powerflex_os_repository (Data Source)

This datasource is used to query the existing OS Repository from the PowerFlex array. The information fetched from this datasource can be used for getting the details / for further processing in resource block.

Example Usage

/*
Copyright (c) 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.
*/

# commands to run this tf file : terraform init && terraform apply --auto-approve

# Get all OS Repositories
data "powerflex_os_repository" "example1" {
}

# Get OS Repository details by ID
data "powerflex_os_repository" "example2" {
  # this datasource supports filters like os repsoitory ids, names. 
  # Note: If both filters are used simultaneously, the results will include any records that match either of the filters.  (i.e., union of the both the records)
  filter {
    os_repo_ids = ["1234","5678"]
  }
}

# Get OS Repository details by Name
data "powerflex_os_repository" "example3" {
  # this datasource supports filters like os repsoitory ids, names.
  # Note: If both filters are used simultaneously, the results will include any records that match either of the filters.  (i.e., union of the both the records)
  filter {
    os_repo_names = ["test"]
  }
}
output "os_repository_result" {
  value = data.powerflex_os_repository.example1
}

After the successful execution of above said block, we can see the output by executing terraform output command. Also, we can fetch information via the variable: data.powerflex_os_repository.datasource_block_name.attribute_name where datasource_block_name is the name of the data source block and attribute_name is the attribute which user wants to fetch.

Schema

Optional

Read-Only

  • id (String) ID of the OS Repository Datasource
  • os_repositories (Attributes List) List of OS Repository Models (see below for nested schema)

Nested Schema for filter

Optional:

  • os_repo_ids (Set of String) List of OS Repository Ids.
  • os_repo_names (Set of String) List of OS Repository names.

Nested Schema for os_repositories

Read-Only:

  • base_url (String) Base URL of the OS repository
  • created_by (String) User who created the OS repository
  • created_date (String) Date of creation of the OS Repository
  • from_web (Boolean) Whether the OS repository is from the web or not
  • id (String) ID of the OS Repository
  • image_type (String) Type of the OS image. Supported types are redhat7, vmware_esxi, sles, windows2016, windows2019
  • in_use (Boolean) Whether the OS repository is in use or not
  • metadata (Attributes) Metadata of the OS Repository (see below for nested schema)
  • name (String) Name of the OS repository
  • password (String) Password of the OS repository
  • razor_name (String) Name of the Razor
  • rcm_path (String) Path of the RCM
  • repo_type (String) Type of the OS repository. Default is ISO
  • source_path (String) Source path of the OS image
  • state (String) State of the OS repository
  • username (String) Username of the OS repository

Nested Schema for os_repositories.metadata

Read-Only:

Nested Schema for os_repositories.metadata.repos

Read-Only:

  • base_path (String) Base path of the OS Repository Metadata Repo
  • description (String) Description of the OS Repository Metadata Repo
  • gpg_key (String) GPG key of the OS Repository Metadata Repo
  • name (String) Name of the OS Repository Metadata Repo
  • os_packages (Boolean) Whether the OS Repository Metadata Repo has OS packages or not