IonosCloud Provider

export IONOS_TOKEN="token"

export IONOS_USERNAME="username"
export IONOS_PASSWORD="password"

export IONOS_S3_ACCESS_KEY="accesskey"
export IONOS_S3_SECRET_KEY="secretkey"

export IONOS_API_URL="api-url"

provider "ionoscloud" {
#  we encourage users to use token authentication for security reasons
#  username          = var.ionos_username
#  password          = var.ionos_password
  token             = var.ionos_token
#  optional, to be used only for reseller accounts
#  contract_number = "contract_number_here"
#  optional, does not need to be configured in most cases
#  endpoint = "custom_cloud_api_url"
#  s3_access_key     =  "your_access_key"
#  s3_secret_key     =  "your_secret_key"

export TF_VAR_ionos_token="token"
#export TF_VAR_ionos_username="username"
#export TF_VAR_ionos_password="password"
#export TF_VAR_ionos_s3_access_key="accesskey"
#export TF_VAR_ionos_s3_secret_key="secretkey"
#export TF_VAR_ionos_s3_region="region"

version: 1.0
currentProfile: user # The current profile can also be overridden by the environment variable IONOS_CURRENT_PROFILE
profiles:
  - name: user
    environment: prod
    credentials:
      # You can use either username and password, or token.
      # If both username and password, as well as token are provided, the token will take precedence.
      token: <token>
  - name: user2
    environment: dev
    credentials:
      username: <username>
      password: <password>
environments:
  - name: prod
    products:
      - name: compute
        endpoints:
          - name: https://api.ionos.com/cloudapi/v6
            skipTlsVerify: false
  - name: dev
    products:
      - name: auth
        endpoints:
          - name: https://api.ionos.com/auth/v1
            skipTlsVerify: false

terraform {
  required_providers {
    ionoscloud = {
      source = "ionos-cloud/ionoscloud"
      version = ">= 6.4.10"
    }
  }
}

provider "ionoscloud" {
  token                = var.ionos_token
  #  we encourage users to use token authentication
  #  username          = var.ionos_username
  #  password          = var.ionos_password
  #  optional, to be used only for reseller accounts
  #  contract_number = "contract_number_here"
  #  optional, does not need to be configured in most cases
  #  endpoint = "custom_cloud_api_url"
  #  s3_access_key     =  "your_access_key"
  #  s3_secret_key     =  "your_secret_key"
  #  s3_region     =  "your_bucket_region"
}

resource "ionoscloud_datacenter" "main" {
  # ...
}

terraform {
  required_providers {
    ionoscloud = {
      source = "ionos-cloud/ionoscloud"
      version = "6.7.20"
    }
  }
}

resource "ionoscloud_s3_bucket" "firstbucket" {
  name = "terraform-eu-central-3"
  region = "eu-central-3"
  provider = ionoscloud.eucentral3
  object_lock_enabled = true
  force_destroy = true
}

resource "ionoscloud_s3_bucket" "secondbucket" {
  name = "terraform-eu-central-4"
  region = "eu-central-4"
  provider = ionoscloud
  object_lock_enabled = true
  force_destroy = true
}

# This provider will be used to manipulate resources in 'eu-central-3' region.
provider "ionoscloud" {
  s3_access_key = "S3_ACCESS_KEY"
  s3_secret_key = "S3_SECRET_KEY"
  token = "IONOS_TOKEN"
  alias = "eucentral3"
}

# This provider will be used to manipulate resources in 'eu-central-4' region.
provider "ionoscloud" {
  s3_access_key = "S3_ACCESS_KEY"
  s3_secret_key = "S3_SECRET_KEY"
  token = "IONOS_TOKEN"
}

terraform {
  required_providers {
    ionoscloud = {
      source = "ionos-cloud/ionoscloud"
      version = "6.7.20"
    }
  }
}

resource "ionoscloud_logging_pipeline" "firstpipeline" {
  location = "de/fra"
  name = "firstpipeline"
  log {
    source = "kubernetes"
    tag = "tagexample"
    protocol = "http"
    destinations {
      type = "loki"
      retention_in_days = 7
    }
  }
  provider = ionoscloud.frankfurt
}

resource "ionoscloud_logging_pipeline" "secondpipeline" {
  location = "de/txl"
  name = "secondpipeline"
  log {
    source = "kubernetes"
    tag = "tagexample"
    protocol = "http"
    destinations {
      type = "loki"
      retention_in_days = 7
    }
  }
  provider = ionoscloud.berlin
}

resource "ionoscloud_logging_pipeline" "thirdpipeline" {
  location = "fr/par"
  name = "thirdpipeline"
  log {
    source = "kubernetes"
    tag = "tagexample"
    protocol = "http"
    destinations {
      type = "loki"
      retention_in_days = 7
    }
  }
  provider = ionoscloud
}

# This provider will be used to manipulate resources in Frankfurt.
provider "ionoscloud" {
  token = "IONOS_TOKEN"
  alias = "frankfurt"
}

# This provider will be used to manipulate resources in Berlin.
provider "ionoscloud" {
  token = "IONOS_TOKEN"
  alias = "berlin"
}

# This provider will be used to manipulate resources in Paris.
provider "ionoscloud" {
  token = "IONOS_TOKEN"
}

resource "ionoscloud_server" "example" {
    name                  = "Server Example"
    datacenter_id         = ionoscloud_datacenter.example.id
    cores                 = 1
    ram                   = 1024
    image_name            = data.ionoscloud_image.example.id
    image_password        = random_password.server_image_password.result
    type                  = "ENTERPRISE"
    volume {
        name              = "system"
        size              = 5
        disk_type         = "SSD Standard"
        user_data         = "foo"
        bus               = "VIRTIO"
    }
    nic {
        lan               = ionoscloud_lan.example.id
        name              = "system"
        dhcp              = true
        firewall_active   = true
        firewall_type     = "BIDIRECTIONAL"
        ips               = [ ionoscloud_ipblock.example.ips[0], ionoscloud_ipblock.example.ips[1] ]
        firewall {
            protocol          = "TCP"
            name              = "SSH"
            port_range_start  = 22
            port_range_end    = 22
            source_mac        = "00:0a:95:9d:68:17"
            source_ip         = ionoscloud_ipblock.example.ips[2]
            target_ip         = ionoscloud_ipblock.example.ips[3]
            type              = "EGRESS"
        }
    }
    timeouts {
      create = "30m"
      update = "300s"
      delete = "2h"
    }
}

resource "random_password" "server_image_password" {
  length           = 16
  special          = false
}

$ export IONOS_LOG_LEVEL=debug

$ export TF_LOG=debug
$ export IONOS_DEBUG=true
$ terraform apply

{
  "httpStatus" : 422,
  "messages" : [ {
    "errorCode" : "200",
    "message" : "[VDC-yy-xxxx] Operation cannot be executed since this Kubernetes Nodepool is already marked for deletion. Current state of the resource is FAILED_DESTROYING."
  }]
}

$ sed -i 's/profitbricks_/ionoscloud_/g' ./main.tf

$ sed -i bak 's/profitbricks_/ionoscloud_/g' ./main.tf

$ sed -i 's/profitbricks_/ionoscloud_/g' ./terraform.tfstate

$ sed -i bak 's/profitbricks_/ionoscloud_/g' ./terraform.tfstate

"provider": "provider[\"registry.terraform.io/hashicorp/profitbricks\"]"

"provider": "provider[\"registry.terraform.io/hashicorp/ionoscloud\"]"