaunchTemplate'\n DependsOn:\n - InstanceSecurityGroup\n Properties:\n LaunchTemplateData:\n BlockDeviceMappings:\n - DeviceName: /dev/xvda\n Ebs:\n VolumeSize: 40\n - DeviceName: /dev/sdf\n NoDevice: true\n Ebs: {}\n KeyName: !Ref KeyName\n ImageId: !If [PAYG, !FindInMap [LicenseRegion2AMI,!Ref 'AWS::Region',\"PAYGAl2023\"], !FindInMap [LicenseRegion2AMI, !Ref 'AWS::Region', \"BYOLAl2023\"]]\n UserData: !Base64\n 'Fn::Join':\n - ''\n - - MARKLOGIC_CLUSTER_NAME=\n - !Ref MarkLogicDDBTable\n - |+\n\n - MARKLOGIC_EBS_VOLUME=\n - !Ref MarklogicVolume1\n - ',:'\n - !Ref VolumeSize\n - '::'\n - !Ref VolumeType\n - ':'\n - !If\n - GP3\n - !Ref VolumeIOPS\n - ''\n - ':'\n - !If\n - GP3\n - !Ref VolumeThroughput\n - ''\n - |\n :,*\n - |\n MARKLOGIC_NODE_NAME=NodeA#\n - MARKLOGIC_ADMIN_USERNAME=\n - !Ref AdminUser\n - |+\n\n - MARKLOGIC_ADMIN_PASSWORD=\n - !Ref AdminPass\n - |+\n\n - |\n MARKLOGIC_CLUSTER_MASTER=1\n - MARKLOGIC_LICENSEE=\n - !Ref Licensee\n - |+\n\n - MARKLOGIC_LICENSE_KEY=\n - !Ref LicenseKey\n - |+\n\n - MARKLOGIC_LOG_SNS=\n - !Ref LogSNS\n - |+\n\n - MARKLOGIC_AWS_SWAP_SIZE=\n - 32\n - |+\n\n - !If\n - UseVolumeEncryption\n - !Join\n - ''\n - - 'MARKLOGIC_EBS_KEY='\n - !If\n - HasCustomEBSKey\n - !Ref VolumeEncryptionKey\n - 'default'\n - ''\n\n SecurityGroupIds:\n - !Ref InstanceSecurityGroup\n InstanceType: !Ref InstanceType\n IamInstanceProfile: \n Name: !Ref IAMRole\n MetadataOptions:\n HttpTokens: required\n InstanceMarketOptions: !If\n - UseSpot\n - MarketType: spot \n SpotOptions: \n MaxPrice: !Ref SpotPrice\n - !Ref 'AWS::NoValue'\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 2efb8cfb-df53-401d-8ff2-34af0dd25993\n LaunchTemp2:\n Condition: MultiZone\n Type: 'AWS::EC2::LaunchTemplate'\n DependsOn:\n - InstanceSecurityGroup\n Properties:\n LaunchTemplateData:\n BlockDeviceMappings:\n - DeviceName: /dev/xvda\n Ebs:\n VolumeSize: 40\n - DeviceName: /dev/sdf\n NoDevice: true\n Ebs: {}\n KeyName: !Ref KeyName\n ImageId: !If [PAYG, !FindInMap [LicenseRegion2AMI,!Ref 'AWS::Region',\"PAYGAl2023\"], !FindInMap [LicenseRegion2AMI, !Ref 'AWS::Region', \"BYOLAl2023\"]]\n UserData: !Base64\n 'Fn::Join':\n - ''\n - - MARKLOGIC_CLUSTER_NAME=\n - !Ref MarkLogicDDBTable\n - |+\n\n - MARKLOGIC_EBS_VOLUME=\n - !Ref MarklogicVolume2\n - ',:'\n - !Ref VolumeSize\n - '::'\n - !Ref VolumeType\n - ':'\n - !If\n - GP3\n - !Ref VolumeIOPS\n - ''\n - ':'\n - !If\n - GP3\n - !Ref VolumeThroughput\n - ''\n - |\n :,*\n - |\n MARKLOGIC_NODE_NAME=NodeB#\n - MARKLOGIC_ADMIN_USERNAME=\n - !Ref AdminUser\n - |+\n\n - MARKLOGIC_ADMIN_PASSWORD=\n - !Ref AdminPass\n - |+\n\n - |\n MARKLOGIC_CLUSTER_MASTER=0\n - MARKLOGIC_LICENSEE=\n - !Ref Licensee\n - |+\n\n - MARKLOGIC_LICENSE_KEY=\n - !Ref LicenseKey\n - |+\n\n - MARKLOGIC_LOG_SNS=\n - !Ref LogSNS\n - |+\n\n - MARKLOGIC_AWS_SWAP_SIZE=\n - 32\n - |+\n\n - !If\n - UseVolumeEncryption\n - !Join\n - ''\n - - 'MARKLOGIC_EBS_KEY='\n - !If\n - HasCustomEBSKey\n - !Ref VolumeEncryptionKey\n - 'default'\n - ''\n\n SecurityGroupIds:\n - !Ref InstanceSecurityGroup\n InstanceType: !Ref InstanceType\n IamInstanceProfile: \n Name: !Ref IAMRole\n MetadataOptions:\n HttpTokens: required\n InstanceMarketOptions: !If\n - UseSpot\n - MarketType: spot \n SpotOptions: \n MaxPrice: !Ref SpotPrice\n - !Ref 'AWS::NoValue'\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: c8296a50-a29e-4646-aa74-8f1b735a9a3f\n LaunchTemp3:\n Condition: MultiZone\n Type: 'AWS::EC2::LaunchTemplate'\n DependsOn:\n - InstanceSecurityGroup\n Properties:\n LaunchTemplateData:\n BlockDeviceMappings:\n - DeviceName: /dev/xvda\n Ebs:\n VolumeSize: 40\n - DeviceName: /dev/sdf\n NoDevice: true\n Ebs: {}\n KeyName: !Ref KeyName\n ImageId: !If [PAYG, !FindInMap [LicenseRegion2AMI,!Ref 'AWS::Region',\"PAYGAl2023\"], !FindInMap [LicenseRegion2AMI, !Ref 'AWS::Region', \"BYOLAl2023\"]]\n UserData: !Base64\n 'Fn::Join':\n - ''\n - - MARKLOGIC_CLUSTER_NAME=\n - !Ref MarkLogicDDBTable\n - |+\n\n - MARKLOGIC_EBS_VOLUME=\n - !Ref MarklogicVolume3\n - ',:'\n - !Ref VolumeSize\n - '::'\n - !Ref VolumeType\n - ':'\n - !If\n - GP3\n - !Ref VolumeIOPS\n - ''\n - ':'\n - !If\n - GP3\n - !Ref VolumeThroughput\n - ''\n - |\n :,*\n - |\n MARKLOGIC_NODE_NAME=NodeC#\n - MARKLOGIC_ADMIN_USERNAME=\n - !Ref AdminUser\n - |+\n\n - MARKLOGIC_ADMIN_PASSWORD=\n - !Ref AdminPass\n - |+\n\n - |\n MARKLOGIC_CLUSTER_MASTER=0\n - MARKLOGIC_LICENSEE=\n - !Ref Licensee\n - |+\n\n - MARKLOGIC_LICENSE_KEY=\n - !Ref LicenseKey\n - |+\n\n - MARKLOGIC_LOG_SNS=\n - !Ref LogSNS\n - |+\n\n - MARKLOGIC_AWS_SWAP_SIZE=\n - 32\n - |+\n\n - !If\n - UseVolumeEncryption\n - !Join\n - ''\n - - 'MARKLOGIC_EBS_KEY='\n - !If\n - HasCustomEBSKey\n - !Ref VolumeEncryptionKey\n - 'default'\n - ''\n\n SecurityGroupIds:\n - !Ref InstanceSecurityGroup\n InstanceType: !Ref InstanceType\n IamInstanceProfile: \n Name: !Ref IAMRole\n MetadataOptions:\n HttpTokens: required\n InstanceMarketOptions: !If\n - UseSpot\n - MarketType: spot \n SpotOptions: \n MaxPrice: !Ref SpotPrice\n - !Ref 'AWS::NoValue'\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: 7fa68c90-39bc-4874-ad20-8cd8c974ed52\n #Application Load Balancer description for MultiZone deployments (3 zones).\n Alb:\n Condition: CreatePublicAlb\n Type: AWS::ElasticLoadBalancingV2::LoadBalancer\n DependsOn:\n - ElbSecurityGroup\n Properties: \n SecurityGroups: \n - !Ref ElbSecurityGroup\n Subnets:\n - !Ref PublicSubnet1\n - !If [MultiZone, !Ref PublicSubnet2, !Ref 'AWS::NoValue']\n - !If [MultiZone, !Ref PublicSubnet3, !Ref 'AWS::NoValue']\n Metadata:\n 'AWS::CloudFormation::Designer':\n id: e188e71e-5f01-4816-896e-9bd30b9a96c1\n #Descriptions of the 9 TargetGroups for MultiZone deployments (3 zones). TargetGroups route requests to registered targets.\n #Health checks are performed on each TargetGroup.\n AlbTargetGroup1:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8000\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup2:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8001\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup3:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8002\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup4:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8003\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup5:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8004\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup6:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8005\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup7:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8006\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup8:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8007\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n AlbTargetGroup9:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8008\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n MarklogicExternal8011:\n Condition: MultiZone\n Type: \"AWS::ElasticLoadBalancingV2::TargetGroup\"\n Properties:\n HealthCheckIntervalSeconds: 10\n HealthCheckTimeoutSeconds: 5\n HealthyThresholdCount: 3\n HealthCheckPort: 7997\n UnhealthyThresholdCount: 5\n Port: 8011\n Protocol: HTTP\n TargetGroupAttributes:\n - Key: stickiness.enabled\n Value: true\n - Key: stickiness.type\n Value: lb_cookie\n - Key: stickiness.lb_cookie.duration_seconds\n Value: 3600\n - Key: deregistration_delay.timeout_seconds\n Value: 60\n VpcId: !Ref VPC\n #Descriptions of the 9 Listeners for MultiZone deployments (3 zones). Each Listener connects Application Load Balancer to a TargetGroup with a particular port.\n AlbListener1:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup1\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup1\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8000\n Protocol: HTTP\n AlbListener2:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup2\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup2\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8001\n Protocol: HTTP\n AlbListener3:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup3\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup3\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8002\n Protocol: HTTP\n AlbListener4:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup4\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup4\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8003\n Protocol: HTTP\n AlbListener5:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup5\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup5\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8004\n Protocol: HTTP\n AlbListener6:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup6\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup6\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8005\n Protocol: HTTP\n AlbListener7:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup7\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup7\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8006\n Protocol: HTTP\n AlbListener8:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup8\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup8\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8007\n Protocol: HTTP\n AlbListener9:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - AlbTargetGroup9\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref AlbTargetGroup9\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8008\n Protocol: HTTP\n MarklogicExternal8011Listener:\n Condition: CreatePublicAlb\n Type: \"AWS::ElasticLoadBalancingV2::Listener\"\n DependsOn:\n - Alb\n - MarklogicExternal8011\n Properties:\n DefaultActions:\n - TargetGroupArn: !Ref MarklogicExternal8011\n Type: forward\n LoadBalancerArn: !Ref Alb\n Port: 8011\n Protocol: HTTP\n #Application Load Balancer description for MultiZone deployments (3 zones).\n InternalAlb:\n Condition: CreateInternalAlb\n Type: AWS::ElasticLoadBalancingV2::LoadBalancer\n DependsOn:\n - InternalElbSecurityGroup\n Properties: \n Scheme: internal\n SecurityGroups: \n - !Ref InternalElbSecurityGroup\n Subnets:\n - !Ref PrivateSubnet1"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-23T16:18:47.932Z",
|
|
"resultDisplay": "Read lines 1-2000 of 2166 from mlcluster.template",
|
|
"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-1769185101813-53addc9e5cc5a8",
|
|
"name": "read_file",
|
|
"args": {
|
|
"file_path": "mlcluster.tfvars"
|
|
},
|
|
"result": [
|
|
{
|
|
"functionResponse": {
|
|
"id": "read_file-1769185101813-53addc9e5cc5a8",
|
|
"name": "read_file",
|
|
"response": {
|
|
"output": "# Resource Configuration\nIAMRole = \"your-iam-role\"\nVolumeSize = 50\nVolumeType = \"gp3\"\nVolumeIOPS = 3000\nVolumeThroughput = 125\nVolumeEncryption = \"enable\"\nVolumeEncryptionKey = \"\"\nInstanceType = \"r5.4xlarge\"\nSpotPrice = 0\nKeyName = \"your-key-pair-name\"\nNumberOfZones = 3\nNodesPerZone = 1\nAZ = [\"us-east-1a\", \"us-east-1b\", \"us-east-1c\"]\nLogSNS = \"none\"\n\n# Network Configuration\nVPC = \"vpc-xxxxxxxx\"\nPublicSubnet1 = \"subnet-xxxxxxxx\"\nPublicSubnet2 = \"subnet-xxxxxxxx\"\nPublicSubnet3 = \"subnet-xxxxxxxx\"\nPrivateSubnet1 = \"subnet-xxxxxxxx\"\nPrivateSubnet2 = \"subnet-xxxxxxxx\"\nPrivateSubnet3 = \"subnet-xxxxxxxx\"\nPublicLoadBalancer = \"true\"\nInternalLoadBalancer = \"true\"\nExternalAccessCidrIP = \"54.76.254.148/32\"\nECSSecurityGroup = \"sg-xxxxxxxx\"\n\n# MarkLogic Configuration\nAdminUser = \"admin\"\nAdminPass = \"your-secure-password\"\nLicensee = \"none\"\nLicenseKey = \"none\"\n"
|
|
}
|
|
}
|
|
}
|
|
],
|
|
"status": "success",
|
|
"timestamp": "2026-01-23T16:18:47.932Z",
|
|
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"id": "9c0a150c-5220-4458-9f8b-f82021901033",
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"timestamp": "2026-01-23T16:20:51.561Z",
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"type": "gemini",
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"content": "I will generate a `dalmatian.tfvars` file that configures the `custom_cloudformation_stacks` variable to deploy the MarkLogic cluster, mapping the parameters from `mlcluster.template` and using placeholder values for the environment-specific configurations.",
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"thoughts": [
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"subject": "Analyzing the Infrastructure Design",
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"description": "I'm currently reviewing the provided Terraform configuration, specifically focusing on how it leverages AWS resources and custom CloudFormation stacks. The README file is proving helpful. I'm especially interested in the `mlcluster.template` and how it interacts with the broader Terraform setup.",
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"timestamp": "2026-01-23T16:18:58.092Z"
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},
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"subject": "Defining the Variables Needed",
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"description": "I'm now identifying the necessary variables for the `tfvars` file. I'll need to use the `mlcluster.template` and the existing `mlcluster.tfvars` example as guides. My primary focus is on ensuring the variables defined are consistent, using the correct data types, and setting reasonable default values where possible. I'm focusing on the input variables accepted by the `custom_cloudformation_stacks` and how to integrate the data from `mlcluster.template` into that structure.",
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"timestamp": "2026-01-23T16:19:04.246Z"
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},
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"subject": "Inferring the Variable Structure",
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"description": "I'm now determining how to structure the `custom_cloudformation_stacks` variable. Based on the documentation, I'll structure it as a map, with keys representing stack names and values containing the template and parameters. I'll need to transform the parameters from `mlcluster.tfvars` and the `mlcluster.template` to fit this structure. My next step will be to confirm the expected format of `custom_cloudformation_stacks`.",
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"timestamp": "2026-01-23T16:19:13.136Z"
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},
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{
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"subject": "Generating the tfvars Contents",
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"description": "I'm now generating the `terraform.tfvars` content, assuming the target variable is named `custom_cloudformation_stacks`. I'm structuring it as a map, using the template and the `mlcluster.tfvars` data as a guide. I'll include the template body inline for simplicity. The approach also assumes the input is a list of pairs where each element contains a CFN stack and a nested parameters structure that is just a key-value dictionary. This will facilitate easier variable management and provide a clear structure for the overall process.",
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"timestamp": "2026-01-23T16:19:20.120Z"
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},
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"subject": "Defining the `tfvars` Structure",
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"description": "I am now focusing on determining the structure for the `dalmatian.tfvars` file, given the likely need to integrate the `mlcluster.template` and existing variable data into the `custom_cloudformation_stacks` variable. Since I do not know the exact structure of `custom_cloudformation_stacks`, I will construct it based on common patterns, assuming a map where each key is the stack name, the template is referenced by file path, and parameters are a key-value structure. I'll need to transform the variables and data from the `mlcluster.template` and the provided `mlcluster.tfvars` into this format.",
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"timestamp": "2026-01-23T16:19:32.735Z"
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},
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{
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"subject": "Structuring the `tfvars` File",
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"description": "I'm now structuring the `dalmatian-marklogic.tfvars` file to define the `custom_cloudformation_stacks` variable. I'll use the parameters from `mlcluster.template` and the examples in `mlcluster.tfvars` as guides. I'll include comments and placeholder values for sensitive or environment-specific parameters. Assuming the Dalmatian module takes a map as input, each entry's `template_file` value will point to \"mlcluster.template\".",
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"timestamp": "2026-01-23T16:19:39.637Z"
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},
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{
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"subject": "Crafting the Configuration File",
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"description": "I'm now generating the `dalmatian-marklogic.tfvars` file, focusing on defining the `custom_cloudformation_stacks` variable. I'll use the parameters from `mlcluster.template` and the example `mlcluster.tfvars` as a guide. Based on my analysis, I will structure the variable with a map of stacks. Placeholder values will be included. I've also incorporated my research into the proper format for `AZ` parameter to be compatible with CloudFormation.",
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"timestamp": "2026-01-23T16:19:52.352Z"
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},
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{
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"subject": "Generating the Configuration File",
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"description": "I'm finalizing the `dalmatian-marklogic.tfvars` file, structuring it around the expected `custom_cloudformation_stacks` variable. I'm taking the parameter details from `mlcluster.template` and cross-referencing them with the example `mlcluster.tfvars`. I've also incorporated the correct format for the `AZ` parameter, given the `List` type. Placeholder values have also been included to ensure a working initial configuration.",
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"timestamp": "2026-01-23T16:20:51.555Z"
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"content": "custom_cloudformation_stacks = {\n marklogic_cluster = {\n name = \"marklogic-cluster\"\n template = \"mlcluster.template\"\n parameters = {\n # Resource Configuration\n IAMRole = \"arn:aws:iam::123456789012:role/marklogic-role\"\n VolumeSize = \"50\"\n VolumeType = \"gp3\"\n VolumeIOPS = \"3000\"\n VolumeThroughput = \"125\"\n VolumeEncryption = \"enable\"\n VolumeEncryptionKey = \"\"\n InstanceType = \"r5.4xlarge\"\n SpotPrice = \"0\"\n KeyName = \"your-ssh-key-name\"\n NumberOfZones = \"3\"\n NodesPerZone = \"1\"\n AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\" # Comma-delimited list for CloudFormation List type\n LogSNS = \"none\"\n\n # Network Configuration\n VPC = \"vpc-xxxxxxxx\"\n PublicSubnet1 = \"subnet-xxxxxxxx\"\n PublicSubnet2 = \"subnet-xxxxxxxx\"\n PublicSubnet3 = \"subnet-xxxxxxxx\"\n PrivateSubnet1 = \"subnet-xxxxxxxx\"\n PrivateSubnet2 = \"subnet-xxxxxxxx\"\n PrivateSubnet3 = \"subnet-xxxxxxxx\"\n PublicLoadBalancer = \"true\"\n InternalLoadBalancer = \"true\"\n ExternalAccessCidrIP = \"54.76.254.148/32\"\n ECSSecurityGroup = \"sg-xxxxxxxx\"\n\n # MarkLogic Configuration\n AdminUser = \"admin\"\n AdminPass = \"ChangeMe123!\"\n Licensee = \"none\"\n LicenseKey = \"none\"\n }\n }\n}\n",
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"fileDiff": "Index: dalmatian.tfvars\n===================================================================\n--- dalmatian.tfvars\tOriginal\n+++ dalmatian.tfvars\tWritten\n@@ -0,0 +1,42 @@\n+custom_cloudformation_stacks = {\n+ marklogic_cluster = {\n+ name = \"marklogic-cluster\"\n+ template = \"mlcluster.template\"\n+ parameters = {\n+ # Resource Configuration\n+ IAMRole = \"arn:aws:iam::123456789012:role/marklogic-role\"\n+ VolumeSize = \"50\"\n+ VolumeType = \"gp3\"\n+ VolumeIOPS = \"3000\"\n+ VolumeThroughput = \"125\"\n+ VolumeEncryption = \"enable\"\n+ VolumeEncryptionKey = \"\"\n+ InstanceType = \"r5.4xlarge\"\n+ SpotPrice = \"0\"\n+ KeyName = \"your-ssh-key-name\"\n+ NumberOfZones = \"3\"\n+ NodesPerZone = \"1\"\n+ AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\" # Comma-delimited list for CloudFormation List type\n+ LogSNS = \"none\"\n+\n+ # Network Configuration\n+ VPC = \"vpc-xxxxxxxx\"\n+ PublicSubnet1 = \"subnet-xxxxxxxx\"\n+ PublicSubnet2 = \"subnet-xxxxxxxx\"\n+ PublicSubnet3 = \"subnet-xxxxxxxx\"\n+ PrivateSubnet1 = \"subnet-xxxxxxxx\"\n+ PrivateSubnet2 = \"subnet-xxxxxxxx\"\n+ PrivateSubnet3 = \"subnet-xxxxxxxx\"\n+ PublicLoadBalancer = \"true\"\n+ InternalLoadBalancer = \"true\"\n+ ExternalAccessCidrIP = \"54.76.254.148/32\"\n+ ECSSecurityGroup = \"sg-xxxxxxxx\"\n+\n+ # MarkLogic Configuration\n+ AdminUser = \"admin\"\n+ AdminPass = \"ChangeMe123!\"\n+ Licensee = \"none\"\n+ LicenseKey = \"none\"\n+ }\n+ }\n+}\n",
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{
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"id": "7ecef66a-1e8f-4f17-b022-c055fbea5a58",
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"type": "gemini",
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"content": "I've generated the `dalmatian.tfvars` file for you. This file defines a `custom_cloudformation_stacks` variable that configures the MarkLogic cluster using the parameters from `mlcluster.template`.\n\n**Next Steps:**\n1. **Review the file:** Open `dalmatian.tfvars` and check the configuration.\n2. **Update Placeholders:** You **must** replace the placeholder values (e.g., `vpc-xxxxxxxx`, `subnet-xxxxxxxx`, `your-ssh-key-name`, `arn:aws:iam...`) with your actual AWS resource IDs and desired settings.\n3. **Security:** Change the `AdminPass` immediately.\n4. **Template Path:** Ensure the `template` path (`mlcluster.template`) is correct relative to where you run Terraform.\n\nThe `AZ` parameter is formatted as a comma-delimited string (`\"eu-west-2a,eu-west-2b,...\"`) to correctly map to the CloudFormation `List<...>` type when passed via Terraform.",
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"subject": "Crafting the Configuration File",
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"description": "I've successfully created the `dalmatian.tfvars` file. I've populated the `custom_cloudformation_stacks` variable with the necessary MarkLogic cluster template configurations. My next step is to communicate this to the user, highlighting the file's structure and the crucial need to modify those placeholder values. Also, I'm noting the use of a comma-delimited string for the `AZ` parameter, aligning with standard Terraform-to-CloudFormation list practices.",
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"timestamp": "2026-01-23T16:23:23.007Z"
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"subject": "Announcing File Generation Completion",
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"description": "I've generated the `dalmatian.tfvars` file, now, I need to make sure the user is informed of this and given some guidance. Specifically, I'll emphasize the structure and the necessity of customizing placeholder values. I'll also clarify the use of a comma-separated string for the `AZ` parameter, which is standard for list parameters in this context.",
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"timestamp": "2026-01-23T16:23:29.469Z"
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"timestamp": "2026-01-23T16:29:12.253Z",
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"type": "user",
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"content": "aws cli to get parameters from an existing cloudformation stack"
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},
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{
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"id": "2ac4da99-951e-40b1-b6c4-85f8da4dc2d0",
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"timestamp": "2026-01-23T16:29:23.331Z",
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"type": "gemini",
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"content": "To retrieve parameters from an existing CloudFormation stack, use the `describe-stacks` command with a JMESPath query to filter for the `Parameters` list.\n\n### Basic command (JSON output)\n```bash\naws cloudformation describe-stacks \\\n --stack-name YOUR_STACK_NAME \\\n --query \"Stacks[0].Parameters\"\n```\n\n### Format as a key-value list (Text output)\nThis is useful if you want a clean list of `ParameterKey` and `ParameterValue`:\n```bash\naws cloudformation describe-stacks \\\n --stack-name YOUR_STACK_NAME \\\n --query \"Stacks[0].Parameters[].{Key: ParameterKey, Value: ParameterValue}\" \\\n --output table\n```\n\n### To get a specific parameter value\n```bash\naws cloudformation describe-stacks \\\n --stack-name YOUR_STACK_NAME \\\n --query \"Stacks[0].Parameters[?ParameterKey=='AdminUser'].ParameterValue\" \\\n --output text\n```\n\n### Pro-tip: Generate tfvars-ready format\nIf you want to quickly format these for your `tfvars` file:\n```bash\naws cloudformation describe-stacks \\\n --stack-name YOUR_STACK_NAME \\\n --query \"Stacks[0].Parameters[].{Key: ParameterKey, Value: ParameterValue}\" \\\n --output json | jq -r '.[] | \"\\(.Key) = \\\"\\(.Value)\\\"\"'\n```\n*(Requires `jq` installed)*",
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"thoughts": [
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{
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"subject": "Defining Parameter Extraction Strategy",
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"description": "I'm focusing now on the best way to present the `aws cloudformation describe-stacks` command. The user needs a clear, working example. I'm considering showcasing `--query` options. I want to ensure the response is concise and the user can easily adapt the parameters to their specific stack names.",
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"timestamp": "2026-01-23T16:29:23.203Z"
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},
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{
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"subject": "Outlining Command Structure",
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|
"description": "I'm currently working to flesh out the best command format. I think the `--query` option is critical for precise parameter retrieval. I'm leaning toward including both a general listing of all stacks and then a more targeted approach for a single stack. This will provide users with a complete workflow for their use cases.",
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"timestamp": "2026-01-23T16:29:23.217Z"
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"timestamp": "2026-01-23T16:40:11.682Z",
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"type": "user",
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"content": "update dalmatian.tfvars with the values in current-staging-parameters"
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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-1769186437831-24b5cc05df8f68",
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"name": "read_file",
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"response": {
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"output": "VolumeEncryption = \"enable\"\nNodesPerZone = \"1\"\nLogSNS = \"none\"\nVPC = \"vpc-03fcb436542154949\"\nExternalAccessCidrIP = \"54.76.254.148/32\"\nSpotPrice = \"0\"\nPrivateSubnet1 = \"subnet-01d6f2f6b913d940b\"\nPrivateSubnet2 = \"subnet-0a1227080a78cdfaa\"\nVolumeType = \"gp3\"\nPrivateSubnet3 = \"subnet-0f2d117e98a6020fe\"\nECSSecurityGroup = \"sg-0631d25762fb5118c\"\nPublicSubnet3 = \"subnet-025934bd1da2d42f1\"\nPublicSubnet2 = \"subnet-06b90c33a25bb2d5b\"\nAdminUser = \"caselaw-staging-marklogic\"\nInstanceType = \"t3.small\"\nVolumeSize = \"50\"\nAdminPass = \"****\"\nPublicSubnet1 = \"subnet-0aa319809a389552b\"\nLicensee = \"The National Archives - Unrestricted\"\nVolumeIOPS = \"3000\"\nNumberOfZones = \"3\"\nKeyName = \"marklogic\"\nVolumeThroughput = \"125\"\nVolumeEncryptionKey = \"\"\nAZ = \"eu-west-2a,eu-west-2b,eu-west-2c\"\nIAMRole = \"marklogic-test\"\nLicenseKey = \"DF43-74AB-FC57-E575-C3BE-5896-E637-C9B4-D9AE-0770-B39D-DCE7-39DE-5000\"\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": "2026-01-23T16:40:37.843Z",
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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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"thoughts": [
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{
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"subject": "Extracting Parameter Values",
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"description": "I'm currently focused on extracting the values from `current-staging-parameters`. My next step involves reading the content of that file to isolate and interpret the specific parameters I need.",
|
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"timestamp": "2026-01-23T16:40:37.578Z"
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}
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],
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"model": "gemini-3-pro-preview",
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"tokens": {
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{
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"id": "ca704079-5665-436a-90f1-aa698891e523",
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"timestamp": "2026-01-23T16:42:35.314Z",
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"type": "gemini",
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"content": "",
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"toolCalls": [
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{
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"id": "write_file-1769186466213-f3f105db2ca178",
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"name": "write_file",
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"args": {
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"content": "custom_cloudformation_stacks = {\n marklogic_cluster = {\n name = \"marklogic-cluster\"\n template = \"mlcluster.template\"\n parameters = {\n # Resource Configuration\n IAMRole = \"marklogic-test\"\n VolumeSize = \"50\"\n VolumeType = \"gp3\"\n VolumeIOPS = \"3000\"\n VolumeThroughput = \"125\"\n VolumeEncryption = \"enable\"\n VolumeEncryptionKey = \"\"\n InstanceType = \"t3.small\"\n SpotPrice = \"0\"\n KeyName = \"marklogic\"\n NumberOfZones = \"3\"\n NodesPerZone = \"1\"\n AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\"\n LogSNS = \"none\"\n\n # Network Configuration\n VPC = \"vpc-03fcb436542154949\"\n PublicSubnet1 = \"subnet-0aa319809a389552b\"\n PublicSubnet2 = \"subnet-06b90c33a25bb2d5b\"\n PublicSubnet3 = \"subnet-025934bd1da2d42f1\"\n PrivateSubnet1 = \"subnet-01d6f2f6b913d940b\"\n PrivateSubnet2 = \"subnet-0a1227080a78cdfaa\"\n PrivateSubnet3 = \"subnet-0f2d117e98a6020fe\"\n PublicLoadBalancer = \"true\"\n InternalLoadBalancer = \"true\"\n ExternalAccessCidrIP = \"54.76.254.148/32\"\n ECSSecurityGroup = \"sg-0631d25762fb5118c\"\n\n # MarkLogic Configuration\n AdminUser = \"caselaw-staging-marklogic\"\n AdminPass = \"ChangeMe123!\" # UPDATE THIS: The source had a redacted value \"****\"\n Licensee = \"The National Archives - Unrestricted\"\n LicenseKey = \"DF43-74AB-FC57-E575-C3BE-5896-E637-C9B4-D9AE-0770-B39D-DCE7-39DE-5000\"\n }\n }\n}\n",
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"file_path": "dalmatian.tfvars"
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},
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"result": [
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{
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"functionResponse": {
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"id": "write_file-1769186466213-f3f105db2ca178",
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"name": "write_file",
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"response": {
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"output": "Successfully overwrote file: /Users/bob/git/dxw/marklogic-cf-templates/dalmatian.tfvars."
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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": "2026-01-23T16:42:35.313Z",
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"resultDisplay": {
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"fileDiff": "Index: dalmatian.tfvars\n===================================================================\n--- dalmatian.tfvars\tOriginal\n+++ dalmatian.tfvars\tWritten\n@@ -4,39 +4,39 @@\n template = \"mlcluster.template\"\n parameters = {\n # Resource Configuration\n- IAMRole = \"arn:aws:iam::123456789012:role/marklogic-role\"\n+ IAMRole = \"marklogic-test\"\n VolumeSize = \"50\"\n VolumeType = \"gp3\"\n VolumeIOPS = \"3000\"\n VolumeThroughput = \"125\"\n VolumeEncryption = \"enable\"\n VolumeEncryptionKey = \"\"\n- InstanceType = \"r5.4xlarge\"\n+ InstanceType = \"t3.small\"\n SpotPrice = \"0\"\n- KeyName = \"your-ssh-key-name\"\n+ KeyName = \"marklogic\"\n NumberOfZones = \"3\"\n NodesPerZone = \"1\"\n- AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\" # Comma-delimited list for CloudFormation List type\n+ AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\"\n LogSNS = \"none\"\n \n # Network Configuration\n- VPC = \"vpc-xxxxxxxx\"\n- PublicSubnet1 = \"subnet-xxxxxxxx\"\n- PublicSubnet2 = \"subnet-xxxxxxxx\"\n- PublicSubnet3 = \"subnet-xxxxxxxx\"\n- PrivateSubnet1 = \"subnet-xxxxxxxx\"\n- PrivateSubnet2 = \"subnet-xxxxxxxx\"\n- PrivateSubnet3 = \"subnet-xxxxxxxx\"\n+ VPC = \"vpc-03fcb436542154949\"\n+ PublicSubnet1 = \"subnet-0aa319809a389552b\"\n+ PublicSubnet2 = \"subnet-06b90c33a25bb2d5b\"\n+ PublicSubnet3 = \"subnet-025934bd1da2d42f1\"\n+ PrivateSubnet1 = \"subnet-01d6f2f6b913d940b\"\n+ PrivateSubnet2 = \"subnet-0a1227080a78cdfaa\"\n+ PrivateSubnet3 = \"subnet-0f2d117e98a6020fe\"\n PublicLoadBalancer = \"true\"\n InternalLoadBalancer = \"true\"\n ExternalAccessCidrIP = \"54.76.254.148/32\"\n- ECSSecurityGroup = \"sg-xxxxxxxx\"\n+ ECSSecurityGroup = \"sg-0631d25762fb5118c\"\n \n # MarkLogic Configuration\n- AdminUser = \"admin\"\n- AdminPass = \"ChangeMe123!\"\n- Licensee = \"none\"\n- LicenseKey = \"none\"\n+ AdminUser = \"caselaw-staging-marklogic\"\n+ AdminPass = \"ChangeMe123!\" # UPDATE THIS: The source had a redacted value \"****\"\n+ Licensee = \"The National Archives - Unrestricted\"\n+ LicenseKey = \"DF43-74AB-FC57-E575-C3BE-5896-E637-C9B4-D9AE-0770-B39D-DCE7-39DE-5000\"\n }\n }\n }\n\\ No newline at end of file\n",
|
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"fileName": "dalmatian.tfvars",
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|
"filePath": "/Users/bob/git/dxw/marklogic-cf-templates/dalmatian.tfvars",
|
|
"originalContent": "custom_cloudformation_stacks = {\n marklogic_cluster = {\n name = \"marklogic-cluster\"\n template = \"mlcluster.template\"\n parameters = {\n # Resource Configuration\n IAMRole = \"arn:aws:iam::123456789012:role/marklogic-role\"\n VolumeSize = \"50\"\n VolumeType = \"gp3\"\n VolumeIOPS = \"3000\"\n VolumeThroughput = \"125\"\n VolumeEncryption = \"enable\"\n VolumeEncryptionKey = \"\"\n InstanceType = \"r5.4xlarge\"\n SpotPrice = \"0\"\n KeyName = \"your-ssh-key-name\"\n NumberOfZones = \"3\"\n NodesPerZone = \"1\"\n AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\" # Comma-delimited list for CloudFormation List type\n LogSNS = \"none\"\n\n # Network Configuration\n VPC = \"vpc-xxxxxxxx\"\n PublicSubnet1 = \"subnet-xxxxxxxx\"\n PublicSubnet2 = \"subnet-xxxxxxxx\"\n PublicSubnet3 = \"subnet-xxxxxxxx\"\n PrivateSubnet1 = \"subnet-xxxxxxxx\"\n PrivateSubnet2 = \"subnet-xxxxxxxx\"\n PrivateSubnet3 = \"subnet-xxxxxxxx\"\n PublicLoadBalancer = \"true\"\n InternalLoadBalancer = \"true\"\n ExternalAccessCidrIP = \"54.76.254.148/32\"\n ECSSecurityGroup = \"sg-xxxxxxxx\"\n\n # MarkLogic Configuration\n AdminUser = \"admin\"\n AdminPass = \"ChangeMe123!\"\n Licensee = \"none\"\n LicenseKey = \"none\"\n }\n }\n}\n",
|
|
"newContent": "custom_cloudformation_stacks = {\n marklogic_cluster = {\n name = \"marklogic-cluster\"\n template = \"mlcluster.template\"\n parameters = {\n # Resource Configuration\n IAMRole = \"marklogic-test\"\n VolumeSize = \"50\"\n VolumeType = \"gp3\"\n VolumeIOPS = \"3000\"\n VolumeThroughput = \"125\"\n VolumeEncryption = \"enable\"\n VolumeEncryptionKey = \"\"\n InstanceType = \"t3.small\"\n SpotPrice = \"0\"\n KeyName = \"marklogic\"\n NumberOfZones = \"3\"\n NodesPerZone = \"1\"\n AZ = \"eu-west-2a,eu-west-2b,eu-west-2c\"\n LogSNS = \"none\"\n\n # Network Configuration\n VPC = \"vpc-03fcb436542154949\"\n PublicSubnet1 = \"subnet-0aa319809a389552b\"\n PublicSubnet2 = \"subnet-06b90c33a25bb2d5b\"\n PublicSubnet3 = \"subnet-025934bd1da2d42f1\"\n PrivateSubnet1 = \"subnet-01d6f2f6b913d940b\"\n PrivateSubnet2 = \"subnet-0a1227080a78cdfaa\"\n PrivateSubnet3 = \"subnet-0f2d117e98a6020fe\"\n PublicLoadBalancer = \"true\"\n InternalLoadBalancer = \"true\"\n ExternalAccessCidrIP = \"54.76.254.148/32\"\n ECSSecurityGroup = \"sg-0631d25762fb5118c\"\n\n # MarkLogic Configuration\n AdminUser = \"caselaw-staging-marklogic\"\n AdminPass = \"ChangeMe123!\" # UPDATE THIS: The source had a redacted value \"****\"\n Licensee = \"The National Archives - Unrestricted\"\n LicenseKey = \"DF43-74AB-FC57-E575-C3BE-5896-E637-C9B4-D9AE-0770-B39D-DCE7-39DE-5000\"\n }\n }\n}",
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"diffStat": {
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"model_added_lines": 16,
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"model_removed_lines": 16,
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"model_added_chars": 908,
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"model_removed_chars": 758,
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"user_added_lines": 0,
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"user_removed_lines": 0,
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"user_added_chars": 0,
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"user_removed_chars": 0
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},
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"isNewFile": false
|
|
},
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"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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}
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],
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"thoughts": [
|
|
{
|
|
"subject": "Updating the Configuration",
|
|
"description": "I'm currently focused on the automated configuration update. I've successfully retrieved the values from `current-staging-parameters`. My next step is to write these values into `dalmatian.tfvars`. The plan is to map the parameters from the staging environment to the specific variables needed for our infrastructure configuration. The mapping is straightforward, as I've specified in the plan.",
|
|
"timestamp": "2026-01-23T16:40:57.915Z"
|
|
},
|
|
{
|
|
"subject": "Mapping and Writing Values",
|
|
"description": "\\n\\n\n\nI've successfully mapped the parameters. Now, I'm generating the `dalmatian.tfvars` file, incorporating the mapped values. A placeholder will replace the password due to its redacted nature. I am reviewing the generated file to ensure all parameters are correctly represented, specifically checking the public/internal load balancer settings.",
|
|
"timestamp": "2026-01-23T16:41:04.841Z"
|
|
},
|
|
{
|
|
"subject": "Refining and Writing the File",
|
|
"description": "\\n\\n\n\nAlright, I'm now rewriting the entire `dalmatian.tfvars` file, incorporating all the parameter mappings. I'm taking extra care with the `AdminPass`, making sure to retain the existing value or include a comment, and avoiding the redacted placeholder. I am focusing on the correctness of the final `dalmatian.tfvars` file's content.",
|
|
"timestamp": "2026-01-23T16:41:06.213Z"
|
|
}
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|
],
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"model": "gemini-3-pro-preview",
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"tokens": {
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"input": 34886,
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"cached": 32769,
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}
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},
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{
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"id": "b3a6b03e-dd04-4722-b4ab-90b30dfea098",
|
|
"timestamp": "2026-01-23T16:42:41.211Z",
|
|
"type": "gemini",
|
|
"content": "I have updated `dalmatian.tfvars` with the values from `current-staging-parameters`.\n\n**Note:** The `AdminPass` was redacted (`****`) in the source file. I have set it to `ChangeMe123!` in the `tfvars` file. **You must update this to the correct password manually.**",
|
|
"thoughts": [],
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},
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"model": "gemini-3-pro-preview"
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}
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]
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} |