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DaMandal0rianDaMandal0rian
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Import tf resources (#411)
* add kol-memory-viewer POC resources to TF * import blockscout taurus server to TF
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‎auto-kol-memory/poc/backend.tf‎

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terraform {
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cloud {
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organization = "subspace-sre"
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workspaces {
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name = "auto-kol-memory"
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}
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}
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}

‎auto-kol-memory/poc/main.tf‎

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terraform {
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required_providers {
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aws = {
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source = "hashicorp/aws"
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version = "~> 5.0"
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}
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}
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required_version = ">= 1.0.0"
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}
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provider "aws" {
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region = var.region
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}
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# imported with `terraform import aws_instance.kol-memory-viewer i-0d3f0c603df4eabf4`
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# aws_instance.kol-memory-viewer:
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resource "aws_instance" "kol-memory-viewer" {
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ami = "ami-0e2c8caa4b6378d8c"
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associate_public_ip_address = true
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availability_zone = "us-east-1a"
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disable_api_stop = false
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disable_api_termination = false
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ebs_optimized = true
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get_password_data = false
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hibernation = false
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instance_initiated_shutdown_behavior = "stop"
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instance_type = "t3.large"
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key_name = "auto-kol"
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monitoring = false
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placement_partition_number = 0
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secondary_private_ips = []
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security_groups = []
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source_dest_check = true
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subnet_id = "subnet-0c9c609637361967a"
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tags = {
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"Name" = "kol-memory-viewer"
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}
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tags_all = {
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"Name" = "kol-memory-viewer"
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}
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tenancy = "default"
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vpc_security_group_ids = [
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"sg-012ef042c43b155ec",
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]
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capacity_reservation_specification {
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capacity_reservation_preference = "open"
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}
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cpu_options {
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core_count = 1
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threads_per_core = 2
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}
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credit_specification {
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cpu_credits = "standard"
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}
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enclave_options {
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enabled = false
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}
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maintenance_options {
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auto_recovery = "default"
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}
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metadata_options {
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http_endpoint = "enabled"
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http_protocol_ipv6 = "disabled"
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http_put_response_hop_limit = 2
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http_tokens = "required"
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instance_metadata_tags = "disabled"
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}
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private_dns_name_options {
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enable_resource_name_dns_a_record = false
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enable_resource_name_dns_aaaa_record = false
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hostname_type = "ip-name"
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}
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root_block_device {
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delete_on_termination = true
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encrypted = false
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iops = 3000
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tags = {}
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tags_all = {}
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throughput = 125
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volume_size = 8
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volume_type = "gp3"
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}
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}

‎auto-kol-memory/poc/outputs.tf‎

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output "instance_id" {
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description = "The ID of the EC2 instance"
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value = aws_instance.kol-memory-viewer.id
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}
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output "instance_arn" {
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description = "The ARN of the EC2 instance"
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value = aws_instance.kol-memory-viewer.arn
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}
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output "instance_state" {
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description = "The current state of the instance"
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value = aws_instance.kol-memory-viewer.instance_state
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}
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output "private_ip" {
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description = "Private IP address of the instance"
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value = aws_instance.kol-memory-viewer.private_ip
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}
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output "public_ip" {
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description = "Public IP address of the instance"
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value = aws_instance.kol-memory-viewer.public_ip
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}
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output "public_dns" {
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description = "Public DNS of the instance"
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value = aws_instance.kol-memory-viewer.public_dns
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}
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output "subnet_id" {
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description = "Subnet ID where the instance is running"
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value = aws_instance.kol-memory-viewer.subnet_id
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}
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output "vpc_security_group_ids" {
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description = "List of associated security groups"
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value = aws_instance.kol-memory-viewer.vpc_security_group_ids
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}
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output "key_name" {
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description = "Name of the key pair used to launch the instance"
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value = aws_instance.kol-memory-viewer.key_name
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}
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output "instance_type" {
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description = "The instance type of the EC2 instance"
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value = aws_instance.kol-memory-viewer.instance_type
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}
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output "cpu_core_count" {
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description = "Number of CPU cores"
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value = aws_instance.kol-memory-viewer.cpu_core_count
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}
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output "cpu_threads_per_core" {
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description = "Number of threads per core"
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value = aws_instance.kol-memory-viewer.cpu_threads_per_core
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}
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output "ebs_optimized" {
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description = "Indicates whether the instance is EBS optimized"
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value = aws_instance.kol-memory-viewer.ebs_optimized
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}
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output "root_volume_id" {
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description = "ID of the root EBS volume"
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value = aws_instance.kol-memory-viewer.root_block_device[0].volume_id
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}
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output "root_volume_size" {
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description = "Size of the root volume in GB"
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value = aws_instance.kol-memory-viewer.root_block_device[0].volume_size
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}
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output "root_volume_type" {
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description = "Type of the root volume (gp3, gp2, io1, etc.)"
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value = aws_instance.kol-memory-viewer.root_block_device[0].volume_type
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}
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output "root_volume_iops" {
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description = "IOPS of the root volume"
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value = aws_instance.kol-memory-viewer.root_block_device[0].iops
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}
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output "root_volume_throughput" {
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description = "Throughput of the root volume in MiB/s"
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value = aws_instance.kol-memory-viewer.root_block_device[0].throughput
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}
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output "instance_details_json" {
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description = "Complete instance details in JSON format"
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value = jsonencode(aws_instance.kol-memory-viewer)
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}

‎auto-kol-memory/poc/variables.tf‎

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variable "region" {
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description = "AWS region"
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default = "us-east-1"
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}

‎explorer/terraform/aws/blockscout/taurus/backend.tf‎

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terraform {
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cloud {
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organization = "subspace-sre"
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workspaces {
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name = "blockscout"
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}
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}
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}

‎explorer/terraform/aws/blockscout/taurus/main.tf‎

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terraform {
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required_providers {
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aws = {
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source = "hashicorp/aws"
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version = "~> 5.0"
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}
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}
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required_version = ">= 1.0.0"
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}
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provider "aws" {
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region = var.region
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}
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# imported with `terraform import aws_instance.blockscout_taurus i-0539bab3e0096f260`
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resource "aws_instance" "blockscout_taurus" {
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ami = "ami-05a9ac2fc2ef3e1d5"
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associate_public_ip_address = true
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availability_zone = "us-east-2b"
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disable_api_stop = false
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disable_api_termination = false
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ebs_optimized = true
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get_password_data = false
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hibernation = false
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instance_initiated_shutdown_behavior = "stop"
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instance_type = "m7a.2xlarge"
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key_name = "explorer-deployer"
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monitoring = false
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placement_partition_number = 0
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private_ip = "172.35.1.52"
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secondary_private_ips = []
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security_groups = []
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source_dest_check = true
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subnet_id = "subnet-0a57e78575b2bcf5a"
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tags = {
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"Name" = "blockscout-taurus"
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}
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tags_all = {
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"Name" = "blockscout-taurus"
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}
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tenancy = "default"
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vpc_security_group_ids = [
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"sg-05bfab744c63b40e9",
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]
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capacity_reservation_specification {
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capacity_reservation_preference = "open"
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}
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cpu_options {
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core_count = 8
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threads_per_core = 1
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}
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enclave_options {
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enabled = false
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}
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maintenance_options {
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auto_recovery = "default"
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}
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metadata_options {
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http_endpoint = "enabled"
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http_protocol_ipv6 = "disabled"
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http_put_response_hop_limit = 1
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http_tokens = "optional"
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instance_metadata_tags = "disabled"
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}
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private_dns_name_options {
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enable_resource_name_dns_a_record = false
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enable_resource_name_dns_aaaa_record = false
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hostname_type = "ip-name"
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}
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root_block_device {
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delete_on_termination = true
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encrypted = false
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iops = 3000
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tags = {}
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tags_all = {}
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throughput = 125
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volume_size = 500
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volume_type = "gp3"
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}
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}

‎explorer/terraform/aws/blockscout/taurus/outputs.tf‎

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output "instance_id" {
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description = "The ID of the EC2 instance"
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value = aws_instance.blockscout_taurus.id
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}
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output "instance_arn" {
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description = "The ARN of the EC2 instance"
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value = aws_instance.blockscout_taurus.arn
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}
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output "instance_state" {
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description = "The current state of the instance"
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value = aws_instance.blockscout_taurus.instance_state
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}
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output "private_ip" {
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description = "Private IP address of the instance"
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value = aws_instance.blockscout_taurus.private_ip
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}
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output "public_ip" {
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description = "Public IP address of the instance"
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value = aws_instance.blockscout_taurus.public_ip
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}
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output "public_dns" {
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description = "Public DNS of the instance"
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value = aws_instance.blockscout_taurus.public_dns
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}
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output "subnet_id" {
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description = "Subnet ID where the instance is running"
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value = aws_instance.blockscout_taurus.subnet_id
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}
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output "vpc_security_group_ids" {
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description = "List of associated security groups"
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value = aws_instance.blockscout_taurus.vpc_security_group_ids
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}
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output "key_name" {
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description = "Name of the key pair used to launch the instance"
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value = aws_instance.blockscout_taurus.key_name
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}
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output "instance_type" {
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description = "The instance type of the EC2 instance"
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value = aws_instance.blockscout_taurus.instance_type
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}
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output "cpu_core_count" {
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description = "Number of CPU cores"
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value = aws_instance.blockscout_taurus.cpu_core_count
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}
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output "cpu_threads_per_core" {
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description = "Number of threads per core"
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value = aws_instance.blockscout_taurus.cpu_threads_per_core
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}
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output "ebs_optimized" {
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description = "Indicates whether the instance is EBS optimized"
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value = aws_instance.blockscout_taurus.ebs_optimized
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}
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output "root_volume_id" {
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description = "ID of the root EBS volume"
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value = aws_instance.blockscout_taurus.root_block_device[0].volume_id
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}
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output "root_volume_size" {
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description = "Size of the root volume in GB"
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value = aws_instance.blockscout_taurus.root_block_device[0].volume_size
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}
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output "root_volume_type" {
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description = "Type of the root volume (gp3, gp2, io1, etc.)"
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value = aws_instance.blockscout_taurus.root_block_device[0].volume_type
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}
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output "root_volume_iops" {
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description = "IOPS of the root volume"
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value = aws_instance.blockscout_taurus.root_block_device[0].iops
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}
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output "root_volume_throughput" {
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description = "Throughput of the root volume in MiB/s"
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value = aws_instance.blockscout_taurus.root_block_device[0].throughput
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}
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output "instance_details_json" {
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description = "Complete instance details in JSON format"
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value = jsonencode(aws_instance.blockscout_taurus)
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}

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