Fixed gitignore.

- Made the qemu-agent content in the cloud-init config to be controlled
  by a 'install-qemu-agent' flag.

README.md

@@ -1,53 +1,19 @@
-A terraform script that will setup VMs via AWS or KVM/QEMU (libvirt).
+A Terraform script to create k8s nodes. This script has modules for creating the
+nodes on a KVM/QEMU (libvirt) hypervisor or creating the nodes via AWS.
 
 The modules allow you create N VMs of a specific type. So you could create 1
 master node and 3 worker nodes or you could create 3 Ubuntu VMs and 5 CentOS
 VMs, or whatever fits your needs.
 
-This script creates the VMs and then uses Cloud-init for initial configuration
-of the VMs.
-
-libvirt vs. AWS
-----------------------------------------
-
-This script allows VMs to be created libvirt or AWS. You can choose either one,
-however, running both at the same time has not been tested. Therefore, when
-using one, you should comment out all code pertaining to the other provider.
-
 Cloud-Init
 ----------------------------------------
 
 Both the libvirt and aws modules use cloud-init for initial configuration of the
-VMs. Cloud-init is used to create the admin user and add the mss-admin keys.
+VMs.
-Cloud-init is also used to install some initial packages. The goal is to get
-these VMs setup enough so that they can be configured via Ansible.
-
-Environment Setup
-----------------------------------------
-
-1. From within the nodes-terraform directory run `terraform init`. You will a
-   see bunch if output as terraform grabs the dependencies it needs.
-
-2. Copy the shared `terraform.tfvars` from S3.
-   ```shell
-   aws s3 cp s3://mss-terraform-state/global/s3/terraform.tfvars .
-   ```
-   For instructions on getting AWS CLI to work correctly see `aws-api-setup.md`
-   in the `doc-ops` repo.
-
-   Take care to copy your `terraform.tfvars` back to the S3 bucket whenever you
-   make a change to it.
-
-3. Verify that you branch and variables match whats deployed by running
-   `terraform plan`. If everything is in sync you should see `No changes. Your
-   infrastructure matches the configuration.` _IF_ you do not see this message
-   make sure to sync with the other admins before continuing.
-
 
 Dependencies
 ----------------------------------------
 
-_UNFINISHED_
 TODO REM add libvirt provider
 libvirt provider depends on mkisofs
 

cloud_init.cfg

@@ -26,10 +26,6 @@ chpasswd:
 hostname: ${hostname}
 fqdn: ${hostname}
 
-package_update: true
-package_upgrade: true
-package_reboot_if_required: true
-
 %{ if install-qemu-agent }
 packages:
   # This are only necessary for libvirt.

example.tfvars

@@ -19,6 +19,17 @@ node-vcpus = 2
 # 12 GiB
 # libvirt-node-disk-size = "${12 * 1073741824}"
 
+################################################################################
+# AWS EC2 instance types
+################################################################################
+
+# 1 GiB, 1 vcpu, only one that is free.
+# This one won't work with k8s because it requires at least 2 vcpus.
+aws-ec2-instance-type = "t2.micro"
+
+# 4 GiB, 2 vcpus
+# aws-ec2-instnce-type = "t2.medium"
+
 ################################################################################
 # AWS images (AMIs)
 ################################################################################

get-vm-ips.sh

@@ -84,15 +84,13 @@ for GROUP in $ANS_GROUPS; do
     # HOSTNAME1=0.0.0.0
     # HOSTNAME2=0.0.0.0
     VARS="$(
-        echo -n $DATA | \
+        echo $DATA | \
             jq '.[] | select(.group=="'"$GROUP"'") | .vms[] | 
                 "\(.hostname)=\(.ip)"' | \
             sed 's/"//g' | \
             sed "s/$VM_NAME_PREFIX-//g" | \
             sed 's/-/_/g'
         )"
-    # Print the contents of $VARS converted to uppercase. If it's not expty.
+    # Print the contents of $VARS converted to uppercase.
-    if [ ! -z "$VARS" ]; then
+    echo "${VARS^^}"
-        echo "${VARS^^}"
-    fi
 done

main.tf

@@ -1,172 +1,15 @@
 
 locals {
-  old-k8s-subnets-ids = [
-    # module.aws-network-from-scratch.subnet.id,
-    module.aws-network-existing-managed.subnet-by-name["subnet_1"].id,
-    module.aws-network-existing-managed.subnet-by-name["subnet_3"].id,
-  ]
-  new-k8s-subnets-ids = [
-    module.aws-network-existing-mss-dev.subnet-by-name["mssdev Subnet 1"].id,
-    module.aws-network-existing-mss-dev.subnet-by-name["mssdev Subnet 3"].id,
-  ]
-  nfs-subnets = [
-    # module.aws-network-from-scratch.subnet,
-    module.aws-network-existing-managed.subnet-by-name["subnet_4"],
-  ]
-  aws-managed-security-group-id = module.aws-network-existing-managed.default-sg.id
-  aws-mss-dev-security-group-id = module.aws-network-existing-mss-dev.default-sg.id
-  # aws-managed-security-group-id = module.aws-network-from-scratch.default-security-group.id
-
-  # The names of these nodes is created by:
-  # "{var.vm-name-prefix}-{name from nodes-config}-{number}"
-  # The length of this full name must be < 16 characters. This is a limitaion of
-  # Active Directory? The "realm join" command failed when the name was too
-  # long, although it did not give the reason for the failure, the reason was
-  # surmised because it looked like it was truncating the name when attempting
-  # to join.
-  #
-  # NOTE: This naming restriction is only important if you plan on joining these
-  # VMs to Active Directory.
   nodes-config = {
-    # TODO if the above comment about the name length is true, then this name is
+    "master" = {
-    # too long. IMPORTANT! If you change this then you need to change the k8s
+      base-image = var.ubuntu-ami
-    # ansible role that assigns roles based on wether or not 'master' is in the
+      num = 1
-    # name.
-    "k8s-master" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.t2-medium-4gib-2vcpu
-      subnet-ids      = local.old-k8s-subnets-ids
-      security-groups = [local.aws-managed-security-group-id]
-      num             = 1
-    },
-    "k8s-wrkr" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
-      subnet-ids      = local.old-k8s-subnets-ids
-      security-groups = [local.aws-managed-security-group-id]
-      disk-size       = 32
-      num             = 2
     },
     "worker" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
+      base-image = var.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
+      num = 2
-      subnet-ids      = local.old-k8s-subnets-ids
+    }
-      security-groups = [local.aws-managed-security-group-id]
-      disk-size       = 64
-      num             = 3
-    },
-    "tst-master" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.t2-medium-4gib-2vcpu
-      subnet-ids      = local.old-k8s-subnets-ids
-      security-groups = [local.aws-managed-security-group-id]
-      num             = 0
-    },
-    "tst-wrkr" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
-      subnet-ids      = local.old-k8s-subnets-ids
-      security-groups = [local.aws-managed-security-group-id]
-      disk-size       = 32
-      num             = 0
-    },
-    "rancher-master" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
-      subnet-ids      = local.new-k8s-subnets-ids
-      security-groups = [local.aws-mss-dev-security-group-id]
-      disk-size       = 64
-      num             = 1
-    },
-    "rancher-worker" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
-      subnet-ids      = local.new-k8s-subnets-ids
-      security-groups = [local.aws-mss-dev-security-group-id]
-      disk-size       = 64
-      num             = 2
-    },
-    "dev" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.c5a-xlarge-amd-8gib-4vcpu
-      # subnet-ids    = [module.aws-network-from-scratch.subnet.id]
-      subnet-ids      = [module.aws-network-existing-managed.subnet-by-name["subnet_4"].id]
-      security-groups = [local.aws-managed-security-group-id]
-      disk-size       = 32
-      num             = 2
-    },
-    "nfs" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.t3a-medium-amd-4gib-2vcpu
-      # subnet-ids    = [module.aws-network-from-scratch.subnet.id]
-      subnet-ids      = [module.aws-network-existing-managed.subnet-by-name["subnet_4"].id]
-      security-groups = [local.aws-managed-security-group-id]
-      num             = 1
-      num-disks       = 1
-      # TODO Remove this, prefferred method is to use 'disks' and 'disk-mounts'
-      # like shown below.
-      zfs-disk-size   = 10
-    },
-    "proxy" = {
-      base-image      = module.aws-ami-constants.ubuntu-ami
-      aws-ec2-type    = module.ec2-types.t2-micro-1gib-1vcpu
-      # subnet-ids    = [module.aws-network-from-scratch.subnet.id]
-      subnet-ids      = [module.aws-network-existing-managed.subnet-by-name["subnet_4"].id]
-      security-groups = [local.aws-managed-security-group-id]
-      private-ips     = [var.aws-proxy-private-ip]
-      num             = 1
-    },
   }
-
-  disks = {
-    "zfs-64g" = {
-      num               = 1,
-      size              = 64
-      availability_zone = local.nfs-subnets[0].availability_zone
-    },
-    "zfs-256g" = {
-      num               = 1,
-      size              = 256
-      availability_zone = local.nfs-subnets[0].availability_zone
-    },
-  }
-
-  disk-mounts = [
-    {
-      # TODO make this attach field work.
-      attach        = false
-      ec2-id        = module.nodes["nfs"].nodes[0].id,
-      disk-group    = "zfs-64g"
-      # TODO also make sure that get drive letters or whetever still works. did
-      # it ever work?
-      # TODO We need to have a map of drive letters to device path in linux.
-      # This gets a little more complicated becuase the t2 instances map to
-      # /dev/xvdg while the t3a instance types map to /dev/nvme0n1 where 0 is
-      # the nth drive connected. The nth drive does not seem to map to a drive
-      # letter, ie. drive letter "f" does not map to 6, the nth drive simply
-      # increments by 1 for each drive attached regardless of the drive letter
-      # set.
-      drive-letters = ["g", "h", "i"]
-    },
-    {
-      # TODO make this attach field work.
-      attach        = false
-      ec2-id        = module.nodes["nfs"].nodes[0].id,
-      disk-group    = "zfs-256g"
-      # TODO also make sure that get drive letters or whetever still works. did
-      # it ever work?
-      # TODO We need to have a map of drive letters to device path in linux.
-      # This gets a little more complicated becuase the t2 instances map to
-      # /dev/xvdg while the t3a instance types map to /dev/nvme0n1 where 0 is
-      # the nth drive connected. The nth drive does not seem to map to a drive
-      # letter, ie. drive letter "f" does not map to 6, the nth drive simply
-      # increments by 1 for each drive attached regardless of the drive letter
-      # set.
-      drive-letters = ["j", "k", "l"]
-    },
-  ]
-
-  # This is only needed for libvirt.
   install-qemu-agent = false
 }
 
@@ -191,16 +34,6 @@ module "cloud-init-config" {
 # libvirt modules/resources.
 ################################################################################
 
-# This module sets the ec2-types constants.
-module "ec2-types" {
-  source = "./modules/ec2-types"
-}
-
-# This module sets the AWS AMI constants.
-module "aws-ami-constants" {
-  source = "./modules/aws-ami-constants"
-}
-
 # This module will grab the latest ami for a variety of distros. Uncomment to
 # get a list of the latest AMIs for our supported distros.
 # module "aws-amis" {
@@ -212,7 +45,7 @@ module "aws-ami-constants" {
 
 ################################################################################
 # AWS Networking
-# Use the 2 modules below to create resources for the AWS network.
+# Use of the 2 modules below to create resources for the AWS network.
 # aws-network-from-scratch will build the AWS network from scratch.
 # aws-network-existing will query AWS for an existing VPC.
 ################################################################################
@@ -225,18 +58,10 @@ module "aws-ami-constants" {
 #   admin-ips         = var.admin-ips
 # }
 
-module "aws-network-existing-managed" {
+module "aws-network-existing" {
   source                      = "./modules/aws-network-existing"
-  default-vpc-name            = var.aws-existing-managed-vpc-name
+  default-vpc-name            = var.aws-existing-vpc-name
-  default-security-group-name = var.aws-existing-managed-sg-name
+  default-security-group-name = var.aws-existing-sg-name
-  existing-subnet-names       = var.aws-existing-managed-subnet-names
-}
-
-module "aws-network-existing-mss-dev" {
-  source                      = "./modules/aws-network-existing"
-  default-vpc-name            = var.aws-existing-mss-dev-vpc-name
-  default-security-group-name = var.aws-existing-mss-dev-sg-name
-  existing-subnet-names       = var.aws-existing-mss-dev-subnet-names
 }
 
 ################################################################################
@@ -251,76 +76,18 @@ resource "aws_key_pair" "key" {
   }
 }
 
-module "disks" {
-  for_each          = local.disks
-  source            = "./modules/aws-disks"
-  availability_zone = each.value.availability_zone
-  size              = each.value.size
-  num               = each.value.num
-  prefix            = each.key
-}
-
-module "disk-mounts" {
-  source = "./modules/aws-disk-mounts"
-  disks  = module.disks[element(local.disk-mounts, count.index).disk-group].disks
-  ec2-id = element(local.disk-mounts, count.index).ec2-id
-  drive-letters = try(element(local.disk-mounts, count.index).drive-letters, null)
-  count  = length(local.disk-mounts)
-}
-
-# TODO REM remove if unuesed.
-resource "aws_ebs_volume" "zfs" {
-  # TODO REM look at types.
-  availability_zone = local.nfs-subnets[0].availability_zone
-  size = local.nodes-config["nfs"].zfs-disk-size
-  encrypted = true
-  count = local.nodes-config["nfs"].num-disks
-  tags = {
-    Name = "zfs-disk-${count.index}"
-  }
-}
-
-resource "aws_volume_attachment" "mount-nfs-volume" {
-  device_name = "/dev/sd${element(var.aws-zfs-drive-letters, count.index)}"
-  instance_id = module.nodes["nfs"].nodes[0].id
-  count = local.nodes-config["nfs"].num-disks
-  volume_id = element(aws_ebs_volume.zfs, count.index).id
-}
-
-output "zfs-drive-letters" {
-  value = aws_volume_attachment.mount-nfs-volume.*.device_name
-}
-
 module "nodes" {
   for_each           = local.nodes-config
   source             = "./modules/aws-nodes"
-  ec2-instance-type  = each.value.aws-ec2-type
   ami                = each.value.base-image
-  subnet-ids         = each.value.subnet-ids
+  ec2-instance-type  = var.aws-ec2-instance-type
-  private-ips        = try(each.value.private-ips, [])
+  subnet-id          = module.aws-network-existing.k8s-subnets-ids[0]
-  security-group-ids = each.value.security-groups
+  security-group-ids = [module.aws-network-existing.default-sg.id]
   user-datas         = lookup(module.cloud-init-config, each.key, null).user-datas
-  disk-size          = try(each.value.disk-size, null)
   num-nodes          = each.value.num
   name-prefix        = "${var.vm-name-prefix}-${each.key}"
-  # TODO add a input for the key so that it will show up as the key in the aws
-  # console.
 }
 
-# TODO an attempt to create a windows machine.
-# module "nodes-win" {
-#   source             = "./modules/aws-nodes"
-#   ec2-instance-type  = module.ec2-types.t2-small-2gib-1vcpu
-#   ami                = module.aws-ami-constants.win-srv-2019-ami
-#   subnet-ids         = [module.aws-network-existing-managed.subnet-by-name["subnet_2"].id]
-#   private-ips        = []
-#   security-group-ids = [local.aws-managed-security-group-id]
-#   # TODO REM need to figure out how to not pass a user data.
-#   user-datas         = [null]
-#   num-nodes          = 1
-#   name-prefix        = "${var.vm-name-prefix}-win-test"
-# }
-
 ################################################################################
 # end aws
 ################################################################################
@@ -334,11 +101,7 @@ module "nodes" {
 # provider "libvirt" {
 #   uri = var.libvirt-connection-url
 # }
-#
+# 
-# module "libvirt-images" {
-#   source = "./modules/libvirt-images"
-# }
-#
 # module "nodes" {
 #   for_each               = local.nodes-config
 #   source                 = "./modules/libvirt-nodes"
@@ -355,7 +118,7 @@ module "nodes" {
 #   libvirt-connection-url = var.libvirt-connection-url
 #   user-datas             = lookup(module.cloud-init-config, each.key, null).user-datas
 # }
-#
+# 
 # resource "libvirt_pool" "images" {
 #   name = var.disk-image-pool-name
 #   type = "dir"

modules/aws-ami-constants/outputs.tf

@@ -1,58 +0,0 @@
-################################################################################
-# AWS AMI vars
-# These outputs are really more like constants. Using outputs improves
-# readability. The values are manually updated. Use the aws-amis module to get
-# the latest for each distro. Keep in mind that AMIs are region specific this is
-# why you may see values and other regions commented out.
-################################################################################
-
-output "amzn2-ami" {
-  # us-east-2
-  # default     = "ami-0dd0ccab7e2801812"
-  # us-gov-west-1
-  value       = "ami-02ab588324a95cf31"
-  description = "The AMI to use for Amazon Linux 2."
-}
-output "ubuntu-ami" {
-  # us-east-2
-  # value = "ami-06c7d6c0987eaa46c"
-  # us-gov-west-1
-  value       = "ami-066189aeb91baa0ab"
-  description = "The AMI to use for Ubuntu."
-}
-output "centos7-ami" {
-  # us-east-2
-  value       = "ami-00f8e2c955f7ffa9b"
-  description = "The AMI to use for CentOS 7."
-}
-output "centos8-ami" {
-  # us-east-2
-  value       = "ami-057cacbfbbb471bb3"
-  description = "The AMI to use for CentOS 8."
-}
-output "arch-ami" {
-  # us-east-2
-  value       = "ami-02653f06de985e3ba"
-  description = "The AMI to use for Arch Linux."
-}
-output "rhel7-ami" {
-  # us-east-2
-  # value = "ami-0a509b3c2a4d05b3f"
-  # us-gov-west-1
-  value       = "ami-04ccdf5793086ea95"
-  description = "The AMI to use for RHEL 7."
-}
-output "rhel8-ami" {
-  # us-east-2
-  # value = "ami-0d871ca8a77af2948"
-  # us-gov-west-1
-  value       = "ami-0b1f10cd1cd107dd2"
-  description = "The AMI to use for RHEL 8."
-}
-output "win-srv-2019-ami" {
-  # us-east-2
-  # value = ???
-  # us-gov-west-1
-  value       = "ami-0f838c3c35ab60fc4"
-  description = "The AMI to use for Windows Server 2019."
-}

modules/aws-amis/main.tf

@@ -48,14 +48,7 @@ locals {
       # us-gov-west-1
       owner-id = "219670896067"
       name = "RHEL-8.*HVM*x86_64*GP2"
-    },
+    }
-    win-srv-2019 = {
-      # us-east-2
-      # owner-id = "???"
-      # us-gov-west-1
-      owner-id = "077303321853"
-      name = "Windows_Server-2019-English-Full-Base*"
-    },
   }
 }
 

modules/aws-disk-mounts/main.tf

@@ -1,6 +0,0 @@
-resource "aws_volume_attachment" "mount-volume" {
-  device_name = "/dev/sd${element(var.drive-letters, count.index)}"
-  instance_id = var.ec2-id
-  count = length(var.disks)
-  volume_id = element(var.disks, count.index).id
-}

modules/aws-disk-mounts/variables.tf

@@ -1,16 +0,0 @@
-variable "drive-letters" {
-  default = ["f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z"]
-  description = "These drive letters will be used when arraching disks to EC2 instance with `ec2-id'"
-  type = list(string)
-  nullable = false
-}
-
-variable "disks" {
-  description = "An array of disks to attach to the EC2 isntance with `ec2-id`"
-  type = list
-}
-
-variable "ec2-id" {
-  description = "The ID of the EC@ instance to attach the drives to."
-  type = string
-}

modules/aws-disks/main.tf

@@ -1,10 +0,0 @@
-
-resource "aws_ebs_volume" "disks" {
-  availability_zone = var.availability_zone
-  size = var.size
-  count = var.num
-  encrypted = true
-  tags = {
-    Name = "${var.prefix}-${count.index}"
-  }
-}

modules/aws-disks/outputs.tf

@@ -1,3 +0,0 @@
-output "disks" {
-  value = aws_ebs_volume.disks
-}

modules/aws-disks/variables.tf

@@ -1,19 +0,0 @@
-variable "availability_zone" {
-  description = "The availability zone this disk will reside in. This AZ is applied to all 'num' disks."
-  type = string
-}
-
-variable "num" {
-  description = "The number of disks to be created with this config."
-  type = number
-}
-
-variable "prefix" {
-  description = "This prefix will be used in the name of each disk created with this module. If the prefix is 'zfs', then it will create disks with names, zfs-0 and zfs-1."
-  type = string
-}
-
-variable "size" {
-  description = "The size of the disk in GB."
-  type = number
-}

modules/aws-network-existing/main.tf

@@ -22,14 +22,6 @@ data "aws_subnet" "subnets" {
   id = each.key
 }
 
-data "aws_subnet" "subnet-by-name" {
-  for_each = toset(var.existing-subnet-names)
-  filter {
-    name   = "tag:Name"
-    values = [each.key]
-  }
-}
-
 data "aws_security_group" "default" {
   name = var.default-security-group-name
 }

modules/aws-network-existing/outputs.tf

@@ -11,16 +11,11 @@ output "subnets" {
   value = data.aws_subnet.subnets
 }
 
-output "one-subnet-per-az" {
+output "k8s-subnets-ids" {
-  description = "An array of subnets that selects 1 subnet per az."
+  description = "An array of subnets to be used for k8s VMs. These subnets were chosen by selecting a single subnet from each availability_zone."
   value = [for k,v in local.az-to-subnets : v[0]]
 }
 
-output "subnet-by-name" {
-  description = "A map of subnet name to subnet resource."
-  value = data.aws_subnet.subnet-by-name
-}
-
 output "az-to-subnets" {
   description = "A map of availability zone to array of subnets that are in thet availability zone."
   value = local.az-to-subnets

modules/aws-network-existing/variables.tf

@@ -5,9 +5,3 @@ variable "default-security-group-name" {
 variable "default-vpc-name" {
   description = "The name of the existing default VPC. This module will query AWS for a VPC with this name,"
 }
-
-variable "existing-subnet-names" {
-  description = "A list of subnet names that already exist in default-vpc-name"
-  default     = []
-  type        = list(string)
-}

modules/aws-nodes/main.tf

@@ -3,17 +3,10 @@ resource "aws_instance" "nodes" {
   instance_type               = var.ec2-instance-type
   # TODO Make this a variable.
   associate_public_ip_address = true
-  subnet_id = element(var.subnet-ids, count.index % length(var.subnet-ids))
+  subnet_id                   = var.subnet-id
-  # Set a private IP if var.private-ips is not empty, otherwise let AWS assign
-  # the IP.
-  private_ip = length(var.private-ips) == 0 ? null : element(var.private-ips, count.index)
   vpc_security_group_ids = var.security-group-ids
-  user_data              = element(var.user-datas.*.rendered, count.index)
+  user_data = element(var.user-datas.*.rendered, count.index)
-  root_block_device {
+  count                       = var.num-nodes
-    volume_size           = var.disk-size
-    delete_on_termination = true
-  }
-  count = var.num-nodes
 
   tags = {
     Name = "${var.name-prefix}-${count.index}"

modules/aws-nodes/outputs.tf

@@ -9,7 +9,3 @@ output "private_ips" {
 output "names" {
   value = aws_instance.nodes.*.tags.Name
 }
-
-output "nodes" {
-  value = aws_instance.nodes
-}

modules/aws-nodes/variables.tf

@@ -1,48 +1,36 @@
 variable "ami" {
   description = "The AWS AMI to be used for all the nodes"
-  type        = string
+  type = string
-}
-
-variable "disk-size" {
-  default     = 8
-  description = "The size of the root FS disk in GB."
-  type        = number
 }
 
 variable "ec2-instance-type" {
-  default     = "t2.micro"
+  default = "t2.micro"
   description = "The AWS instance type to use for all nodes."
-  type        = string
+  type = string
 }
 
 variable "name-prefix" {
-  default     = "tf-node"
+  default = "tf-node"
   description = "This prefix will be applied to all names created by this module."
-  type        = string
+  type = string
 }
 
 variable "num-nodes" {
-  default     = 1
+  default = 1
   description = "The number of nodes to create from the given input parameters."
-  type        = number
+  type = number
-}
-
-variable "private-ips" {
-  default     = []
-  description = "A list of private IP addresses to use for the nodes. If the list is empty then each node will get an IP assigned from AWS."
-  type        = list(string)
 }
 
 variable "user-datas" {
   description = "A list of cloud-init configs that get applied to their corresponding node."
 }
 
-variable "subnet-ids" {
+variable "subnet-id" {
-  description = "An array of subnet ids. These subnets will be round robined as the subnet to use for each node."
+  description = "The ID of the subnet that all the nodes will be added to."
-  type        = list(string)
+  type = string
 }
 
 variable "security-group-ids" {
   description = "A list of security group IDs to be applied to all the nodes."
-  type        = list(string)
+  type = list(string)
 }

modules/ec2-types/outputs.tf

@@ -1,45 +0,0 @@
-################################################################################
-# AWS EC2 types.
-# Thesee are only here to help readability. Using these outputs allows the user
-# to be able to see the resources of each type without having to look them up.
-################################################################################
-
-output "t2-micro-1gib-1vcpu" {
-  description = "t2.micro EC2 instance with 1 GiB mem and 1 vCPU."
-  value = "t2.micro"
-}
-
-output "t2-small-2gib-1vcpu" {
-  description = "t2.small EC2 instance with 2 GiB mem and 1 vCPUs."
-  value = "t2.small"
-}
-
-output "t2-medium-4gib-2vcpu" {
-  description = "t2.medium EC2 instance with 4 GiB mem and 2 vCPUs."
-  value = "t2.medium"
-}
-
-output "t2-large-8gib-2vcpu" {
-  description = "t2.large EC2 instance with 8 GiB mem and 2 vCPUs."
-  value = "t2.large"
-}
-
-output "t2-xlarge-16gib-4vcpu" {
-  description = "t2.xlarge EC2 instance with 16 GiB mem and 4 vCPUs."
-  value = "t2.xlarge"
-}
-
-output "t3a-medium-amd-4gib-2vcpu" {
-  description = "t3a.medium EC2 instance on AMD with GiB mem and 2 vCPUs."
-  value = "t3a.medium"
-}
-
-output "t3a-large-amd-8gib-2vcpu" {
-  description = "t3a.large EC2 instance on AMD with 8 GiB mem and 2 vCPUs."
-  value = "t3a.large"
-}
-
-output "c5a-xlarge-amd-8gib-4vcpu" {
-  description = "c5a.xlarge EC2 instance on AMD with 8 GiB mem and 4 vCPUs."
-  value = "c5a.xlarge"
-}

modules/libvirt-images/outputs.tf

@@ -1,22 +0,0 @@
-################################################################################
-# Libvirt Images
-# These outputs are really more like constants. Using outputs improves
-# readability. The values are manually updated.
-################################################################################
-
-output "ubuntu-img" {
-  value       = "https://cloud-images.ubuntu.com/releases/focal/release/ubuntu-20.04-server-cloudimg-amd64-disk-kvm.img"
-  description = "The libvirt image to use for Ubuntu."
-}
-
-output "centos7-img" {
-  # Latest as of 2021-12-06.
-  value       = "https://cloud.centos.org/centos/7/images/CentOS-7-x86_64-GenericCloud-2111.qcow2"
-  description = "The libvirt image to use for CentOS 7."
-}
-
-output "centos8-img" {
-  value       = "https://cloud.centos.org/centos/8/x86_64/images/CentOS-8-GenericCloud-8.4.2105-20210603.0.x86_64.qcow2"
-  description = "The libvirt image to use for CentOS 8."
-}
-

providers.tf

@@ -1,21 +1,20 @@
 
 provider "aws" {
-  region = var.aws-region
+  region = "us-gov-west-1"
-  # profile = <aws cli profile>
 }
 
 
 terraform {
   required_version = ">= 1.0.8"
 
-  backend "s3" {
+    backend "s3" {
-    
+      
-    bucket            = "mss-terraform-state"
+      bucket            = "mss-terraform-state"
-    key               = "global/s3/terraform.tfstate"
+      key               = "global/s3/terraform.tfstate"
-    region            = "us-gov-west-1"
+      region            = "us-gov-west-1"
-    
+      
-    dynamodb_table    = "mss-terraform-state-lock"
+      dynamodb_table    = "mss-terraform-state-lock"
-    encrypt           = true
+      encrypt           = true
 
   }
   required_providers {
@@ -74,4 +73,4 @@ resource "aws_dynamodb_table" "terraform_locks" {
 output "s3_bucket_arn" {
   value       = aws_s3_bucket.terraform_state.arn
   description = "The ARN of the S3 bucket"
-}
+}

variables.tf

@@ -1,66 +1,24 @@
 variable "admin-ips" {
   default = ["0.0.0.0/0"]
-  description = "A list of ips or cidr blocks that are allowed to connect to the nodes. This variable is only used when using the aws-network-from-scratch module."
+  description = "A list of ips or cidr blocks that are allowed to connect to the nodes."
   type = list(string)
 }
 
-variable "aws-zfs-drive-letters" {
+variable "aws-ec2-instance-type" {
-  default     = ["f", "g", "h", "i", "j"]
+  default = "t2.micro"
-  description = "These are the drove letters to use when attaching EBS volumes, ie. /dev/sdf or /dev/sdg"
+  description = "The AWS instance type to use for all nodes."
-  type        = list(string)
 }
 
-################################################################################
+variable "aws-existing-sg-name" {
-# Query existing infrastructure.
+  default = "change-me-if-using-aws-network-existing"
-# Variables used to grab existing resources from AWS.
-#
-# We have 2 sets of three variables in this section. 1 section has 'managed' in
-# the name and the other has 'mss-dev' in the name. There are not restrictions
-# as to what we can put into these VPCs. The names of the variable simply match
-# the names of the VPCs and have no meaning for what resources are allowed.
-################################################################################
-
-variable "aws-existing-managed-sg-name" {
-  default     = "change-me-if-using-aws-network-existing"
   description = "The name of the existing security group when using aws-network-existing."
 }
 
-variable "aws-existing-managed-vpc-name" {
+variable "aws-existing-vpc-name" {
-  default     = "change-me-if-using-aws-network-existing"
+  default = "change-me-if-using-aws-network-existing"
   description = "The name of the existing VPC when using aws-network-existing."
 }
 
-variable "aws-existing-managed-subnet-names" {
-  description = "A list of subnet names that already exist in aws-existing-managed-vpc-name"
-  default     = []
-  type        = list(string)
-}
-
-variable "aws-existing-mss-dev-sg-name" {
-  default     = "change-me-if-using-aws-network-existing"
-  description = "The name of the existing security group when using aws-network-existing with the mss-dev VPC."
-}
-
-variable "aws-existing-mss-dev-vpc-name" {
-  default     = "change-me-if-using-aws-network-existing"
-  description = "The name of the existing VPC when using aws-network-existing with the mss-dev VPC."
-}
-
-variable "aws-existing-mss-dev-subnet-names" {
-  description = "A list of subnet names that already exist in aws-existing-mss-dev-vpc-name"
-  default     = []
-  type        = list(string)
-}
-
-################################################################################
-# End query existing infrastructure.
-################################################################################
-
-variable "aws-proxy-private-ip" {
-  description = "The private IP to request for the proxy instance."
-  type        = string
-}
-
 variable "aws-region" {
   default = "us-east-1"
   description = "The AWS region to use."
@@ -120,6 +78,18 @@ variable "root-admin-pub-key" {
   description = "The public key to be added to authorized_keys for the root and admin accounts."
 }
 
+variable "master-nodes" {
+  default     = 1
+  description = "The number of master nodes to create."
+  type        = number
+}
+
+variable "worker-nodes" {
+  default     = 2
+  description = "The number of worker nodes to create."
+  type        = number
+}
+
 variable "base-image" {
   default = "https://cloud-images.ubuntu.com/releases/focal/release/ubuntu-20.04-server-cloudimg-amd64-disk-kvm.img"
 }
@@ -128,3 +98,76 @@ variable "vm-name-prefix" {
   default = "k8s-tf"
   description = "This prefix will appear before all VM names and hostnames, ie. k8s-tf-master-0."
 }
+
+################################################################################
+# AWS AMI vars
+# These variables are really mor like constants. Using variables improves
+# readability. The defaults are manually updated. Use the aws-amis module to get
+# the latest for each distro.
+################################################################################
+
+variable "amzn2-ami" {
+  # us-east-2
+  # default     = "ami-0dd0ccab7e2801812"
+  # us-gov-west-1
+  default     = "ami-098bf51d9a35299f0"
+  description = "The AMI to use for Amazon Linux 2."
+}
+variable "ubuntu-ami" {
+  # us-east-2
+  # default = "ami-06c7d6c0987eaa46c"
+  # us-gov-west-1
+  default = "ami-087ee83c8de303181"
+  description = "The AMI to use for Ubuntu."
+}
+variable "centos7-ami" {
+  # us-east-2
+  default = "ami-00f8e2c955f7ffa9b"
+  description = "The AMI to use for CentOS 7."
+}
+variable "centos8-ami" {
+  # us-east-2
+  default = "ami-057cacbfbbb471bb3"
+  description = "The AMI to use for CentOS 8."
+}
+variable "arch-ami" {
+  # us-east-2
+  default = "ami-02653f06de985e3ba"
+  description = "The AMI to use for Arch Linux."
+}
+variable "rhel7-ami" {
+  # us-east-2
+  # default = "ami-0a509b3c2a4d05b3f"
+  # us-gov-west-1
+  default = "ami-04ccdf5793086ea95"
+  description = "The AMI to use for RHEL 7."
+}
+variable "rhel8-ami" {
+  # us-east-2
+  # default = "ami-0d871ca8a77af2948"
+  # us-gov-west-1
+  default = "ami-0b1f10cd1cd107dd2"
+  description = "The AMI to use for RHEL 8."
+}
+
+################################################################################
+# Libvirt Images
+# These variables are really mor like constants. Using variables improves
+# readability. The defaults are manually updated.
+################################################################################
+
+variable "ubuntu-img" {
+  default     = "https://cloud-images.ubuntu.com/releases/focal/release/ubuntu-20.04-server-cloudimg-amd64-disk-kvm.img"
+  description = "The libvirt image tp use for Ubuntu."
+}
+
+variable "centos7-img" {
+  # Latest as of 2021-12-06.
+  default = "https://cloud.centos.org/centos/7/images/CentOS-7-x86_64-GenericCloud-2111.qcow2"
+  description = "The libvirt image tp use for CentOS 7."
+}
+
+variable "centos8-img" {
+  default = "https://cloud.centos.org/centos/8/x86_64/images/CentOS-8-GenericCloud-8.4.2105-20210603.0.x86_64.qcow2"
+  description = "The libvirt image tp use for CentOS 8."
+}