powerflex_sdc (Resource)

This resource is used to manage the SDC entity of PowerFlex Array. We can Create, Update and Delete the PowerFlex SDC using this resource. We can also Import an existing SDC from PowerFlex array.

Note: If a cluster is configured with a virtual IP, then it is necessary to provide virtual_ips and virtual_ip_nics while specifying the primary and secondary MDM details.

Example Usage

/*
Copyright (c) 2023-2024 Dell Inc., or its subsidiaries. All Rights Reserved.

Licensed under the Mozilla Public License Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

    http://mozilla.org/MPL/2.0/


Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/

# Command to run this tf file : terraform init && terraform plan && terraform apply.
# Create, Update, Read, Delete and Import operations are supported for this resource.
# sdc_details is the required parameter for the SDC resource.

# Example for adding MDMs as SDCs. After successful execution, three SDCs will be added.
resource "powerflex_sdc" "sdc-example" {
  mdm_password = "Password"
  lia_password = "Password"
  sdc_details = [
    {
      ip                  = "IP"
      username            = "Username"
      password            = "Password"
      operating_system    = "linux"
      is_mdm_or_tb        = "Primary"
      is_sdc              = "Yes"
      name                = "SDC_NAME"
      performance_profile = "HighPerformance"
    },
    {
      ip                  = "IP"
      username            = "Username"
      password            = "Password"
      operating_system    = "linux"
      is_mdm_or_tb        = "Secondary"
      is_sdc              = "Yes"
      name                = "SDC_NAME"
      performance_profile = "Compact"
    },
    {
      ip                  = "IP"
      username            = "Username"
      password            = "Password"
      operating_system    = "linux"
      is_mdm_or_tb        = "TB"
      is_sdc              = "Yes"
      name                = "SDC_NAME"
      performance_profile = "Compact"
    }
  ]
}

# Example demonstrating the use of the Package Resource and Virtual IP configuration 

resource "powerflex_package" "upload-test" {
  file_path = ["/root/powerflex_packages/PowerFlex_3.6.700.103_RHEL_OEL7/EMC-ScaleIO-lia-3.6-700.103.el7.x86_64.rpm",
    "/root/powerflex_packages/PowerFlex_3.6.700.103_RHEL_OEL7/EMC-ScaleIO-mdm-3.6-700.103.el7.x86_64.rpm",
    "/root/powerflex_packages/PowerFlex_3.6.700.103_RHEL_OEL7/EMC-ScaleIO-sds-3.6-700.103.el7.x86_64.rpm",
    "/root/powerflex_packages/PowerFlex_3.6.700.103_RHEL_OEL7/EMC-ScaleIO-sdc-3.6-700.103.el7.x86_64.rpm",
    "/root/powerflex_packages/PowerFlex_3.6.700.103_RHEL_OEL7/EMC-ScaleIO-sdr-3.6-700.103.el7.x86_64.rpm"]
}

resource "powerflex_sdc" "test" {
  depends_on   = [powerflex_package.upload-test]
  mdm_password = "mdm_password"
  lia_password = "lia_password"
  sdc_details = [
    {
      ip               = "primary_mdm_ip"
      password         = "vm_password"
      operating_system = "linux"
      is_mdm_or_tb     = "Primary"
      is_sdc           = "Yes"
      virtual_ips      = "virtual_ip"
      virtual_ip_nics  = "virtual_nic"
      data_network_ip  = "data_network_ip_pmdm"
    },
    {
      ip               = "secondary_mdm_ip"
      password         = "vm_password"
      operating_system = "linux"
      is_mdm_or_tb     = "Secondary"
      is_sdc           = "Yes"
      virtual_ips      = "virtual_ip"
      virtual_ip_nics  = "virtual_nic"
      data_network_ip  = "data_network_ip_smdm"
    },
    {
      ip               = "tiebreaker_mdm"
      password         = "vm_password"
      operating_system = "linux"
      is_mdm_or_tb     = "TB"
      is_sdc           = "No"
      data_network_ip  = "data_network_ip_tmdm"
    }
  ]
}


# Example for deleting all MDMs installed as SDCs. After successful execution, SDCs will be removed from the cluster. 
resource "powerflex_sdc" "expansion" {
  mdm_password = "Password"
  lia_password = "Password"
  sdc_details  = []
}

# Example for installing non-MDM node as SDC. After successful execution, one SDC will be added.
resource "powerflex_sdc" "sdc-example" {
  mdm_password = "Password"
  lia_password = "Password"
  sdc_details = [
    {
      ip               = "IP"
      username         = "Username"
      password         = "Password"
      operating_system = "linux"
      is_mdm_or_tb     = "Primary"
      is_sdc           = "No"
    },
    {
      ip               = "IP"
      username         = "Username"
      password         = "Password"
      operating_system = "linux"
      is_mdm_or_tb     = "Secondary"
      is_sdc           = "No"
    },
    {
      ip               = "IP"
      username         = "Username"
      password         = "Password"
      operating_system = "linux"
      is_mdm_or_tb     = "TB"
      is_sdc           = "No"
    },
    {
      ip               = "IP"
      username         = "Username"
      password         = "Password"
      operating_system = "linux"
      is_sdc           = "Yes"
    }
  ]
}

# Example for renaming existing SDC using ID. After successful execution, SDC will be renamed.
data "powerflex_sdc" "all" {
}

locals {
  matching_sdc = [for sdc in data.powerflex_sdc.all.sdcs : sdc if sdc.sdc_ip == "IP address of the SDC node to get SDC ID"]
}

resource "powerflex_sdc" "test" {
  mdm_password = "Password"
  lia_password = "Password"
  sdc_details = [
    {
      sdc_id = local.matching_sdc[0].id
      name   = "rename_sdc"
    },
  ]
}


# To perform Multiple SDC Detail Update only
resource "powerflex_sdc" "sdc_update" {
  sdc_details = [
    {
      sdc_id              = "sdc_id"
      name                = "SDC_NAME"
      performance_profile = "HighPerformance"
    },
    {
      sdc_id              = "sdc_id"
      name                = "SDC_NAME"
      performance_profile = "HighPerformance"
    },
  ]
}

After the execution of above resource block, sdc would have been renamed on the PowerFlex array. For more information, please check the terraform state file.

Schema

Required

  • sdc_details (Attributes List) List of SDC Expansion Server Details. In upcoming release, this field will only be used as input, and a new field will be added to output the list of SDCs. (see below for nested schema)

Optional

  • lia_password (String, Sensitive) LIA Password to connect MDM Server.
  • mdm_password (String, Sensitive) MDM Password to connect MDM Server.

Read-Only

  • id (String) Placeholder
  • sdc_state_details (Attributes List) List of SDC state details. (see below for nested schema)

Nested Schema for sdc_details

Optional:

  • data_network_ip (String, Sensitive) SDC IP from the data network. This is needed when virtual IP is configured on the data network.
  • ip (String, Sensitive) IP of the node. Conflict with sdc_id
  • is_mdm_or_tb (String) Whether this works as MDM or Tie Breaker,The acceptable value are Primary, Secondary, TB, Standby or blank. Default value is blank
  • is_sdc (String) Whether this node is to operate as an SDC or not. The acceptable values are Yes and No. Default value is Yes.
  • name (String) Name of the SDC to manage.
  • operating_system (String) Operating System on the node
  • password (String, Sensitive) Password of the node
  • performance_profile (String) Performance Profile of SDC, The acceptable value are HighPerformance or Compact.
  • sdc_id (String) ID of the SDC to manage. This can be retrieved from the Datasource and PowerFlex Server. Cannot be updated. Conflict with ip
  • username (String) Username of the node
  • virtual_ip_nics (String) The NIC to which the virtual IP addresses are mapped.
  • virtual_ips (String, Sensitive) Virtual IPs

Nested Schema for sdc_state_details

Read-Only:

  • ip (String, Sensitive) IP of the node.
  • mdm_connection_state (String) The MDM connection status of the fetched SDC.
  • name (String) Name of the SDC to manage.
  • on_vmware (Boolean) If the fetched SDC is on vmware.
  • operating_system (String) Operating System on the node
  • performance_profile (String) Performance Profile of SDC.
  • sdc_approved (Boolean) If the fetched SDC is approved.
  • sdc_guid (String) The GUID of the fetched SDC.
  • sdc_id (String) ID of the SDC to manage. This can be retrieved from the Datasource and PowerFlex Server.
  • system_id (String) The System ID of the fetched SDC.

Import

Import is supported using the following syntax:

# /*
# Copyright (c) 2023-2024 Dell Inc., or its subsidiaries. All Rights Reserved.
# Licensed under the Mozilla Public License Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#     http://mozilla.org/MPL/2.0/
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# */

# import SDC by it's id
terraform import powerflex_sdc.sdc_data "<id>"

# import SDC by multiple id
terraform import powerflex_sdc.sdc_data "<id1>,<id2>,<id3>"
  1. This will import the SDC instance with specified ID into your Terraform state.
  2. After successful import, you can run terraform state list to ensure the resource has been imported successfully.
  3. Now, you can fill in the resource block with the appropriate arguments and settings that match the imported resource’s real-world configuration.
  4. Execute terraform plan to see if your configuration and the imported resource are in sync. Make adjustments if needed.
  5. Finally, execute terraform apply to bring the resource fully under Terraform’s management.
  6. Now, the resource which was not part of terraform became part of Terraform managed infrastructure.